Warning - Département de biochimie et médecine moléculaire€¦ · 4 Quality control information Warning regarding installation and warranty QC contents 5 Installation information

1086 1430September 1995

WarningThis equipment must be installed andused in accordance with themanufacturer's recommendations.Installation must be performed byproperly trained and authorisedpersonnel.

Failure to follow these instructions mayinvalidate your warranty and/or impairthe safe functioning of your equipment.

Please contact your local Wallacrepresentative for installation.

WALLAC

1414-932-02March 1996

INSTRUMENT MANUAL

1414 WinSpectralTM

Digital Spectrum Analysis (DSA) based liquidscintillation counter

For instruments with software version 1.3including WinSpectral aJfi and Guardian

WAIIACAN ÊGzG COMPANY

Wallac Oy, P.O. Box 10, FIN-20101 Turku, Finland. Tel: +358-21-2678111 Telex 62333 wac fin, Telefax: +358- 21-2678 357

Contents

Contents1 IntroductionIntroduction l-lHardware features and benefits I-2Software features and benefits I-7

2 User manual

3 Calculation methods

4 Quality control informationWarning regarding installation and warrantyQC contents

5 Installation informationInstallation 5-1MultiCalc installation 5-7Installation report for Wallac 1414 WinSpectralInstallation report appendix

6 Specifications, Safety and Routine maintenance6.1 Specifications 6-16.2 Safety and radioactive materials 6-36.3 Routine maintenance 6-5

7 Spare parts information

8 Index

TrademarksWinSpectral, FlexiRack, DOT-DPM, Poslden, ChemiStrip and MultiCalc are trademarks of Wallac Oy

Lotus 123 and Symphony are registered trademarks of Lotus Development Corporation

MS-DOS, Microsoft, Windows and Excel are registered trademarks of Microsoft Corporation

Pentium is a registered trademark of Intel Corporation

1 Introduction

Introduction

IntroductionA new LS counterThe Wallac 1414 range of DSA liquid scintillationcounters, WinSpectral, WinSpectral oc/f$ and Guardian,is created to bring the very latest in LSC and PC tech-nology to your laboratory. The combination of DigitalSpectrum Analysis (DSA) with the Microsoft Win-dows graphical user interface as well a/p separation(WinSpectral a/|3 and Guardian) and sophisticatedshielding (Guardian) makes an unbeatable combina-tion.

In this manual you will find a description of what youcan do with your counter (whichever model you have),including the various options available, an explanationof how to use the instrument, as well as backgroundinformation about how it works and how to install it.

Note: in this manual the name WinSpectral is normallyused and no distinction is made between the three dif-ferent models except where they differ.

The figure below shows the instrument and identifiesthe different parts of the system.

PC display forI WinSpectralsoftware andlive results

Instrument on/offswitch and socketsfor cables to PC andraw data printer

Instrument cover.(Keep closedwhen counting)

Outputprinter

PCkeyboard

Disk drive for programdisk (behind cover)

Wallac 1414 WinSpectral and peripherals

Hardware features and benefits

Hardware features andbenefitsEleganceThe first things that comes to your attention when youlook at a Wallac 1414 WinSpectral DSA liquid scintil-lation counter are the elegant lines of the conveyorcover and the conveniently placed PC screen, key-board and mouse. These impressions of elegance andconvenience are not just superficial features of thecounter, they run through every aspect of the Win-Spectral hardware and software. These features andthe benefits they bring you are described in the follow-ing chapters.

FlexiRack™ sample changerThe conveyor is designed to give the maximum visi-bility to the user. You can easily see the sample rackswherever they happen to be on the conveyor. Thecover of the conveyor is made of a plastic which bothallows a clear view of the conveyor yet shields thesamples from ultra-violet light and thus reduces theproblem of chemiluminescence. The cover is sup-ported by a spring-loaded lever so that it opens andcloses smoothly.

The sample conveyor has two lanes for sample racks,an in-stream (on the right) and an out-stream, as wellas two transfer lanes, one of which is the countinglane. Sample racks glide along the in-stream and out-stream of the conveyor, moved by friction contact withtwo rubber belts. Movement along the transfer lanes isby precision made toothed belts. The conveyor iscoated by an electrically conductive teflon layer to re-duce friction to a minimum and to prevent the genera-tion of static electricity on the sample racks. The con-veyor motors run very quietly to avoid disturbance tousers and others in the laboratory.

All movement is controlled by stepper motors and di-rectly triggered optical sensors. This removes the dan-ger of sensors jamming and increases the reliability ofthe whole conveyor system. Sample change time isabout 9 sees.

Conveyor movement is fully bi-directional. With theOneRack function counting is interrupted, the rack inthe counting position is driven backwards so that youcan load a single rack for stat counting. After this rackhas been counted, counting of the other racks resumesautomatically. You do not have to remember to put theinterrupted rack back at the head of the in-stream later

Disk drivecover

Coloureddot

Emptystoprack

Loading racks on Wallac WinSpectral

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on because it is already in the right position to resumecounting.

Multi-size racks and vialsYou are no longer limited to using only one size ofrack on the conveyor if you have the appropriate op-tions:

With FlexiRack I you can load racks of twelve 20 mlsamples along with racks of eighteen 6 ml samples.

With FlexiRack II you can not only load racks of theabove two types but also racks of twenty-four 4 mlsamples.

These can be in any order.

A 20 ml sample rack can hold twelve samples with amaximum vial diameter of 28.4 mm. The conveyorwill accept 28 racks making a full load of 336 sam-ples.

The corresponding figures for 6 ml vials are 18.4 mmdiameter, 18 samples per rack and 40 racks on theconveyor making 720 samples in all.

For 4 ml vials the figures are 13.4 mm diameter, 24samples per rack, 52 racks per conveyor load, i.e. 1248samples.

6 ml sample rack

20 ml sample rack

Racks for different vial sizes accepted by the FlexiRack system

The maximum height allowed for the top of a vialabove the conveyor is 78 mm. This means that for a

vial of the maximum diameter in any of the categoriesits length can be up to 68 mm. Smaller vials in anycategory can be a few millimetres longer.

Not only flat bottomed vials can be accepted but alsoround bottomed and conical vials. For example adapt-ers allow Eppendorf tubes and Microfuge tubes to becounted directly without the need for carrier vials.

Users with different vial sizes can load their ownbatches of samples on the same conveyor at the sametime.

Poslden™ ID readerThe purpose of the ID system is to allow 'hands offperformance of the instrument and to enable total re-sults identification. 'Hands off means that countingprocedures such as changes of protocol, quench finetuning or stat counting, can be initiated automatically.Good laboratory practice requires that the results areidentified in data files or on printouts with ID num-bers. The Wallac WinSpectral Poslden ID reader en-ables all this.

PROTOCOL NO.

Rack number orstandardization orINTERRUPT RACK

Poslden system

Poslden uses a barcode reader and ID labels. These areself-adhesive and attach to a strip of plastic, the IDClip which is then attached to the end of the samplerack. The position of the clip is such that the codingcan be easily read without moving the rack, whereverthe rack is on the conveyor. The combination of IDlabels and clips allow each laboratory to prepare the


needed combination of coded ID Clips to meet its indi-vidual requirements.

The ready-to-use ID Clip can have labels on it as fol-lows:

The clip for the first rack in the assay has up to twolabels- a label with the protocol number.- an optional label with the rack number for the firstrack.

The clips for other racks in the assay need only to havethe rack No. label fixed them

If the rack contains quenched standards the ID Clip iscoded with a label showing the quench protocol num-ber (1-99) and instead of rack No. a special labelwhich identifies the samples in the rack as samples forspectrum library fine tuning.

For automatic interrupt counting the rack is coded witha clip with the protocol number and a special labelindicating the interrupt function.

The ID labels are supplied in a binder with 20 sheetsof labels. The ID Clips are supplied in a package of100. The box on the PC keyboard shelf can be used toshare the ID binder and clips.

Elevator reliabilityThe elevator system is designed to handle a whole va-riety of sample vials without the danger of the vialsfalling over or getting jammed. The key to this is thesmall sized elevator head combined with the centraliz-ing counterweight. The counterweight meets samplesbefore they are raised from the rack thus ensuring thatthey remain vertical all the time they are on the eleva-tor.

Static eliminationPlastic vials are widely used in liquid scintillationcounting and manufacturers tend to use plastic also asa rack material. Conditions are often optimum for thebuild-up of static charge, especially when relative hu-midity is low (central heating) and lab technicianshave to use plastic gloves during sample preparation(as when using conventional toluene, xylene and cu-mene based cocktails).

Static build-up on the sample vials is minimized bothby the presence of ionizers around the sample elevator

and by the fact that at no point does the vial come intocontact with any material which might tend to depositcharge on it since a vial in the FlexiRack™ system israised directly into the measuring chamber withoutmaking further contact with other materials. The rackdesign also reduces static charge build-up, because thesamples are located in round holes in the rack withoutany sharp edges which tend to collect static chargesmore easily. The light shutter is in the form of twoplates which close around the stem of the elevator af-ter the vial is in position.

There is also a Statistic Monitor which flags any sam-ples which show signs of static electricity discharges.

Automatic continuous spectrumstabilization (ACSS)

LEDA

PMT w PMT

Calibration pulse

Sample spectrum

ACSS system

You need to be sure that your instrument is stable.You do not want changes in high voltage, temperature,detectors or aging to affect the accuracy of your re-sults. The patented built-in "automatic continuousspectrum stabilization" system ACSS offers gain sta-bility for your Wallac WinSpectral counter without theneed to measure reference samples. This system iscompletely automatic and requires no user interven-tion.

The principle is to detect when a change that wouldaffect the gain of the instrument occurs and by meansof a feedback loop to correct for the change so that thegain remains stable. Each photomultiplier has a tem-perature compensated reference light emitting diode(LED) which is fixed close to each detector and isused to check the gain of the PMT, see the figureabove. A reference pulse is produced in the photomul-tiplier 10 times a second. The ratio of the pulse pro-

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duced at the first dynode to that produced at the anodeis measured. This ratio should be constant even if theLED output changes. If the ratio changes then the gainhas changed. To compensate, the high voltage is ad-justed until the reference pulse ratio is back to what itwas. This takes care of changes to the high voltage anddetectors. A second feedback loop monitors the signalat the first dynode to ensure that the whole system istemperature stabilized.

ACSS also acts as a protection against any damage todetectors through light leaks. If a leak occurs, the volt-age to the detectors is automatically reduced thus pro-tecting them from overloading.

Multi-section passive shieldingThe massive lead shielding combined with the coinci-dence electronics for the pairs of detectors reduces thebackground to a low level. However this shieldingdoes not make for an instrument too heavy to be con-veniently handled because you can easily remove thelead shielding and then reassemble it when the instru-ment has been moved to its new position. The figurebelow shows the pieces and the order in which theyshould be removed from WinSpectral. Assembly isperformed in the opposite order. See the installationchapter for more information about shielding.

Order for removing shielding

Guardian guard detectorThe Wallac 1414 Guardian low level counter isequipped with an external guard detector around thesample chamber and phototubes. The guard has itsown phototubes and is optically isolated from the sam-ple chamber and thus offers true background event de-tection. It does not cause observable counting effi-ciency losses in low level counting. A sample eventthat is simultaneous with the guard event is rejected bythe electronics since the event is then most probably

caused by a particle or photon from the environment.No limitation in sample fluor selection is introducedby this background subtraction method.

The guard is switched on automatically, and remainson except when the external standard is being used.Usage of Wallac Guardian is thus identical to that ofWallac 1414 WinSpectral oc/p\ but the performance isimproved due to the lower background rate.

Temperature control for samplehomogeneityWhen dealing with the maximum sample holding ca-pacity of scintillators it becomes very essential that thetemperature remains practically constant through thewhole sample batch. Proper temperature control guar-antees that all samples are counted at the same tem-perature in spite of variation of ambient conditions (iffor instance the air conditioning is turned off duringthe night time). Thus the risk of phase separation insamples due to, for example, a temperature drop dur-ing overnight counting, is eliminated.

The conveyor can be temperature stabilized. This isachieved by installing the optional Temperature Con-trol unit which can be set to maintain the temperatureat a selected value in the range 5°C below ambient to10°C above. The temperature control system is basedon two thermoelectric (Peltier) modules, which en-ables users to adjust and control the temperature viasoftware.

A more powerful external cooling system (10° C be-low room temperature) can be added later if needed.

A parameter called TEMP in the programmable outputallows you to output the temperature at which samplemeasurements were made.

External standard for higherprecision DPMThe wide range of vial types accepted by Wallac Win-Spectral counters puts greater demands on the externalstandard parameters than ever before. If the count rateof the external standard depends on the sample vol-ume, the few microlitres in a Microfuge tube will givea iow count rate. To avoid this the isotope of the exter-nal standard is '' Eu, which belongs to a lower toxic-ity class than previously used external standard iso-topes, which means a higher activity can be used thus


allowing the external standard count time to be re-duced and the counting precision increased.

The external standard source is mounted on a wirewhich moves it from its rest position in its own shield-ing to just beneath the sample vial. This arrangementallows the external standard to be positioned very ac-curately beneath the sample vial (it actually movesthrough the sample elevator shaft to a position beneaththe sample).

The external standard quench parameter value SQP(E)is the endpoint of the spectrum. The use of " Eumeans that you get high precision for the SQP(E) dueto the well defined end of the ' Eu Compton spec-trum and also high sensitivity for the colour correctionfeature due to the relatively high energy of the isotope.

All of these features contribute to high precision DPMresults.

Electronic convenienceSo far we have been concentrating on the "body" ofthe instrument. Now we turn our attention to the"brains" - the electronics.

This is basically found in three racks and the detectorunit. The proven approach of mounting the electronicsin racks allows easy upgrading and service thus reduc-ing down time when any changes are made. The cen-tral processor unit uses a 16 bit microprocessor to en-sure speedy response and data handling.

The electronics not only controls operation of the in-strument but it communicates with PC to allow controlof the counter from the PC running the Windows Win-Spectral software.

Multiple programmable MCAWallac WinSpectral DSA counters have a multipleprogrammable multichannel analyser (MCA). The iso-tope spectrum is divided into 8 logarithmically setspectral ranges of 4096 discrete channels. The tritiumrange offers up to 0.0038 keV resolution, this isequivalent to a 520,000 channel linear MCA. The ap-propriate number of linear channels are summed into1024 logarithmic channels. These retain the precisionof the original analogue to digital conversion of0.0038 keV per channel.

This feature makes possible the DSA features such asChemiStrip method of chemiluminescence correction,

spectrum stripping background correction and DOTDPM calculation.

Internal disk driveThe counter has an internal disk drive with a 3.5" mi-crofloppy disk which contains the program. The pro-gram disk can easily be changed to accommodate pro-gram changes and updates. This is a much simpler pro-cedure than changing chips on an electronic circuitboard. This drive is behind the cover at the front of theconveyor as shown on page 1. To access the drive youmust slide the cover upwards to release it.

External personal computerThe WinSpectral Windows software runs on any 386(SX), 486 (SX) or PENTIUM computer. Since ourcounters are designed to work within standard PC ar-chitecture, you can be assured that WinSpectral willserve you long beyond the 486 generation of com-puter.

Bench top or floor standingA Wallac WinSpectral DSA LSC can be either benchtop or floor standing. You can select which ever ismost convenient for your working environment. TheWallac Floor Stand allows the counter to become floorstanding and easily movable without having to collecttogether lots of separate pieces of equipment.

The monitor arm and a pullout shelf for the PC key-board and mouse are standard features whether or notyou use the Floor Stand.

These all make for ease and convenience in operatingthe system while keeping the footprint in the labora-tory to a minimum.

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Software features and benefits

Software features andbenefitsWindows graphical userinterfaceOlder types of LSC software still run under MS-DOSa character based operating system. Since MS-DOSdoes not allow the possibility of multitasking, any ap-plication program or commercial software must be runafter the counting protocols. This kind of sequentialoperation inhibits the effectivity of a busy researchteam.

The new generation WinSpectral software running un-der Microsoft Windows offers dozens of features. Nolonger are you limited to 640 kB of memory or charac-ter based software packages. You can exchange databetween WinSpectral and any Windows compatiblesoftware.

The graphical user interface itself is intuitive and easyto use. Operation involves clicking buttons or iconswith a mouse pointer or selecting items from menus onthe PC screen.

Hypertext helpAll steps of operation are guided by comprehensivecontext sensitive help screens conforming to the styleyou are used to with other Windows software pack-ages. Simply press the Fl key to get help for just thepoint of operation you are at. You can use the help tosearch for information on any feature you like. Thehypertext links enable you to instantly jump in thehelp to other related pieces of information. The hy-pertext help is truly a manual at your fingertips

Easy CountIf you do not want to set parameters then you can usethe Easy Count feature. You simply load the samplesand click the Easy Count button. The DSA feature al-lows the counter to determine automatically which iso-tope you are using from a selection of three (~ H or Care the defaults) and then counts the samples. An EasyCount protocol can also be initiated by using a specialID label on the racks. Easy Count is described in detailin the User manual.

Easy GLPCompulsory daily calibration, the so-called GLP(Good Laboratory Practice) feature has proved inade-

quate in older generation counters since minor tem-perature fluctuations or voltage changes can affect theresponse at any time.

The basis for Wallac WinSpectral's superior perform-ance is Wallac's patented ACSS feature (see the pre-vious chapter on Hardware features).

The GLP protocol allows you to quickly set parame-ters for the monitoring of up to 8 performance parame-ters for GLP and get a ready formatted report after therun.

CPM countingIntroductionCPM counting is used when sample preparation is ex-pected to yield samples with close to constant countingefficiency. This means that the results of the samplesin an assay can be compared with each other and usedin further data analysis. A typical CPM application isfilter counting.

Wallac WinSpectral allows you to select from sixcommon isotopes plus an additional 69 others.

One error source in CPM counting is that of unex-pected counting efficiency variations, e.g. partial elu-tion of the sample from the filter disk. Your Wallaccounter includes features to detect and inform the userof counting efficiency variations as described below.

CPM monitorThe CPM Monitor is another feature of your counter.It allows you to be confident of the consistency of thequench level of your samples.

The CPM Monitor checks the SQP(I) value of eachsample. If this is within 10% of SQP(I) the first sam-ple then there is no flag. If the difference is larger itthen calculates and outputs the percentage ratio of thesample SQP(I) to the first sample SQP(I). The accep-tance limit (default 10%) is a system parameter andcan be changed there, see the User manual.

Spectrum stripping background correctionThe traditional methods for background correction are:a typed in background CPM value or a CPM valuemeasured from a background sample in a countingwindow. However the intensity of the background ra-diation is different at different energy levels so thesemethods do not give the best result. The new calcula-tion methods in Wallac WinSpectral DSA counters do

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not utilize counting windows, but use digital spectrumanalysis (DSA) to calculate the CPM/DPM values overthe MCA area covered by the sample spectrum.

The background counting time is selected to be eitherthe the same as or five times the length of the samplecounting time.

Background correction proceeds as follows. Firstly,one or more background samples are measured and abackground spectrum accumulated. Then using thespectrum stripping technique the background spectrumis subtracted channel by channel from the samplespectrum. This gives you a reliable background correc-tion.

Note: If you use both background samples and refer-ence samples then the positions of the backgroundsamples must be immediately before those of the refer-ence samples and start from position 1. If there areonly reference samples they must begin from position1. No empty positions are allowed.

DPM counting - DOT DPMWhy the need for DPM correction?A fact which makes LS counting unique among ana-lytical methods is that each sample is also a uniquedetector. Usually analytical methods are based on theprinciple that the sample emits radiation or some formwhich is measured in an external detector, e.g. gammacounter or an external, source sends radiation which isabsorbed by the sample, e.g. spectrophotometric meth-ods.

In LS counting, each sample consists of the actualsample mixed with the detector, the scintillation cock-tail. Thus counting efficiency is dependent on sampletype, sample to cocktail ratio, volume, colour of thesample, cocktail type etc. The counting efficiency vari-ation from sample to sample must be corrected for toallow comparisons and analysis of the samples in abatch. To do this several methods have been devel-oped during the lifetime of LS counting.

Other methodsSeveral methods are offered for DPM calculations inLSCs e.g. methods based on counting windows, meth-ods based on isotope spectrum quench parameters,methods based on external standard quench parame-ters, methods based on extrapolation (Efficiency Trac-

ing), methods based on factory installed quench curvesetc.

Common to these methods is that they are not univer-sal, this means they are good for some applications butgive bad results for others. This requires a goodknowledge to select the right method for any specificapplication.

Usually the methods require special calibrations,quench curves, to be measured which are dedicated toa specific experimental situation, isotope pair, cocktail,colour or chemical quench etc. Preparation ofquenched standards, checking of quench curves etc. istime consuming. In dual label counting, counting win-dow settings are critical and different isotope ratiosdemand different window settings. Separate stand-ardizations must be done for different isotope combi-nations. Possible occurrence of colour quench willcause systematic errors.

The Wallac solution, one universal methodDPM counting in Wallac WinSpectral uses the DSAfeatures, the Digital Overlay Technique, DOT, and theuse of spectrum libraries. DOT is the most generalmethod available today for quench correction in LScounting.

Digital Overlay Technique - DOTDOT is used to reconstruct a standard spectrum at thesame quench level and intensity as the unknown sam-ple. When the standard spectrum has been fitted, theDPMs are calculated.

The procedure is the same for dual or triple labelcounting except that when the standard spectrum foreach isotope has been reconstructed these spectra arecombined and fitted to the composite spectrum of theunknown sample. After a successful fit the isotope ra-tios and intensities are established and the DPM valuescalculated.

Spectrum libraryA Wallac WinSpectral with DOT DPM has a libraryof spectrum data comprising information about iso-tope/cocktail/vial type combinations for about 100quench levels (10 chemical x 10 colour). This libraryis built-in to the counter during its production. Alongwith each combination the SQP(E) and colour indexare determined and saved. WinSpectral then works notwith quench curves, but with quench surfaces whichrepresent both chemical and colour quenching.

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In sample counting, the SQP(E) and colour index aremeasured and the corresponding point on the quenchsurface is determined. This is then combined with thethe counting mode, isotope and vial type specified inparameter setting to get a specification for the spec-trum data to be selected from the library.

Advantages of DOT DPM- the Wallac library provides Easy Count DPM resultswithout quench curve measurements.

- no quench curve measurements are needed for spe-cific isotope combinations in dual or triple label count-ing.- no window settings are needed- result quality is not dependant on isotope ratios- a successful fit gives assurance of sample quality- no systematic errors caused by colour quench- no plastic vial effect- no volume dependence

DOT allows for analysis of the fine structure in theisotope spectrum which can be used to warn the userof phase separation, contaminations or other phenom-ena which will give erroneous values.

Accuracy Enhancement for even better re-sultsA typical DPM measurement includes determinationof quench level with the help of the external standard,calculation of the counting efficiency corresponding tothe quench level with the help of a quench curve,counting of the sample to obtain sample CPM and thenthe final DPM calculation.

The critical factor which determine the quality of theDPM results is how correctly the counting efficiencywas determined. The accuracy of the counting effi-ciency value is totally depending on how accurate theExternal Standard Quench parameter is and how ex-actly the quench curve used represented the unknownsamples.

The external standard values suffer from counting er-ror due to the counting statistics. The modern externalstandard quench parameters are usually calculatedfrom the endpoint of the external standard spectrumand depend on the shape of the spectrum. With higherquench levels and smaller sample volumes the shapebecomes more and more undefined and the countingerror greater. Consequently there will be bigger errors

in the external standard quench parameter and biggerDPM errors.

In the DOT method the SQP(E) value is only the start-ing point for an iterative procedure which searches thespectrum library for the spectrum which gives the bestpossible fit to the measured unknown spectrum. TheAccuracy Enhancement gives the following features:

Accuracy Enhancement minimizes the DPM errorscaused by erroneous external standard quench parame-ter values.

Savings in time, only a few seconds counting time isneeded for the external standard even for samples withsmall volumes.

Normally the counting efficiency - quench parameterrelation is also dependent on the quenching agent andthe cocktail used. Thus if the samples are quenched byanother quencher than the one used for the quenchcurve systematic errors will occur. With Accuracy En-hancement systematic errors due to 'Quenchingagents' or different cocktails are minimized, thus theapplicability of the Wallac libraries is increased.

When using Easy Count it is not necessary to specifyspectrum library or vial type, Accuracy Enhancementwill search through all variations to find the best fit.

SQP(I) DOT, Single Label DPMThe SQP(I) DOT option offers you single label DPMresults without the use of the external standard. Themethod is based on the Digital Overlay Technique.This means that no counting window is required.

To use the SQP(I) DOT you need to make a quenchstandardization or fine tuning of one of the HiSafe orXylene quench data sets in the Wallac library. Thestandard spectra and the counting efficiency are storedas a function of the SQP(I) instead of the externalstandard quench parameter.

The fine tuned spectrum library can then be combinedwith counting protocols to obtain DPM results of un-known samples.

Depending on the number of protocols (15 or 100) theSQP(I) DOT option allows you to make 14 or 99quench standardizations.

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Dual DOT CPM/DPMThis offers you dual label counting without using theexternal standard. You need to make two fine tunings,one for each isotope to be used to label unknown sam-ples. For each fine tuning you must only use onestandard and the chemical and colour quenching ofthese two standards must be the same. Samples canhave quench levels which differ to some extent fromthose of the standards because the Accuracy Enhance-ment procedure takes account of this.

When you define the DPM counting protocol youspecify the two isotopes to be used, then the programprompts you to give the numbers of the two sets offine tuned data.

Alpha/beta separation andbackground reduction (option)Note: this feature is an option for 1414 WinSpectraland can be installed later; for 1414 WinSpectral oc/pand 1414 Guardian it is built-in.

IntroductionElectrons from beta decays and electromagnetic(gamma, X-ray) interactions as well as Cerenkov phe-nomena produce pulses consisting mainly of prompt orfast fluorescence. On the other hand, the heavily ioniz-ing particles, such as alpha particles or neutrons pro-duce pulses with a more delayed (slow) componentand are thus longer than those produced by beta parti-cles. WinSpectral with alpha/beta separation optionutilizes Pulse Shape Analysis, PSA, to separate be-tween the long pulses typical for alpha decay and theshorter pulses typical for the gamma or beta back-ground radiation.

The other function of this option is called PAC (pulseamplitude comparison). PAC rejects more backgroundcounts than sample counts because background pulseshave greater amplitude disparity than do samplecounts. Adjustment of the PAC can lead to a betterfigure of merit.

BenefitsThe background of glass vials exhibits some slowfluorescence which is induced by cosmic and other en-vironmental radiation and the inherent radioactivity ofglass material. Pulse shape analysis is therefore a use-ful method of reducing this background in beta count-ing. The glass fluorescence appears mainly in the spec-trum region of low energy beta particles such as thosefrom tritium. The simultaneous alpha/beta separation

allows you to measure alpha radiation with a back-ground of less than 1 CPM. The sensitivity for alphadetection approaches the detection limit for semicon-ductor alpha particle detectors but with considerablysimpler sample preparation.

The ability to simultaneously measure gross alpha andgross beta activity reduces the workload in the labora-tory because the alpha detection level is sufficient todetect alpha activity at the picocurie activity levelswhich are the allowed activity limits.

Moreover simultaneously with the measurement of al-pha radiation, beta radiation from the decay chain canbe detected and analyzed. The beta spectrum may con-tain also Cerenkov radiation, conversion electrons,Compton electrons, X-rays and Auger electrons if theyare being produced in the sample.

The PSA/PAC features can also be used to discrimi-nate a part of the background pulses from the samplepulses. The best benefit of this is obtained when glassvials and a fast scintillator are used. Especially in lowenergy beta counting considerable reduction of glassvial background can be achieved by using the PSA.

Due to this alpha/beta separation feature Wallac Win-Spectral with this option has a lower background thana standard LS counter. Thus the improved sensitivitycan be used to minimized sample volumes and specificactivity, with savings in consumables and waste as aresult.

Note: vial carriers as an guard for small vials can beused to further improve background values.

How does PSA work?The PSA integrates the delayed (tail) and the prompt(peak) light pulse from a sample producing both typesof radiation. If the ratio of the delayed to prompt com-ponent exceeds the preset ratio, the pulse is directedinto the long pulse or alpha spectrum. If the ratio doesnot exceed the preset ratio the pulse is directed into theshort pulse or beta spectrum. Very low backgroundcount rates are achieved for alpha particles, since mostof the LS background is composed of short pulses.

The above mentioned preset ratio is controlled by theuser with the PSA level, whose range is from 0 to 255in steps of 1. The higher the PSA level is set, the morecounts will be directed into the long pulse spectrum.At PSA level = 255 all counts are directed into the

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long pulse spectrum, and at 0 all counts go into theshort pulse spectrum. An optimum value for the bestalpha/beta separation can be found somewhere be-tween these two extremes as explained in the nextparagraph. PSA levels higher than the optimum reducebeta counting efficiency and and background leadingoften to better figures merit. Lower PSA levels thanoptimum do same for alpha counts.

Determining the PSA levelCocktails produce different pulse lengths; HiSafecocktails show relatively slow pulses while xylene andtoluene based cocktails are fast. The PSA option al-lows the optimum PSA level to be found to match thecocktail speed. This is done by stepping over a rangeof PSA values.

Ascertaining the correct PSA level is ideally done withtwo reference samples: one that emits alphas (e.g. Am-241) and the other that emits betas in the alpha spec-trum range (e.g. Cl-36, Sr-9O, P-32). Count ratesshould be kept below a reasonable limit by dilution ifnecessary (less than 10 000 CPM is recommended).The reference samples must be made in the same typeof vial, same cocktail and same mixing ratio as theactual unknown samples to be measured.

A protocol can be created which steps PSA levels overa range which is appropriate for the cocktail. See theUser manual for details. There are two extra windowsthat can be set which in range are typical for the alpharegion but the first one is for measuring the beta spec-trum (short pulses) while the second one is for thealpha spectrum (long pulses). The results are printed,each line contains the CPM value for both windows,the PSA level used and a calculated field, 'RATIO'which is the CPM value in the alpha window dividedby the total CPM value. For example, you can selectthe final PSA level to allow from 0.5 to 5 % loss ofalpha counting efficiency (alphas spilling into the betachannel). In this way an almost pure alpha spectrum isacquired with the minimum loss of counting effi-ciency. In the same way, when you are only interestedin beta counting in the presence of alphas (or glassoriginated background) you may allow some percent-age loss of beta counting efficiency, (betas spillinginto the alpha channel).

Note that the slower the cocktail the lower will be theoptimum PSA level. One may use a more limited win-dow to include the main alpha emission range, e.g. for

Ra-226 and Rn-222 Ch 600-800 is good with watermiscible HiSafe cocktails.

A printout and a plot of 'RATIO' vs. repeat number isgenerated in the run and the spectra are saved.

The optimum PSA level for glass vial background re-duction in beta counting is found in a similar way.You prepare two samples, one "hot" and one back-ground sample. You then step over the desired PSAlevels and select the final level with e.g. 10 % of "hot"counts spilling into the alpha category.

For rapid use without stepping you can select LOW asthe default PSA level for slow cocktails and HIGH forfast cocktails.

How does PAC work?The Pulse Amplitude Comparator (PAC), can be usedfor background reduction in uncoloured samples. Thesample pulse amplitudes from the left and right photo-tubes differ less from each other than do the back-ground pulse amplitudes since quite many of the latterones are generated in the phototubes themselves byenvironmental and internal radiation.

Determining the PAC levelTo find the suitable PAC level for optimum back-ground reduction an active beta sample and a blanksample are made, matching the samples to be meas-ured in the type of cocktail, mixing ratio and vial.

A protocol can be created which scans the PAC levelsover a range which is appropriate for the cocktail, seethe User manual for more details. Both the active sam-ple and the background are measured. The count ratesin the windows of the beta emitter are printed.

There are two extra windows, both wider than thewhole spectrum but the first one is for the beta spec-trum while the second one is for the PAC rejected betaspectrum. The results are printed, each line containsthe CPM value in each window, the PAC level usedand a calculated field, 'RATIO' which is the CPMvalue in the beta window (the pulses with less ampli-tude disparity than defined by the PAC level) dividedby the total CPM value. The higher the PAC level thecloser to each other must the amplitudes be for thepulse pair to be accepted. A greater number of pulseswill be rejected at high PAC values than at low ones.

3-11


A printout and a plot of 'RATIO' vs. repeat number isgenerated in the run and spectra saved.

The optimum PAC level is the one at which E*E/B,beta counting efficiency squared over background orfigure of merit in the beta window, is at a maximum.

PAC does not reject alpha pulses as much as betapulses since the number of photons from an alpha de-cay is very much greater than that from a beta decay.The variation of the left and right pulse amplitudes isthus less for an alpha decay event than for a beta de-cay.

Chemiluminescence

Why is chemiluminescence a problem?About two thirds of all samples in LSC are of biologi-cal origin which means that they comprise long macro-molecules. In order to get them soluble in organicscintillator solution these macromolecules have to behydrolysed to smaller fragments. This process oftenresults in the release of chemiluminescence in sam-ples.

How is it solved?There are two levels of solution to the chemilumines-cence problem, the first of which is common to mostbeta counters and the other is specific for Wallac Win-Spectral DSA counters.

Chemiluminescence events are "single photon" ones.Each time chemiluminescence occurs a single photonis emitted in one direction. In contrast, a normal radio-active decay releases a burst of several photons in dif-ferent directions (a "multiple photon" event). A betacounter has two detectors viewing the sample vialfrom opposite sides. A chemiluminescence event (orany other single photon background event or randomnoise event in a detector) will trigger only one of thedetectors whereas a radioactive decay will trigger bothdetectors almost simultaneously. By requiring that asignal be received from both detectors within a fewnanoseconds and by rejecting signals that only comefrom one detector or the other, most of the chemilumi-nescence and random background can be cut out.

However there are limits. The period of a fewnanoseconds referred to above is called the coinci-dence resolving time of the detectors. If two chemilu-minescence or other random events occur within thecoincidence resolving and so that each triggers one of

the detectors then the result will look like a true multi-ple photon event and will be counted. If there is a highrate of chemiluminescence events many of these "ran-dom coincidences" will occur resulting in false countresults. The DSA feature ChemiStrip™, a unique pat-ented spectrum stripping chemiluminescence correc-tion method, solves this problem.

The counter has five 1024 channel MCAs. ChemiStripuses one MCA to store the combined sample andchemiluminescence spectrum and another the chemilu-minescence alone. This second spectrum is obtainedby making use of the difference between the chemilu-minescence and sample spectra. The latter comes fromdiscrete bursts of photons which occur within the coin-cidence resolving time of the detectors. If the signalfrom one detector is delayed relative to the other thenno coincidence will occur and no count will be re-corded in the "delayed spectrum" MCA. In the case ofchemiluminescence the spectrum is formed by an al-most continuous flood of photons. This means thatthere is just as much chance of a random coincidencebetween two single photon events occurring at thesame time as there is between one event and the de-layed signal of a previous event. The chemilumines-cence events will thus contribute to the delayed spec-trum whereas the sample events will not.

Channel by channel stripping (subtraction) of chemilu-minescence from the sample + chemiluminescencespectrum is then done. This maintains the exact shapeof the sample spectrum by removing the exact chemi-luminescence spectrum from the combined one. Thecorrected CPMs are then used in further calculations.The result is that you can cease to worry about chemi-luminescence. Just select chemiluminescence correc-tion "on" and and your Wallac WinSpectral will lookafter the rest.

Isotope decay

The problem of decayIf you are counting samples labelled with an isotopesuch as phosphorus 32 with a half life of 14.2 daysyou are likely to face the situation where the count ratefor samples drops over the course of an assay. In thiscase there will be about a 1% change from the first tothe last samples in three hours. With longer countingruns or repeat runs over several days this could intro-duce significant errors in your results.

1-12


The solutionWhen you are setting your LSC or measurement pa-rameters protocol you select half-life correction as partof the advanced mode parameter. Since you will havealready specified the isotope(s) used the counter willknow exactly what correction to make. In addition,you can specify if you want the initial time for thecorrection to be the start of the counting of the assayor a date which you set. See the User manual for de-tails of parameter setting.

Sample quality monitorSample inhomogeneityOne problem in liquid scintillation counting is inho-mogeneity of the mixture composed of the sample be-ing analysed and the liquid scintillation cocktail. Ifsample and cocktail are not adequately mixed some ofthe beta particles will be absorbed in the sample phaseand thus not reach the scintillation liquid phase. Thiswill appear as a reduced counting efficiency for thesample.

This happens because the external standard spectrumwhich is produced by the Compton electrons resultingfrom the gamma radiation from the external standard,is not affected by the inhomogeneity of the sample andcocktail mixture. This is because the Compton elec-trons are generated throughout the whole volume andthus will produce scintillations effectively. The count-ing efficiency might even be improved for the externalstandard as the quenching agents are in the samplephase.

Thus the counting efficiency obtained from the meas-urement of the external standard is not correct if thesample and cocktail mixture is two phased.

The sample and liquid scintillator mixture can be ho-mogeneous when the counting starts, but as time goesthe last samples can be inhomogeneous if the samplesare close to the sample holding capacity of the cock-tail. When using an emulsifying cocktail, the sample issuspended in "drops", micelles, in the cocktail. Themicelles are small compared to the range of the betaparticle energy so that absorption in the micelles isminimized. However if the sample amount is big closeto the sample holding capacity the micelle start togrow which will affect the counting efficiency.

Sample Quality MonitorWallac WinSpectral DSA counters include a SampleQuality Monitor which can be chosen in output selec-tion (see Output items in the User manual).

In the DPM case this monitor evaluates the amount thespectrum of the external standard and the unknownsamples deviate from the library values you are using.If the deviation is not significant then the monitorgives the output "100".

If there is a significant deviation but one that might beaccounted for by some fine tuning of the library thenthe sample quality monitor is below 95. You shouldcheck your sample and if it seems all right you shouldconsider fine tuning the library you are using.

The Sample Quality Monitor warns you of problemswith your sample as well as indicating when fine tun-ing is necessary.

Sample count rate variationmonitor (Statistics Monitor)The problemPlastic vials are widely used in liquid scintillationcounting and manufacturers tend to use plastic also asa rack material. Conditions are often conducive for thebuild-up of static charge, especially when relative hu-midity is low (central heating) and lab technicianshave to use plastic gloves during sample preparation(as when using conventional toluene, xylene and cu-mene based cocktails).

The solutionWallac WinSpectral has a built-in ionizer unit whichremoves static charges by sending positive and nega-tive ions towards the vial. Since the vials in the Flexi-Rack™ system are raised directly into the measuringchamber without making further contact with othermaterials, the ionizer is very effective. The rack designalso reduces static charge build-up, because the sam-ples are located in round holes in the rack without anysharp edges which tend to collect static charges moreeasily.

In addition to the ionizer there is the Statistics Moni-tor. The purpose of this monitor is to warn of unac-ceptable count rate variation in a sample. The samplecount rate in different periods of the sample countingtime is measured to determine the sample count ratevariation. A % test is used to see if the count rate

1-13


variation for each sample lies within the range ex-pected from the statistical nature of radioactive decay.Sometimes it may not lie within this range due to, forexample, chemiluminescence, radio frequency signals,static or extreme cases of normal statistical variation.In such cases of unexpectedly high sample count ratevariation the sample is recounted.

The test is applied to both the sample alone and thesample with the external standard in position. A maxi-mum of two recounts are made for each of these cases.The various flags that can appear are given in Outputitems in the User manual.

After a second recount (if there is one) the result of thesecond recount will be appear as output then countingof the next sample or repeat will begin.

The chemiluminescence monitor and correction fea-ture as well as the special static eliminator, allow thecorrection of chemiluminescence if it persists, andstatic is eliminated anyway. However, the StatisticsMonitor gives you an independent check on samplecount rate variation and avoids results based on unex-pectedly high sample count rate variation being ac-cepted undetected.

Advanced statistical resultevaluationIf you want to do statistical analysis on your results, asmany do, especially in a research environment thenyour Wallac WinSpectral provides you the tools youneed. You can get quench monitoring errors, DPM er-rors, theoretical errors, observed errors, chi-squares, tomention but a few. In addition you can select trendplots and frequency distributions. You do not need togo to an external statistics program to do the analysis.

The Spectrum Plot option allows the printout of thesample spectrum after the numerical results. The Spec-trum Plot option also allows the sample spectra to besent and stored on the datalogger, PC or Mainframe, ifcorresponding options are installed.

The Statistical Plot option allows a graphical presenta-tion of the result to be added to the printout extras, e.g.sample CPM as a function of sample number. The Sta-tistical Plot also include Levy-Jennings type plot ofrepeat or replicate measurements.

Alternatively you can output results to MultiCalc orExcel for further evaluation.

Other computer interfacesWallac WinSpectral can also save data in ASCII for-mat files or binary WKS type files. The WKS typefiles can be read directly into spread sheet programssuch as LOTUS 123, Symphony or EXCEL.

Spectrum analysis (option)Note: this feature is an option for 1414 WinSpectraland can be installed later; for 1414 WinSpectral a/pand 1414 Guardian it is built-in.

Alpha counting and low level beta counting applica-tions include spectrum analysis as a final step.

The counter saves the measured sample spectra in theconnected PC. The spectra can then be analyzed offline using the Wallac Spectrum Analysis program.

The Spectrum analysis program can be installed in thePC connected to the counter but also in a PC in theresearcher's office. The program offers:

- off line optimization of counting windows,- display of up to three spectra simultaneously onscreen- smoothing and zoom function for analysis of details,- colour graphics- calculations of Figure of Merit, Counting Efficiency,during on screen optimization- calculation of radio-carbon age- calculation of tritium units/litre for ' H in water- statistical calculation and Levy-Jennings plots of re-peats, replicates or cycles- high resolution printout of measured spectra.

For the laboratory with recurring routines the WallacSpectrum Analysis Macro Program allows macro pro-gramming of often repeated analysis routines and sum-ming/subtraction of spectrum files.

Password protectionYou can set a password to protect any protocol - LSC,fine tuning or Easy GLP. This will mean that the pro-tocol can be used by those not knowing the passwordbut it cannot be changed. To unlock a protocol so thatyou can change it you must give the password first. Ifthe password is forgotten your local service repre-sentative can get access to the protocol.

1-14


How to proceedPart 2 is for the User manual which you will find inthe package with the program disks. This gives you allthe information you need to operate Wallac WinSpec-tral. You can keep this manual in this Instrument man-ual or use it separately with the instrument.

Part 3 describes the methods used for calculating re-sults.

Part 4 contains the Quality control information thatcomes with the counter.

Part 5 gives you information on how to install and startthe instrument.

Part 6 presents the instrument specifications, givessafety information and describes routine maintenancethat can be performed by the user.

Part 7 contains spare parts information.

Part 8 is the alphabetical index for the Instrumentmanual excluding the User manual, which has its ownindex.

We at Wallac trust that you will find your WallacWinSpectral counter to be a powerful and reliable aidto enable you to achieve the results you want in yourwork.

1-15

2 User manual

The User manual from the program package can be inserted in this section of the Instrument manual if desired.

3 Calculation methods

Calculation methods

Calculation methodsIntroductionThis chapter describes the path by which the Wallac1414 WinSpectral DSA counter arrives at the final iso-tope activity values using the Digital Spectrum Analy-sis (DSA) features such as Digital Overlay Technique(DOT). Measured count values are combined withbuilt-in reference spectrum information which takesaccount of both chemical and colour quench, as wellas cocktail type in order to arrive at the final activityvalues. Corrections such as those for chemilumines-cence and half-lfe etc. are also included if required.

ActivityThe DPM (or activity a) is defined as

a = x/e = y/t/e

in which x is the count rate (CPM), e is the countingefficiency and y is the number of counts collected dur-ing counting time t. The error in a, da, can be writtenas

Count rateFor a multi-label sample with m isotopes, the meas-ured spectrum is the sum of m individual pure isotopespectra. Hence, for'each channel j (1< j < n) in themeasured composite spectrum, the total count rate CJ isequal to the sum of the individual count rates xij where/ (1< i < m) designates each of the m pure isotopespectra. In mathematical terms this can be expressed asa set of linear equations:

isotope i —>1 2

X\,\ ~C\

+ Xm,n —

channel 1channel 2

channel n

For each isotope /, the individual count rate XQ is aproduct of the (unknown) activity of the isotope au thecounting efficiency ei and a scaling factor SJJ tellingwhich proportion of the spectrum is in each channel j .While the activity and the efficiency are the same for

all channels, each channel has its own scaling factor.The array of scaling factors sij is in fact equal to thereference spectrum of the isotope /, normalized so thatthe sum of all scaling factors equals 1.0. Thus,

xij = sij • ai • ei = Sij • xi

where xt denotes the unknown count rate of isotope i.Using this relationship, the above set of n linear equa-tions can be written as:s\,\-x\ +S2,YX2+ ... + Sm,\-xm = C\s\,2-x\ + S2,2-X2 + ... + Smy2-xm - C2

S\,n-xi + S2,irX2 + ... + Sm,irXm = Cn

Introducing matrix notation, this set of n linear equa-tions can be written as

S*X= C

where S denotes an m-by-n matrix containing the inreference spectra SJ. C is an array (or column vector)comprising the n measured count rates cj and X is anarray (or row vector) comprising the m unknown countrates xi to be determined. In the case of single labelcounting, the matrix S is reduced to a column vector oflength n.

As the number of equations n is much larger than thenumber of unknowns m, this set must be solved byusing the method of least squares. In practice, themethod of weighted least squares is preferred in whichthe statistical accuracy of each count rate in C is takeninto account. The solution can be written as

X = (ST*W~1*S)'i * (ST*W'I*C) = G * (ST*W~'*C)

where 5 represents the transpose of the model matrixS and W ' represents the inverse of the weight matrixW. The matrix W is an n-by-n matrix in which thediagonal elements are equal to the weight of eachchannel j and all other elements are equal to zero. Asuitable weight value wj is the inverse of the numberof counts in channel j .

The errors in the vector X, dxi, due to the referencespectrum fitting, are given by the equation

3-1

Calculation methods

dxi = ' 1< i < m)

in which gij denotes a diagonal element in the matrixG defined above.

Reference spectraThe built-in reference spectra si are stored in the spec-trum library by using Fractile Integral Presentation(FIP). The spectrum library data for an isotope is pro-duced by measuring in the factory from 60 to 80standards of the isotope. In this standard set there isone subset with only chemical quench, one subset withonly colour quench and one subset with a mixture ofboth. The spectra are stored in integral form reduced toa limited number of channel values (real numbers bu, 1< u < q) corresponding to q predetermined percentagevalues (fractiles /«) of the total integral intensity

Conversion of spectrum to FIP format

Differential shape of standard spectrum:

0 100 200 300 400 500 600

pulse height channel

10090

75

50

10n

Intecyal shape of standard spectrum:

/

/

/

r J

/

f i

_ lvalues

Ir,0 100 200 300 400 500 600

pulse heicjit channel

(=100%). Thus each spectrum is reduced to q fractilechannels with value bu. The bu values depend on thequench level in a well behaved manner which can bedescribed as a function of a suitable quench index.

In Wallac WinSpectral, two quench indices are used:the total quench level (SQP(E) or p) and the colourquench level (Colour or r). The variable p is equal tothe overall quench level index determined from theend-point of the external standard spectrum (see be-low), while r is equal to the colour index determinedfrom the left-right dispersion of the external standardpulses (see below). Thus each fractile channel bu canbe described by a surface function of the form

bu(p,r) = + (r-rk)2 + h0 (for 1 <u<q)

k=\

where hu,k are / parameters defining the surface, ho is aconstant, and pk and rk are / coordinate pairs defining agrid (lattice) on the surface. The constant ho and thegrid points pk and rk are the same for all bu parame-ters.

A complete reference spectrum is arrived at by firstcomputing the b« parameters, interpolating this arrayand differentiating the result. Notice that errors in thereference spectra are considered to be unimportant.

3-2

Calculation methods

Counting efficiencyThe counting efficiency e is also a function of the twoquench indices, p and r. The counting efficiency e is asurface function defined as

e(p,r) = (p-pkf + (r-rkf + hok=\

where hk are / parameters defining the shape of thesurface, ho is a constant, and pic and rk are / coordinatepairs defining a grid (lattice) on the surface. The errorin e, de, is a function of the errors in p and r (dp anddr).

I

k=[

I

k=\

ht(p-pk)

Vip-pkf + {r-rkf + ho

V (p-pkf + {r-rkf + ho

and, finally

Total quench index

CHEMCAL QUENCH SERIES

The total quench index p is defined by the expression

ul id

, CJ = z-H>

in which j denotes the pulse height channel, ul denotesthe upper pulse height limit, II denotes the lower limitand z is a constant (=0.01). The external standard spec-trum is here rather treated as a continuous distributionc(j) instead of a discrete distribution CJ in order to fa-cilitate greater detail in determining p which is hencenot an integer but a real number:

ul

J

The error dp is given by the expression

dp = \-\ ^1 (l-z) • z • cot (for) = int(p))

Colour index

COLOR QUENCH SERIES

The colour index r is defined by the equation

r = l H — -

where ya denotes the number of counts above theleft/right or right/left pulse height criterion limit and ybdenotes the number of pulses below this limit. Hence,the error dr is given by

yb

Spectrum quench indexThe spectrum quench index SQP(I) can be used as analternative to SQP(E) and Colour index for quenchmonitoring and activity calculations. SQP(I) is definedby the equation

3-3

Calculation methods

SQP(I)=

id

where // and ul are the lower and upper limits of thespectrum. When using SQP(I), the Colour index is as-sumed to be equal to the value for an uncoloured sam-pie.

The error in SQP(I) is expressed as:

ctot

-j-(£ i2 a - ctot • SQP(I)2)Ctot :

1CtOt

SQP(I)2)

where ln(2) is the natural logarithm of 2, ti is the timeelapsed at the beginning of the counting period sincethe reference time, t2 is the time elapsed at the end ofthe counting period since the reference time and ti/2 isthe half-life.

Chemiluminescence correctionA chemiluminescence spectrum is recorded at thesame time as the normal (uncorrected) spectrum byusing the delayed coincidence principle. After meas-urement, the measured spectrum is corrected by sub-tracting the delayed spectrum from the normal spec-trum channel by channel. The percentage of chemilu-minescence (CLM%) is computed by the formula

CLM% = 100%-ydel

where ydel is the number of counts in the delayed spec-trum and y is the number of counts in the normal spec-trum.

Statistics of repeat/replicatecountingThe mean value of n count values yi is

where c,ot = £ c;yi

Background correctionIf a background sample is measured, then the countrate cj is corrected by subtraction

Cjcorr — Cj — Cjbkg

where cja>ir is the corrected count rate in channel j andcjblcg is the measured count rate in channel j . In thiscase the correction is made before spectrum fitting.

If a background value is submitted, then the count ratexi is corrected after spectrum fitting.

Half-life correctionHalf-life correction is performed on the count rate xand the activity a after spectrum fitting by using theequation:

U/2\e — e

Note: It is assumed that the counting times of all nrepeats/replicates are the same.

The theoretical standard error o; (or standard devia-tion) of each measurement is equal to Vy/. The stand-ard error a of the n measurements is equal to

(n-1) ^

while the observed standard error oy<l of the mean isequal to

Ov,,=0

The theoretical standard error ay, of the mean is equalto

3-4

Calculation methods

The theoretical standard error ay, can be _ compared tothe observed standard error Oyo by using the reduced

%r ("Chi-square") value:

2 °y<>

The degree to which %r deviates from unity is a directmeasure of the extent to which the observed error de-viates from the theoretical. %r multiplied by the 'de-grees of freedom' (=n-l) can be used to determine aprobability that a random sample from a normal distri-bution would have a larger (or smaller) value of %than the observed value.

List of symbols useda - activity (DPM)b = FIP channelc = measured total count rate (CPM)cj ~ measured channel count rate (CPM)C = an array (or column vector) comprising the meas-ured count rates cjd = error in function or parametere = counting efficiency/ = tractile valuegi,i = diagonal element of matrix GG = the matrix (ST*W1*S)'1

h = surface function parameteri = index to isotopej = index to channelk = index to surface function parameter/ = number of parameters defining the surfacem = maximum number of isotopesn = maximum number of channels or number of re-peats/replicatesp = total quench index (SQP(E))q - number of fractiles/r = colour quench index (Colour)si — reference spectrum, a column in Ssjj = channel value in reference spectrum, an elementin the matrix SS = a matrix containing the reference spectra .?;.t - counting time or elapsed timeti/2 = half-lifeit = index to fractile/and FIP channel bWJ - weight value for channel j , a diagonal element inthe matrix WW = the weight matrixx\ = unknown total count rate for isotope i, an elementin the array X

xij = unknown channel count rate for isotope iX = an array (or row vector) comprising the countrates x;y = number of countsz - fractile for total quench index pO = standard error at 68.3% confidence limit ( = stand-ard deviation)

Xr = reduced chi square

4 Quality control information

QC Contents

QC ContentsQuality Control Certificate 1099 0045

Final Test Data Sheet 1096 0594

Electrical Safety routine test report 1096 1059

Safety evaluation of the Eu-152 source and ext. std. transport system 1099 0196

Quality control report 1096 1060

External standard transport system 1036 1092

Certificate for Eu-152 source „ 1095 7794

Certificate for unquenched LSC standards 1390 0171

PROTOCOL 5DATE !TIME 5ID 5

1 MAPPING1998/02/1115526P01SS030

Quench Standardization

Wai lac 1400 DSA ver 2.50 S/N 4140189Counting modeQuench indexIsotope(s)H3Protocol nameCounting timeActivity (DPM)2 sigma XMinimum cpmVial typeLiquid systemAdvanced modesHalflife zerotimeZerotime of H3Output to Printer

CTIME 5 CPM1,CPMer1,EFF1,SQPE,SQPEerAdditions to PrinterSpectrum

DPMSQP(E)H3

= ,12.43 yMAPPING6001945000.010.00 Checking time: 10ClearXyleneHal-f li-fe

1997/07/01 , 105005 00

Li stingBeta

Quench standard samples?

CTime600

H3_CPM1945.0

H3__CPMer0. 00

H31 „ 00

SQPE965-15

SQPEer0.04

E E P R 0 M L I T I N G

LRC 199 AO = 100 Al =

TEMP =••• 25.0

CONV STEPS 112

M a p p i n g d a t a

Channels! WLIB TRUE TRUE-WLIB

0. 0 o. o 0.0

47.9 58.6 10.7

93.3 98,2 4.9

137.8 137. -0.

156. 1 154. & •1.5

173.9 171. 9 --2. 0

191.7 189. & ..... *"."= "!

210.6 208.6 • 1 . 9

(3 / / . £ 692= 4 15,2

740.9 765.3 24-4

793,3 831.5 3 8 ,

880.6 965.1 84™ 6

889.2 979, 90.3

915.3 1023.0 107, S

a p p j .ng C u r • v >-•

:i. 6 . 8@ .„

7. 58 __

CO

uLU

r5.ee _

2=58

i r r r

500

WLIE ch

+

• + • _ . . . - - - • "

+.-••"

r i i' 5 9

Total activity; H3 194500.0 DPM 3.242 kBq

PROTOCOL :DATE :TIME sID 3

9 3H, 14C,1998/02/1316^33P09AS018

BG Wai lac std

Wai lac 1414 WinSpectral vlCounting modeIsotope(s)H3C14Protocol nameCounting timeRepeatsCyclesReplicates2 sigma 7.Minimum cpmOutput to Printer

POS,CTIME,CPM1,CPM2,SQPIAdditions to PrinterOutput to DisplayPOS,RACKPOS,CPM,RPT,SQPI

Additions to Display"Spectrum

30 S/N 41401895 CPM5 H3,C14

5- 350,12.43 y5- 660,5730.00 y

3H, 14C, BG Wailac std.12004110.300.00 Checking times 10

, SQPE

WindowWindowWi ndowWindowWi ndowWindowFNCT1 =FNCT2 =FNCT3 =FNCT4 ~

173456FNCT1FNCT2FNCT3FNCT4

Listi ng

,CPM1,CPM2Listing,SpectrumBeta

1-1024 /Beta1-1024 /Beta1-1024 /Beta1-1024 /Beta1-1024 /Beta1-1024 /Beta

Unknown samp 1 es'•

Pos1111

•

Pos222*?

Pos3

-— -

Total.

CTime'*?'?'?

223223223

2220

CTi me274275275276

2750

CTi me1200120012001200

12000

count

H3_CPM127295,2127472.4127405.0127462.2

127408.781.3

H3_CPM26908.027007.727140.126906.3

26990.5110.4

H3_CPM16.817. 115.916.7

16.60. 5

rates

C14_CPM127402.2127566.7127507. .1127563.1

127509.876.7

C14_CPM102616.2102489.5102521,8102098.8

102431.6228.3

C14_CPM23.823.223.224. 1

23.60.5

H3C14

SQP I176.41175.94176.00176.01

176.090. 22

SQP I419.89419.50419.29419.38

419.520. 26

SQP I388.55389.95412.37407.87

399.6912.20

1544

SQPE966.42966.12965.14965.16

965.710.66

SQPE963.68961.01961.53963.36

962.401.32

SQPE965.66967.15966.59968.22

966.911 .07

15.9 CPM229964.9 CPM

REPEATS= Mean= St.Dev

REPEATS~ Mean= St.Dev

REPEATS~ Mean= St.Dev

PROTOCOL 5 8 SPECTRUMDATE ! 1998/02/16TIME 2 09-: 35TD s P08AS016

Unknown samples"

Pos CTime1 120

H3_CPM127526.4

C14_CPM127612.9

SQPI175.77

SQPE966.40

Spectrum Plot

758 _

598

a.o

259

Ch anne1 numb er

Total count rates H3 127526.4 CPMC14 127612.9 CPM

PROTOCOL 2iTE s

TIME :ID 2

S SPECTRUM1998/02/16095 40P0SAS017

Unknown sampless

Pas CTime H3_CPM C14_CPM SQPI SQPE2 120 27225.9 102986.0 4IB.90 963.06

Sp ec t r urn P1 ot

400 —

388 _

aj 208

189 __

758 i 888

Channel n u. m b e r

Total count rate' H3 27225=9 CPMC14 102986.0 CPM

PROTOCOL "• 15 14C Benz. protocolDATE s 1998/02/17TIME ! 16803FILE s AsS4140189SP15AS016.TXTID 5 P15AS016

Wai lac 1414 WinSpectralCounting modeIsotope(s)C14Protocol nameCounting timeRepeatsCycles"̂ epl icates2 sigma 7.Minimum cpmAdvanced modesPSA levelPAC levelOutput to Printer

POS,CTIME,SQPI,CPMwl,Additions to PrinterOutput to DisplayPOS,RACKPOS,CPM,SQPI,

Additions to DisplayPath of FileOutput to FilePOS,CTIME,SQPI,CPM1,

Additions to FileSpectrum

vl.30 S/N 4140189CPMC14

5- 660,5730.00 y14C Benz. protocol144001110.50O.OO Checking time* 10PSA,PAC85163

CPMw2,CPMw3,FNCTlListing

CPM1

WindowWindowWindowWindowWi ndowWindowFNCT1 =FNCT2 =FNCT3 =FIMCT4 =

12

C-4

456FNCT1FNCT2FNCT3FNCT4

Li sti ng,SpectrumasS4140189

,FNCT1Spectrum,ListingBeta200- 500 /Beta200- 500 /PACRejfl200- 500 /Alpha

1-1024 /Beta1-1024 /Beta1-1024 /Beta

(1OO*CPMW1/103600)

Unknown sampless

Pos CTime SQPI CPMwl CPMw21 115 339.50 78617.2 2381.92 14400 478.95 1.2 0.4

CPMw3 FNCT11225.1 75.9

0.1 0.0

Total count rates C14 88774.1 CPM

[A] 390.000 CPM/ch0.052 CPM/ch

1.81 win231.14

A:\4140189SP15AS016SS0010101.001 SPtt 1A:S4140189SP15AS016NS0020101.001 SPtt 1

1 100INTEGRC 288- 491)BUNCH^ 4 * FM *

T *-*—1 • r200 300 400 500 600 700[A] 77678.805 CPM [B] 1.177 CPM

(103608.00 DPM) FM ttA],[B]}= 4777

800 980 1000

(E= 74.98

PROTOCOL : 16 3h qs 8+12 PROTOCOLDATE : 1998/02/17TIME ! 20!07FILE i AiQ4140189QP16AS017.TXTID J P16AS017

S/N 4140189CPMH3

53h qs144001

350,12.43 y8+12 PROTOCOL

Wallac 1414 WinSpectral vl.30Counting modeIsotope(s)H3Protocol nameCounting timeRepeatsCycles s 1Replicates s 1? sigma % s 0.30.linimum cpm s 0.00Advanced modesHalflife zerotimeZerotime of H3 s 1993/04/01 ,00500:00PSA levelPAC levelOutput to Printer

POS,CTIME,SQPI,CPMw1,CPMw2,CPMw3,FNCT1Additions to PrinterOutput to Display

POS,CTIME,SQPI,CPMwl,CPMw25 CPMw3,FNCT1,RACKPOS,CPM,CPM1,RPT,DPMISpectrum,Listinga:Q4140189

Additions to DisplayPath of FileOutput to File

POS,CTIME,SQPI,CPM1,CPM2,CPM3,FNCT1Additions to FileSpectrumWindow"lindowWindowWindowWindowWindowFNCT1FNCT2FNCT3FNCT4

123456

= FNCT1= FNCT2= FNCT3- FNCT4

Checking times 10Half life,PSA,PAC

1993/04/01205120

Listing

Spectrum,Listi ngAlpha,Beta,PACRejft

20-'200 /Beta20- 200 /PACRejtf20- 200 /Alpha1-1024 /Beta1-1024 /Beta1-1024 /Beta

<1OO*CPM1/(207500))

Unknown samples:

Pos12

Total

CTime742

14400

count

SQP I112.01376.98

rates

CPMwl37358.6

4. 1

H3

CPMw21012.3

0.2

49359.

CPMw32229.9

1.5

1 CPM

FNCT123.80.0

[A] 550.000 CPH/ch 11.82 m i nEB] 8.160 CFM/ch 231.06 min

AA4140189SP16AS017SS0010101.001 SPtt 1A:S4140189SP16AS017SS0020101.001 SPtt 1

1 100INTEGRC 50- 143)BUNCH= 4 * FM *

200 300 400 500[A] 31700.805 CPM CB](158020.97 DPMco) FM

600 700 800 900 10082.021 CPM

199 (E= 20.06 '/J

Isotope; H-3 Half L i f e =STANDARD preparation date

measurement datedecay r a t i o (A/Ao)

12.43 Y= 01.04.93 12:00= 17.02.98 12:00= 0.7615

207500.00 DPM158020.97 DPM (decay corr . )

PROTOCOL 5 17 Am & Sr & Bg 0phs3 protocolDATE '• 1993/02/ ISTIME i 005 23FILE : A5S4140189gP17AS001.TXTID s P17AS001

Wallac 1414 WinSpectralCounting modeIsotope<s>H3Protocol nameCounting timeRepeatsCyclesReplicates1 sigma 7.flinimum cpmAdvanced modesPSA levelOutput to Printer

POS,CTIME,SQPI,CPMw1,Additions to PrinterOutput to Display

POS,CTIME,SQPI,CPMw1,Additions to DisplayPath o-f FileOutput to File

POS,CTIME,SQPI,CPMw1,Additions to FileSpectrum

vl.30 S/N 4140189i CPM8 H3

5- 350,12.43Am ?! Sr144001111.000.00 Checking timePSA38

Bg 0phs3 protocol

10

WindowWindowWindowWindowWindowWindowFIMCT1FNCT2FNCT3FNCT4

123456

= FNCT1= FNCT2= FNCT3= FNCT4

CFMw2,CPMw3,FNCTlListing

CPMw2,CPMw3,FNCT1,RACKPOS, CPM, CPM1Spectrum,Li st i ngas^4140189

CPMw2,CPMw3s FNCT1s Spectrum,ListingAlpha,Beta570- 670 /Beta570- 670 /Alpha

1-1024 /Beta1-1024 /Beta1-1024 /Beta1-1024 /Beta

(1OO*CPMW2/(CPMW1+CPMW2))

Unknown sampless

Pos CTime SQPI CPMwl CPMw21 12542 339.48 13.0 9881.62 292 548.63 1507.2 7.73 14400 389.54 6.3 0.3

CPMw3 FNCT1199.1 99.9

8539.2 0.549.0 4.0

Total count rates H3 1296.2 CPM

[A] 240.000 CPM/ch 200.91 min0.060 CPM/ch 231.09 min

A:S4140189SP17AS001SS0010101.001 SPtt 4A:S4140189SP17AS001SS0030181.001 SPtt 4

1 100 200 300 400 500INTEGRC 584- 657) [A] 9404.063 CPM CB]BUNCH= 4 * FM * ( 9894.68 DPM) FM

600 700 800 900 10000.195 CPM

^ 46385 CE= 95.04 yJ

WAIIAC1096 0594

AN COMPANY

FINAL TEST DATA SHEET (FTDS)

INSTRUMENT S/N:

HV - GENERATOREPM-A OUTPUT

i<m v

VOLTAGE DROP *OVER RFA (RRH)

L= H i V

R = Hi<{ V

PMT VOLTAGE(calculated)

nâ v

'sirs v

GUARD G1 =

G2 =

EBU - INTEGRATORS LINT =

RINT =

* DVM input impedance 10 MD.

V

V

V

PERFORMANCE WITH SUPPLIED STANDARDS

H-3

E% BG

l-q-

SQP(I) SQP(E)

C-14

E% BG

an

SQP(I)

LRC VALUE =

LRC C1 (AO) =

LRCC2(A1) =

CONV. STEPS = ha

Base mapping data

Od

1d

2d

3d

4d

"6

0

o

WAIIAC

UNQUENCHED LSC STANDARDfor

Liquid Scintillation CounterProduct No.: 1215-111

CERTIFICATE

Radioactive isotopes: tritium, carbon-14 and blank

The absolute activities of standards and the referencedates for all standards are as follows:

3H : 194500 dpm 1. Jul 1997 Ref. Date

1 4 C: 106000 dpm Nov1997 Ref. Date

Blank: Feb 1997 Ref. Date

The 1215-111 is from the production Lot No.: 9702 A ;

Product Description: The 1215-111 Liquid ScintillationStandards set consists of two activity standards and oneblank standard. The activity standards are preciselycalibrated, sealed unquenched samples of carbon-14labelled [1-14C] stearic acid and tritium labelled [7(n)-3H]-cholesterol in 10 ml of xylene based scintillationsolution. The labelled compounds are produced byDuPont NEN, Belgium and Amersham International, UK.The unquenched blank standard is a sample of 10 ml ofxylene based scintillation solution. The standards aresupplied in 20 ml capacity low potassium contentWheaton vials. These are flame-sealed and securedwith white silicon mastic and an aluminum cap.Str>ndards are deoxygenated with pure nitrogen beforet Jing.

Activity Calibration : The tritium standards arecalibrated against reference standards of tritium labelledtoluene by the National Institute of Standards andTechnology (NIST), Standard Reference Material(SRM) No. 4947C, the estimated accuracy of which was+ 1.2%. The Carbon-14 standards are calibrated againstreference standards of n-hexadecane-1-14C supplied bythe National Institute of Standards and Technology,Standard Reference Material (SRM) No. 4222C, theestimated accuracy of which was + 0.81%. The absoluteactivity of the standards is within + 0.5% of the referencestandards of NIST SRM's.

Definition of Use: The 1215-111 unquenched standardsset is intended for use with LS-counter Serial No: ¥N0^j

On behalf of the Quality Control Department

V JacOyP.O. Box 10SF-20101 TurkuFinland

to calibrate the instrument and measure day-to-day 3H and14C counting efficiencies and background for comparisonwith original factory specifications and for verifying stablesystem performances. For specific instructions on the use ofthese standards with an LS-counter, the Instrument manualshould be consulted.

Precautions on Storage and Use : Fluors are susceptibleto photo-chemical degradation. The standard set should bestored in a dark place at room temperature. Recommendedshelf-life is not more than 5 years.

1390 0171

WAIIACAN JÊGsJS COMPANY

M. Ala-UotilaDoc. no 10961059

Electrical safety routine test report

Product nameProduct numberSerial number

Test description

Protective Earth ContinuityMeasured between the

ground terminal of the mainsconnector and accessiblemetal parts.

Dielectric Strength1500 V AC is applied

between the mains input andthe ground terminal for 1minute.

Earth Leakage CurrentThe current through the

ground lead is measuredduring normal operation.

The test is repeated withmains polarity reversed.

1400 DSA1414- 00-34140*^1

Limits

max. 0.10 ohm

The leagake currentrejection limit is 12.5mA, including thecurrent through EMIsuppression capacitors.(Defined in the UL-Client's TestData Program)

max. current 0.50 mA

max. current 0.50 mA

Test results |

c.c^ ohm

Result of the test

Signature 'H

oau m A

mA

The tests have been performed with the measuring equipment which belong to the regularWallac calibration program.

Tests performed by: Date:

1390 3693

WAIIACAN Ji^BBia COMPANY

DECLARATION OF CONFORMITY FOR CE-MARKING

We

Supplier's name

WALLAC OY

Address

PL 10, 20101 TURKU, FINLAND

declare under our sole responsibility that the product

Name, type or model, lot, batch or serial number, possibly sources and numbers of items

1414 Liquid Scintillation Counter Valid from serial number 4140044

to which this declaration relates is in conformity with the following standard(s) or other normative document(s)

Title and/or number and

EN

EN

50082-1

61010-1

:1992

:1993

date of issue of

; EN 50081-1

the standard(s)

:1992

or other normative document(s)

(if applicable) following the provisions of the following directives

Electromagnetic compatibility (EMC), 89/336/EEC

Low voltage (LV), 73/23/EEC

Place and date of issue

12 Nov. 1997 Turku, Finland

Name and signature or equivalent marking of authorized person

Heikki Kouru, Quality Assurance Manager _

WAIIACAN COMPANY 1096 1060

Quality Control Report

Name of Product:Manufacturer:Function Tested:

Activity of the capsule:

1400-Series Liquid Scintillation CountersWaIIac Oy, Turku, FinlandClassification of External Standard Capsule Eu-152 accordingto ISO 2919.440 kBq

CERTIFICATION

Eu-152 External standard source has been tested according to ISO 2919 - 'Sealed RadioactiveSources - Classification'.

The tests are:Test

Temperature

Ext. pressureImpactVibration

Puncture

Leakage tests according to ISO TE

Class Short definition

4 - 40 °C (20 min)+ 400 °C (1 h) and thermal shock to 20 °C

3 25 kPa abs. to 2 MPa abs.4 2000 g from 1 m3 2 times 10 min, two axes

25 Hz to 50 Hz/5G,50 Hz to 90 Hz/0.635 mm amplitude,90 Hz to 400 Hz/lOG

4 50 g from 1 m

.. 4826 have been performed after the classification tests.The tests show no significant leakage.

The source fulfils ISO 2919 requirements and is therefore classified as C43434.

Date: 25 Nov. 1994

Signature of controllerRaimo Kananen, M.Sc.PhysicistQuality Assurance Department, Instruments

1099 0196November 1995

Evaluation of the safety of the Eu-152 external standard source inWallac 1400 series LS counters

IsotopeEuropium 152.

Maximum activity12 microcuries (half-life 13.5 years).

Origin of radioactive materialThe Eu-152 radioactive material is made by the Radiochemical Centre, Amersham, England.

Manufacturer of the standard capsulesThe Eu-152 standard capsules are manufactured by Wallac Oy, Finland.

Manufacturing processThe manufacturing process by which the radioactive standards are produced involves two steps: the preparation ofthe radioactive material and the encapsulation of this material with a metal cover.

In the manufacturing process the active Eu-152 solution (1 mCi/ml) is absorbed homogeneously into crystallinesynthetic zeolites in such a way that the activity of each active source is 12 (iCi.

The active source is enclosed in a stainless steel shield of thickness 0.35 mm. The source is sealed first withsilicon rubber and then the shield is closed by using a stainless steel pin, which is held in place by pinching theshield with a special tool. The wire that moves the capsule is then inserted into the shield and fixed in place byagain pinching the shield.

ISO-testThe capsule has been tested by the Quality Assurance department of Wallac Oy according to the ISO 2919standard. The rating C43434 has been achieved.

External standard transport systemThe transport system is illustrated in document 1036 1092.

The standard is mounted on a metal wire which is moved by two friction wheels controlled by a stepper motor andtwo sensors.

The capsule has two stable positions in the transport system; one in the storage shielding and the other in themeasuring chamber inside the lead shielding. The storage shield is made of lead (thickness 50 mm) and isequipped with a radiation hazard warning label. This includes a definition of the isotope and its activity.

The capsule is transported to the measuring chamber along a PA (polyamide) tube and a stainless steel elevatortube. The transport time is less than 3 seconds.

Disposal of the capsuleWhen the instrument is no longer in use, the Eu-152 standard capsule must be removed and sent to the appropriateradiation safety authorities or to Wallac for safe disposal. This procedure must be performed only by a qualifiedWallac service engineer.

STAINLESS STEEL I AISI 303! WIRE (STEEL)

•C3®

j » r s , . . l j

—r

PET Y

STAINLESS STEEL

PRESSED WITH THEAID OF A TOOL

Eu-152 RADIOACTIVE MATERIAL

STORAGE POSITION CONTROL SENSOR

MEASURING POSITION CONTROL SENSOR

STAINLESS STEEL

LEAO SHIELD

(THICKNESS 40mm

ELLEI TOISIN MAARATA.

| 10 I K EX) OF TK wBt

1 1 1 1 1 1 1 1

STAINLESS STEEL (AISI 303)

When this instrument is no longer in use the Eu-152standard capsule must be removed and sent to theappropriate radiation safety authorities or to theinstrument manufacturer for safe disposal.

Oes que cet instrument n'est plus employe la sourcestandard de Eu-152 doit etre enlevee et envoyee auxautorites de radioprotection ou au fabricant deI'instrument pour elimination.

Kun tama laite poistetaan lopullisesti kaytdsta.on Eu-152 standardi-kapseli irroitettava|a taimitettavasateilyturvallisuusviranomaisille tai laitteen valmistajalle

CAUTIONRADIOACTIVE

MATERIAL

O SATEILYVAARA O

THE ABOVE LABELS ARE PERMANENTLY ATTACHED TOTHE EXTERIOR REAR PLATE OF THE INSTRUMENT -

Rent 0H13 Sunje ^j

941212 HKY " . -941212"'"' Eu-152 EXT. STD. TRANSPORT SYSTEM

-l 1 r r _ — r

FOR 1400-SERIES LSC-COUNTERS 10 361092-i r

WAIIAC1095 7794

CERTIFICATEfor

SEALED RADIOACTIVE SOURCE

Manufacturer: WaIIac OyP.O.Box 1020101 TURKU 10FINLAND

Batch No: 7C

Serial No:

Description of theRadionuclide:

Max. activity:

ISO classification:

Leakage test:

EU-152 gamma source in stainless steel shield of thickness0.35 mm.

Active length 1.3 mm.

440 kBq (12u€i)

ISO 2919 C43434

The sealed source is immersed in distilled water. The water isheated to 323 ± 5 K and held at this temperature for 4 h. Thesealed source is then removed and the activity of the water ismeasured with a liquid scintillation counter. Activity levelsexceeding 185 Bq will be cause for rejection.

Result of test:

Date of test:

Passed

15/09/97

Signature:

5 Installation information

WAIIACAN EGsG COMPANY

1099 0045March 1991

QUALITY CONTROLCERTIFICATE

PRODUCT INFORMATION

WALLAC 1 4 1 4 LSCName of product:

1 4, l 4 — O O 3Product type no:

4 1 4 O 1 8 9Serial no:Sample capacity:

PHOTOMULTIPLDER TUBE INFORMATION

position size type serial no.

"IL., 2 INCH R.3 3 1 — 1 3 C G 4 4 6 1

R. 2 INCH R. 3 3 1 ••- 1 3 CG 4 3 2 2

GL., O .. '7 5 INCH R. 1 1 €> 6 — 1 O ACT9 3 O 2

GR O -, V 5 INCH R .1.. 16 6 1 O !1K 2 5 9 2

CERTIFICATE

This is to certify that this instrument and its components and subunits have beentested according to the Wallac Instrument Quality Control plan, and that it fulfilsthe specified quality and performance values.

Details of this plan can be obtained from your local Wallac representative.

Date: . . . / .

Signature:. .yftOn behalf of me Quality Control Department

1(1)

1086 1430September 1995

WarningThis equipment must be installed andused in accordance with themanufacturer's recommendations.Installation must be performed byproperly trained and authorisedpersonnel.

Failure to follow these instructions mayinvalidate your warranty and/or impairthe safe functioning of your equipment.

Please contact your local Wallacrepresentative for installation.

WALLAC

Installation information

InstallationEnvironmentNormal clean laboratory conditions usually provide asatisfactory operational environment, but the followingpoints should be taken into consideration.

Ideally a separate room should be provided for yourWallac 1414 WinSpectral counter as this allows thebest control over the immediate environment. Ventila-tion should be adequate for all conditions of use, thetemperature should be reasonably constant at about22°C, relative humidity should not be excessive, anddirect sunlight should not be able to reach the instru-ment. It is also important that the various isotopes arestored well away from the instrument in another room.Only those radioactive samples that are actually beingmeasured should be in the laboratory at any time inorder to keep the background at a low level.

Electric powerThree electrical outlets should be available, with, ifpossible, a separate power line for the instrument itselfhaving an isolation switch and a fuse box. If excessivefluctuations in the mains voltage are anticipated, amains stabilizer may be necessary.

UnpackingTo unpack the instrument proceed as follows (see fig.5.1).

Cut off and remove the binding bands. Open theclinching nails and lift off the cover. Unpack the sepa-rate packages. Then open the lower clinching nails andremove the box. Unscrew the fixing screws. Lift theinstrument up from the shipping package base and un-screw the suspension bushes from the frame.

Check all units and accessories against the packinglist. Note any possible transport damage.

Move the instrument to its place of operation.

Installing the lead shieldingRemove the screws holding the back panel (fig. 5.2).

Fig. 5.1 Unpacking the instrument and accessories

Fig. 5.2 Removing the screws

5-1


Remove the back panel (fig. 5.3)

Fig. 5.3 Remove the back panel

Unscrew and remove the PC board (fig. 5.4).Fig. 5.6 Releasing the inner cover

Pull the top cover forward and remove it (fig. 5.7).

Fig. 5.4 Remove the PC board

Unscrew the top cover screws (fig. 5.5).

Fig. 5.7 Pull the top cover forward

Install the lead shielding for 1414-001 WinSpectral asshown (fig. 5.8) the lead sections are numbered.

1 2 1 3

Fig. 5.5 Releasing the top cover

Remove the additional screws securing the inner cover(fig. 5.6).

Fig. 5.8 Installing the shielding for WinSpectral

In the case of1414-002 Win-Spectral a/p, firstplace the two iden-tical pieces of lead F'9- 5-9

shielding with aSSKSformetal supports on WinSpectraltop of the PMTs a/paround the tube forthe counterweight,see fig. 5.9.

5-2


When you have done this, proceed with the followinginstructions, which are the same for 1414-002 Win-Spectral a/p and 1414-003 Guardian; see the follow-ing three figures.

The shielding should be installed in the order shown infig 5.10).

4 1 3

Fig. 5.10 Installing the shielding forWinSpectral cx/p and Guardian

There is additional shielding to install around the vialsensor (fig. 5.11) and under the instrument on thebench (centred on the elevator), see fig. 5.12.

Fig. 5.11 Extra shielding for WinSpectral a/p and Guardian

IT \ Extra shielding /

Fig. 5.12 Extra shielding underneath WinSpectral a/p andGuardian

Installing the stand-by powersupply fuseDuring transportation the stand-by power supply isdisconnected. Install the fuse after the lead shield in-stallation (fig. 5.13).

t\/

Fuse

Fig. 5.13 Stand-by power supply fuse

Replace the instrument covers.

Installing the PC keyboard shelfAssemble and fix the PC keyboard and mouse shelf(product number 10860862) and the monitor stand(1414-160) following the instructions supplied withthem, see fig. 5.14.

Monitorstand

Diskette drivebehind cover

Keyboardshelf

Fig. 5.14 WinSpectral peripherals

Checking the mains voltagesettingMeasure and note the mains voltage at the outlets to beused.

Locate the mains selector switch, this is on the leftside when looking at the rear of the instrument. If nec-essary adjust the mains selector switch to correspondwith the measured supply. For supplies with a nominal

5-3


WinSpectral

Cables (Options]1221-470 (9 pin)1221-503 (9 pin with shielding]1221-459 (25 pin)

Fig. 5.15a Cables when raw printer connected to PC

1 PC

LPT1Any LPT ornerworK primer

Cable 1224-122

Windowsprinter

Raw data printerAny Epson Fx compatible

Printerport 1(serialline)

WinSpectral

PC port 2

PC

Cable 1221-456

Raw data printerAny Epson Fx compatible

Fig. 5.15b Cables when raw printer connected to WinSpectral

Windowsprinter

Note: The factory settings of the printer maynot correspond to those used in WinSpectral.If printing does not function properly, checkthe settings according to the informationgiven in Serial port settings

voltage of 230 V it is recommended that the selectorbe set to 240 V.

Check that the fuses fitted in the fuse carriers on theback panel are of the correct rating for the local sup-ply, and according to the label.

Connecting the counter andperipheralsConnect the counter to the PC and the printer(s) usingthe cables shown in fig. 5.15 above. As well as thenormal PC Windows printer e.g. a network laserprinter, you can also have a raw data printer. Normallythis will be connected to the PC (fig. 5.15a), but you

can have it connected to WinSpectral directly in port 1(fig. 5.15b).

The PC is connected to port 2 of the counter.

The third port is not used and should have a blankingconnector (1086 0713).

Further details of the settings for the printer are givenin its own installation sheet which follows these instal-lation instructions.

Plug in the power cables for each device.

5-4


Installing the PC softwareInstall the WinSpectral following the instructions inthe User manual.

After installation, start the program by double clickingthe 1414 WinSpectral icon in the WinSpectral win-dow.

When the WinSpectral main window appears, you willsee at the bottom the status bar; this is divided intofour sections. In the third and fourth there are the dateand time respectively. In the second there is a messageabout the communication status. If the counter is notswitched on then there will be a message "No responsefrom counter".

Starting the counterLift the instrument cover and then the diskette drivecover. This latter should be lifted straight up first torelease it. Then insert the instrument program disketteinto the diskette drive in the counter and replace thecover. Do not remove the program diskette.

Switch on the counter. The message on the status barwill change to "Counter online". During the loadingprocess the status bar will show the following mes-sages: "Loading DOT", "Loading texts" and "Loading1400 program". When the program is completelyloaded, the message "Counter idle" will appear. Load-ing takes some 2 minutes.

Note: The program diskette labelled BACKUP mayalso be used but be sure to always have a programdiskette in addition to the one in the instrument. Whenneeded make a backup copy using the "Backup instru-ment disk" function in the System menu. It is also rec-ommended that from time to time you make a backupcopy of your program diskette to save your own proto-cols and spectrum libraries.

Note: You should also make backup copies of theWinSpectral program diskettes before use. Use e.g. theCopy disk function in your Windows File manager.

Carrying out a functional checkof the instrumentFor checking the instrument mechanically and forchecking the function of the ID reader proceed as fol-lows:

Load some racks with ID labels, then start countingand check that the instrument will change the protocolas required by the labels.

Performance test with Easy GLPTo define the proper values for GLP you have to makean initial measurement of the local background. Makesure that all stationary and moving gamma sources areremoved from the neighbourhood of the instrument.Use at least 300 s measurement time.

Start the editing of the Easy GLP protocol (see page52 in the User manual). Type the values of the sup-plied standards into the text box marked Referencesamples. The isotope windows are 5-350 for H and5-650 for C. The measurement time should be 300 sor longer and the precision 0.5%.

Test values are as follows (where FTDS means theFinal Test Data Sheet included with the Instrumentmanual):

' H background

H efficiency3H SQPXI)

C background

C efficiency14C SQP(I)

Min

-3%-5ch

-2%-5ch

Max

+ 1%+3ch

+ 1%+3ch

CommentUse the localbackground*from FTDS valuefrom FTDS valueUse the localbackground*from FTDS valuefrom FTDS value

*The minimum and maximum background warninglimits for GLP are calculated from "the value meas-ured during installation +/- 3o". Some example back-grounds and 3a limits are:

Observed background46-5041 -4536-4031 -3526-3021 -2516-2011 - 156 - 100 - 5

3a9.59.08.57.97.36.76.05.24.23.0

5-5


E.g. if your background is 21 then 3a is 6.7 whichmeans the minimum and manximum limits are 14.3and 27.7 respectively. You can calculate the 3a fromthe expression 3a = 3 * SQRT (BGD/t) where BGD isthe measured mean background rate in the windowand t is the counting time in minutes.

Note: a typical change in efficiency of 2% for H overa period of a year may be expected.

Serial port settingsThe factory settings of the printer serial port on Win-Spectral are as follows:Baudrate: 4800 PCParity: NoData bits: 8Stop bits: 2Handshake: DTR i.e. ESNThese settings may be changed by selecting Systemparameters in the System menu. See the User manualon page 71.

5-6

MultiCalc installation

MultiCalc installationIntroductionIf you are planning to use MultiCalc to handle resultsfrom Wallac WinSpectral, please follow the installa-tion instructions below in addition to the normal Mul-tiCalc installation procedure.

- do normal the MultiCalc installation (see the Multi-Calc Installation module in the Supervisor's manual)

- start up Windows

- with File Manager copy the file c:\1400w\mc\win-beta.cOl to the directory c:\wiacalc\Ocom

- create the directory c:\wiacalc\Ocom\winbeta

- create a new program in the Windows StartUp group:click Browse to select c:\1400w\mc\WIA.PIF.

- start MultiCalc by double clicking that icon

- select Level 5 (if your starting level is 3 or less thenpress F7 LEVELS then F4 Level 4 and then againLEVELS (F7) and Level 5 (F5))

- select the System properties to be AOSPMTIV (fol-low the sequence: F7 SYSTEM F8 ETC F3 COMMPROT F4 PROPERTY, select the protocol winbetaand then type in the properties)

- go to the MultiCalc main menu by pressing ESCESC ...

- create a startup macro for MultiCalc as follows:

Press Ctrl ASelect MACROSSelect CREATEEnter @ as the macro nameSelect level 2Press Enter as the commentPress function key Fl (this is the body of the macroand it means that the program will go to COUNTER).Now the macro is complete and should be ended bypressing the ESC key.

To save the macro on disk you now have to exit fromMultiCalc. To do so press ESC once and then press X

and select Fl Yes for the question "Exit MultiCalcYes/No".

- now use the Windows Program Manager and copythe icon WinSpectral to the StartUp group. To do this,drag it from the WinSpectral group to the StartUpgroup while you hold down the CTRL key.

Changes to Autoexec.batEdit the MS-DOS Autoexec.bat file. (Use WindowsNotepad or a DOS editor to do this).

Make sure that you have there the command COMRSand that it has the parameter 00000000 i.e. eight zeros.This is to force MultiCalc not to use serial ports at all.Otherwise you will get the question about who shoulduse the C0M1 or COM2 port, the Windows applica-tion or the DOS application when MultiCalc is started.

While you are editing the Autoexec.bat file, add alsothere the command WIN to make Windows start auto-matically after a bootup.

Setting up a protocol inMultiCalcIn WinSpectral, go to System/Options/Directories andgive the MultiCalc assay path as:C:\WIACALC\0COM\WINBETA.

From the MultiCalc main menu select F4 PROTO-COLS and create a new protocol. The name should bea short one, e.g. MCASS. Select the protocol type, e.g.RATIO and edit the the protocol or use the defaultsettings. Save the protocol.

After you exit from Protocol editing, go to the mainmenu and select from there Fl COUNTER. MultiCalcis then ready to evaluate results from WinSpectral.

Switch now to the WinSpectral program.

Setting up a protocol inWinSpectralCreate a protocol for any user group and give the pro-tocol the same name as you gave for the assay proto-col. WinSpectral allows longer protocol names but use

5-7

MultiCalc installation

exactly the same name as for the assay protcol, e.g.MCASS.

Set the counting time and the isotopes used. Then goto Output devices and select Filing data. Click theMore button and select MultiCalc export. Save thesesettings.

You are then ready to run the protocol.

WinSpectral will receive data and save it on the harddisk of the PC. As the samples in the assay are beingcounted, WinSpectral will create a file in the Multi-Calc communication protocol directory. MultiCalc willfind the file and start evaluating it in about 30 secondsdepending on the speed of your PC and the amount oftime you have given for DOS applications.

5-8

INSTALLATION REPORT APPENDIX

Please fill in the following information about the type of work the instrument is to beused for. We would also be pleased to get some brief feedback about your opinionsconcerning Wallac as a company.

Service specialist fills in:

Instrument type: Serial no:_ Country:.

Customer fills in:

Name & Profession:

Fax no:

This instrument is used as described below (x):

Main segment:Clinical DiagnosticsAcademic ResearchIndustrial ResearchEnviron. Research

Data management:Software:

NoneRia/MultiCalcWorkstationOther

Connections:PCLocal networkMainfame

Rate the importance of the items below on a scale of 1 to 5 (1= not important,5= very important). In the column Wallac put a (+) mark if you think the companydoes well for that item and a (-) mark if you think it should do better.

Ratingnot very

imp. imp.

1 2 3 4 5

Wallac

PRODUCT PRICEQUALITY&RELIABILiTYTECHNOLOGYFEATURESPERFORMANCEEASE OF USEDATA MANAGEMENTSUPPORT&SERVICESYSTEM SUPPLIERCOMPANY IMAGE

Other comments:

6 Specifications, Safety and Routinemaintenance

6.1 Specifications

6.1 SpecificationsDescriptionWallac 1414-001 WinSpectral, 1414-002 WinSpectraloc/p and 1414-003 Guardian are general purpose liquidscintillation counters for counting sample vials fromracks.

Physical dimensionsWidthHeightDepthWeight

900 mm700 mm600 mm218 kg (WinSpectral), 250kg(WinSpectral a/B), 244 kg (Guardian)

PowerMains voltage selectable 100, 115, 120, 220 and 240V, +/-10%, 50/60 Hz. Power consumption is 200 VAwithout the temperature control unit and 300 VA withit.

Standby power supplyPower failure recovery and protection by back-upstandby power supply provided with NiCd accumula-tors. In the case of power failure the status of thecounting process will be stored on diskette, thus pro-viding effectively an unlimited standby time for recov-ery from power failure.

Input/output connectionsSerial ASCII interface RS-232C. Two output termi-nals: port 1 for printer, port 2 for laboratory PC.

Radiation shieldLow specific activity lead around detector assemblyand external standard rest position. Weight 103 kg(WinSpectral), 135 kg (WinSpectral oc/B), 128 kg(Guardian), thickness at least 48 mm around the meas-uring chamber.

Operating conditionsTemperature +15 to +35 °CHumidity max. 75 %.

FlexiRack™ sample changerand conveyorSample capacity varies from 336 to 1248 vials, de-pending on the used rack combination. When usingonly standard vial racks, 336 samples in 28 racks of 12samples each. With minivial racks, 720 samples in 40

racks of 18 samples each. With small mini/microvialracks, 1248 samples in 52 racks of 24 samples each.

Rack transport by friction belt drive system, transversemovement by toothed chain driven by electric motors.Sample lifted up to measuring chamber by elevatordriven by electric motor, single "dual plate" light shut-ter system, sample change time 5 s. Rack and sampleposition movements controlled by electro-optical sen-sors.

Optional external standardEu-152 450 kBq (12 ^Ci) enclosed in a stainless steelcapsule.

Optional temperature controlunitControls sample and instrument +/- 5 °C of ambient.

Detector assemblyTwo PM tubes in coincidence. Assembly includes alsolight emitting diodes for the automatic spectrum stabi-lizer. Coincidence resolution time is 15 ns.

Racks and modification kitsSample racks1410-401 for 20 ml vials, max. vial diameter 28.4 mm,12 sample positions per rack.

1410-402 for 6 ml vials, max. vial diameter 18.4 mm,18 sample positions per rack.

1410-403 for 4 ml vials, Skatron or Biovial, max. vialdiameter 13.4 mm, 24 sample positions per rack.

Max. acceptable vial height is 68 mm.

Rack modification kits1410-408 for Eppendorf tubes to be used in 1410-402racks.

1410-409 for microfuge tubes to be used in 1410-403racks.

Poslden™ sample identificationsystemEach rack can be provided with a 1410-407 ID clip for1450-452 ID labels. The ID clip has two marked areas,

6-1

6.1 Specifications

the upper for the protocol number and the lower forrack number or special code. This provides the infor-mation needed for Good Laboratory Practice.

Electronic hardwareA 16-bit microprocessor controls counting and data re-duction. Memory configuration is 64 kbyte ROM and1 Mbyte RAM.

Logarithmic A/D converter, energy range 1 - 2000keV. Dual 1024-channel multichannel analyzer. Built-in dead time correction.

PerformanceEfficiencyCounting efficiency, typical:3H : 68 % (min. 64 %)14C : 96 % (min. 94 %)

StabilityCount variation less than 0.2 % / 24 h (not includingrandom statistics).

6-2

6.2 Safety information

6.2 Safety andradioactive materialsThe following comments about precautions and safetymeasures in handling radioactive materials are in-cluded as a guide and are not intended to be fully com-prehensive. More complete details may be found else-where, for example in the booklet SAFE HANDLINGOF RADIONUCLIDES, published by the InternationalAtomic Energy Agency, Vienna; this may be recom-mended as a useful code of practice appropriate to ra-dio-chemical laboratories.

Unless a specially designed radioisotope laboratory isused, limitations should be placed on the amount ofactive material in the laboratory area depending ontoxicity and type of chemical operation. For high tox-icity material and wet chemical operations involvingthe risk of spillage, the IAEA recommend a maximumactivity of about 10 |uCi.

Personnel should be properly trained in the safe han-dling of these materials, maximum levels of stored ac-tivities should be set, proper records should be kept,and a definite monitoring schedule maintained.

The areas where samples are handled should be keptclean and free of dust. This is most easily accom-plished if all surfaces are as smooth as possible and ifthe minimum number of extra surfaces is introducedinto the room. Lastly it is extremely important to storeall radioactive materials in a separate room to whichaccess is restricted.

6-3

6.2 Safety information

6-4

6.3 Routine maintenance

6.3 Routine maintenanceKeeping the instrument cleanThe conveyor cover should always be closed to pre-vent dust from getting onto the conveyor and into theelectronics below the conveyor. If there is still dustand other dirt on the conveyor then remove the dirt bya dry clothing.

ID labelsCheck the labels on the ID clip. Those in bad condi-tion should be replaced by new ones to guarantee cor-rect reading of the labels. When fixing ID labels on theclip, ensure that the area where the label is to be fixedis clean, e.g. there is no perspiration from your fingerson it.

Power supply fanCheck that the cooling fan in the power supply unit isworking by listening for its sound.

CablesCheck that the power cable and the cables to the pe-ripherals are tightly connected and that the cables andconnectors are not damaged. Any damaged cableshould immediately be replaced!

Response mapping - MCAcalibration

What is response mapping?The quench correction system and DOT DPM tech-nique make use of built-in libraries of information de-rived from a reference counter. Response mapping isthe procedure by which a connection is established be-tween the MCA channel values in your actual counterand the reference counter. This allows the libraries inyour counter to be customized to fit your counter inthe case that there are small differences between it andthe reference counter.

This is done in the factory before you receive yourcounter but mapping must be done again when themeasurement electronics is adjusted or repaired or thePM tubes are replaced or the external standard capsuleis changed. Mapping can also be done at any time andit is recommended that it should be performed at leastonce a year as part of routine maintenance.

How to do response mappingBoot the instrument with the 1414 WinSpectral instru-ment program disk.

Create or edit a fine tuning protocol, e.g. Finetuning01. Set the protocol name to "MAPPING". Use thesealed ~H standard sample. Set the DPM value accord-ing to the value printed on top of the standard. Sethalf-life correction on and set the half-life zero timeaccording to the date printed on top of the standard.Set the counting time to 300 s. Save the protocol.

Load a rack with the sealed "H standard sample ontothe conveyor instream. Other positions in the rackshould be left empty.

Start counting the protocol.

To stop the instrument after measurement of the map-ping sample put an empty rack on the conveyor afterthe mapping sample rack.

Results are printed out shown in the example on thenext page. The plot has the reference counter channelnumber on the x-axis and the measured real channelnumber on the y-axis. Two lines are drawn, one is asolid line and the other is dashed (on the raw dataprinter it is marked with crosses (+)). The solid linerepresents the reference counter MCA channels andthe dashed (crossed) line the measured channels. Onthe display the reference line is in blue and the actualin red. This line may reside slightly above and belowthe ideal line. There should be no straight horizontal orvertical section which would indicate missing MCAchannels.

The mapping information is also saved in numericalform in the printer and instrument history file.

When the Ready message is displayed on the Statusbar after mapping has been done, it shows that themapping information has been saved in the EEPROMmemory. Then switch the instrument off and on againto reboot it.

6-5

6.3 Routine maintenance

PROTOCOL : 1 MAPPINGDATE : 1994/08/11TIME : 10:25ID : P01AS002

Quench standardizationWallac 1414 WinSpwctral DSACounting modeQuench indexIsotope(s)Protocol nameCounting timeActivity (DPM)2 sigma %Minimum cpmVial typeLiquid systemAdvanced modesHalflife zerotimeZerotime of H3Output to printer

POS,CTIME,CPM1,CPMer1,EFF]Additions to printerSpectrum

Quench standard samples:

version 1.0DPMSQP(E)H3MAPPING3002024000.010.00 Checking time:10ClearHiSafeHalflife

1994/08/01 ,12:00:00

L, SQPE, SQPerListingBeta

Pos CTime H3_CPM H3_CPMer H3_Eff% SQPE SQPer1 60 2018.0 0.C) 1.00 977.87 0.04

EEPROM LISTING

LRC = 2 00 AO =TEMP = 2 5.0CONV STEPS = 114

Mapping data

Channels: WLIB0.0

48.995.0

140.4159.3177.4195.7214.8682.9746.1798.6886.0894.7

110 Al

TRUE0.0

58.499.2

142.6160.6178.0195.8214.3695.2768.1834.1977.9993.6

1000.0 1000.0Total activity:

H3 201800 .0 DPM

0

TRUE-WLIB0.09.54.22.11.30.60.1-0.512.322.135.591.998.90.0

3.363kBq

Mapping1000

800

600

400

200

0/

y

y

ffyr

/ Referencecounter

0 200 400 600 800 1000

/ Actualcounter

6-6

7 Spare parts information

1410-951-05November 1998

1409,1410,1411,1414,1415Spare Parts Catalogue

WAIIACAN COMPANY

WaIIac Oy, P.O.Box 10, FIN-20101 Turku, Finland, Tel.+358-2-2678 111, Telex 62 333wac fin,Telefax +358-2-2678357

Ordering Information

If parts are being ordered fromWallac Oy give the followinginformation on the order:

Purchase order number

Type and serial number of theinstrument for which the spare part isintended

Quantity of each item ordered

Ordering number and description(obtained from parts list)

Where the parts are to be sent

When the order is to be dispatched

Preferred mode of transport

Note: Subassemblies with an ordernumber beginning 10 84xxxx,1085xxxx or 1086xxxx are kept asstock items. It should be noted thatthese subassemblies consist ofseveral smaller parts which can beordered as separate items ifnecessary using the correspondingorder numbers.

Index

1409,1410,1411 LSC

Fig. No Fig. Name Page

Fig. -01Fig. -02Fig.-03Fig.-04Fig.-05Fig.-06Fig. -07Fig.-08Fig.-09Fig.-10Fig.-11Fig.-12Fig.-13Fig.-14Fig.-15Fig.-16Fig.-17Fig.-18Fig.-19Fig.-20Fig. -21Fig.-22Fig.-23Fig. -24Fig.-25

Spare Part KitLSC Model 1409-001LSC Model 1410-001LSC ModeM 411-001LSC AssemblyBody AssemblySample ConveyorFloor StandTop Cover AssemblySample ChangerPower UnitElevator AssemblyExternal StandardMeasuring UnitPreamplifier UnitOpticsID UnitLight Shutter UnitMotor Unit 1Motor Unit 2Count WeightSupport 1 AssemblySupport 2 AssemblyPlate Assembly, RPlate Assembly, LSpring Assembly, LHV-Divider UnitDisplay UnitThermostat Unit

5-788910-1315-1719-2122-2324-2526-2729-3132-3334-3536-3738-3940-4142-4344-4546-4748-4950-5152-5354-5556-5758-5960-6163-6567-6970-71

INDEX CONT...

1415 Supplement

Fig.No Fig.Name Page

Fig. -26Fig.-27Fig. -28Fig. -29Fig. -30Fig. -31Fig. -32Fig. -33

LSC AssemblyMeasuring UnitOpticsLight Shutter UnitTop Cover AssemblyGuardHV-Divider UnitDisplay Unit

73-7980-8182-8384-8586-8788-8990-9192-93

1414 Supplement

Fig.No Fig.Name Page

Win Spectral 1414-001 95-99Alpha/Beta 1414-002 99-101Guardian 1414-003 102-104

Fig. -34 LSC Assembly 105Fig. -35 Body Assembly 107-109Fig. -36 Top Cover Assembly 110-111Fig. -37 Keybank Assembly 112-113

,1410,1411 Spare part kit 1410-20196-10-10

FOR PART

ITEM.NO

NUMBER

QTY

1410-201

ORDER NO

SPARE PART KIT

NAME

1410

TYPE

1410-201

MANUF. INF

960731

LINE

11122

222

1212

12121212

1

0.2222

22222

22222212

0 6 0

1155014110853316108564661085673010854884

1085331410854606108540211085465210857670

1085476710857671108601051085264210853857

1085902810858037108546791084979911690042

1169004411690050108552331085523510855231

1085669210853686108553131085566810855385

1176004010855243108551861085476010853794

1085768110860160108567991161102911611024

1161103211611033116110261160116911601173

1160117711601178116011791160118011550051

1155015911810160118101311181104811811047

1181105011811051118130241181303811813033

1181302511813037118110321181403711814039118130191181402811801012

SERVICE KITP.C.ASSEMBLYP.C.ASSEMBLYDCD EXPANSION KITP.C.ASSEMBLY

P.C.ASSEMPLYP.C.ASSEMBLYP.C.ASSEMBLYP. C. ASSEMBLYP.O.ASSEMBLY

P.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLY

P.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYSTEPPING MOTOR

STEPPING MOTORSTEPPING MOTORP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLY

1410 OPTICS MODKITID-UNITWIRING ASS.P.C.ASSEMBLYP.C.ASSEMBLY

PHOTOMULTIPLIERP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLY

PREAMPLIFIER UNITPREAMPLIFIER UNITP.C.ASSEMBLYTRIMPOTENTIOMETERTRIMPOTENTIOMETER

TRIMPOTENTIOMETERTRIMPOTENTIOMETERTRIMPOTENTIOMETERRESISTORRESISTOR

RESISTORRESISTORRESISTORRESISTORSHIELDING BAG

INSULATIONMICROCIRCUIT TTLMICROCIRCUIT TTLMICROCIRCUIT C-MOSMICROCIRCUIT C-MOS

MICROCIRCUIT C-MOSMICROCIRCUIT C-MOSMICROCIRCUIT LINMICROCIRCUIT LINMICROCIRCUIT LIN

MICROCIRCUIT LINMICROCIRCUIT LINMICROCIRCUIT C-MOSMICROCIRCUIT CMOSMICROCIRCUIT HMOSMICROCIRCUIT LINMICROCIRCUIT CMOSTRANSISTOR NPN

590*400*260POWER SUPPLYMICRO COMPUTER

I/O BOARD

MCAMCAMOTOR CONTROL BOARDHV SUPPLYCOINCIDENCE BOARD

MCA INTERFACE 1CHSAMPLE k HOLD 1CHGAIN STABILIZERPOS. HV SUPPLYPREAMP.AND COINS.BOARD

A/D CONVERTERSAMPLE AND HOLDEXTENSION BOARDPOWER EXTENSION BOARD5V 1A 1, 8AST 0 , 4NM

12V 0,4A 1,8AST 0,26NM1,5IN 0.7A STEP ANG1.8SENSOR BOARDSENSOR BOARDSENSOR BOARD

14101205

RAMCODE READERRXA HOME SENSOR BOARD

D19MM 10DYN 12PINPOSITION SENSORCONNECTION BOARDDISPLAY (CPU)PREAMPLIFIER BOARD

1409/11 10-DYNODE1409/11/15 12-DYNODEPREAMPLIFIER BOARDIK +-10% 0,5W CERMET2K +-10% 0.5W CERMET

10K +-10% 0,5W CERMET100K +-10% 0,5W CERMET500K +-10% 0,5W CERMET470K 2% 0.5W1M 2% 0.5W

1,5M 2% 0,5W2.2M 2% 0.5W3.3M 2% 0.5W4.7M 2% 0,5W125*200

MS-PU-JKQUAD BUS/LINE DRIVERQUAD 2-INP MUXOCTAL BUS TRANSCEIVEROCTAL D-TYPE LATCH

OCTAL D-TYPE FLIP-FLOPHEX INV SCHMITT TRIGGQUAD OPER AMPL.QUAD JFET-INP OP AMPLOPERATIONAL AMPL

QUAD COMPAR.PWM CONTROL8-INP ANALOG MUX1X262144-BIT DYN RAMSERIAL COMM CONTROLLERQUAD LINE DRIVERS8X8192-BIT RAM40V 10MA0.31W

EIRIDPA 10353503DCD 10356465DCD 10356465DIC 10354883

DIA 10353517DIE 10354603HPS 10354022EPM-A 10354653LAC-A 10357727

102 0304050

60708090

100

LBR 10354766 110LAD-A 10357728 120EBU-A 10360197 130EPK 10652641 140LAB-A 150

EBZ 10359027 160EBC-A 10358036 170LPA 180

10649798 190PH265-04 200

6500-15-4-13.5 R455 2106500 R568 211RXC 10455232 220RSV 10455234 230RSZ 10455230 240

RSJ 10354300CA18RAM 10355667RXA 10455384

2 5 02 6 02 7 02 8 02 9 0

R1166-10 300RSU-A 10355242 310RSP 10455185 320HCB 10354759 330RAE 10353795 340

1045539410455394RAP 1035379567WR1K67WR2K

67XR10K67XR100K67WR500KB 1/2 BEYSCHLAGB 1/2 BEYSCHLAG

B 1/2 BEYSCHLAGB 1/2 BEYSCHLAGB 1/2 BEYSCHLAGB 1/2 BEYSCHLAGMAPOSTAT

40110N74F244NSN74LS157NPC74HCT245PPC74HCT373P

PC74HCT374PMC74HCT14ANCA 324 ETL084CNLF3 5 6N

LM 339 NTL4 94CNHCF4051BEHY51C256S-12P82530-6MC1488HM6264P-122N3904

350355360370380

390400410420430

440450460470480

490500510520530

540550560570580

590600610620630640650660

2 11800007 TRANSISTOR PNP2 11802007 TRANSISTOR FET2 11802009 TRANSISTOR FET2 11802010 TRANSISTOR FET2 11801014 TRANSISTOR NPN

2 11800009 TRANSISTOR PNP10 11830006 FUSE10 11830017 FUSE10 11830009 FUSE1 11845027 VOLTAGE SELECTOR

2 11813018 MICROCIRCUIT LIN4 11814011 OPTICAL SENSOR2 11784015 DIODE LIGHT EMITT1 10442965 SERIAL NUMBER PLAT5 11863069 P.C.CONNECTOR

4 11782023 ZENER DIODE2 11780016 DIODE2 11781006 DIODE BRIDGE2 10553597 P.C.BOARD1 11350044 COGGED BELT

1 10451435 COGGED BELT1 11350065 COGGED BELT1 11350076 COGGED BELT2 11350077 COGGED BELT1 11350048 COGGED BELT

1 11350087 COGGED BELT2 11350083 COGGED BELT2 11350097 COGGED BELT1 11350078 COGGED BELT2 10354388 GOGGED BELT WHEEL

1 11862143 CONNECTOR3 11862144 COVER3 11862132 CONNECTOR3 11862133 CONNECTOR6 11862137 COVER

3 11862130 CONNECTOR3 11862135 COVER1 11862131 CONNECTOR1 10855315 WIRING ASS.1 10555603 LABEL SET

1 11550078 DISK STORAGE BOX1 1221-244 PROGRAM PACKAGE1 10857062 SERVICE PROGRAM1 10856281 PROGRAM PACKAGE1 10856289 PROGRAM PACKAGE

1 10857813 PROGRAM PACKAGE1 10857820 PROGRAM PACKAGE1 10856296 PROGRAM PACKAGE1 10855628 PROGRAM PACKAGE1 10854502 SERVICE CONNECTOR

1 10855262 PC BOARD EXTRACTOR1 11510021 HEXAGON KEY1 11510022 HEXAGON KEY1 11550108 PLASTIC PEEL1 1410-921 JUMPER SETTINGS1 10857679 RAM EXTENSION KIT1 10457685 LOCKRING KEY

40V 10MA 0.31W40V 50MA 0.37WP-CH MOS50V 12A 75W N-CH MOS100V 18A 75W N-CH MOS60V 5A 65W DARLINGTON

60V 5A 65W DARLINGTON2.0A 2 50V SLOW 6,3*324,0A 250V SLOW 6,3*326.3A 250V SLOW 5*201X6 . 10A 250V

VOLTAGE REG 5V 1A

D3X5 585NM <100NS

2-PIN JUMPER 2A

15V 5% 17MA 1W30V 12A DUAL SCHOTTKY200V 25A1,6MM 2-P EP LKSYNCHROFLEX

BRECOFLEXBRECOFLEXSYNCHROFLEXSYNCHROFLEXSYNCHROFLEX

SYNCHROFLEXSYNCHROFLEXSYNCHROFLEXSYNCHROFLEXGRILON W 5239

5-N 24AWG5-N6-P FEMALE 24AWG6-N FEMALE 18AWGFOR 3-P CONNECTOR

8-N 24AWG8-N16-N 24AWG

3,5"ULTROTERM1205 BETAPLATE1410 SERVICE PROGRAM1410 SERVICE PROGRAM

1409 SERVICE PROGRAM1409 FIXED PROTOCOLS1410 DO MAPPING PRGDISPLAY PRG. HCB-BOARD1205

3MM4MMA4 CLEAR

DIE RAMSPRINGSTEEL T=0.7

2N39063N163BUZ 10BUZ21TIP120

TIP125193431934319195SWPO33 .1109

MC 7 805 CPOPB804MV5374C

59001

1N4744AVSK13BYV25-200RRA 1205 14706T 2,5/285

1205

6 T2,5/12010 T2,5/1606 T2.5/200

6 T2,5/3806 T2,5/50010 T2,5/65010 T2,5/13001297

CT100F24-5BTC100F-5CT156F24-6BCT156F18-6BTC156F-6

CT100F24-8BTC100F-8CT100F24-16BCA20CA20

MICROBOX 5TERMINAL EMULATOR

WITH FIXED PROTOCOLFOR HARDWARE

VI.4, VI.8, V2.0SERVICE PROGRAM

10454503

10455261NO 368NO 3 68T126/A4 0,081410-921103546031410

670680690700710

72073074 0750760

770780790800810

820830840850860

870880890900910

920930940950960

970980990

10001010

10201030104010501060

10801090111011201130

11351136114011601170

1180119012001210122012301250

PART HISTORY FROM: 91-09-25 TO: 96-10-10

FOR PART NUMBER 1410-201 SPARE PART KIT 1410 1410-201 960731

ITEM.NO QTY ORDER NO NAME TYPE MANUF. INF LINE DATE

1085473510855551108533131169004910855393

1410-9211410-92110854784108542421221-243

1155006310857820

P.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYSTEPPING MOTORPREAMPLIFIER UNIT

JUMPER SETTINGSJUMPER SETTINGSP.C.ASSEMBLYP. C. ASSEMBLYPROGRAM PACKAGE

DISK CARD BOXPROGRAM PACKAGE

COINCIDENCE BOARD LAC 10354734 100 920120SAMPLE & HOLD 1CH LAD 10354773 120 920120SAMPLE AND HOLD EBC 10353702 170 92011712V 0,4A 1,8AST 0,26NM 6500-15-4-13.5 211 9203271410 10455394 350 920120

1410 SERVICE BAG1410 SERVICE BAGGAIN STABILIZERA/D CONVERTERGEN TERM

5 1/4"1409 FIXED PROTOCOLS

1410-921 1220 9305271410-921 1220 940425EBU 10354783 130 931020EBP 10353905 160 9310111221-243 1100 931129

02177 1070 9607311136 960730

LSC Model 1409-001 1085764796-10-10

FOR PART

ITEM.NO

NUMBER

QTY

10857647

ORDER NO

LSC

NAME

1409-001

TYPE MANUF. INF

930316

LINE

10155600-3410255462-2310255462-2310255462-37

PART HISTORY

11111

111111

1085764610856730108576531085523310857618

1411-9321099004510557601104579571035761211570061

LSC ASS.DCD EXPANSION KITP.C.ASSEMBLYP.C.ASSEMBLYPROGRAM PACKAGE

INSTRUMENT MANUALQC CERTIFICATELABELSUPPORTCOVER PLATELABEL

1409/1410/1411

SW KEY MODULE BOARDSENSOR BOARDMAIN PR. 1 4 0 9 / 1 1 LSC

FOR 1 4 0 9 , 1 4 1 1

1409- AL S=0 .5ST D=16POLYCARB.0.375WALLAC 52X22,16 STICKER

10155600DCD 10356465RJG 10457652RXC 10455232WALLAC 1400 DSA

1411-93210990045

14091409

FROM: 91-09-25 TO:

405090

100110

120130

30102035

96-10-10

FOR PART

ITEM.NO

NUMBER

QTY

10857647

ORDER NO

LSC

NAME

1409-001

TYPE MANUF. INF

930813

LINE DATE

10155600-75 11570061108553931085473510855551

LABELPREAMPLIFIER UNITP.C.ASSEMBLYP.C.ASSEMBLY

WALLAC 52X22,16 STICKER 35 9303151410 10455394 60 911030COINCIDENCE BOARD LAC 10354734 70 911030SAMPLE & HOLD 1CH LAD 10354773 80 911030

LbU Mioaei

FOR PART NUMBER

ITEM.NO

10155600-3410155600-7510255462-23

PART HISTORY

QTY

11111

11118

111

FOR PART NUMBER

ITEM.NO QTY

211

1 141U-U

10857648

ORDER NO

1044654510857679108576461085527210855268

108556201410-931105556721049451211252019

105556651157006110355660

10857648

ORDER NO

108553931085473510855551

IU1

LSC

NAME

FOOTRAM EXTENSION KITLSC ASS.EXTERNAL STANDARDSTD. CAPSULE

PROGRAM PACKAGEINSTRUMENT MANUALLABELWARNING PLATERIVET

LABELLABELCOVER PLATE

LSC

NAME

PREAMPLIFIER UNITP.C.ASSEMBLYP.C.ASSEMBLY

1410-001

TYPE

PAG, BLACK, 30% GLASDIE RAM1 4 0 9 / 1 4 1 0 / 1 4 1 1

1410 LSCFOR 1410AL 9 9 . 5 S=lAL-PLATE2 . 4 * 5 . 1 AL

AL S = 0 . 5WALLAC 52X22,16STICKERPOLYCARB 0 , 3 7 5

1410-001

TYPE

1410COINCIDENCE BOARDSAMPLE & HOLD 1CH

MANUF. INF

108576489 6 - 1 0 - 1 0

920602

LINE

1215,1470 1010354603 4010155600 5010255273 6010455269 (NTL5) 70

INSTRUMENT PROGRAM 1101410-931 120NTL5 130

140TAP/D/BS 33 150

NTL5 303520

FROM: 91-09-25 TO: 96-10-10

MANUF. INF

10455394LAC 10354734LAD 10354773

920602

LINE DATE

80 91103090 911030

100 911030

8

LSG Model 1411- 1085764996-10-10

FOR PART

ITEM.NO

NUMBER

QTY

10857649

ORDER NO

LSC

NAME

1411-001

TYPE MANUF. INF

931203

LINE

10155600-3410255462-2310255462-37

1044654510857646108610911085527210856730

1085765310857618108578101411-93210990045

105556721049451211252019105576021035761611570061

FOOTLSC ASS.STD. CAPSULEEXTERNAL STANDARDDCD EXPANSION KIT

P.C.ASSEMBLYPROGRAM PACKAGEPROGRAM PACKAGEINSTRUMENT MANUALQC CERTIFICATE

LABELWARNING PLATERIVETLABELCOVER PLATELABEL

PAG, BLACK, 3 0% GLAS1409/1410/1411

SW KEY MODULE BOARDMAIN PR. 1409/11 LSCCOMM.PROTOCOLS 1409/11FOR 1409,1411

AL 99.5 S=lAL-PLATE2.4*5.1 ALAL S=0.5POLYCARB.0.375WALLAC 52*22,16 STICKER

1215,1470101556001036110110255273DCD 10356465

RJG 10457652WALLAC 140 0 DSA1409/11/151411-93210990045

NTL5

TAP/D/BS 33NTL51411

1040506070

11012 C13 0140145

150160170302035


FOR PART

ITEM.NO

NUMBER

QTY

10857649

ORDER NO

LSC

NAME

1411-001

TYPE MANUF. INF

931203

LINE DATE

10155600-75

z1111

1085768110857670108576711157006110855268

PREAMPLIFIER UNITP.C.ASSEMBLYP.C.ASSEMBLYLABELSTD.CAPSULE

1411 10455394 80 911030COINCIDENCE BOARD LAC-A 10357727 90 911030SAMPLE & HOLD 1CH LAD-A 10357728 100 911030WALLAC 52X22,16 STICKER 35 931202

10455269 50 950216

rig. i

FOR PART

ITEM.NO

123

45678

910111213

1415161718

1920212223

2425262728

2930323337

3839404142

4344454647

4849505152

5354555657

5859

i4uy, i-

NUMBER

QTY

11111

1150.3000.300

0.7001111

11111

11211

11122

12122

11411

110.20011

111215

1211844.200

21064

12

226110

22

10857646

ORDER NO

1215-11110551111105604901055550910556126

1056161411310040113100371056110210856077

1085607811560029108549161085581810855338

1085484910859369108617111085646610854884

1085460610853316108540211085928710361369

1036077410360773104555231045532810458890

1045533010455329103553321045533310455334

1035533510255612104556161035561710355618

1045563210355742104614801171002110548122

1035567710355686104557231045579711250008

1125001011250019112510181125104511251077

1125200811252019112710161127103411274013

1127401611274034112741451127409511274139

1127602211250018

m -in Lbt

LSC ASS.

NAME

UNQ.STANDARDS SETLABELLABEL SETLABEL SETLABEL

LABELCLAMPCLAMPLABELINSTALL.KIT 115V

INSTALL.KIT 2 50VMOUSE MATBODY ASSEMBLYID-UNITSAMPLE CHANGER

MEASURING UNITP.C.ASSEMBLYTOP COVER ASSEMBLYP.C.ASSEMBLYP. C. ASSEMBLY

P. C. ASSEMBLYP. C. ASSEMBLYP.C.ASSEMBLYDISPLAY UNITBOX ASSEMBLY

SIDE BOX RIGHTSIDE BOX LEFTBOTTOM ASSEMBLYCAMGUIDE PLATE

BUSHINGPLATELEADLEADLEAD

HANDLE 1BACK PLATEBUSHINGINSULATIONCOVER 1

COVER 2COVER 3PLATEFLOPPY DISK DRIVELABEL

SUPPORTCOVERBUSHINGSHIELDWASHER

WASHERWASHERPINLOCKRINGLOCKRING

RIVETRIVETSCREWSCREWSCREW

SCREWSCREWSCREWSCREWSCREW

SCREWWASHER

; Assemmy

TYPE

20ML VIALS 3H/14C/BACKCSA-APPROVED (ALO,08)

VME RACK

11570078 (BRADY)

WARNING STICK, BRADYFOR 1410

FOR 1410194*244141014101410

1410HV-DIVIDER UNIT1409,1411MICRO COMPUTERI/O BOARD

MCAPOWER SUPPLYMOTOR CONTROL BOARD1400-SERIES

FE PLATE S=l.0FE PLATE S=1.0

D25FE-PLATE S=3

D12FE-PLATE S=3LEAD 99.9%LEAD 99.9%LEAD 99.9%

FE-PLATE S=2FE-PLATE S=lMS D=20SOLUPOLYETHENAL-PLATE S=2

FE-PLATE S=2AL-PLATE S=2

3,5"2-P 80U/P500/250KB0,5MM

AL-PLATE S=2FE-PLATE S=lPOM-ROD D=40MU S=0,l4.3/9*0.8 FE YELLOWPASS.

5.3/10*1 FE YELLOWPASS.6.4/18*1.6 FE.ZINKED3*20 ST13*116*1

1.9*3 ST2.4*5.1 ALM 3*4 FE YELLOWPASS.M 4*5 FE YELLOWPASS.M 5*12 FE YELLOWPASS.

M 5*20 FE YELLOWPASS.M 6*30 FE YELLOWPASS.M6*12 FE YELLOWPASS.M6*25 YELLOWPASS.M4*8 FE BLACKPASS.

C 2.9*9.5 FE YELLOWPASS.5.3/15*1.6 FE YELLOWPASS

1085764696-

10155600

MANUF. INF

1215-111(LR52500) BRADYCA22 12-DYNFC33,FC2071410

CE -LABELACC62-AFCC-A-C8EU-152 10561102.LAB

101549171035585910255339

10354850RFA10359368,1035537310255462DCD 10356465DIC 10354883

DIE 10354603DPA 10353503HPS 10354022103555981414

14141414NTL5NTL51415

NTL5,1470NTL5NTL-5NTL-5NTL-5

NTL5NTL5NTL5

NTL 5

NTL 5NTL 51414FD1137H

NTL5NTL 5NTL 5NTL5

KDS 0*3TAP/D/BS 33

10-10

960321

LINE

110404409412414

416586587595605

615670101115

2535455565

758595115125

135145155175205

195185215225235

245265275285295

305306325335366

375385395405415

425435445455465

475485495505515

525535545555565

575434

10

6061626364

6566676869

707 1

727 374

7 576777 879

8182101102105

112113114115116

117118119120121

122123124125126

12710355819-4310355819-4410355819-17W24W3 2

o&8812

11112

1

2X2

0,110.0.

0.0.44

0.1212

0.1211

4212.1.

111111

400

100100

100100

100

100

700800

10455131112710361127 80031045589711271095

1055607010556095105560711045618211274003

1045638210556607104572991045730011276015

1114001810458898104588991045889110458887

1035888910358888112500391127400411310047

1155011210460803112760321046096411271053

1036127010861410112741561046076210460761

1127400210461276104614141124017311240162

104616131045790310357902103557621086134610861411

COOLING PLATESCREWNUTPLATESCREW

LABELLABELLABELPLATESCREW

INSULATIONLABELBRACKETGUIDESCREW

SEALING TAPEBRACKET RIGHTBRACKET LEFTBRACKETLEAD SHIELD

LEADLEADWASHERSCREWNUT

INSULATING TAPECOVER PLATESCREWSHELTERSCREW

PB -PLATEP.C.ASSEMBLYSCREWPLATE RIGHTPLATE LEFT

SCREWHOLDERSUPPORT 1RF GASKETRF GASKET

HOLDERPLATESUPPORTID-SHIELDFLAT CABLEWIRING ASS

AL-PLATE S=3M 4"10 FE YELLOWPASS.M4 FE YELLOWPASS.FE-PLATE S=lM6*12 FE YELLOWPASS.

HVAL0,08AL S-0,8FE-PLATE T=lM 3"10 FE YELLOWPASS.

SOLUPOLYETHEN S=20WHITE-SELF-ADHESIVE-LFE-PLATE T=lFE-PLATE T=lC 2.9*6.5 FE YELLOWPASS

10*12FE S = lFE S = lFE-PLATE S=lLEAD CAST

CAST LEADCAST LEAD4.3/12*1 FE, ZINKEDM 4*6 FE YELLOWPASS.M4 PLATE 1,7-2,7

S=l,2-1,6ST-PLATE T=1.5C 3.5*6.5 FE YELLOWPASSPOM-PLATE S=8, BLACKM4*8 FE YELLOWPASS.

PB 99.6%, NICKELIZEDCONNECTION BOARDM6*16 ST YELLOWPASS.FE PLATE S=2.0FE PLATE S=2.0

M 3*6 FE YELLOWPASS.FE-PLATE S=l NICKELIZEDFE PLATE S=1.06,35x6,3 5 MONEL, GLUE3,2X4,8 MONEL

FE-PLATE T=lST-PLATE T=l,5RST. T=0,8FE-PLATE S=l40S-40S

NTL 5

NTL5

1410 WARNING1410 CR1410 PROGRAM CRLSC-5

NTL-5NOTE !LSCLSC

SM 53 0 K1409/11/151409/11/1514151415

14151415

2.54.329

CE-016NTL5

NTL 5

1400 -SERIERGE 10461408

14141414

141401-0901-660301-0901-6601

140914101410NTL 5FC207 10461300CA210

32 6510585327511

406407408410514

41141332832957 6

588400401240239

237238440513590

660640650645648

24140

546680690

700710720730740

7251213635117120


FOR PART

ITEM.NO

5

35361218

6W24W2 613

141532

42

NUMBER

QTY

12111

11121

1

1111

110.5001

10

10857646

ORDER NO

1085402310857681108576701085767110856263

1055567210494512108555971045533110555408

1055111110855461108555081085559210355564

1035556710355568104555721157007811250008

LSC ASSEMBLY

NAME

HV-DIVIDER UNITPREAMPLIFIER UNITP. C. ASSEMBLYP.C.ASSEMBLYPROGRAM PACKAGE

LABELWARNING PLATEDISPLAY UNITPLATELABEL SET

LABELTOP COVER ASSEMBLYFLAT CABLEFLAT CABLEFRONT BOX ASSEMBLY

SIDE BOX RIGHTSIDE BOX LEFTPLATE 2LABELWASHER

TYPE

HV-DIVIDER UNIT1.411COINCIDENCE BOARDSAMPLE & HOLD 1CH

10155600

MANUF. INF

1035537310455394

LAC-A 10357727LAD-A 10357728

1410/80186 BIOS ROM

AL 99.5 S=lAL-PLATE1410FE-PLATE S=3

AL-PLATE S=0.8141040S-40S50S-50S

FE-PLATE S=lFE-PLATE S=l

NTL 5

10355598NTL5CA2

LR5250010255462FC33

LINE

353 63738

106

355365115205409

40445117

FC35 10455666 118NTL5

NTL 5NTL 5NTL5

THERMAL TRANSFER PRINT THT-5-438-104.3/9*0.8 FE YELLOWPASS.

125

135145325404415

960321

DATE

93081292062592062520625

911007

911002911002940313940325940525

941214960122951128960321960115

960115960115960313950508960115

11

4347505255

11657

112114

84488

250.30020.100

1125001011251077112710161127401311274145

1127415611274139105562011127603211550112

WASHERLOCKRINGSCREWSCREWSCREW

SCREWSCREWLABELSCREWINSULATING TAPE

5.3/10*1 PE YELLOWPASS. 425 96011516*1 465 950324M 3*4 FE YELLOWPASS. 495 960115M 5*12 FE YELLOWPASS. 515 960115M6*12 FE YELLOWPASS. 545 950324

M6*16 ST YELLOWPASS. 546 960115M4*8 FE BLACKPASS. 565 960115WARNING STICK PVC ALUM EUROPIUM 152 595 950216C 3.5*6.5 FE YELLOWPASS. 650 960311S=l,2-1,6 CE-016 660 960311

12

Fig. 1409,1410,1411 -01 LSC Assembly 10155600

^

14

* » i 2 If OVObOS

TWS

'ftfcioB 3iO5ll *A

* * - L E A D OPTION

10 15 5600-B

LSC U10Piirt. 881220 QiSTark.881220 hla.Hyv. 881220 fc

1409,1410? 1411 -02 Body Assembly 1085491696-10-10

FOR PART

ITEM.NO

NUMBER

QTY

10854916

ORDER NO

BODY ASSEMBLY

NAME TYPE

10154917

W1ANUF. INF

960503

LINE

345

678910

11121314

1617181920

2122232425

2627282930

31323 33435

36373 83940

4142434445

4647484950

5154555 657

585960TR

127811

1

1111

144

1

11442

44141422

204842

21944

84111

4443

11111

124444

21112

4211

1131003711310038113100401055560110555430

1025491810160788103549211035492210354923

1035492410454925104549281035493110454932

1035493510354940104549411127502410454943

1044654511250010112500181125201211252002

1126001011274004112740121127401311274016

1127403111274136112780111127802610455004

1125000411274076108549871085550610355320

1035511311251018112500151127412611271016

1085511510855188108551871169004511690040

1127401511250001112710251127800210455327

1045593811274030114800471148004811480049

11480050114800521046205911650053

CLAMPCLAMPCLAMPLABEL SETLABEL SET

BODYBOTTOM PLATE ASS.COVER PLATE RIGHTCOVER PLATE LEFTBOX

LIDGUIDE ASSEMBLYTUBE ASSEMBLYSUPPORTBOX ASSEMBLY-

SUPPORT RIGHTSUPPORT LEFTADJUSTER NUTSCREWBRACKET ASSEMBLY

FOOTWASHERWASHERRIVETRIVET

RIVETED NUTSCREWSCREWSCREWSCREW

SCREWSCREWNUTNUTBUSHING

WASHERSCREWINSULATION SETP.C.ASSEMBLYSUPPORT

LEADPINWASHERSCREWSCREW

POWER UNITPOWER-RACKVME-RACKFANFINGER GUARD

SCREWWASHERSCREWNUTBUSHING

BRACKETSCREWFERRITE CLAMPFERRITE CLAMPFERRITE CLAMP

CLAMPFERRITE CLAMPINSULATORTRANSFORMER

AL-PLATE S=2,5AL-PLATE S=2,5AL-PLATE S=l,5

FE-PLATE S=l,5

6K14M8*60

PAG, BLACK, 3 0% GLAS5,3/10*1 FE YELLOWPASS.

FCC-A-C8ACC3 8-AACC62-AFC31CA24

NTL51414NTL5NTL5NTL5

NTL5NTL5,1470,1460NTL5,1470,1460NTL5NTL5

NTL5NTL5NTL5,1470

NTL5

1215,1470

5.3/15*1.6 FE YELLOWPASS.3.2*7.4 MONELL3.2*8.9 MONELL

M 5 2.0-3.0 MSM 4*6 FE YELLOWPASS.M 5*10 FE YELLOWPASS.M 5*12 FE YELLOWPASS.M 5*20 FE YELLOWPASS.

M 5*12 FE YELLOWPASS.M8*40 YELLOWPASS.M 8 FE YELLOWPASS.M5 NYLOCPOM BLACK D=16

A6,4 ZNM6*16 FE YELLOWPASS.11 CODES = 13 PARTSIONIZER

LEAD 99.9%3*2 0 ST

TLP/D/BS 429TLP/D/BS435

338592RIV-TI

NTL5

NTL5RRINTL5

NTL-5

8.4/17*1.6 FE YELLOWPASS.M8*35 FE YELLOWPASS.M 3*4 FE YELLOWPASS.

2 4VDC 5W 2 800RPM

M 5*16 FE YELLOWPASS.A3, 2M 3*16 FE YELLOWPASS.M3 FE YELLOWPASS.POM D3 0 BLACK

FE-PLATE S=lM 4*8 FE YELLOWPASS.D 6,6 MMD 13 MM26-WIRE FLAT CABLE

FOR 26-W. FLAT C. CLAPM40-WIRE FLAT CABLETEFLON PLATE T=l27V/4,5KV 0,45VA

10255116

43149.601-43

NTL5

NTL-5

28B2025-OAO28B2024-OAO28B2022-000

M-CLIP28B2001-000

320330340370380

1920304050

60708090

100

110120130140150

160170180190200

210220230240250

260270280290155

1652751811

161

162201171271219

121314

350360

241166218279156

151255400410420

430440157300

15

W l l -W 2 0 ,W2 3W27W30

19W 2 1 , W2

13111

1085805710855441108554421085559310856412

1410 FRAME WIREINGFLAT CABLEFLAT CABLEWIRING ASSWIRING ASS

CA 2 3 - 3 0 , SYT.26S-2*26S34S-2*34S-40S

FC31FC32CA3 6CA51

2509101716


FOR

ITEM

W272525556

PART NUMBER

.NO QTY

110.100

110.105

10854916

ORDER NO

1085559310354920115501121125200711240174

BODY ASSEMBLY

NAME

WIRING ASSBOTTOM PLATEINSULATING TAPERIVETRF GASKET SPRING

TYPE

FE-PLATE S = l , 5S = l , 2 - 1 , 6 FOR3 . 2 * 6 . 1 MONELLBeCu 2 8MM*6MM

CA3 6

PLATE

10154917

MANUF

CE-016TLP/D/BS42497-438-02

LINE

1520

310195196

960503

DATE

930512941026941027951121951121

16

Fig. 1409,1410,1411 -02 Body Assembly 10154917

17

18

\ lta sums *

10 15 4917-D

Piirt. 881201Tark. 881201Hyv 881201

Fig. 1410, Sample Conveyor 1085519796- 10- 10

FOR PART

ITEM.NO

NUMBER

QTY

10855197

ORDER NO

SAMPLE CONVEYOR

NAME TYPE

10155198

MANUF. INF

960610

LINE

1011121314

1516'\ 11819

2021222324

2526272829

30313 23334

3536373839

4041424344

4546474849

5051525355

5859606162

6364666768

11111

11141

110112

24122

22241

22221

1402.4002

22

42225

1422104

104451

24282

41421

12240.100

1055560310855064108550701085507410855078

1085505110855056102551991045520010455201

1045520210455203103552041035795810358091

1035809210455209103552101035521110355212

1045521310455216104477331045521710455218

1045455810455220104552211045522210355223

1035536810258236113500251135002611250002

1125102311250019112510061125103711252007

1127400611274007112740721127407211274132

1127103411350072112780021135007810855243

1132010611310039112760051125000811274005

1127800310455263112750141127401210355796

1045563310355889104563451045634611140002

LABEL SETMOTOR UNIT 1MOTOR UNIT 2SUPPORT 1 ASSEMBLYSUPPORT 2 ASSEMBLY

PLATE ASSEMBLY, RPLATE ASSEMBLY, LCONVEYOR PLATEPLATE 1PLATE 2

PLATE 3WASHERSUPPORT ASSEMBLYSUPPORT ASSEMBLYSUPPORT BAR

PLATEBUSHINGPLATEGUIDE 1GUIDE 2

BRACKET ASSEMBLYBUSHINGSPRINGAXLEPLATE

COGGED BELT WHEELHOLDERSUPPORTHOLDERTPLATE

SUPPORTTOOTHCHAINLINKWASHER

FASTENING RINGWASHERLOCK RINGGRIP RINGRIVET


SCREWJOURNAL BEARINGNUTCOGGED BELTP.C.ASSEMBLY

LOCK. CARD SPACERCLAMPSCREWWASHERSCREW

NUTBRACKETSCREWSCREWGUIDE

BRACKETPLATEGLUE FILM 1GLUE FILM 2SEALING TAPE

CONNECTOR LABEL

AL-PLATE S=5AL-PLATE S = 0, 5AL-PLATE S=0,5

AL-PLATE S = 0, 5AL-PLATE S=4

S-C.8AL 9,3*15

S-lMS 6K10AL S = 2POM-PLATE BLACK S=2 5POM-PLATE BLACK S=8

MS 6K10DO, 7 5MS 6K6

FE-PLATE S=2

FE-PLATE S = l, 5FE-PLATE S = l, 5

FE-PLATE S=lPOM BLACK6MM6MMA4,3

4-5 MM6.4/18*1.6 FE,ZINKED6*0.7FOR D6 AXLE3.2*6.1 MONELL

M 4*10 FE YELLOWPASS.M 4*12 FE YELLOWPASS.M4*16 FE YELLOWPASS.M4*16 FE YELLOWPASS.M3*8 FE BLACKPASS.

M 4*5 FE YELLOWPASS.GLYCODURM3 FE YELLOWPASS.SYNCHROFLEXPOSITION SENSOR

NYLON

C 4.2*9.5 FE YELLOWPASS4.3/9*0.8 FE YELLOWPASSM 4*8 FE YELLOWPASS.

M4 FE YELLOWPASS.FE-PLATE S=2,0M4*6M 5*10 FE YELLOWPASS.FE-PLATE S=2

FE-PLATE S=l,5

GLUE FILM T=0,16GLUE FILM T=0,165*10 BLACK

CA2 010355065103550711045507510455079

1045505210455057NTL5NTL 5NTL 5

NTL 5NTL5NTL 5NTL 51410

1410NTL 5NTL 5NTL 5NTL 5

NTL5NTL 51260,1250,1480NTL 5NTL 5

NTL 5NTL5NTL5NTL 5NTL 5

NTL 51410445

TLP/D/BS424

PBG 060804

10 T2,5/1300RSU-A 10355242

KGLS-3SACC19-A

NTL5

NTL5

NTL 51410,1470,1297FIXMATE 500FIXMATE 50073-63120

52010203040

506070809 0

10011012 0130140

150160170180190

200210220230240

250260270280290

30031032033 03 40

350360370380390

40041042043044 0

45047647048065

490510460341395

475313455435314

315316318319515

19

69WlW2W3W6, W7

11112

1129001310855299108553001085531310855315

FOOTWIRING ASS.WIRING ASS.WIRING ASS.WIRING ASS.

D12*3 ROBBER 3M SJ 5012CA16CA17CA18CA20

53061626769


FOR PART NUMBER 10855197 SAMPLE CONVEYOR 10155198 940203


141531

2 10355207 SUPPORT BAR2 10355208 PLATE

40 10353703 TOOTH

9,3*15S = lPOM BLACK

1470,1297 140 9110181470,1297 150 9110181470,1297 310 920519

20

Fig. 1409,1410,1411 -03 Sample Conveyor 10155198

21

Fig. 1410,1411 -04 Floor Stand 1085602096-10- 10

FOR PART

ITEM.NO

NUMBER

QTY

10856020

ORDER NO

FLOOR STAND

NAME TYPE

10256021

MANUF. INF

890828

LINE

1

23456

7891011

1213141516

1718192021

2223242526

2728293031

323334353637

15111

14112

11444

41111

11112

11334

2122

124

43

56846

1155014311550069115500431054948410256022

1025602510356027103560301035603110456032

1045603310456034104560351045603610456037

1045603810356039103560401035604110456042

1045604310356044103560451045604710456048

1045604910356052104560531045605411350085

1131004311271093112740341127403811274023

112740241127701011276031112780031127801111260017

PACKING BOXL-LISTPACKING LISTBAGLABELBOTTOM FRAME

TOP FRAMEVERTICAL TUBESHELF 1SHELF 2SHELF 3

HANDLE 1HANDLE 2BRACKETSUPPORTING RAILSUPPORT PLATE

PINEND PLATE, RIGHTEND PLATE, LEFTSEPARATION WALLDECK

BOTTOM PLATECHEST OF DRAWERSVERTICAL RODSWINGING ARMBUSHING

PLATE ASSEMBLYBOTTOM PLATEPLATENUTWHEEL

SLIDESCREWSCREWSCREWSCREW

SCREWSCREWSCREWNUTNUTRIVETED NUT

1050*780*86090*90*25*1000MERCAPOCKET 180X140

FE-PLATE S=0.5FE-PLATE S=0.5FE-PLATE S=2,5

FE-PLATE S=0.5FE-PLATE S=0.5FE-PLATE S=2FE-PLATE S=2STAINLES PLATE S=0.8

STAINLES ROUND BAR D512MM12MM12MM18MM

15MM

FE-AUTOM.STEEL D22

AL-PLATE S=3FE-PLATE S=36K19

M4*6 FE YELLOWPASS.M6*30 FE YELLOWPASS.M8*16 FE YELLOWPASS.M8*30 FE YELLOWPASS.

M8*40 FE YELLOWPASS.M8*3 5 FE YELLOWPASS.3,5*13 YELLOWPASS.M4 FE YELLOWPASS.M8 FE YELLOWPASS.M5 1.0-2.0 MS

VIKEX6311-01C6WALLACNTL5

NTL5NTL5BLACK NTL5BLACK NTL5NTL5

NTL5NTL5NTL5NTL5NTL5



NTL5NTL5NTL5NTL5ESL-J-75ND/K

BS 230E6500

SFS 2458HECO-FIX

338591RIV-TI

40041042043010

2030405060

708090

100110

120130140150160

170180190200210

220230240250260

270280290300310

320330340350360361

22

HZ 191? 910627 *4HE 2122 9^0511 A!IE 2.151 9M0S11 t&HE 1199 9fOHt «

10 15 5198-A

Piirt. 881124Tark.881124Hyv 881124

toCO

10 25 6021

Piirt.881213 TusTark.881213 IVa.Hyv 881213 £•/

Tj

oCO

o

OO

eg3Q.

orotnenoN5

Fig. 1410, -05 Top Cover Assembly 108554619 6 - 1 0 - 10

FOR

ITEM

12345

678910

1112131415

1617181920

2122242526

2728293031

3233343536

383940444546

PART NUMBER

I.NO QTY

11112

22112

22211

11621

111212

121216

42121

624114

PART HISTORY

FOR

ITEM

PART NUMBER

.NO QTY

10855461

ORDER NO

1139102610355463103554671035547010455473

1045547410255475103554761035547710455000

1045547810455479104554801025548110254553

1035548810355489104554901045549110455492

1045549310355494108554531125000811250010

1125101511274005112740121127408811274133

1127413411276030104557631127601510456094

112500411129001310456181104599781045997911274031

10855461

ORDER NO

TOP COVER ASSEMBLY

NAME

GAS SPRINGPLATE RIGHT, ASS.PLATE LEFT ASS.SUPPORT BOX ASS.PLATE

PLATESUPPORTHINGE BODY RIGHTHINGE BODY LEFTSPRING

GUIDEPLATEBRACKETTOP COVERCOVER

HINGE RIGHTHINGE LEFTNUTPINSUPPORT

PLATEHANDLEINSULATION SETWASHERWASHER

PINSCREWSCREWSCREWSCREW

SCREWSCREWCOVER ASSEMBLYSCREWEDGE STRIP

WASHERFOOTWASHEREXTENSION ARMMOUNTING PINSCREW

TOP COVER ASSEMBLY

NAME

TYPE

FE-PLATE S=l,5

FE-PLATE S=310X2 5FE-PLATE S=l,5FE-PLATE S=l,5D2

D6H8POM BLACK D=12

PLATE S=5

FE-PLATE S = l, 5FE-PLATE S = l, 5MS D18D2,58,2X8,2

POM-PLATE S=8POM-PLATE S=2 5

4.3/9*0.8 FE YELLOWPASS5.3/10*1 FE YELLOWPASS.

2*10 STM4*8 FE YELLOWPASS.M5*10 FE YELLOWPASS.M3*20 FE YELLOWPASS.M4*6 FE BLACKPASS.

M5*10 FE BLACKPASS.B4.2*22 FE YELLOWPASS.

B2.9*6.5 FE YELLOWPASS.FE-PLATE S=l

4.3/9*0.8 FE BLACKD12*3 RUBBER WHITEFE-PLATE S=2MS D=8MS-ROD D10M5*12 FE YELLOWPASS

10255462

MANUF. INF

16-1-168-135NTL5NTL5NTL5NTL5




NTL5NTL5NTL5

NTL5

NTL5

3M SJ 5012LSC-514091409

940623

LINE

-40 24530405060

708090100110

120130140150160

170180190200210

22023020

250260

270280290300310

320330231340241

3603702421015

295

FROM: 91-09-25 TO: 96-10-10

10255462

TYPE MANUF. INF

940623

LINE DATE

10855445 SPRING ASSEMBLY 10455446 NTL5 10 930812

24

Fig. 1409,1410,1411-05 Top Cover Assembly 10255462

kori. <<aa seiaaoKorj. 208 690<(feHE:1983 9305O3 A4KOUAS S21Z3M

USED ONLY 1«5

HUOM!

* - KAYTOSSA VAIN U15.stg

10 25 5462

25

Piirt.861109 TUi,Tark.881109 / to.Hyv. 881109 &£

Fig. 1409,1410,1411 -06 Sample Changer 108553389 6 - 1 0 - 10

FOR PART NUMBER 10855338 SAMPLE CHANGER 10255339 910603

ITEM.NO QTY ORDER NO NAME TYPE MANUF. INF LINE

124

112

108551971085485711274031

SAMPLE CONVEYORELEVATOR ASSEMBLYSCREW

14101410M5*12 FE YELLOWPASS.

1015519810254858

102040

26

Fig. 1409,1410,1411 -06 Sample Changer 10255339

H

27

28

ng.

FOR PART

ITEM.NO

1

23456

7891011

1213141516

1718192021

2223242526

2728293031

3233343536

3738394041

4243444546

4748495051

52ClC2,3DlFl,2

F3Kl, K2LIRlSI

S2TR1

I4uy,i

NUMBER

QTY

1620.2502

11111

11111

41133

11442

44416

2

624

22224

28392

21141

71010.260

10

0.0961212

12111

11

I41U, 1

10855115

ORDER NO

1055570911310013118621371145001710850578

1085057710853848102551171035511810355119

1045512010455121103551221035512310455124

1045483611730016118700481188002511880027

1055500210548240112500011125000211250004

1125000611250010112500211125001211260016

1126001011270001118621271127102111271025

1127104811271054112740091127401511274072

1127601011278002112780031127800411278006

1186103611861028113100401186100311250008

1146000911274012104614241124017311252007

1124017411626007116300361178100611830006

1183002011862133116500631160117311845021

1184502711650066

411 -U/ HO1

POWER UNIT

NAME

LABEL SETWIRE TIECOVERWRAPPING SPIRALCONNECTION BOARD

CONNECTION BOARDP.C.BOARDBODY PLATECOVER PLATEBOX

SEALSEALPLATECOVERSLIDE

NUTACCU PACKCONNECTOR STRIPFUSE HOLDERFUSE CAP

LABELLABELWASHERWASHERWASHER

WASHERWASHERSERRAT LOCK WASHERWASHERRIVETED NUT

RIVETED NUTSCREWLOCKING NUT ASSYSCREWSCREW


SCREWNUTNUTNUTNUT

CABLE LUGCABLE LUGCLAMPFLAT CONNECTORWASHER

SOLDERING TAGSCREWSLIDERF GASKETRIVET

RF GASKET SPRINGCAPACITOR H.V.CAPACITOR ELECTRDIODE BRIDGEFUSE

FUSECONNECTORMAINS FILTER-CONNRESISTORROCKER SWITCH

VOLTAGE SELECTORTRANSFORMER

wer unit

TYPE

2.4*102 NYLON 66FOR 3-P CONNECTOR12 MM1230

1230CONNECTION BOARDAL-PLATE S=3AL-PLATE S=2FE-PLATE S=l

PRESPAN S=0,5PZ-940AL S = 3FE-PLATE S=lPVC S=8

MS 6K612V 4AH NICD3-P 2,5MM216A 250VFUSE , 6,3X32MM

POLYETHEN1215/16A3, 2A4, 3A6 ,4 ZN

3.2/7*0.5 FE YELLOWPASS5.3/10*1 FE YELLOWPASS.3.0 ANNEALED ZINKEDM6 CUM 4 1.0-2.0 MS

M 5 2.0-3.0 MSM 6*25 CUD-CONN. L7,l 4-40NC-2BM 3*10 FE YELLOWPASS.M 3*16 FE YELLOWPASS.

M 3*10 FE YELLOWPASS.M 4*10 FE YELLOWPASS.M 4*2 0 FE YESLLOWPASS.M 5*16 FE YELLOWPASS.M4*16 FE YELLOWPASS.

C 2.9*13 FE YELLOWPASS.M3 FE YELLOWPASS.M4 FE YELLOWPASS.M5 FE YELLOWPASS.M 6 CU

M4 0,75-l,5MM2M6 0.75-1.5MM2

6,3X0,8MM 0.75-1.5MM24.3/9*0.8 FE YELLOWPASS

D10/6*10M 5*10 FE YELLOWPASS.AL 8X3 06,3 5x6,3 5 MONEL, GLUE3.2*6.1 MONELL

BeCu 2 8MM*6MM47NF 20% 2 50VAC 1KVDC10000UF -10i-30% 40V200V 25A2.0A 250V SLOW 6,3*32

15A 32V FAST 6,3X326-N FEMALE 18AWG250V 6A 3-N1M 2% 0.5W2X2 10A 250V

1X6 5-TENSION 10A 250V288VA

1085511596-

10255116

MANUF. INF

SST1MPANDUITTC156F-6PLIOSPIRE 12MMRPC 10650579

RPD 10650580'RPZNTL5NTL5NTL5

NTL5

NTL5NTL5NTL5

NTL510X NC10VR4321/BDS/03FEU 031.1673FEK 031.1661

1205 ACCUWALLAC

3 .2*5.5*0.45

336493RIV-TI

338592RIV-TI

17D20418-2

A 1543 RA1565RACC62-AA 1507 FL

A2004 ME

1400 -SERIE POWER U01-0901-6603TLP/D/BS424

97-438-02PME275ME5470M RIFAPEH179KD5100QB2BYV25-20019343

AGC-15CT156F18-6BFN321-6/01B 1/2 BEYSCHLAGA14 50VA

SWPO3 3 .1109

10- 10

960112

LINE

12156058059010

2030405060

708090100110

120220230240250

260270280290300

310320330340350

360370380390400

410420430440450

46047 0480490500

510520550530311

540441610600630

62013 0140160200

210570190150170

18012 5

29


FOR

ITEM

1148405251

PART NUMBER

.NO QTY

2870.105

11

10855115

ORDER NO

1045512411274012112780041124017411252007

POWER UNIT

NAME

SLIDESCREWNUTRF GASKET SPRINGRIVET

TYPE

PVC-PLATE S=8M 5*10 FE YELLOWPASS.M5 FE YELLOWPASS.BeCu 2 8MM*6MM3 . 2 * 6 . 1 MONELL

10255116

MANUF. INF

NTL5

97-438-02TLP/D/BS424

LINE

110441490620630

960112

DATE

950920950920950920960111960111

30

Fig. 1409,1410,1411 -07 Power Unit 10255116

o

CM

31

Fig. 1409,1410,1411 -08 Elevator Assembly 1085485796-10-10

FOR PART

ITEM.NO

12467

89101112

1415161718

1920212324

2526272930

3132333435

3637383940

4142434445

45KM

NUMBER

QTY

13111

11111

11421

22214

44642

0.6001442

11111

12212

111

PART HISTORY

FOR PART

ITEM.NO

NUMBER

QTY

10854857

ORDER NO

1025485910454860104548621045486410454865

1045486610454867103574821035438810454873

1045487510454876113500981045487810454879

1045488010454881112500081125200711274004

1127400511274007112740121127502111276015

1135002511350044113500721135007310454882

1055359710855186104561621045616410456163

1045616111251055112710351139101210461476

112510421186308911690042

10854857

ORDER NO

ELEVATOR ASSEMBLY

NAME

BODYGUIDE PIECEGUIDEBRACKETSPRING

BRACKETPLATECOGGED BELT WHEELGOGGED BELT WHEELLIFT ARM

PLATEAXLECOG WHEELPLATEBUSHING

PINBUSHINGWASHERRIVETSCREW


CHAINCOGGED BELTJOURNAL BEARINGJOURNAL BEARINGAXLE

P.C.BOARDP.C.ASSEMBLYBUSHINGAXELPLATE

BUSHINGPINSCREWBREAK SPRINGJOURNAL BEARING

PINP.C.CONNECTORSTEPPING MOTOR

ELEVATOR ASSEMBLY

TYPE

AL S = 3AL 10X25POM BLACK S=20FE S=l,5SPRINGBRONZE S=0,5

FE S=2,5FE S=2Z 28GRILON W 523 9

FE S=l,5D6H8Z10ROSTPROOF PLATE S=0.8MS D8/6

SPRINGBRONZE 1,7X16POM BLACK D=84.3/9*0.8 FE YELLOWPASS3.2*6.1 MONELLM 4*6 FE YELLOWPASS.

M 4*8 FE YELLOWPASS.M 4*12 FE YELLOWPASS.M 5*10 FE YELLOWPASS.M4*4 AISI316C 2.9*6.5 FE YELLOWPASS

6MMSYNCHROFLEXGLYCODURGLYCODURDD6H8

1,6MM 2-P EP LKCONNECTION BOARDBRASS ROUND BAR D30STAINLES BAR D6FE-PLATE S=l

BRASS ROUND BAR D82*10 ROSTPROOFM 4*8 FE YELLOWPASS.0.5*5*3 0 ROSTPROOF6/9x10

2*85-P STRAIGHT LOCKABLE5V 1A 1,8AST 0,4NM

10254858

MANUF. INF


NTL51409,1235,1297NTL-51297NTL5

NTL5NTL5S6-10NTL5NTL5

NTL5NTL5

TLP/D/BS424

4456T 2,5/285PBG 060804 FPG 060810 F

951025

LINE

1020406070

809010011012 0

140155160170180

190200210230240

250260270290300

310320330340150

RRA 1205 1470 201RSP 10455185 202NTL5NTL5NTL5

NTL5

MLSS100-5BPH265-04

FROM: 91-09-25 TO:

10254858

NAME TYPE MANUF. INF LINE

203204205

206238239341208

235350360

96-10-10

951025

DATE

511161334

11418

1045486310357481104548771045487411350073

PLATECOGGED BELT WHEELCOGWHEELLIFT ARM HEADJOURNAL BEARING

FE-PLATE S=l,5 NTL5Z 28 NTL5S6-10 NTL5STAINLESS STEEL D6h8 NTL5GLYCODUR PG 060810 F

50 920406110 920403160 911212130 950608340 951024

32

Fig. 1409,1410,1411 -08 Elevator Assembly 10254858

COU)00*tmCM

o

*

ait

tooz

!^ JH jP

Piir

t 8J

Tar

k.8{

Hvv

8!

33

Fig. ,1410, -09 External Standard 1085527296 -10 -10

FOR PART NUMBER

ITEM.NO

23457

89101 112

1314151617

1819202122

2324262728

293 1323334

3 536373839

404 1424344

4 546474849

50KM

QTY

21111

22111

12211

11121

21211

0 .9504323

4224

16

64142

22121

111

PART HISTORY

FOR PART NUMBER

ITEM.NO QTY

10855272

ORDER NO

1085523310355274104548661045486710455276

1045527710455278104550621045527910455280

1045506310455281104552821045528310455284

1045528510452652104552861045528710455288

1045528910355290104552921046109910553597

1118303111250006112500081125001911250039

1125103111252008112600211127101611274004

1127400711274015112740721127500811274095

1135002711350080105561581125000410457125

104605711186308911690042

10855272

ORDER NO

EXTERNAL STANDARD

NAME

P . C. ASSEMBLYBODYBRACKETPLATELOCKING RING

PLATE 1PLATE 2WHEEL 1BUSHINGAXLE 1

WHEEL 2AXLE 2BEARINGGUIDE 1GUIDE 2

LATHSPRINGTUBEBUSHINGSPRING

BRACKETLEAD SHIELDPLATELABELP.C.BOARD

TUBEWASHERWASHERWASHERWASHER

FASTENING RINGRIVETPLUG NUTSCREWSCREW


BEARINGJOURNAL BEARINGLABELWASHERBUSHING

SPRINGP.C.CONNECTORSTEPPING MOTOR

EXTERNAL STANDARD

NAME

TYPE

SENSOR BOARDAL-PLATE S=5FE-PLATE S = 2 , 5FE-PLATE S=2MS D20

FE-PLATE S = 2 , 5FE-PLATE S = 2 , 5URETHANMS-ROD D18D8H7

URETHAND6H8POMAL 10X2 5AL 10X25

FE S = lD = l , 5ACID-PROOF TUBE D6/4MS-ROD D20SPRINGBRONZE S = 0 , 5

FE S = l , 5LEAD 99,9%AL 10X20AL S = l1,6MM 2-P EP LK

D=6/4 POLYAMID3 . 2 / 7 * 0 . 5 FE YELLOWPASS4 . 3 / 9 * 0 . 8 FE YELLOWPASS6 . 4 / 1 8 * 1 . 6 FE,ZINKED4 . 3 / 1 2 * 1 FE, ZINKED

FOR 5-7 MM AXLE1.9*3 STM6*l l ST SINK.M 3*4 FE YELLOWPASS.M 4*6 FE YELLOWPASS.

M 4*12 FE YELLOWPASS.M 5*16 FE YELLOWPASS.M4*16 FE YELLOWPASS.M4*6 AISI316M6*25 YELLOWPASS.

D 6 / 1 0 - 9GLYCODURWHITE SELF-FASTENINGA 6 , 4 ZNPOM

SPRINGBRONZE S = 0 , 35 - P STRAIGHT LOCKABLE5V 1A 1,8AST 0.4NM

TYPE

10255273

MANUF. INF

RXC 10455232NTL-5NTL51409 ,1235 ,1297NTL-5

NTL-5NTL-587 SHORE ANTL-5NTL-5

87 SHORE A

NTL-5NTL-5NTL-5

NTL-51220

NTL-5NTL 5

NTL-5NTL-5NTL-51400-SERIESRRA 1205

6*1 PA 11

KDS 0*3LA6

HK0609PBG 081005.5F1410

1410

NTL 5MLSS100-5BPH265-04

FROM: 91-09-25

10255273

MANUF. INF

941216

LINE

2030405070

8090

1 0 01101 2 0

1301 4 01 5 0160170

1 8 01 9 02 0 02 1 02 2 0

2 3 02 4 02 6 02 7 0

1470 280

2 9 03103 2 03 3 03 4 0

3 5 03 6 03 7 03 8 03 9 0

4 0 04 1 04 2 04 3 04 4 0

4 5 04 6 02 7 1309201

225490480

TO: 96-10-10

941216

LINE DATE

62227

111

104552751045528810455310

PLATESPRINGLABEL

FE-PLATE S=2 ,0SPRING PRONZE S=0AL-PLATE S=l

. 5NTL5NTL 5NTL 5

602202 7 0

930115940510941215

34

Fig. 1409,1410,1411 -09 External Standard 10255273

CO

CMIOU)CM

OT"

in "2 £

"C -^

35

i-ig. 14uy, i

FOR PART NUMBER

ITEM.NO

12

34678

10PMW9, W10

PART HISTORY

QTY

1110.1500.150

0.1500.150111

22111

122

FOR PART NUMBER

ITEM.NO

3

1

QTY

21111

41U, 1

10854849

ORDER NO

1085518910854767108546521124006811240071

1124006711240072105604901085927710854789

1086016010454039108576701085767110859028

108601051176003810855406

10854849

ORDER NO

1085768110854242108547841055540810856122

411 -1U M(

MEASURING UNIT

NAME

ANALOG-RACKP.C.ASSEMBLYP.C.ASSEMBLYCONNECTING WIRECONNECTING WIRE

CONNECTING WIRECONNECTING WIRELABEL SETOPTICSCOUNT WEIGHT

PREAMPLIFIER UNITLIGHT SEALP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLY

P. C. ASSEMBLYPHOTOMULTIPLIERWIRING ASS

MEASURING UNIT

NAME

PREAMPLIFIER UNITP.C.ASSEMBLYP.C.ASSEMBLYLABEL SETOPTICS

;asurmg unit

TYPE

1410MCA INTERFACE 1CHHV SUPPLY1*0.2 0 MM2 GREEN1*0.20 MM2 BLACK

1*0.20 MM2 YELLOW1*0.20 MM2 WHITE

1415

1 4 0 9 / 1 1 / 1 5 12-DYNODESILICON BLACKCOINCIDENCE BOARDSAMPLE & HOLD 1CHA/D CONVERTER

GAIN STABILIZERD52MM 12DYN B21

TYPE

1409 /11 10-DYNODEA/D CONVERTERGAIN STABILIZER

1410

10354850

MANUF. INF

1085484996-10- 10

950522

LINE

41LBR 10354766 45EPM-A 10354653 47TPF 01507 150TPF 01507 160

TPF 01507TPF 01507CA22 12-DYN1035612310454790

170180200

2030

10455394 40NTL5 90LAC-A 10357727 42LAD-A 10357728 43EBZ 10359027 44

EBU-A 10360197 46R331-13 130CA22 10

FROM: 91-09-:

10354850

MANUF. INF

25 TO: 96-10-10

950522

LINE DATE

10455394 40 931112EBP 10353905 44 931011EBU 10354783 46 931020CA22 10-DYN 200 94052410356 20 950519

36

Fig. 1409,1410,1411 -10 Measuring Unit 10354850

oiooo

CO

ooo co coCO CO CO

37

i-ig. 141U-

FOR PART NUMBER

ITEM.NO

12345

678910

1112131415

16C37R77-83

QTY

11141

21145

23120.400

217

1 1 KT

10857681

ORDER NO

1085766910355395103553971045539810455399

1045540010455401105445761127104411271045

1127102111278002113100061125101411241001

112500011162002711603501

eampimer i

PREAMPLIFIER UNIT

NAME

P.C.ASSEMBLYBOX ASSEMBLYCOVERNUTINSULATION

SPRINGTIONBASELABELSCREWSCREW

SCREWNUTCLAMPPINGROUNDING BRAID

WASHERCAPACITOR ELECTRRESISTOR MF

jmt

10-DYNODE

TYPE

PREAMPLIFIER BOARD

FE-PLATE S=l6K6PRESPAN-PLATE S=0 ,5

GERMAN SILVER S=0,15BASE HAMAMATSUWARNING LABELM3*4 FE YELLOWPASS.M3*5 FE YELLOWPASS.

M3*10 FE YELLOWPASS.M3 FE YELLOWPASS.MS 1.25 MKL1*5 STD2,4 MONEL

A3,2 YELLOWPASS.INF -20+50% 500V1M 1% 0.25W 50PPM

10455394

MANUF. INF

108576819 6 - 1 0 - 10

940831

LINE

RAG-A 10357726 10NTL5 30NTL5 40NTL5 50NTL5 60

NTL 5 70E678-21A NTL5 80DANGER H.V. SERIVA 9 0

100110

A 3024 ASA

MR111

120130140150160

170221265703102 27411-2 VITROHM 23

pig.

FOR PART

ITEM.NO

2345

678910

1112131415

161718C37,41R77-86

1409, 1

NUMBER

QTY

11141

21145

21220.400

4222

10

PART HISTORY

FOR PART

ITEM.NO

11121316

NUMBER

QTY

2312

1411 -1

10860160

ORDER NO

1086015910355395103553971045539810455399

1045540010455401105445761127104411271045

1127101911278002113100061125101411241001

1125000111271017112600351162002711603501

10860160

ORDER NO

11271021112780021131000611250001

l Hreampi

PREAMPLIFIER UNIT

NAME

P.C.ASSEMBLYBOX ASSEMBLYCOVERNUTINSULATION

SPRINGTIONBASELABELSCREWSCREW

SCREWNUTCLAMPPINGROUNDING BRAID

WASHERSCREWRISE PINCAPACITOR ELECTRRESISTOR MF

PREAMPLIFIER UNIT

NAME

SCREWNUTCLAMPWASHER

iner unit

12-DYNODE

TYPE

PREAMPLIFIER BOARD

FE-PLATE S=lMS 6K6PRESPAN S=0,5

S=0,15

M 3*4 FE YELLOWPASS.M 3*5 FE YELLOWPASS.

M 3*8 FE YELLOWPASS.M3 FE YELLOWPASS.MS 1.25 MKL1*5 STD2,4 MONEL

A3, 2M 3*5 MSM3*10 MSINF -20+50% 500V1M 1% 0.25W 50PPM

12-DYNODE

TYPE

M 3*10 FE YELLOWPASS.M3 FE YELLOWPASS.MS 1.25 MKLA3, 2

1086016096

10455394

MANUF. INF

RAS 10360158NTL 5NTL 5NTL 5NTL-5

NTL 5E678-21A NTL5DANGER H.V. SERIVA

A 3024 ASA

MR111

KTS.112710795 . 0 3 . 1 0 3221265703102411-2 VITROHM

- 1 0 - 1 0

960103

LINE

1030405060

708090

100110

120130140150160

170180190

2723

FROM: 91-09-25 TO: 96-10-10

10455394

MANUF. INF LINE

120130

A 3024 ASA 140170

960103

DATE

960102960102960102960102

38

Fig. 1409,1410,1411 -11 Preamplifier Unit 10455394

39

Fig. 1409,1410,1411 -12 Optics

91011

121314D1,D2

1 10854822 LIGHT SHUTTER UNIT1 10354851 BODY2 10256157 REFLECTOR2 10457768 RING2 10454853 TUBE

1 10454854 BOX 11 10454855 BOX 26 11271045 SCREW2 10556418 P.C.BOARD2 11271107 SCREW

2 11278017 NUT2 11460001 SOLDERING TAG4 11250042 WASHER2 11784015 DIODE LIGHT EMITT

1085612296-10- 10

FOR PART

ITEM.NO

NUMBER

QTY

10856122

ORDER NO

OPTICS

NAME TYPE

10356123

MANUF. INF

930916

LINE

ULTEM 1000POM, BLACKCU-TUBE D=57/52

AL-PLATE S=lAL-PLATE S=lM3*5 FE YELLOWPASS.1,6MM 1-P EPM2.5*6 MS NICKEL

M2.5 FE YELLOWPASS.D 5.5/3.5*82.7/5*0.5 ACID-PROOF.D3X5 YELLOW 585NM <100NS

10354823NTL5NTL51410NTL5

NTL5NTL5

RXI

A2021 ME

MV5374C

1020305060

708090

1 1 0120

1 3 01 4 0150100

40

Fig. 1409,1410,1411 -12 Optics 10356123

I

fV)it- °

COCM

CDinCO

41

i-ig.

FOR PART

ITEM.NO

1234

56789

1011121314

1516181920

2122232425

2627282930

3132333435

3638394041

42KM

i4uy, i

NUMBER

QTY

11111

11424

11112

130.01511

31131

12421

17121

23211

111

I41U, 1

10855818

ORDER NO

1055537510855668103557341045573210455733

1045572510455724112900241045573111252033

1045572610455728104557501035438810455727

1055359711290019111860061135004811250006

1125000810455899112710161127101811271023

1127102611271034112710361127107511274001

1127401511275003113100311139003410456132

1125001911278002112780041127502510457147

104494281186308911690044

411 -13 ID

ID UNIT

NAME

LABEL SETP. C. ASSEMBLYID-BODYPIECESUPPORT PIECE

LOWERPIECEUPPERPIECEBUSHINGGUIDERIVET

SLEDGEPLATE1FILL PIECEGOGGED BELT WHEELAXLE

P.C.BOARDBUSHINGSHRINKABLE TUBINGCOGGED BELTWASHER

WASHERBASEPIECESCREWSCREWSCREW


SCREWSCREWCLAMPO-RINGADJUST PART

WASHERNUTNUTSCREWPIN

SPRINGP.C.CONNECTORSTEPPING MOTOR

unit

TYPE

CONNECTOR LABEL PAPERRAMCODE READERFE-PLATE S=l,5AL-PLATE S=5AL 15*20

ALALD3,4/6*7AL3*12 A2

POM ,BLACKAL6T 2,5/950GRILON W 5239D3

1,6MM 2-P EP LKD3,4/6*51/4" CLEARSYNCHROFLEX3.2/7*0.5 FE YELLOWPASS

4.3/9*0.8 FE YELLOWPASSFE-PLATE S=3M 3*4 FE YELLOWPASS.M 3*6 FE YELLOWPASS.M 3*14 FE YELLOWPASS.

M 3*18 FE YELLOWPASS.M 4*5 FE YELLOWPASS.M 4*10 FE YELLOWPASS.M 3*6 MSM 3*5 FE YELLOWPASS.

M 5*16 FE YELLOWPASS.M3*4 AISI316

OR 3.10-1.60

6.4/18*1.6 FE,ZINKEDM3 FE YELLOWPASS.M5 FE YELLOWPASS.M3*16 AISI316POM BLACK D=8

D=0,55-P STRAIGHT LOCKABLE12V 0,4A 1,8AST 0,2 6NM

10355819

MANUF. INF

CA17RAM 10355667NTL 5NTL 5NTL 5

NTL 5NTL 55.83.070NTL 5

NTL 5NTL 5NTL 51297NTL 5

1085581896-10- 10

950110

LINE

17710203040

5060708090

100110120130140

RRA 1205 1470 1505.83.050FP-3016 T2.5/200

NTL5

TES 196-38

A3 031ASA00044/84NTL-5

1410

1291,1235MLSS100-5B6500-15-4-13

160180190200

210175230240250

260270280290300

310320330360176

211312313314178

179350

.5 R455 340


FOR PART NUMBER 10855818 ID-UNIT 10355819 950110


2023242932

4 11250006 WASHER3 11271016 SCREW2 11271018 SCREW6 11271075 SCREW6 11275003 SCREW

3.2/7*0.5 FE YELLOWPASS. 200 950109M 3*4 FE YELLOWPASS. 230 950109M 3*6 FE YELLOWPASS. 240 950109M 3*6 MS TES 196-38 290 950109M3*4 320 950109

42

Fig. 1409,1410,1411-13 ID Unit 10355819

«»o- ( rSS

Ccc r r0 O ^ UJ

0)T-00in

COo

43

Fig. 1409,1410,1411 -14 Light Shutter Unit 1085482296-10- 10

FOR PART NUMBER

ITEM.NO

123

45678

910111213

1415161718

1920MW8

QTY

11111

12111

11121

41124

1211

PART HISTORY

FOR PART NUMBER

ITEM.NO QTY

10854822

ORDER NO

1055359711863089104548241035482510354826

1045775711251095104548301045483110454832

1045483310454834104551111045483710454838

1125107111271045112710451127105111271035

10455112104582931169005010855405

10854822

ORDER NO

LIGHT SHUTTER UNIT

NAME

P.C.BOARDP.C.CONNECTORBODY PLATESHAFT COVERBODY

COUPLING 1PINPLATE 1PLATE 2PLATE 3

PLATE 4COVER PLATECOVER 1BUSHINGCOUPLING

LOCK WIRESCREWSCREWSCREWSCREW

COVER 2WASHERSTEPPING MOTORWIRING ASS

LIGHT SHUTTER UNIT

NAME

TYPE

1,6MM 2-P EP LK5-P STRAIGHT LOCKABLEFE-PLATE S=2D5010X40

POM D=30 BLACK1*18SPRINGSTEEL S=0.2SPRINGSTEEL S=0.2SPRINGSTEEL S=0.2

SPRINGSTEEL S=0.2FE-PLATE S=l10X40D3POM D=3 0 BLACK

FOR D=28 AXLE (RW 28)M3*5 FE YELLOWPASS.M3*5 FE YELLOWPASS.M3*16 FE YELLOWPASS.M4*8 FE YELLOWPASS.

10X40SPRINGPRONZE T=0,51,5IN 0.7A STEP ANG1.8

TYPE

10354823

MANUF. INF

930518

LINE

RRA 1205,1470 200MLSS100-5BNTL5NTL5NTL5

NTL5

NTL5NTL5NTL5


NTL5NTL56500 R568CA21

FROM: 91-09-25

10354823

MANUF. INF

210203040

5060708090

100110120130140

145150160170180

12514219010

TO: 96-10-10

920625

LINE DATE

45

14M

12221

1045482710454829104582931125107111690049

FLANGEPINWASHERLOCK WIRESTEPPING MOTOR

D3 0DlSPRINGPRONZE T=0,5FOR D=2 8 AXLE (RW

12V 0,4A 1.8AST 0.26NM

NTL5NTL5NTL5

28)6500-15-4-13.5

5060

142145190

920122930517921215920207911213

44

Fig. 1409,1410,1411 -14 Light Shutter Unit 10354823

ME: 1B1<> SkO&Lb ASME' 191fc 910910 ASHE; 1931. 92052.C A4HE. 2113 910111 *1

10 35 4823

45

Pi irt. 561108 TW5Tark.881108 fVa.Hyv. 881108 &

Fig.1409,1410,1411 -15 Motor Unit 1 108550649 6 - 1 0 - 1 0

FOR PART NUMBER

ITEM.NO

12345

678910

1112131415

1617181920

2122KM1.M2

QTY

11121

22111

13881

11241

1222

PART HISTORY

FOR PART 1

ITEM.NO

MUMBER

QTY

10855064

ORDER NO

1025506610455067103537991035376110357482

1035438810454867113500981045506810455069

1135007311350072112500081127400711275008

1127500711278015105535971132010611350076

11350077112510371186308911690042

10855064

ORDER NO

MOTOR UNIT 1

NAME

MOUNTING BRACKETAXLECOGGED BELT WHEELCOGGED BELT WHEELCOGGED BELT WHEEL

GOGGED BELT WHEELPLATECOG WHEELAXLEBEARING HOUSE

JOURNAL BEARINGJOURNAL BEARINGWASHERSCREWSCREW

SCREWNUTP.C.BOARDLOCK. CARD SPACERCOGGED BELT

COGGED BELTGRIP RINGP.C.CONNECTORSTEPPING MOTOR

MOTOR UNIT 1

NAME

TYPE

FE-PLATE S=2,5D6H8PA6+30% MINERALPA6+3 0% MINERALZ 28

GRILON W 5239FE-PLATE S=2Z10D6H86K14

10355065

MANUF. INF

NTL5NTL512971297NTL5

12971409,1235,1297S6-10NTL5NTL5

GLYCODUR PG 060810 FGLYCODUR PBG 060804 F4 . 3 / 9 * 0 . 8 FE YELLOWPASS.M4*12 FE YELLOWPASS.M4*6 AISI316

M4*4Ml2 FE YELLOWPASS.1,6MM 2-P EP LKNYLONSYNCHROFLEX

RRA 1205KGLS-3S6 T2,5/120

SYNCHROFLEX 10 T 2 , 5 / 1 6 0FOR D6 AXLE G65-P STRAIGHT LOCKABLE MLSS100-5B5V 1A 1.8AST 0,4NM 6 5 0 0 - 2 0 - 4 - 4 . 8

TYPE

FROM: 91-09-25

10355065

MANUF. INF

941026

LINE

1020304050

60708090

100

110120150160170

180190

,1470 220230130

14045

240R416 215

TO: 96-10-10

941026

LINE DATE

M lM2

11690043 STEPPING MOTOR11690042 STEPPING MOTOR

5V 1,5A 1,8AST 0,835NM PH268-215V 1A 1.8AST 0,4NM PH265-04

210 920212215 920211

46

Fig. 1409,1410,1411-15 Motor Unit 1 10355065

Sss

mCOoin8

£2 oCO COCO QD

47

Fig. 1409,1410,1411-16 Motor Unit 2 1085507096-10-10

FOR PART

ITEM.NO

12345

678910

1112131415

1617182021

KM1,M2

NUMBER

QTY

11122

21111

38811

12412

22

PART HISTORY

FOR PART

ITEM.NO

NUMBER

QTY

10855070

ORDER NO

1025506610455067103537991035376110354388

1045486711350098104550681045506911350073

1135007211250008112740071127500711251037

1127801510553597113201061135007711251037

1186308911690042

10855070

ORDER NO

MOTOR UNIT 2

NAME

MOUNTING BRACKETAXLECOGGED BELT WHEELCOGGED BELT WHEELGOGGED BELT WHEEL

PLATECOG WHEELAXLEBEARING HOUSEJOURNAL BEARING

JOURNAL BEARINGWASHERSCREWSCREWGRIP RING

NUTP.C.BOARDLOCK. CARD SPACERCOGGED BELTGRIP RING

P.C.CONNECTORSTEPPING MOTOR

MOTOR UNIT 2

NAME

TYPE

FE-PLATE S=2,5D6H8PA6+3 0% MINERALPA6+3 0% MINERALGRILON W 523 9

FE-PLATE S=2Z10D6H86K14GLYCODUR

10355071

MANUF. INF

NTL5NTL5129712971297

1409 ,1235 ,1297S6-10NTL5NTL5PG 060810 F

GLYCODUR PBG 060804 F4 . 3 / 9 * 0 . 8 FE YELLOWPASS.M4*12 FE YELLOWPASS.M4*5FOR D6 AXLE G6

Ml2 FE YELLOWPASS.1,6MM 2-P EP LKNYLONSYNCHROFLEXFOR D6 AXLE

RRA 1205,1470KGLS-3S10 T2,5/160G6

5-P STRAIGHT LOCKABLE MLSS100-5B5V 1A 1,8AST 0,4NM 6 5 0 0 - 2 0 - 4 - 4 . 8

TYPE

FROM: 91-09-25

10355071

MANUF. INF

941026

LINE

1020304050

60708090

100

110140150160170

180190200130

45

230R416 215

TO: 96-10-10

941026

LINE DATE

M4M3

11690042 STEPPING MOTOR11690043 STEPPING MOTOR

5V 1A 1,8AST 0,4NM PH265-045V 1,5A 1,8AST 0,835NM PH268-21

215 920211220 920212

48

Fig. 1409,1410,1411 -16 Motor Unit 2 10355071

oo CO

o

oo

£

49

Fig. 1409,1410,1411 -17 Count Weight 1085478996-10-10

FOR PART NUMBER 10854789 COUNT WEIGHT 10454790 960620


1 10454794 BUSHING1 10454795 TUBE1 10454796 BUSHING3 11350073 JOURNAL BEARING3 11350075 JOURNAL BEARING

1 11251070 LOCK WIRE1 11251069 LOCK WIRE1 10454793 AXLE1 11251055 PIN

MS-ROD D30D10H8MS-ROD D3 6GLYCODURGLYCODUR

FOR D=10 AXLE (RW 10)FOR D=6 AXLE (RW 6)D6H82*10 RUSTPROOF

NTL5NTL5NTL5PG 060810 FPG 101210 F

NTL5

1520304050

60701080


FOR PART NUMBER 10854789 COUNT WEIGHT 10454790 960620


11113

3111

1045479310454794104547951045479611350073

11350075112510701125106911251055

AXLEBUSHINGTUBEBUSHINGJOURNAL BEARING

JOURNAL BEARINGLOCK WIRELOCK WIREPIN

D6H8MS-ROD D3 0D10H8MS-ROD D3 6GLYCODUR

GLYCODURFOR D=10 AXLE (RW 10)FOR D=6 AXLE (RW 6)2*10 RUSTPROOF

NTL5NTL5NTL5NTL5PG 060810 F

PG 101210 F

1015203040

50607080

931115931115931115931115931115

931115931115931115931115

50

Fig. 1409,1410,1411 -17 Count Weight 10454790

ME. 1013 9J1Z11

1045 4790

Piirt. 870826 TN5Tark. 870827Hyv. 870827

51

Fig. 1409,1410,1411 -18 Support 1 Assembly 108550749 6 - 1 0 - 1 0

FOR PART NUMBER

ITEM.NO

12345

678910

111213141516

QTY

11111

11311

121111

PART HISTORY

FOR PART NUMBER

ITEM.NO QTY

10855074

ORDER NO

1035507610455077103537611135009810455068

1045506911350073113500721125103711278015

112750071127500810456254112500191125100611251037

10855074

ORDER NO

SUPPORT 1 ASSEMBLY

NAME

SUPPORT ASSEMBLYAXLECOGGED BELT WHEELCOG WHEELAXLE

BEARING HOUSEJOURNAL BEARINGJOURNAL BEARINGGRIP RINGNUT

SCREWSCREWCOGGED BELT WHEELWASHERLOCK RINGGRIP RING

TYPE

D6H8PA6+3 0% MINERALZ10D6H8

6K14GLYCODURGLYCODURFOR D6 AXLEMl2 FE YELLOWPASS.

10455075

MANUF. INF

NTL5NTL51297S6-10NTL5

NTL5PG 060810 FPBG 060804 FG6

M4*5M4*6BLANK: 1 0 3 5 3 7 6 16 . 4 / 1 8 * 1 . 6 FE YELLOWPASS.FOR 6 * 0 . 7 AXLEFOR D6 AXLE

SUPPORT 1 ASSEMBLY

NAME TYPE

FROM: 91-09-25

10455075

MANUF. INF

951006

LINE

1020304050

60708090

100

110120

31130140

45

TO: 96-10-10

941026

LINE DATE

11 11275021 SCREW M4*4 110 941024

52

Fig. 1409,1410,1411 -18 Support 1 Assembly 10455075

io

o

o

£2 en £2o o o00 co co00 co 00

53

Fig. 1410, -19 Support 2 Assembly 108550789 6 - 1 0 - 10

FOR

ITEM

12345

678910

111213141516

PART NUMBER

I.NO QTY

11111

11131

121111

PART HISTORY

FOR

ITEM

PART NUMBER

.NO QTY

10855078

ORDER NO

1035507610455077103537611035748211350098

1045506810455069113500731135007211278015

112750071127500810456254112500191125100611251037

10855078

ORDER NO

SUPPORT 2 ASSEMBLY

NAME

SUPPORT ASSEMBLYAXLECOGGED BELT WHEELCOGGED BELT WHEELCOG WHEEL

AXLEBEARING HOUSEJOURNAL BEARINGJOURNAL BEARINGNUT

SCREWSCREWCOGGED BELT WHEELWASHERLOCK RINGGRIP RING

TYPE

D6H8PA6 + 30% MINERALZ2 8Z10

D6H86K14GLYCODURGLYCODURM12 FE YELLOWPASS.

10455079

MANUF. INF

NTL5NTL51297NTL5S6-10

NTL5NTL5PG 060810 FPBG 060804 F

M4*5M4*6BLANK: 1 0 3 5 3 7 6 16 . 4 / 1 8 * 1 . 6 FE YELLOWPASS.FOR 6 * 0 . 7 AXLEFOR D6 AXLE G6

SUPPORT 2 ASSEMBLY

NAME TYPE

FROM: 91-09-25

10455079

MANUF. INF

951006

LINE

1020304050

60708090

100

110120

31130140

45

TO: 96-10-10

951006

LINE DATE

11 11275021 SCREW M4*4 110 941024

54

Fig. 1409,1410,1411 -19 Support 2 Assembly 10455079

0>

oin

in

o

00 00 gof < c~v C*-o 0000 00 OO00 00 00

55

Fig. 1409,1410,1411 -20 Plate Assembly, R 1085505196 -10 - 10

FOR PART NUMBER 10855051 PLATE ASSEMBLY, R 10455052 940929


2 10855235 P.C.ASSEMBLY1 10355053 GUIDE PLATE RIGHT2 10455054 COVER PLATE3 10455055 PLATE3 11250002 WASHER

4 11274002 SCREW3 11274006 SCREW

SENSOR BOARDAL-PLATE S=2FE-PLATE S=2FE-PLATE S=l,5A4,3 YELLOWPASS.

M3*6 FE YELLOWPASS.M4*10 FE YELLOWPASS.

RSV 10455234NTL5NTL5NTL5

1020304050

6070

56

Fig. 1409,1410,1411 -20 Plate Assembly, R 10455052

" ' in u)CD 0) CDO CO ^-^

ooco°°OO 00 OO

57

Fig. 1410,1411 -21 Plate Assembly,

1085523510355058104550541045505511250002

P.C.ASSEMBLYGUIDE PLATE LEFTCOVER PLATEPLATEWASHER

1085505696-10-10

FOR PART

ITEM.NO

NUMBER

QTY

10855056

ORDER NO

PLATE ASSEMBLY, L

NAME TYPE

10455057

MANUF. INF

940929

LINE

11274002 SCREW11274006 SCREW10455888 HOLDER

SENSOR BOARDAL-PLATE S=2FE-PLATE S=2FE-PLATE S=l,5A4 , 3 YELLOWPASS.

M3*6 FE YELLOWPASS.M4*10 FE YELLOWPASS.FE-PLATE S=2

RSV 10455234NTL5NTL5NTL5

NTL5

102 03 04050

607031

58

Fig. 1409,1410,1411 -21 Plate Assembly, L 10455057

Om

o o o° 0 OO CO

oo oo °o

a.

59

Fig. 1409,1410,1411 -22 Spring Assembly, L 108554459 6 - 1 0 - 10

FOR PART

ITEM.NO

NUMBER

QTY

10855445

ORDER NO

SPRING ASSEMBLY

NAME TYPE

10455446

MANUF. INF

950207

LINE

1 10455447 TUBE 10.390 11182011 PTFE-TUBE1 10455449 PIN 11 10455003 SPRING1 10455450 PIN 2

1 104554511 10455452

PIN 3FLANGE

D12/1010/8D12DlD8

D5H8D12

NTL5TEFLONNTL5NTL5NTL5

NTL5NTL5

1080304050

6070

60

Fig. 1409,1410,1411 -22 Spring Assembly, L 10455446

61

62

Fig. 1409,1410,1411 -23 HV-Divider Unit 108540239 6 - 1 0 - 10

FOR PART

ITEM.NO

NUMBER

QTY

10854023

ORDER NO

HV-DIVIDER UNIT

NAME TYPE

10355373, 10355106

MANUF. INF

920515

LINE

34567

89101 112

C lC 2 , 3R lR2R 8 , 1 5

0 . 1 0 00 . 4 0 01

11860001114600011125002111250001

1.100 11240035

1124000811240101105540241035537210454836

1126003510454401105445761131000611320106

1127101811271019112710231127800210556568

1162600211626008116011491160404911604209

R17-21,24-28 10 11604241R22,29 2 11604225Sl-4 0.560 11863070

COAXIAL CONNECTORSOLDERING TAGSERRAT LOCK WASHERWASHERCOAXIAL CABLE

HV WIRECOPPER WIREP.C.BOARDPLATENUT

RISE PINBOXLABELCLAMPLOCK. CARD SPACER

SCREWSCREWSCREWNUTLABEL

CAPACITOR H.V.CAPACITOR H.V.RESISTORRESISTOR MF SMRESISTOR MF SM

RESISTOR MF SMRESISTOR MF SMP.C.CONNECTOR

D 5.5/3.5*83.0 ANNEALED YELLOWPASA3,2 YELLOWPASS.

1000V PVCD 0,81,6MM 2-P EP LKFE-PLATE S=l6K6

M3*10ABS-PLATE S=2WARNING LABELMS 1.25 MKLNYLON

M3*6 FE YELLOWPASS.M3*8 FE YELLOWPASS.M3*14 FE YELLOWPASS.M3 FE YELLOWPASS.WHITE-SELF-ADHESIVE-L

2.5NF 3 KV150PF 3.0KV 20/50%10K 2% 0.5W100 1% 0,125W 100PPM215K 1% 0,125W 100PPM

l,00M 1% 0,125W 100PPM464K 1% 0,125W 100PPM40-PIN STRAIGHT

11H4-50-3 -1A2 021 ME3 . 2 * 5 . 5 * 0 . 4 5

RG-58 C/U BLACK

RRH 1410NTL5NTL5

5 . 0 3 . 1 0 31205DANGER H.V. SERIVAA 3024 ASAKGLS-3S

HV-OUTPUT-INPUT

DD30 2529 / 0 1 3 0 . 9 D FERROPB 1/2 BEYSCHLAG

SL1/25/36G

8090

1401 3 5100

105110

70150160

1701 8 01902 0 02 1 0

2 2 02 3 02 4 01301 8 1

1020304050

454360

63

Fig. 1409,1410, -23 HV-Divider Unit 1085936996-10-10

FOR PART NUMBER 10859369 HV-DIVIDER UNIT RFA 10359368, 10355373 960607

ITEM.NO QTY ORDER NO NAME TYPE

D 5.5/3.5*83.0 ANNEALED ZINKEDA3, 2

1,6MM 2-P EP LKFE- PLATE S=lMS 6K6M3*10 MSABS S=2

MS 1.25 MKLNYLONM 3*6 FE YELLOWPASS.M 3*8 FE YELLOWPASS.

M 3*14 FE YELLOWPASS.M3 FE YELLOWPASS.WHITE-SELF-ADHESIVE-LD 6, 6 MMM2.5*4 FE BLACK

PRESPAN S=0,52.5NF 3KV150PF 3.0KV 20/50%10K 2% 0.5W100 1% 0,125W 100PPM

1.00M 1% 0,125W 100PPM

464K 1% 0,125W 100PPM22Mohm 5% 0.5W 3.5kVDC215K 1% 0,125W 100PPM40-PIN STRAIGHT

MANUF. INF

11H4-50-3-1A2 021 ME3.2*5.5*0.45

RG-58 C/U

RRH 14101415NTL55.03.1031205

DANGER H.V. SERIVAA 3024 ASAKGLS-3S

HV-OUTPUT-INPUT28B2025-OAO

DD30 2529/0130.9 D FERROPB 1/2 BEYSCHLAGCRCW1206

CRCW1206

CRCW1206232224213226CRCW1206SL1/25/36G

LINE

30110190200210

230260240180250

270130120170160

150140220115135

280504010090

60

70958020

1234

56789

1011121314

15ClC2-5RlR2

R3-7 ,10-14 ,1 7 - 2 1 , 2 4 - 2 8 .R8 ,15 ,22 ,29R9,16 ,23 ,30R31-34S l -8

11541.090

11321

11236

38124

11411

20

4441.111

11860001 COAXIAL CONNECTOR11460001 SOLDERING TAG11250021 SERRAT LOCK WASHER11250001 WASHER11240035 COAXIAL CABLE

10554024 P.C.BOARD10358910 PLATE10454836 NUT11260035 RISE PIN10454401 BOX

10544576 LABEL11310006 CLAMP11320106 LOCK. CARD SPACER11271018 SCREW11271019 SCREW

11271023 SCREW11278002 NUT10556568 LABEL11480047 FERRITE CLAMP11273013 SCREW

10461951 INSULATOR PLATE11626002 CAPACITOR H.V.11626008 CAPACITOR H.V.11601149 RESISTOR11604049 RESISTOR MF SM

11604241 RESISTOR MF SM

11604225116038681160420911863070

RESISTOR MF SMHV RESISTORRESISTOR MF SMP.C.CONNECTOR

64

j 8<?O(b6SHE 2158 940W} ASME: 1132.-A J5112.O ASME: 2^14-5 91,01.10 AS

CD

OCO

en

o

•N>CO

q<"E

10 35 5373-B

Piirt. 881107Tark. 881107Hyv. 881107

OCOO l

enCO-siCO

66

Fig. 1410-24 Display Unit 1085559796-10-10

FOR PART

ITEM.NO

NUMBER

QTY

10855597

ORDER NO

DISPLAY UNIT

NAME TYPE

10355598

MANUF. INF

940516

LINE

11115

25

121

1085466510854760102555741184203610455619

11250001112710301127800210851794

P.C-ASSEMBLYP.C.ASSEMBLYBOXTOUCH PANELBUSHING

WASHERSCREWNUTFLAT CABLE

DISPLAYDISPLAY (CPU)

1410 FRONT PLATE TOUCH KEYMS D6/4

A3,2 YELLOWPASS.M3*3 5 FE YELLOWPASS.M3 FE YELLOWPASS.26S-26S

HDG 10254761HCB 10354759NTL5010377NTL5

10451797

1020405060

70809030


FOR

ITEM

10

PART

.NO

NUMBER

QTY

11

10855597

ORDER NO

1085562811842024

DISPLAY UNIT

NAME

PROGRAM PACKAGEPUSH BUTTON SWITCH

TYPE

DISPLAY PRG.1X2 2 8VDC 1A

10355598

MANUF. INF

HCB-BOARD8121YZ

LINE

21110

940516

DATE

921231911001

67

Fig. 1409,1411 -24 Display Unit 108592879 6 - 10-10

FOR PART

ITEM.NO

NUMBER

QTY

10859287

ORDER NO

DISPLAY UNIT

NAME

1400-SERIES

TYPE

10355598

MANUF. INF

960612

LINE

12346

89121314

1516171819

202 1222324

25262728

W25W2 6W33

PART HISTORY

11112

41221

11296

28121

10.05010 .850

111

1085466510854760102592831184203611250001

1127800210557386114800491148005011240162

1036169110361690104616891127601511271021

1127102611250044112710181125000610861635

10861638111800171045369711220014

108517941085559210861704

P.C.ASSEMBLYP.C.ASSEMBLYBOXTOUCH PANELWASHER

NUTLABELFERRITE CLAMPCLAMPRF GASKET

LID ASSEMBLYBOX ASSEMBLYBUSHINGSCREWSCREW

SCREWWASHERSCREWWASHERP.C.ASSEMBLY

P.C.ASSEMBLYPE-STRINGINSULATOR PLATETAPE

FLAT CABLEFLAT CABLEFLAT CABLE

DISPLAYDISPLAY (CPU)ASSEMBLY

A 3 , 2

M3 FE YELLOWPASS.PVC FASKAL-400 T = 0 , l26-WIRE FLAT CABLEFOR 26-W.FLAT C. CLAPM3 , 2 X 4 , 8 MONEL

TIN COVEREDTIN COVEREDMSC 2 . 9 * 6 . 5 FE YELLOWPASSM 3 * 1 0 FE YELLOWPASS.

M 3*18 FE YELLOWPASS.3 . 2 / 9 * 0 . 8 FE YELLOWPASSM 3*6 FE YELLOWPASS.3 . 2 / 7 * 0 . 5 FE YELLOWPASSFILTER BOARD

FILTER BOARD5 * 5 , BLACKPRESPAN S = 0 , 512MM CLEAR

26S-26S50S-50S34S-34S

HDG 10254761HCB 103547591415010377

1410 RESET28B2022-000M-CLIP01-0901-6601

NTL-5NTL-5NTL-5

RYP 10461634

RYQ 10461637PZ-940 SJH1205TESA4971

10451797FC35 10455666FC220 10461703

5 1 05205405505 7 0

5 9 06 0 06106206 3 0

6406506606706 8 0

6907 0 07 1 07 2 05 2 5

5 3 57 3 07 4 07 5 0

530533537

FROM: 93-11-11 TO: 96-10-10

FOR PART

ITEM.NO

NUMBER

QTY

10859287

ORDER NO

DISPLAY UNIT

NAME

1400-SERIES

TYPE

10355598

MANUF. INF

960612

LINE DATE

7W57

11

15154

112

1085562811271030108517941045561911271030

1127102911278002

PROGRAM PACKAGESCREWFLAT CABLEBUSHINGSCREW

SCREWNUT

DISPLAY PRG. HCB-BOARDM3*35 FE YELLOWPASS26S-26S 10451797MS D6/4 NTL5M 3*35 FE YELLOWPASS.

M 3*30 FE YELLOWPASS.M3 FE YELLOWPASS.

521 930825580 940405530 960213560 960115580 960115

585 960115590 960112

68

Fig.1409,1410,1411 -24 Display Unit 10355598

69

Fig. 1410, Thermostat Unit 108563219 6 - 1 0 - 10

FOR PART NUMBER 10856321 THERMOSTAT UNIT 10156322 930909


12345

678910

1112131415

1617181920

2122232425

2627282930

3132333435

36373839W29

20.0800.65010.150

11112

24444

41222

21422

22111

263342

1428410

142211

1131002611183019111830271131003811141024

1085634210256323102563241035632510456326

1035632710456328104563291045633010456331

1045633210256333104563341045633510456336

1045633710356338104519611169100011802009

1173100711450027116900451169004011690046

1125000811250021112710191127105311271057

1127400611274072112740091127414211276015

1127800311814502116050341131003110856411

WIRE TIEPVC-INSULAITINGPVC-INSULAITINGCLAMPSILICONE TUBING

P.C.ASSEMBLYCOOLING PROFILINSULATION BOXINSULATIONFASTENING PIECE

COOLING PLATE 1COOLING PLATE 2COOLING PLATE 3COOLING PLATE 4COOLING PLATE 5

INSULATION BUSHINGCOVERBUSHINGINSULATION PLATESCREW

BRACKETBOX ASSEMBLYBUSHINGCOLD ELEMENTTRANSISTOR FET

INSULATORINSULATING BUSHFANFINGER GUARDFAN

WASHERSERRAT LOCK WASHERSCREWSCREWSCREW


NUTPTC-SENSORRESISTOR WWCLAMPWIRING ASS

2.4*140 NYLON 66D1.5 BLACKD4,0 BLACK

2.5-0.4

COOLING UNITALUM.PROFIL 95,5*120

PE-PLATE PZ940CU 10X100

CU-PLATE S=lCU-PLATE S=lCU-PLATE S=lCU-PLATE S=lCU-PLATE S=l

POM D10FE-PLATE S=lPOMPOM

FE-PLATE

6/412V50V 12A 75W N-CH MOS

TO-220 MICATO-220,TO-3 CONNECTION24VDC 5W 2800RPM105X105MM24VDC 2,2W 3300RPM

4.3/9*0.8 FE YELLOWPASS3.0 ANNEALED YELLOWPASSM3*8 FE YELLOWPASS.M4*8 FE YELLOWPASS.M4*16 FE YELLOWPASS.

M4*10 FE YELLOWPASS.M4*16 FE YELLOWPASS.M4*20 FE YELLOWPASS.

ACC3 8-A

RRM 10456341NTL5NTL5NTL5NTL5



NTL5NTL51219CP1.4-127-06LBUZ 10

MI61083-37-1143149.601-438314

. 3.2*5.5*0.45

M4*40 AISI 316 ACID-PROOFB2.9*6.5 FE YELLOWPASS.

M4 FE YELLOWPASS.1000R/25AST.C 2%10R 5% 50W

KTY81-120HSA50A3031ASACA50

370390400410420

1020304050

60708090

100

110120130140150

160170180190200

210220230240250

260270280290300

310320330340350

36019119238006

70

Fig. 1409,1410,1411 -25 Thermostat Unit 10156322

(35

71

72

10 15 6322

Piirt. 891010Tark.891010Hyv 891010

1415 Supplement

73

74

1415 LSC 1415-00196-10- 10

FOR PART

fTEM.NO

NUMBER

QTY

1415-001

ORDER NO

LSC

NAME

1415-001

TYPE MANUF. INF

951004

LINE

1 10858924 LSC1 1410-405 SAMPLE TRAY1 1409-411 ID KIT0.500 1200-437 OPTIPHASE" HISAFE\31 1224-313 MULTICALC EDITOR

1 1224-512 PC-PROGRAM1 10859610 PACKAGE

1415-001FOR SAMPLE RACKS1409-4112X5 L

1400 DSA WIW1415

101556001410-405

1200-4371224-313

1224-51210459611

1020304050

60100

Fig. 1415 - 26 LSC Assembly 1085892496 -10 -10

FOR PART NUMBER 10858924 LSC 1415-001 10155600 960314


910111213

1415161718

1920212223

108552721086109110857653108567301215-111

1044654510551111105604901055550910556126

1056134810561614113100401131003710561102

EXTERNAL STANDARDSTD. CAPSULEP.C.ASSEMBLYDCD EXPANSION KITUNQ.STANDARDS SET

FOOTLABELLABEL SETLABEL SETLABEL

LABELLABELCLAMPCLAMPLABEL

11111

11111

11150 .300

0.300 108560771 108576181 108578100.700 108560781 1411-932

11111

11111

11211

11122

12122

INSTALL.KIT 115VPROGRAM PACKAGEPROGRAM PACKAGEINSTALL.KIT 2 50VINSTRUMENT MANUAL

SW KEY MODULE BOARD

20ML VIALS 3H/14C/BACK

PAG, BLACK, 30% GLASCSA-APPROVED (ALO,08)

VME RACK

PATENTS, BRADY -LABEL11570078 (BRADY)

WARNING STICK, BRADY

FOR 1410MAIN PR. 1409/11 LSCCOMM.PROTOCOLS 1409/11FOR 1.410FOR 1409,1411

10255273 1510361101 1400-SERIES 20RJG 10457652 90DCD 10356465 1001215-111 120

1215,1470(LR52500) BRADYCA22 12-DYNFC33,FC2071410

STD B/PLATECE -LABELACC62-AFCC-A-C8EU-152 10561102.LAB

WALLAC 1400 DSA1409/11/15

1411-932

1099004511560029108549161085581810855338

1085927810859369108617121085646610854884

1085460610853316108540211085928710361369

1036077410360773104555231045532810458890

1045533010455329103588841035888510358886

QC CERTIFICATEMOUSE MATBODY ASSEMBLYID-UNITSAMPLE CHANGER

MEASURING UNITP.C.ASSEMBLYTOP COVER ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLY

P.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYDISPLAY UNITBOX ASSEMBLY

SIDE BOX RIGHTSIDE BOX LEFTBOTTOM ASSEMBLYCAMGUIDE PLATE

BUSHINGPLATELEADLEADLEAD

194*244141014101410

1415HV-DIVIDER UNIT1415MICRO COMPUTERI/O BOARD

MCAPOWER SUPPLYMOTOR CONTROL BOARD1400-SERIES

FE PLATE S=1.0FE PLATE S=1.0

D25FE-PLATE S=3

D12FE-PLATE S=3CAST LEADCAST LEADCAST LEAD

10990045

101549171035585910255339

10354850RFA10359368, 110255462DCD 10356465DIC 10354883

DIE 10354603DPA 10353503HPS 10354022103555981414

14141414NTL5NTL51415

NTL5,1470NTL5141514151415

410414419422424

428429596597605

615620622625650

660670102125

3545556575

8595

105125135

145155165185215

205195225235245

75

2425262728

2930323334

3536373839

4041424344

4546474849

5051525354

5556575859

6061626364

6566676869

7071727374

7576777879

8081828385

101102103104105

106107108109110

111112113114115

11411

110.20011

11111

12

15121

1844.2002

10

641622

61762

28812

11112

11212

0.4001111

11114

64222

42222

120.100121

1045889310255612104556161035561710355618

1045563210355742104614801171002110559262

1055567210494512105481221035567710355686

1045572310455797112500081125001011250019

1125101811251045112510771125200811252019

1127101611271034112740131127401611274034

1127414511274095112741391127602211250018

1045513111271036112780031045589711271095

1055607010556095105560711045618211274003

1045638210556607104572991045730011276015

1114001810458898104588991045889110458887

1085891410358889103588881044832310460785

1125003911274004112760051127401011310047

1129001511250036108583041176004010358901

1127800211550112104608031127603210460964

HANDLE 2BACK PLATEBUSHINGINSULATIONCOVER 1

COVER 2COVER 3PLATEFLOPPY DISK DRIVELABEL

LABELWARNING PLATELABELSUPPORTCOVER

BUSHINGSHIELDWASHERWASHERWASHER

PINLOCKRINGLOCKRINGRIVETRIVET


SCREWSCREWSCREWSCREWWASHER

COOLING PLATESCREWNUTPLATESCREW

LABELLABELLABELPLATESCREW

INSULATIONLABELBRACKETGUIDESCREW

SEALING TAPEBRACKET RIGHTBRACKET LEFTBRACKETLEAD SHIELD

GUARDLEADLEADLEAD SHIELDLEG

WASHERSCREWSCREWSCREWNUT

BODWASHERP.C.ASSEMBLYPHOTOMULTIPLIERLIGHT SEAL

NUTINSULATING TAPECOVER PLATESCREWSHELTER

FE-PLATE S=2FE-PLATE S=lMS D=20SOLUPOLYETHENAL-PLATE S=2

FE-PLATE S=2AL-PLATE S=2

3,5"2-P 80U/P500/250KB(BRADY)

AL 99.5 S=lAL-PLATE S=0,50, 5MMAL-PLATE S=2FE-PLATE S=l

POM-ROD D=40MU S=0,l4.3/9*0.8 FE YELLOWPASS5.3/10*1 FE YELLOWPASS.6.4/18*1.6 FE,ZINKED

3*20 ST13*116*11.9*3 ST2.4*5.1 AL

M 3*4 FE YELLOWPASS.M 4*5 FE YELLOWPASS.M 5*12 FE YELLOWPASS.M 5*20 FE YELLOWPASS.M 6*30 FE YELLOWPASS.

M6*12 FE YELLOWPASS.M6*25 YELLOWPASS.M4*8 FE BLACKPASS.C 2.9*9.5 FE YELLOWPASS

1415NTL5NTL5

NTL 5

NTL 5NTL 51414FD1137H1415

NTL 5

NTL 5NTL5

NTL5NTL5

KDS 0*3TAP/D/BS 33

5.3/15*1.6 FE YELLOWPASS.

AL-PLATE S=3M 4*10 FE YELLOWPASS.M4 FE YELLOWPASS.FE-PLATE S=lM6*12 FE YELLOWPASS.

HVAL0,08AL S=0,08FE-PLATE T=lM 3*10 FE YELLOWPASS.

SOLUPOLYETHEN . S = 2 0WHITE-SELF-ADHESIVE-LFE-PLATE T=lFE-PLATE T=lC 2.9*6.5 FE YELLOWPASS

10*12FE S = lFE S = lFE-PLATE S=lLEAD CAST

1415CAST LEADCAST LEAD

BRASS ROUND SECTION

4.3/12*1 FE, ZINKEDM 4*6 FE YELLOWPASS.C 4.2*9.5 FE YELLOWPASSM 4*2 5 FE YELLOWPASS.M4 1,7-2,7

D4,8*4,44.3 CLEAR NYLONGUARD PREAMPLIFIERD19MM 10DYN 12PINSILICONE D21*15 BLACK

M3 FE YELLOWPASS.S=l,2-1,6ST-PLATE T=1.5C 3.5*6.5 FE YELLOWPASSPOM-PLATE S=8, BLACK

NTL 5

NTL5

1410 WARNING1410 CR1410 PROGRAM CRLSC-5

NTL-5NOTE !LSCLSC

SM 530 K1409/11/151409/11/1514151415

1415141514151282,14801414

2.54.329

14.08.040

SAC 10358303R1166-101415

CE-016NTL5

NTL 5

255275285295305

315316335345413

360355376385395

405415425435445

455465475485495

505515525535545

555565575585444

336520595337521

416417418420524

421423338339586

598400401411246

40247248250412

587588589590600

601602110115117

594635630640633

76

116117118119120

121122123124125

12612710255462-3710255462-2310355819-43

10355819-4410355819-17

W24W2 6W32

20.100121

14212.700

1.8001111

11

11

1127105310361270108614101127415610460762

1046076111274002104612761046141411240173

1124016210461613115700611035860010457903

1035790210355762

108613461085559210861411

SCREWPB -PLATEP.C.ASSEMBLYSCREWPLATE RIGHT

PLATE LEFTSCREWHOLDERSUPPORT 1RF GASKET

RF GASKETHOLDERLABELCOVER PLATEPLATE

SUPPORTID-SHIELD

FLAT CABLEFLAT CABLEWIRING ASS

M4*8 FE YELLOWPASS.PB 99.6%, NICKELIZEDCONNECTION BOARDM6*16 ST YELLOWPASS.FE PLATE S=2.0

FE PLATE S=2.0M 3*6 FE YELLOWPASS.FE-PLATE S=l NICKELIZEDFE PLATE S=1.06,3 5x6,3 5 MONEL, GLUE

3,2X4,8 MONELFE-PLATE T=lWALLAC 52X22,16STICKERPOLYCARBON S=0.375ST-PLATE T=l,5

RST. T=0,8FE-PLATE S=l

40S-40S50S-50S

1400 -SERIERGE 10461408

1414

1414

141401-0901-6603

01-0901-66011409

14151410

1410NTL 5

FC207 10461300FC35 10455666CA210

638252112556680

690700710720730

74072535035222

23645

127128130


FOR PART NUMBER 10858924 LSC 1415-001 10155600 960314


87

W24

1415

3285

4243

47505255116

111

0. 50041

108

44

1282

1157006110358600105554081055111110855268

1085927910855508103555641035556710355568

1045557210458900115700781125000811250010

1125107711271016112740131127414511274156

0.300 10556201

LABELCOVER PLATELABEL SETLABELSTD. CAPSULE

TOP COVER ASSEMBLYFLAT CABLEFRONT BOX ASSEMBLYSIDE BOX RIGHTSIDE BOX LEFT

PLATE 2FOOTLABELWASHERWASHER

LOCKRINGSCREWSCREWSCREWSCREWLABEL

WALLAC 52X22,16 STICKERPOLYCARBON S=0.375

AL-PLATE S=0.8

141540S-40S

FE-PLATE S=lFE-PLATE S=l

FE S = lTHERMAL TRANSFER PRINT4.3/9*0.8 FE YELLOWPASS.5.3/10*1 FE YELLOWPASS.

16*1M 3*4 FE YELLOWPASS.M 5*12 FE YELLOWPASS.M6*12 FE YELLOWPASS.M6*16 ST YELLOWPASS.WARNING STICK PVC ALUM

1415CA22LR52500

3503 52419404

10455269 (NTL-5)20

10255462FC3 3NTL 5NTL5NTL 5

NTL 51415THT-5-438-10

EUROPIUM 152

55127135145155

335412414425435

475505525555556605

930315930315940202941214950216

960122951128960116960116960116

960313950612950508960116960116

950324960116960116950324960116950216

77

78

Fig. 1415 -26 LSC Assembly 10155600

' %

79

1415 -27 Measuring Unit 1085927896-10- 10

FOR

ITEM

12345

678910

11PMW9,

PART NUMBER 10859278

I.NO QTY ORDER NO

0.0.0.0.1

11221

11111

12

W10 2

PART HISTORY

FOR

ITEM

PART NUMBER

.NO QTY

150 11240068150 11240071150 11240067150 11240072

10560490

1085927710854789108601601045403910855189

1085767010857671108590281085476710860105

108546521186043810855406

MEASURING UNIT

NAME

CONNECTING WIRECONNECTING WIRECONNECTING WIRECONNECTING WIRELABEL SET

OPTICSCOUNTER WEIGHTPREAMPLIFIER UNITLIGHT SEALANALOG-RACK

P.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLY

P.C.ASSEMBLYPHOTOMULTIPLIERWIRING ASS

10859278 MEASURING UNIT

ORDER NO NAME

1415

TYPE

1*0.20 MM2 GREEN1*0.20 MM2 BLACK1*0.20 MM2 YELLOW1*0.20 MM2 WHITECONNECTOR LABEL

10354850

MANUF. INF

CA22 12-DYN

1415 1035612310454790

1409/11/15 12-DYNODE 10455394SILICON BLACK NTL51410

COINCIDENCE BOARDSAMPLE & HOLD 1CHA/D CONVERTERMCA INTERFACE 1CHGAIN STABILIZER

HV SUPPLYD52MM 12DYN B21

1415

TYPE

LAC-A 10357727LAD-A 10357728EBZ 10359027LBR 10354766EBU-A 10360197

EPM-A 10354653R331-05 SLTDCA22

FROM: 91-09-25 TO:

10354850

MANUF. INF LINE

940203

LINE

350360370380400

220230240290241

242243244245246

247330210

96-10-10

931109

DATE

3810PMPM

211221

108576811085424210854784117600381176004510555408

PREAMPLIFIER UNITP.C.ASSEMBLYP.C.ASSEMBLYPHOTOMULTIPLIERPHOTOMULTIPLIERLABEL SET

1409/11 10-DYNODEA/D CONVERTERGAIN STABILIZERD52MM 12DYN B21D52MM 12DYN B21

10455394EBP 10353905EBU 10354783R331-05R331-05 SLTDCA22 10-DYN

240 930927244 930607246 930927330 931108330 931217400 940202

80

ôoaia. TSQ.

950504 AS

KDfti. 940211MKOU. 9SM1I «H£> 2.104 541IH *HE 22t?

IOTE

= USED ONLY UI5HUOM!

*=KAYTOSSA VAIN U15;stg

* * -LEAD OPTION

10 15 5600-B

LSC U10Piirt.881220 9/5Tark.881220 WaHyw 881220 ^

Fig. 1415 -27 Measuring Unit 10354850

omoo

inCO

o

00OO

81

FOR

ITEM

12356

7891011

121314Dl,

ig. 141&

PART NUMBER

.NO QTY

11222

11622

224

D2 2

-28 Uf

10859277

ORDER NO

1085927610354851102561571045776810454853

1035889610358897112710451055641811271107

11278017114600011125004211784015

)tlCS

OPTICS

NAME

LIGHT SHUTTER UNITBODYREFLECTONRINGTUBE

SHIELD 1SHIELD 2SCREWP.C.BOARDSCREW

NUTSOLDERING TAGWASHERDIODE LIGHT EMITT

TYPE

1415

ULTEM 1000POM, BLACKCU-TUBE D=57/52

FE-PLATE S=lFE-PLATE S=lM 3*5 FE YELLOWPASS1,6MM 1-P EPM2.5*6 MS

M2.5 FE YELLOWPASSD 5 . 5 / 3 . 5 * 82 . 7 / 5 * 0 . 5D3X5 YELLOW

10356123

MANUF. INF

10354823NTL5NTL51410NTL5

14151415

RXI

A2021 ME

MV5374C

108592779 6 - 1 0 - 1 0

930916

LINE

160170180200210

220230240260270

280290300250

82

Fig. 1415-28 Optics 10356123

l ainrt-

COCM

CO

o

IT! LT> IT)

83

Fig. 1415 -29 Light Shutter Unit 108592769 6 - 1 0 - 10

FOR PART NUMBER 10859276 LIGHT SHUTTER UNIT 1415 10354823 950814


910111213

1415161718

1920MW8

1055359711863089104548241035482510354826

1045775711251095104548301045483110454832

1045483310454834104588941045483710454838

1125107111271045112710451127105111271035

10458895104582931169005010855405

P.C.BOARDP.C.CONNECTORBODY PLATESHAFT COVERBODY

COUPLING 1PINPLATE 1PLATE 2PLATE 3

PLATE 4COVER PLATESHIELD 1BUSHINGCOUPLING

LOCK WIRESCREWSCREWSCREWSCREW

SHIELD 2WASHERSTEPPING MOTORWIRING ASS

1,6MM 2-P EP LK5-P STRAIGHT LOCKABLEFE-PLATE S=2MS D50AL 10X40

POM D=3 0 BLACK1*18SPRINGBRONZE S=0.2SPRINGBRONZE S = 0.2SPRINGBRONZE S = 0.2

SPRINGBRONZE S=0.2FE-PLATE S=lMS 10*40D3POM D=30 BLACK

D=28M 3*5 FE YELLOWPASS.M 3*5 FE YELLOWPASS.M 3*16 FE YELLOWPASS.M 4*8 FE YELLOWPASS.

MS 10*40SPRINGPRONZE T=0,51,5IN 0.7A STEP ANG1.8

RRA 1205 1470MLSS100-5BNTL5NTL5NTL5

NTL5

NTL 5NTL 5NTL 5

NTL 5NTL 51415NTL 5NTL5

1415NTL 56500 R568CA21

410420230240250

260357280290300

310320330340350

355360370380390

335352400220


FOR PART NUMBER 10859276 LIGHT SHUTTER UNIT 1415 10354823 950814


10454829 PIN10458293 WASHER

DlSPRINGPRONZE T=0,5

NTL5NTL5

270 930518352 950811

84

Fig. 1415 -29 Light Shutter Unit 10354823

ME: t e w e i o e u ASME: 1914. 910910 «HE: 193C 9*052.1 nME. 2113 916111 If.

10 35 4823

85

Pi irt. 881108Tark. 881108 tVa.Hyv. 881108 &

Fig. -30 Top Cover Assembly 1085927996 -10 -10

FOR

ITEM

12345

678910

1112131415

1617181921

2224262729

3031323334

3536383940

414243444546

PART NUMBER

I.NO QTY

11112

22112

22211

11621

11

121

12

16421

21624

421112

PART HISTORY

FOR

ITEM,

PART NUMBER

NO QTY

10859279

ORDER NO

1139102610355463103554671035547010455473

1045547410255475103554761035547710455000

1045547810455479104554801025548110254553

1035548810355489104554901045549110455493

1035549410855453112500101125101511274012

1127408811274133112741341127603010455763

1127601510456094112500411129001310456181

112740311125003910358879104599781045997911274004

TOP COVER ASSEMBLY 1415

NAME

GAS SPRINGPLATE RIGHT, ASS.PLATE LEFT ASS.SUPPORT BOX ASS.PLATE

PLATESUPPORTHINGE BODY RIGHTHINGE BODY LEFTSPRING

GUIDEPLATEBRACKETTOP COVERCOVER

HINGE RIGHTHINGE LEFTNUTPINPLATE

HANDLEINSULATION SETWASHERPINSCREW

SCREWSCREWSCREWSCREWCOVER ASSEMBLY

SCREWEDGE STRIPWASHERFOOTWASHER

SCREWWASHERSHIELD ASSEMBLYEXTENSION ARMMOUNTING PINSCREW

10859279 TOP COVER ASSEMBLY

ORDER NO NAME

TYPE

FJ-DER

FE-PLATE S=l,5

FE-PLATE S=3AL-PLATE 10X2 5FE-PLATE S=l,5FE-PLATE S=l,5D2

D6H8POM BLACK D=12

PLATE S=5

FE-PLATE S=l,5FE-PLATE S=l,5MS D18D2,5POM-PLATE S=8

POM-PLATE S=25

5.3/10*1 FE YELLOWPASS.2*10 STM5*10 FE YELLOWPASS.

M3*20 FE YELLOWPASS.M4*6 FE BLACKPASS.M5*10 FE BLACKPASS.B4.2*22 FE YELLOWPASS.

B 2.9*6.5 FE YELLOWPASSFE-PLATE T=l4.3/9*0.8 FE BLACKD12*3 RUBBER WHITEFE-PLATE T=2

M5*12 FE YELLOWPASS.4.3/12*1 FE YELLOWPASS.FE-PLATE/LEAD CASTMS D=8MS-ROD D10M4*6 FE YELLOWPASS.

10255462

MANUF. INF

16-1-168-135-60NTL5NTL5NTL5NTL5




NTL5NTL5

NTL5

NTL5

3M SJ 5012LSC5

141514091409

FROM: 91-09-25 TO:

1415 10255462

TYPE MANUF. INF LINE

940623

LINE

745530540550560

570580590600610

620630640650660

670680690700720

730520760770790

800810820830731

840741860870742

850750655510515805

96-10-10

940623

DATE

17402941

112

142

1085544510255475104561811127401211274004

SPRING ASSEMBLYSUPPORTWASHERSCREWSCREW

10455446 NTL5AL-PLATE 10X25 NTL5FE-PLATE T=2 LSC5M5*10 FE YELLOWPASS.M4*6 FE YELLOWPASS.

510 930812580 940607742 940607790 940607805 940622

86

Fig. 1415 -30 Top Cover Assembly 10255462

n. raa e&iaao TUS

Me;1983 9305O3 A4KM)«0!. 931Z05HIME 119? 9V0fcl3*4

* - KAYTOSSA VAIN H15.stg

10 25 5462

87Piirt. 881109 -THsTork.881109 rtla.Hyv. 881109 £<£

Fig. 1415-31 Guard 108589149 6 - 1 0 - 10

FOR PART

ITEM.NO

NUMBER

QTY

10858914

ORDER NO

GUARD

NAME

1415

TYPE

10458913

MANUF. INF

930915

LINE

110 .5500 . 1 2 500 .0071

10358909102589021109001111091022111200191112001810460181

LIDGUARD TANKSOLVENTSILICONE RUBBERSECONDARY SCINTILLPRIMARY SCINTILLATSEAL

CU S=0.5ASSEMBLYDOBANE 1032-KOMP., CLEARQUALITYQUALITYD50*3 POM

14151415DOBANE 103RTV 615BIS-MSBPPO1415

1020708090

1 0 0110


FOR PART NUMBER 10858914 GUARD 1415 10458913 950424


0.500 11091022 SILICONE RUBBER 2-KOMP., CLEAR RTV 615 80 950421

88

Fig. 1415-31 Guard 10458913

Korj.rra 11 080993 MVa

10458913

Piirt 29/01 1993 MVnTurk 29/01 1993 MVaHyv 29/01 1993 KLo

89

Fig. HV-Divider Unit 1085936996-10- 10

FOR PART

ITEM.NO

NUMBER

QTY

10859369

ORDER NO

HV-DIVIDER UNIT

NAME

RFA

TYPE

10359368, 10355373

MANUF. INF

960607

LINE

1234

56789

1011121314

15ClC2-5RlR2

R3-7,10-14,1R8,15,22,29R9,16,23,30R31-34Sl-8

11541.090

11321

11236

38124

11411

204441.111

1186000111460001112500211125000111240035

1055402410358910104548361126003510454401

1054457611310006113201061127101811271019

1127102311278002105565681148004711273013

1046195111626002116260081160114911604049

1160424111604225116038681160420911863070

COAXIAL CONNECTORSOLDERING TAGSERRAT LOCK WASHERWASHERCOAXIAL CABLE

P.C.BOARDPLATENUTRISE PINBOX

LABELCLAMPLOCK. CARD SPACERSCREWSCREW

SCREWNUTLABELFERRITE CLAMPSCREW

INSULATOR PLATECAPACITOR H.V.CAPACITOR H.V.RESISTORRESISTOR MF SM

RESISTOR MF SMRESISTOR MF SMHV RESISTORRESISTOR MF SMP.C.CONNECTOR

D 5.5/3.5*83.0 ANNEALED ZINKEDA3, 2

1,6MM 2-P EP LKFE- PLATE S=lMS 6K6M3*10 MSABS S=2

MS 1.25 MKLNYLONM 3*6 FE YELLOWPASS.M 3*8 FE YELLOWPASS.

M 3*14 FE YELLOWPASS.M3 FE YELLOWPASS.WHITE-SELF-ADHESIVE-LD 6,6 MMM2 .5*4 FE BLACK

PRESPAN S=0,52.5NF 3KV150PF 3.0KV 20/50%10K 2% 0.5W100 1% 0,125W 100PPM

l,0OM 1% 0,125W 100PPM464K 1% 0,125W 100PPM22Mohm 5% 0.5W 3.5kVDC215K 1% 0,125W 100PPM40-PIN STRAIGHT

11H4-50-3-1A2021 ME3.2*5.5*0.45

RG-58 C/U

RRH 14101415NTL55.03.1031205

DANGER H.V. SERIVAA 3 024 ASAKGLS-3S

HV-OUTPUT-INPUT28B2025-OAO

DD3 0 2529/0130.9 D FERROPB 1/2 BEYSCHLAGCRCW1206

CRCW1206CRCW1206232224213226CRCW1206SL1/25/36G

30110190200210

230260240180250

270130120170160

150140220115135

280504010090

6070958020

90

Fig. 1415 -32 HV-Divider Unit 10355373

ai -

OQi

CONiCOLOLOCO

COCO

c

91

i-ig. T41t> -

FOR PART NUMBER

ITEM.NO

12346

89121314

1516171819

2021222324

25262728W25

W2 6W33

PART HISTORY

QTY

11112

41221

11296

28121

10.05010.8501

11

FOR PART NUMBER

ITEM.NO

7W57

118

QTY

15154

112

33 UIJ

10859287

ORDER NO

1085466510854760102592831184203611250001

1127800210557386114800491148005011240162

1036169110361690104616891127601511271021

1127102611250044112710181125000610861635

1086163811180017104536971122001410851794

1085559210861704

10859287

ORDER NO

1085562811271030108517941045561911271030

1127102911278002

spiay unit

DISPLAY UNIT

NAME

P.C.ASSEMBLYP.C.ASSEMBLYBOXTOUCH PANELWASHER

NUTLABELFERRITE CLAMPCLAMPRF GASKET

LID ASSEMBLYBOX ASSEMBLYBUSHINGSCREWSCREW

SCREWWASHERSCREWWASHERP.C.ASSEMBLY

P.C.ASSEMBLYPE-STRINGINSULATOR PLATETAPEFLAT CABLE

FLAT CABLEFLAT CABLE

DISPLAY UNIT

NAME

PROGRAM PACKAGESCREWFLAT CABLEBUSHINGSCREW

SCREWNUT

1415

TYPE

DISPLAYDISPLAY (CPU)ASSEMBLY

A3, 2

M3 FE YELLOWPASS.PVC FASKAL-400 T=0,l2 6-WIRE FLAT CABLEFOR 26-W.FLAT C. CLAPM3,2X4,8 MONEL

TIN COVEREDTIN COVEREDMSC 2.9*6.5 FE YELLOWPASSM 3*10 FE YELLOWPASS.

M 3*18 FE YELLOWPASS.3.2/9*0.8 FE YELLOWPASSM 3*6 FE YELLOWPASS.3.2/7*0.5 FE YELLOWPASSFILTER BOARD

FILTER BOARD5*5, BLACKPRESPAN S=0,512MM CLEAR26S-26S

50S-50S34S-34S

1415

TYPE

10355598

MANUF. INF

HDG 10254761HCB 103547591415010377

1410 RESET28B2022-000M-CLIP01-0901-6601

NTL-5NTL-5NTL-5

RYP

RYQPZ-940 SJH1205TESA4 97110451797

1085928796- 10-10

960612

LINE

510520540550570

590600610620630

640650660670680

690700710720

10461634 525

10461637 535730740750530

FC35 10455666 533FC220 10461703 537

FROM: 91-09-25 TO: 96-10-10

10355598

MANUF. INF

DISPLAY PRG. HCB-BOARDM3*3 5 FE YELLOWPASS26S-26S 10451797MS D6/4 NTL5M 3*35 FE YELLOWPASS.

M 3*30 FE YELLOWPASS.M3 FE YELLOWPASS.

960612

LINE DATE

521 930825580 940405530 960213560 960115580 960115

585 960115590 960112

92

Fig. 1415-33 Display Unit 10355598

!i±J|^h

93

94

1414 Supplement

95

96

1414 Wint:

FOR PART NUMBER

ITEM.NO QTY

11110.500

11

10160809-120 1

>pecm

1414-001

ORDER NO

108606781410-4051410-4011409-4111200-437

1414-1601085588410860862

11

WIN SPECTRAL

NAME

WINSPECTRALSAMPLE TRAYRACKS, 20 MLID KITOPTIPHASE'HISAFE"3

MONITOR STANDPACKAGEKEYBANK ASSEMBLY

1414-001

TYPE

1414-001FOR SAMPLE RACKSPACKAGE OF 10 RACKS1409-4112X5 L

600 MM / 230 MM104558851414

MANUF. INF

101608091410-4051410-401

1200-437

141010260855

1414-0019 6 - 1 0 - 1 0

960805

LINE

10110120130140

150170160

»-ig. i

FOR PART

ITEM.NO

12345

678910

1112131415

1617181920

1414 -3

NUMBER

QTY

11110 . 3 0 0

0 . 7 0 01111

10 . 3 0 0111

51111

11111

11111

21111

12212

4 wir

10860678

ORDER NO

1085765310856730108552721086109110856077

1085607810446545105555091055612610551111

1056049010561102105613481056161411310040

113100371215-1111224-5131414-93110990045

1086080410855818108553381085484910859369

1086080610856466108548841085460610853316

1085402110360749103613691036077410360773

1036075210455328104588901045533010455329

\ ^peciras

WIN SPECTRAL

NAME

P.C.ASSEMBLYDCD EXPANSION KITEXTERNAL STANDARDSTD. CAPSULEINSTALL. KIT 115V

INSTALL.KIT 250VFOOTLABEL SETLABELLABEL

LABEL SETLABELLABELLABELCLAMP

CLAMPUNQ.STANDARDS SETSOFTWARE PACKAGEINSTRUMENT MANUALQC CERTIFICATE

BODY ASSEMBLYID-UNITSAMPLE CHANGERMEASURING UNITP.C.ASSEMBLY

TOP COVER ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP . C. ASSEMBLYP . C. ASSEMBLY

P . C. ASSEMBLYFRONT PANEL RIGHTBOX ASSEMBLYSIDE BOX RIGHTSIDE BOX LEFT

FRONT PLATE LEFTCAMGUIDE PLATEBUSHINGPLATE

1414-001

TYPE

SW KEY MODULE BOARD

FOR 1410

FOR 1410PAG, BLACK, 3 0% GLAS

VME RACKCSA-APPROVED (ALO,08)

WARNING STICK, BRADYPATENTS, BRADY -LABEL11570078 (BRADY)

20ML VIALS 3H/14C/BACK1414 WINSPECTRALFOR 1 4 1 4 - 0 0 1

1414141014101410HV-DIVIDER UNIT

1414MICRO COMPUTERI / O BOARDMCAPOWER SUPPLY

MOTOR CONTROL BOARD

FE PLATE S = 1 . 0FE PLATE S = 1 . 0

D2 5FE-PLATE S=3D12FE-PLATE S=3

1086067896- 10- 10

10160809 960404

MANUF. INF

RJG 10457652DCD 103564651025527310361101 1400-SERIES

1215,1470FC33,FC2071410(LR52500) BRADY

CA22 12-DYNEU-152 10561102.LABSTD B/PLATECE -LABELACC62-A

FCC-A-C81215-1111224-5131414-93110990045

10160805103558591025533910354850RFA103 593 68,10355373

10260807DCD 10356465DIC 10354883DIE 10354603DPA 10353503

HPS 103540221414141414141414

1414NTL51415NTL5,1470NTL5

LINE

110121122123124

125408412414416

420422427429586

5871000101010201030

1011152535

4555657 585

95146130135145

147175205195185

97

2122232425

2627282930

3233343536

3738394041

4243444546

4748495051

5253545556

5759606162

6364656667

6869707172

7374757677

101102105106115

116117118119122

123124126141142

143144145146147

148149

12211

41111

11111

11112

15101

184

42864

102261

103288

12111

12112

12111

212241

11261

22212

122.30026

11

1035533210455333104553341035533510255612

1045561610355617103556181045563210355742

1036074411710021104607431055567210494512

1054812210355677103556861045572310455797

1125000811250010112500191125101811251045

1125107711252008112520191127101611271034

1127401311274016112740341127414511274095

1127413911250018104551311127103611278003

1045589711271095105560701055609510556071

1045618211274003104563821055660710457299

1045730011276015108607101045889810458899

1125003911274004113100471129001510860713

1046076210460761112500061127400210460964

1127105311274156105606561086141010461276

1046141411240173112401621046148011276022

1055738610461613

LEADLEADLEADHANDLE 1BACK PLATE

BUSHINGINSULATIONCOVER 1COVER 2COVER 3

LID ASSEMBLYFLOPPY DISK DRIVEHANDLELABELWARNING PLATE

LABELSUPPORTCOVERBUSHINGSHIELD

WASHERWASHERWASHERPINLOCKRING

LOCKRINGRIVETRIVETSCREWSCREW


SCREWWASHERCOOLING PLATESCREWNUT

PLATESCREWLABELLABELLABEL

PLATESCREWINSULATIONLABELBRACKET

GUIDESCREWRESET UNITBRACKET RIGHTBRACKET LEFT

WASHERSCREWNUTBODDUMMY PLUG

PLATE RIGHTPLATE LEFTWASHERSCREWSHELTER

SCREWSCREWLABELP.C.ASSEMBLYHOLDER

SUPPORT 1RF GASKETRF GASKETPLATESCREW

LABELHOLDER

LEAD 99.9%LEAD 99.9%LEAD 99.9%FE-PLATE S=2FE-PLATE S=l

MS D=20SOLUPOLYETHENAL-PLATE S=2FE-PLATE S=2AL-PLATE S=2

3,5"2-P 80U/P500/250KBAL SQUARE BAR 8.2x8.2AL 99.5 S=lAL-PLATE S = 0, 5

0, 5MMAL-PLATE S=2FE-PLATE S=lPOM-ROD D=40MU S=0,l

4.3/9*0.8 FE YELLOWPASS.5.3/10*1 FE YELLOWPASS.6.4/18*1.6 FE,ZINKED3*20 ST13*1

16*11.9*3 ST2.4*5.1 ALM 3*4 FE YELLOWPASS.M 4*5 FE YELLOWPASS.

M 5*12 FE YELLOWPASS.M 5*2 0 FE YELLOWPASS.M 6*3 0 FE YELLOWPASS.M6*12 FE YELLOWPASS.M6*25 YELLOWPASS.

M4*8 FE BLACKPASS.5.3/15*1.6 FE YELLOWPASSAL-PLATE S=3M 4*10 FE YELLOWPASS.M4 FE YELLOWPASS.

FE-PLATE S=lM6*12 FE YELLOWPASS.HVAL0,08AL S=0,08

FE-PLATE T=lM 3*10 FE YELLOWPASS.SOLUPOLYETHEN S=20WHITE-SELF-ADHESIVE-LFE-PLATE T=l

FE-PLATE T=lC 2.9*6.5 FE YELLOWPASS.

FE S = lFE S = l

4.3/12*1 FE, ZINKEDM 4*6 FE YELLOWPASS.M4 1,7-2,7D4,8*4,41414

FE PLATE S=2.0FE PLATE S=2.03.2/7*0.5 FE YELLOWPASS.M 3*6 FE YELLOWPASS.POM-PLATE S=8, BLACK

M4*8 FE YELLOWPASS.M6*16 ST YELLOWPASS.ST.POLYESTER 11570076CONNECTION BOARDFE S=l NICKELIZED

FE PLATE S = 1.06,35x6,35 MONEL, GLUE3,2X4,8 MONEL

C 2.9*9.5 FE YELLOWPASS.

PVC FASKAL-400 T=0,lFE-PLATE T=l

NTL-5NTL-5NTL-5NTL5NTL5

NTL5

NTL 5NTL 5NTL5

1414FD1137H1414NTL5

NTL5NTL5NTL 5NTL 5

KDS 0*3TAP/D/BS 33

NTL5

NTL5

1410 WARNING1410 CR1410 PROGRAM CR

LSC-5

NTL-5NOTE !LSC

LSC

102556791409/11/151409/11/15

14.08.0401414 10460712

14141414

NTL 5

MACH.LABEL 1414-001RGE 10461408

141401-0901-660301-0901-66011414

1410 'RESET'1409

210230240250265

275285295305306

148425149415423

421375385395403

430431435445455

465475485495505

515525535545555

565434326510585

327511417418419

404514409413328

329576119400401

440513590426120

150151432566402

490530411114350

340600610360570

428355

98

10260807-2310260807-3710355819-17

10355819-4310355819-44W24W3 2

PART HISTORY

111

1111

FOR PART NUMBER

ITEM.NO QTY

103606571157006110355762

10457903103579021086134610861411

10860678

ORDER NO

COVER PLATELABELID-SHIELD

PLATESUPPORTFLAT CABLEWIRING ASS

WINSPECTRAL

NAME

POLYCARB.0.375WALLAC 52X22,16STICKERFE-PLATE S=l

ST-PLATE T = l , 5RST. T=0 ,840S-40S

1414-001

TYPE

1414

NTL 5

410424405

1410 4061410 407FC207 10461300 117CA210 115

FROM: 91-09-25

10160809

MANUF. INF

TO: 96-10-10

960404

LINE DATE

147 11276022 SCREW C 2.9*9.5 FE YELLOWPASS. 570 960403

1414 Alpha/Beta 1414-00296-10- 10

FOR PART

ITEM.NO

NUMBER

QTY

1414-002

ORDER NO

ALPHA/BETA

NAME

1414-002

TYPE MANUF. INF

960620

LINE

10160809-120

1 10861383 ALFABETA1 1410-405 SAMPLE TRAY1 1410-401 RACKS, 20 ML1 1409-411 ID KIT0.500 1200-437 OPTIPHASE"HISAFE"3

1 1414-160 MONITOR STAND1 10859610 PACKAGE1 1411-302 PC-PROGRAM PACKAGE1 1224-533 PC-PROGRAM1 10860862 KEYBANK ASSEMBLY

1414-002 10160809FOR SAMPLE RACKS 1410-405PACKAGE OF 10 RACKS 1410-4011409-4112X5 L 1200-437

600 MM / 230 MM1415 10459611SPECTRUM ANALYSIS PRG.EASY SCAN 1224-5331414 10260855

10110120130140

150170180190160

m

FOR

ITEM

12345

g .1414 -a

PART NUMBER

.NO QTY

11110 . 3 0 0

0 . 7 0 01111

10 . 3 0 0111

51111

11111

4 Alp

10861383

ORDER NO

1085765310856730108552721086109110856077

1085607810446545105555091055612610551111

1056049010561102105613481056161411310040

113100371215-1111224-5131414-93210990045

1086080410855818108553381085927810859369

na/aeia

ALPHA/BETA

NAME

P.C.ASSEMBLYDCD EXPANSION KITEXTERNAL STANDARDSTD. CAPSULEINSTALL. KIT 115V




BODY ASSEMBLYID-UNITSAMPLE CHANGERMEASURING UNITP.C.ASSEMBLY

1414-002

TYPE

SW KEY MODULE BOARD

FOR 1410

FOR 1410PAG, BLACK, 3 0% GLAS



20ML VIALS 3H/14C/BACK1414 WINSPECTRALFOR 1 4 1 4 - 0 0 2 / 1 4 1 4 - 0 0 3


1086138396- 10- 10

10160809 960404

MANUF. INF

RJG 10457652DCD 103564651025527310361101 1400-SERIES

1215,1470FC33,FC2071410(LR52500) BRADY


FCC-A-C81215-1111224-5131414-93210990045

10160805103558591025533910354850RFA10359368,10355373

LINE

110121122123124

125408412414416

420422427429586

5871000101010201030

1011152535

99

678910

1112131415

1617181920

2122232425

2627282930

3233343536

3738394041

4243444546

4748495051

5253545556

5759606162

6364656667

6869707172

7374757677

7879818283

101102103

11111

21111

12212

12211

41111

11111

11112

15101

264

42864

102261

103288

12111

12112

12111

11111

4122

1086080610856466108548841085460610853316

1085402110360749103613691036077410360773

1036075210455328104588901045533010455329

1035888410358885103588861045889310255612

1045561610355617103556181045563210355742

1036074411710021104607431055567210494512

1054812210355677103556861045572310455797

1125000811250010112500191125101811251045

1125107711252008112520191127101611271034

1127401311274016112740341127414511274095

1127413911250018104551311127103611278003

1045589711271095105560701055609510556071

1045618211274003104563821055660710457299

1045730011276015108607101045889810458899

1045889110458887103588891035888810448323

112500391127400411276005

TOP COVER ASSEMBLYP. C. ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP. C. ASSEMBLY

P.C.ASSEMBLYFRONT PANEL RIGHTBOX ASSEMBLYSIDE BOX RIGHTSIDE BOX LEFT













BRACKETLEAD SHIELDLEADLEADLEAD SHIELD

WASHERSCREWSCREW

1414MICRO COMPUTERI/O BOARDMCAPOWER SUPPLY

MOTOR CONTROL BOARD

FE PLATE S=l.0FE PLATE S=1.0

D25FE-PLATE S=3D12FE-PLATE S=3

CAST LEADCAST LEADCAST LEADFE-PLATE S=2FE-PLATE S=l

MS D=2 0SOLUPOLYETHENAL-PLATE S=2FE-PLATE D=2AL-PLATE S=2

3,5"2-P 80U/P500/250KBAL SQUARE BAR 8.2x8.2AL 99.5 S=lAL-PLATE S=0,5

0, 5MMAL-PLATE S=2FE-PLATE S=lPOM-ROD D=40MU S=0,l

4.3/9*0.8 FE YELLOWPASS.5.3/10*1 FE YELLOWPASS.6.4/18*1.6 FE,ZINKED3*20 ST13*1


M 5*12 FE YELLOWPASS.M 5*2 0 FE YELLOWPASS.M 6*3 0 FE YELLOWPASS.M6*12 FE YELLOWPASS.M6*25 YELLOWPASS.

M4*8 FE BLACKPASS.5.3/15*1.6 FE YELLOWPASSAL-PLATE S=3M 4*10 FE YELLOWPASS.M4 FE YELLOWPASS.


FE-PLATE T=lM 3*10 FE YELLOWPASS.SOLUPOLYETHEN .S=20WHITE-SELF-ADHESIVE-LFE-PLATE T=l

FE-PLATE T=lC 2.9*6.5 FE YELLOWPASS.

FE S = lFE S = l

FE-PLATE S=lLEAD CASTCAST LEADCAST LEADLEAD

4.3/12*1 FE, ZINKEDM 4*6 FE YELLOWPASS.C 4.2*9.5 FE YELLOWPASS.

10260807DCD 10356465DIC 10354883DIE 10354603DPA 10353503

HPS 103540221414141414141414

1414NTL51415NTL5,1470NTL5

1415141514151415NTL5

NTL5NTL-5NTL 5NTL 5NTL5

1414FD1137H1414NTL5

NTL5NTL5NTL5NTL 5

KDS 0*3TAP/D/BS 33

NTL5

NTL5


LSC-5

NTL-5NOTE !LSC

LSC

102556791409/11/151409/11/15

14151415141514151282,1480

4555657585

95146130135145

147175205195185

210230240250265

275285295305306

148425149415423

421375385395403

430431435445455

465475485495505

515525535545555

565434326510585

327511417418419

404514409413328

329576119400401

254253251252255

440513570

100

104105106115116

117118119122123

124126127128141

142143144145146

14714814910260807-4310260807-23

10260807-3710260807-4210260807-4110260807-4810355819-17

10355819-4310355819-44W24W32

22411

12612

22221

2122.3002

61111

14221

1111

1127401011310047112900151086071310460762

1046076111250006112740021046096411271053

1127415610561339104613781036137910861410

1046127610461414112401731124016210461480

1127602210557386104616131035887910361030

1157006111250039112740061127602610355762

10457903103579021086134610861411

SCREWNUTBODDUMMY PLUGPLATE RIGHT

PLATE LEFTWASHERSCREWSHELTERSCREW

SCREWLABELLEAD SHIELDSUPPORTP.C.ASSEMBLY

HOLDERSUPPORT 1RF GASKETRF GASKETPLATE

SCREWLABELHOLDERSHIELD ASSEMBLYCOVER PLATE 2

LABELWASHERSCREWSCREWID-SHIELD


M 4*2 5 FE YELLOWPASS.M4 1,7-2,7D4,8*4,41414FE PLATE S=2.0

FE PLATE S=2.03.2/7*0.5 FE YELLOWPASSM 3*6 FE YELLOWPASS.POM-PLATE S=8, BLACKM4*8 FE YELLOWPASS.

M6*16 ST YELLOWPASS.ST.POLYESTER 11570076LEAD 99.9 %FE-PLATE=2CONNECTION BOARD

FE-PLATE S=l NICKELIZEDFE PLATE S=1.06,3 5x6,3 5 MONEL, GLUE3,2X4,8 MONEL

C 2.9*9.5 FE YELLOWPASSPVC FASKAL-400 T=0,lFE-PLATE T=lFE-PLATE/LEAD CASTPOLYCARB.0.375

WALLAC 52X22,16STICKER4.3/12*1 FE, ZINKEDM 4*10 FE YELLOWPASS.C 3.9*9.5 FEFE-PLATE S=l

ST-PLATE T=l,5RST. T=0,840S-40S

14.08.0401414 104607121414

1414

NTL 5

MACH.LABEL 1414-0021414-0021414-002RGE 10461408

141401-0901-660301-0901-66011414

1410 'RESET'140914151414

NTL 5

14101410FC207 10461300CA210

512590426120150

151432566402490

530411256257114

350340600610360

580428355270410

424441486567405

406407117115


FOR PART NUMBER 10861383 ALPHA/BETA 1414-001 10160809 960404


W2 6147

1 10855592 FLAT CABLE4 11276022 SCREW1 1414-102 PC-PROGRAM PACKAGE1 1414-931 INSTRUMENT MANUAL

50S-50S FC35 10455666 118 951128C 2.9*9.5 FE YELLOWPASS. 580 960403PSA+SPECT.ANALYS.PRG. 1414-102 1015 960402FOR 1414-001 1414-931 1020 951201

101

1414 Guardian 1414-0039 6 - 1 0 - 10

FOR PART

ITEM.NO

NUMBER

QTY

1414-003

ORDER NO

GUARDIAN

NAME

1414-003

TYPE MANUF. INF

960620

LINE

10160809-120

1 10861384 GUARDIAN1 1410-405 SAMPLE TRAY1 1410-401 RACKS, 20 ML1 1409-411 ID KIT0.500 1200-437 OPTIPHASE'HISAFE*3

1 1414-160 MONITOR STAND1 10859610 PACKAGE1 1411-302 PC-PROGRAM PACKAGE1 1224-533 PC-PROGRAM1 10860862 KEYBANK ASSEMBLY

1414-003 10160809FOR SAMPLE RACKS 1410-405PACKAGE OF 10 RACKS 1410-4011409-4112X5 L 1200-437

600 MM / 230 MM1415 10459611SPECTRUM ANALYSIS PRG.EASY SCAN 1224-5331414 10260855

10110120130140

150170180190160

Fig. 1414-34 Guardian 1086138496-10-10

FOR PART NUMBER 10861384 GUARDIAN 1414-003 10160809 960404


12345

678910

1112131415

1617181920

2122232425

11110.300

0.7001111

10.300111

51111

11111

11111

21111

12212

12211

1085765310856730108552721086109110856077

1085607810446545105555091055612610551111

1056049010561102105613481056161411310040

113100371215-1111224-5131414-93210990045

1086080410855818108553381085927810859369

1086080610856466108548841085460610853316

1085402110360749103613691036077410360773

1036075210455328104588901045533010455329

1035888410358885103588861045889310255612

P.C.ASSEMBLYDCD EXPANSION KITEXTERNAL STANDARDSTD. CAPSULEINSTALL.KIT 115V




BODY ASSEMBLYID-UNITSAMPLE CHANGERMEASURING UNITP. C. ASSEMBLY

TOP COVER ASSEMBLYP.C.ASSEMBLYP.C.ASSEMBLYP. C. ASSEMBLYP.C.ASSEMBLY

P.C.ASSEMBLYFRONT PANEL RIGHTBOX ASSEMBLYSIDE BOX RIGHTSIDE BOX LEFT



SW KEY MODULE BOARD

FOR 1410

FOR 1410PAG, BLACK, 30% GLAS



20ML VIALS 3H/14C/BACK1414 WINSPECTRALFOR 1414-002/1414-003


1414MICRO COMPUTERI/O BOARDMCAPOWER SUPPLY

MOTOR CONTROL BOARD

FE PLATE S=1.0FE PLATE S=1.0

D25FE-PLATE S=3D12FE-PLATE S=3

CAST LEADCAST LEADCAST LEADFE-PLATE S=2FE-PLATE S=l

RJG 10457652DCD 103564651025527310361101 1400-SERIES

1215,1470FC33,FC2071410(LR52500) BRADY


FCC-A-C81215-1111224-5131414-93210990045

10160805103558591025533910354850RFA10359368,10355373

10260807DCD 10356465DIC 10354883DIE 10354603DPA 10353503

HPS 103540221414141414141414

1414NTL51415NTL5,1470NTL5

1415141514151415NTL5

110121122123124

125408412414416

420422428433586

5871000101010201030

1011152535

4555657585

95146130135145

147175205195185

210230240250265

102

2627282930

3233343536

3738394041

4243444546

4748495051

5253545556

5759606162

6364656667

6869707172

737 47 57677

7 879808182

83101102103104

105106108109110

111115116117118

119122123124126

41111

11111

11112

15101

184

42864

102261

103288

12111

12112

1111

141222

222

121112

61222

1045561610355617103556181045563210355742

1036074411710021104607431055567210494512

1054812210355677103556861045572310455797

1125000811250010112500191125101811251045

1125107711252008112520191127101611271034

1127401311274016112740341127414511274095

1127413911250018104551311127103611278003

1045589711271095105560701055609510556071

1045618211274003104563821055660710457299

1045730011276015108607101045889810458899

1045889110458887108589141035888910358888

1044832311250039112740041127600511274010

1131004711290015108583041176004010358901

1127800210860713104607621046076111250006

1127400210460964112710531127415610561340











BRACKETLEAD SHIELDGUARDLEADLEAD

LEAD SHIELDWASHERSCREWSCREWSCREW

NUTBODP.C.ASSEMBLYPHOTOMULTIPLIERLIGHT SEAL

NUTDUMMY PLUGPLATE RIGHTPLATE LEFTWASHER

SCREWSHELTERSCREWSCREWLABEL

MS D=2 0SOLUPOLYETHENAL-PLATE S=2FE-PLATE S=2AL-PLATE S=2

3,5"2-P 80U/P500/250KBAL SQUARE BAR 8.2x8.2AL 9 9.5 S=lAL-PLATE S=0,5

0 , 5MMAL-PLATE S=2FE-PLATE S=lPOM-ROD D=40MU S=0,l

4.3/9*0.8 FE YELLOWPASS5.3/10*1 FE YELLOWPASS.6.4/18*1.6 FE,ZINKED3*20 ST13*1


M 5*12 FE YELLOWPASS.M 5*2 0 FE YELLOWPASS.M 6*3 0 FE YELLOWPASS.M6*12 FE YELLOWPASS.M6*2 5 YELLOWPASS.

M4*8 FE BLACKPASS.

NTL5NTL5NTL 5NTL 5NTL5

1414FD1137H1414NTL5

NTL5NTL 5NTL 5NTL5

KDS 0*3TAP/D/BS 33

5.3/15*1.6 FE YELLOWPASS ..AL-PLATE S=3M 4*10 FE YELLOWPASS.M4 FE YELLOWPASS.


FE-PLATE T=lM 3*10 FE YELLOWPASS.SOLUPOLYETHEN . S = 2 0WHITE-SELF-ADHESIVE-LFE-PLATE T=l

FE-PLATE T=lC 2.9*6.5 FE YELLOWPASS

FE S = lFE S = l

FE-PLATE S=lLEAD CAST1415CAST LEADCAST LEAD

LEAD4.3/12*1 FE, ZINKEDM 4*6 FE YELLOWPASS.C 4.2*9.5 FE YELLOWPASS.M 4*25 FE YELLOWPASS.

M4 1,7-2,7D4,8*4,4GUARD PREAMPLIFIERD19MM 10DYN 12PINSILICONE D21*15 BLACK

M3 FE YELLOWPASS.1414FE PLATE S=2.0FE PLATE S=2.03.2/7*0.5 FE YELLOWPASS.

M 3*6 FE YELLOWPASS.POM-PLATE S=8, BLACKM4*8 FE YELLOWPASS.M6*16 ST YELLOWPASS.ST.POLYESTER 11570076

NTL5

NTL 5


LSC-5

NTL-5NOTE !LSC

LSC

102556791409/11/151409/11/15

14151415141514151415

1282,1480

2.54.32914.08.040SAC 10358303R1166-101415

1414 1046071214141414

NTL 5

MACH.LABEL 1414-003

2752852953 053 06

148425149415423

421375385395403

430431435445455

465475485495505

515525535545555

565434326510585

327511417418419

404514409413328

329576119400401

25425350

251252

255440513570512

59042651

427330

580120150151432

566402490530411

103

141142143144145

14614714910260807-4310260807-23

10260807-3710260807-4210260807-4110260807-4810355819-17

10355819-4310355819-44W24W32

12122.300

26111

14221

1111

1086141010461276104614141124017311240162

1046148011276022104616131035887910361031

1157006111250039112740061127602610355762

10457903103579021086134610861411

P.C.ASSEMBLYHOLDERSUPPORT 1RF GASKETRF GASKET

PLATESCREWHOLDERSHIELD ASSEMBLYCOVER PLATE 3

LABELWASHERSCREWSCREWID-SHIELD


CONNECTION BOARDFE-PLATE S=l NICKELIZEDFE PLATE S=1.06,35x6,3 5 MONEL, GLUE3,2X4,8 MONEL

C 2.9*9.5 FE YELLOWPASSFE-PLATE T=lFE-PLATE/LEAD CASTPOLYCARB.0.375

WALLAC 52X22,16STICKER4.3/12*1 FE, ZINKEDM 4*10 FE YELLOWPASS.C 3.9*9.5 FEFE-PLATE S=l

ST-PLATE T=l,5RST. T=0,840S-40S

RGE 10461408

141401-0901-660301-0901-6601

1414

140914151414

NTL 5

14101410FC207 10461300CA210

114350340600610

360577355270410

424441486567405

406407117115


FOR PART NUMBER 10861384 GUARDIAN 1414-003 10160809 960404


W2 6147

1411

10855592112760221414-1021414-931

FLAT CABLESCREWPC-PROGRAMINSTRUMENT

PACKAGEMANUAL

50S-50S FC35 10455666 118 951128C 2.9*9.5 FE YELLOWPASS. 577 960403PSA+SPECT.ANALYS.PRG. 1414-102 1015 960402FOR 1414-001 1414-931 1020 951201

104

Fig. 1414 -34 LSC Assembly 10160809

105

106

KOFU. NO.

59-A

13-B14-C16-D20-E22-F27-G31-H531

PVM

941116AKO950104 AKO950405 AKO950502 AKO950626 AKO950829 AKO951002 AKO951010AKO951030 AKO960402 AKO

1414-001 WINSPECTRAL108606781414-002 ALFABETA108613831414-003 GUARDIAN108613841414-103 GUARD OPTION1414-1031414-104 GUARD OPTION1414-1041414-111 GERMANY OPTION1414-1111414-112 GERMANY OPTION1414-112PIIRT. 941007 AKOTARK. 941007 VSHYV. 941010 KLOU

Fig. 1414 -35 Body Assembly 1086080496- 10- 10

FOR PART NUMBER 10860804 BODY ASSEMBLY 1414 10160805 960509


12345

678910

1112131415

1617181920

2122232425

2627282930

3132333435

3637383940

4142434445

4647484950

5154565758

596061TRWll-19

W2 0, W21,W23W27W30

W2

127811

11111

14421

11442

44141422

204842

21944

84111

14443

11111

124444

21112

24111

3111

1131003711310038113100401055560110555430

1025491810160788103549211035492210354923

1035492410454925104549281035493110454932

1035493510354940104549411127502410454943

1046078511250010112500181125201211252002

1126001011274004112740121127401311274016

1127403111274136.112780111127802610455004

1125000411274076108549871085550610355320

1035511311251018112500151127412611271016

1085511510855188108551871169004511690040

1127401511250001112710251127800210455327

1045593811274030114800471148004811480052

1148004911480050104620591165005310858057

10855441108532501086134710856412

CLAMPCLAMPCLAMPLABEL SETLABEL SET

BODYBOTTOM PLATE ASS.COVER PLATE RIGHTCOVER PLATE LEFTBOX

LIDGUIDE ASSEMBLYTUBE ASSEMBLYSUPPORTBOX ASSEMBLY

SUPPORT RIGHTSUPPORT LEFTADJUSTER NUTSCREWBRACKET ASSEMBLY

LEGWASHERWASHERRIVETRIVET

RIVETED NUTSCREWSCREWSCREWSCREW

SCREWSCREWNUTNUTBUSHING

WASHERSCREWINSULATION SETP.C.ASSEMBLYSUPPORT

LEADPINWASHERSCREWSCREW

POWER UNITPOWER-RACKVME-RACKFANFINGER GUARD

SCREWWASHERSCREWNUTBUSHING

BRACKETSCREWFERRITE CLAMPFERRITE CLAMPFERRITE CLAMP

FERRITE CLAMPCLAMPINSULATORTRANSFORMER1410 FRAME WIREING

FLAT CABLEFLATCABLEWIRING ASSWIRING ASS

AL-PLATE S=2,5AL-PLATE S=2,5AL-PLATE S=l,5

FE-PLATE S=l,5

6K14M8*60 RST.

BRASS ROUND SECTION5.3/10*1 FE YELLOWPASS

FCC-A-C8ACC3 8-AACC62-AFC31CA24

NTL51414NTL5NTL5NTL5

NTL5NTL5,1470, 1460NTL5,1470, 1460NTL5NTL5

NTL5NTL5NTL5,147 0

NTL5

1414

5.3/15*1.6 FE YELLOWPASS.3.2*7.4 MONELL3.2*8.9 MONELL

M 5 2.0-3.0 MSM 4*6 FE YELLOWPASS.M 5*10 FE YELLOWPASS.M 5*12 FE YELLOWPASS.M 5*2 0 FE YELLOWPASS.

M 5*12 FE YELLOWPASS.M8*40 YELLOWPASS.M 8 FE YELLOWPASS.M5 NYLOCPOM BLACK D=16

A6,4 ZNM6*16 FE YELLOWPASS.11 CODES = 13 PARTSIONIZER

LEAD 99.9%3*20 ST

TLP/D/BS 429TLP/D/BS435

338592RIV-TI

NTL5

NTL5RRINTL5

NTL-5

8.4/17*1.6 FE YELLOWPASS.M8*3 5 FE YELLOWPASS.M 3*4 FE YELLOWPASS.

24VDC 5W 2800RPM105X105MM

M 5*16 FE YELLOWPASS.A3, 2M 3*16 FE YELLOWPASS.M3 FE YELLOWPASS.POM-ROD D3 0 BLACK

FE-PLATE S=lM 4*8 FE YELLOWPASS.D 6, 6 MMD 13 MM40-WIRE FLAT CABLE

2 6-WIRE FLAT CABLEFOR 2 6-W.FLAT C. CLAPMTEFLON PLATE T=l27V/4,5KV 0,45VACA 23-30, SYT.

26S-2*26S40S-2X34S

10255116

43149.601-43

NTL5

NTL-5

28B2025-OAO28B2024-OAO28B2001-000

28B2022-000M-CLIP

FC3110453252CA2 08CA51

330340350380390

2930405060

7 08090

100110

12013 0140150160

170180190200210

220230240250260

270280290300165

1752852821171

172211181281229

222324360370

251176228289166

161286410420400

40543017331035

19201526

107


FOR PART

ITEM.NO

NUMBER

QTY

10860804

ORDER NO

BODY ASSEMBLY

NAME

1414

TYPE

10160805

MANUF. INF

960509

LINE DATE

Wll-19,5955

W27 11 11 1

10861450 1414 FRAME WIREING11252007 RIVET11240174 RF GASKET SPRING

3.2*6.1 MONELLBeCu 2 8MM*6MM

35 960126TLP/D/BS424 195 95112897-438-02 320 951128

108

Fig. 1414 -35 Body Assembly 10160805

109

i-ig. i

FOR PART

ITEM.NO

12346

7891011

1213141516

1718192021

2224252627

2829303132

3334353638

394044454647

1414-;

NUMBER

QTY

11112

21122

22111

16211

112

121

212

164

41216

241144

5b lop

10860806

ORDER NO

1139102610360767103607631026075410455474

1025547510355476103554771045500010455478

1045547910455480102554811025455310355488

1035548910455490104554911045549210460827

1036074210861714112500081125001011251015

1127400511274012112740881127413311274134

1127800210455763112760151045609411250041

112900131045618110459978104599791127403111250006

> uover ASS

TOP COVER ASS.

NAME

GAS SPRINGPLATE RIGHT A S S .PLATE LEFT A S S .SUPPORT PLATE ASS .PLATE

SUPPORTHINGE BODY RIGHTHINGE BODY LEFTSPRINGGUIDE

PINBRACKETTOP COVERCOVERHINGE RIGHT

HINGE LEFTNUTP I NSUPPORTPLATE

HANDLEINSULATION SETWASHERWASHERP I N


NUTCOVER ASSEMBLYSCREWEDGE STRIPWASHER

FOOTWASHEREXTENSION ARMMOUNTING PINSCREWWASHER

temoiy

1414

TYPE

FE S = 3

AL 10X25FE-PLATE S = l , 5FE-PLATE S = l , 5D2D6H8

POM BLACK D=12

S = 5FE-PLATE S = l , 5

FE-PLrw a = l , 5MS D18d 2 , 5AL 8,2X8,2POM BLACK (10455493)

FE PLATE S=1.07 CODES = 9 PARTS4 . 3 / 9 * 0 . 8 FE YELLOWPASS5 . 3 / 1 0 * 1 FE YELLOWPASS.2*10 ST

M 4*8 FE YELLOWPASS.M 5*10 FE YELLOWPASS.M3*20 FE YELLOWPASS.M4*6 FE BLACKPASS.M5*10 FE BLACKPASS.

M3 FE YELLOWPASS.

C 2 . 9 * 6 . 5 FE YELLOWPASSFE-PLATE T=l4 . 3 / 9 * 0 . 8 FE BLACK

D12*3 RUBBERFE-PLATE T=2MS D=8MS-ROD D10M 5*12 FE YELLOWPASS.3 . 2 / 7 * 0 . 5 FE YELLOWPASS

10260807

MANUF. INF

108608069 6 - 1 0 - 1 0

960321

LINE

16-1-168-135-60 245141414141414NTL-5

NTL-5NTL-5NTL-5NTL-5NTL-5

NTL-5NTL-5NTL-5NTL-5NTL-5

NTL-5NTL-5NTL-5NTL-51414

14141400

NTL5

NTL-5

3M SJ 5012LSC-514091409

30405070

8090

100110120

1301401 5 0160170

180190200210220

23020

250260270

280290300310320

330231340241360

370242

1015

295365


FOR

ITEM

PART

.NO

NUMBER

QTY

10860806

ORDER NO

TOP COVER ASS.

NAME

1414

TYPE

10260807

MANUF. INF

960321

LINE DATE

246

10855453 INSULATION SET10460760 PLATE

7FE

CODESPLATE

= 9S=3

PARTS. 0

NTL-51414

2070

960307960320

110

KORJ. NO6

25-A27-B28-C32-D38-E52-F55-G

PVM941216AKO950922 AKO951010 AKO951020 AKO951026 AKO951121 AKO960402 AKO960508 AKO

10160805-G10860804

PIIRT. 940919 AKOTARK. 940919 VSHYV. 941010 KLOU

Fig. 1414 -36 Top Cover Assembly 10260807

KORJ. NO

29-A

PVM

951025 AKO

10260807-A10860806

PIIRT. 940921 AKOTARK. 940921 VSHYV. S9/O/Q KLOc/

111

Fig. 1414 -37 Keybank Assembly 1086086296-10- 10

FOR PART NUMBER

ITEM.NO

123

45678

91010160809-12110160809-42

PART HISTORY

QTY

11111

12221

210

88

FOR PART NUMBER

ITEM.NO QTY

10860862

ORDER NO

1156002910961123101607961026079010360786

1036078710460794104607951131005711450008

11290033112710931127400411250008

10860862

ORDER NO

KEYBANK ASS.

NAME

MOUSE MAT1414 KEYBANK ASS.KEYBOARD BOX ASS.COVER ASSEMBLYFASTENING PLATE 1

FASTENING PLATE 2LATHFASTENING LATHSLIDEINLET INSULATOR

FOOTSCREWSCREWWASHER

KEYBANK ASS.

NAME

1414

TYPE

194*244

FE PLATE S = 1 . 5

FE PLATE S = 1 . 5FE PLATE S = 3 . 0FE PLATE S = 3 . 0FOR BOX, WHITE27*21*14.5*8*1

D12*3 GREYM4*6 FE YELLOWPASS.M 4*6 FE YELLOWPASS.4 . 3 / 9 * 0 . 8 FE YELLOWPASS.

1414

TYPE

10260855

MANUF. INF

141414141414

141414141414BS 220M 45070-30017

3M SJ 5012

FROM: 95-01-10

10260855

MANUF. INF

960205

LINE

120130

102030

4050607080

90100110115

TO: 96-10-10

960205

LINE

11310057 SLIDE FOR BOX, WHITE BS 220M 450 70 950907

112

Fig. 1414 -37 Keybank Assembly 10260855PV

MK

QR

J.

NO

.

941103

AK

O950103

AK

D

<U3

113

8 Index

8 Index

IndexI

Va0

See Sample quality

AAccuracy enhancement 1-9ACSS+ 1-4Activity 3-1

Error 3-1Alpha/beta separation 1-10Automatic continuous spectrum stabilization

See ACSS+

BBackground

Calculation 3-4Correction 1-7Counting time 1-8Reduction 1-10Sample positions 1-8

Backup 5-4Barcode

See Poslden ID readerBench top model 1-6Bi-directional conveyor 1-2

cCables 6-5

Printer to PC 5-4Types 5-3

Calculation methods 3-1Chemiluminescence

Calculation 3-4ChemiStrip 1-12Problem of chemiluminescence 1-12Random coincidences 1-12Single photon event 1-12Solution to chemiluminescence 1-12

ChemiStrip 1-12Chi-square for repeat/replicates 3-5Cleaning 6-5Coincidence resolution time 6-1Colour index 3-3

Error 3-3Colour quench index 3-2Connections 6-1Count rate 3-1

Error 3-1

CounterweightSee Elevator

Counting efficiency 3-3Counting time

See BackgroundCPM

Counting 1-7Monitor 1-7

DDead time correction 6-2Decay

See Radioactive decayDetector stabilization

ACSS+ 1-4Digital Overlay Technique

See DOT DPMDimensions 6-1Disk drives

Internal 1-6Program disk drive 1-6

DOT DPM 1-8

EEfficiency 6-2Electronics 1-6Elevator 1-4Endpoint of spectrum

See External standardEnhancement - accuracy 1-9Error in

Activity 3-1Colour index 3-3Count rate 3-1Spectrum quench index 3-4Total quench index 3-3

Eu-152See External standard

EuropiumSee External standard

External standard 1-5

FFine tuning

Lock 1-14FIP

See Fractile Integral PresenFloor Stand 1-6Plnnr stanHina mnHpi 1 -f\

Fractile Integral presentation 3-2

8-1

8 Index

Frequency distributionSee Statistical analysis

GGuard detector

HHalf-life

Correction 1-12Half-life correction 3-4Hardware 6-2Humidity 6-1

IID clip

See Poslden ID readerID labels

See Poslden ID readerInitial time

See Radioactive decayInstallation instructions 5-1Ionizer 1-4

See Static electricity

Lead shielding installation 5-1Locking fine tuning 1-14

MMapping - response 6-5MCA - dual programmable 1-6MCA calibration

See Response mappingMicroprocessor 6-2Monitor

See CPM monitorSee Sample count rate variationSee Sample quality

PPAC 1-11PC

Connection to counter 5-3Plastic vial effect 1-9Port serial parameters 5-5Poslden ID reader 1-3, 6-1Printer 5-3PSA 1-10Pulse amplitude comparator 1-11Pulse shape analysis 1-10

QQuality

See Sample qualityQuench index 3-2

RRacks 6-1

Sizes 1-3Radioactive decay

Half-life correction 1-12Problem of decay 1-12

RAM 6-2RATIO 1-11Reference samples

Positions 1-8Reference spectra 3-2Repeat counting statistics 3-4Replicate counting statistics 3-4Response mapping 6-5ROM 6-2Routine maintenance 6-5

sSafety 6-3Sample count rate variation

Problem of 1-13Sample quality

See MonitorSerial port parameters 5-5Shielding 6-1

Multi-section passive shielding 1-5Shielding installation 5-1Specifications 6-1Spectrum

Library use in DPM counting 1-8Spectrum analysis program 1-14Spectrum quench index 3-3

Error 3-4Spectrum stripping

See Background correctionSQP(E)

See Total quench indexSQP(I)

See Spectrum quench indexSQP(I) DOT 1-9Stability 6-2Static electricity 1-4

Ionizer 1-13Problem of static 1-13

Statistical analysisHow to do it 1-14

8-2

8 Index

Statistics monitorSee Sample count rate variation

Surface function 3-3

TTemperature

Control 1-5, 6-1Environmental 6-1

Total quench index 3-3Error 3-3

Trend plotsSee Statistical analysis

VVolume dependence

See DPM counting

8-2

Documents

Warning - Département de biochimie et médecine moléculaire€¦ · 4 Quality control information Warning regarding installation and warranty QC contents 5 Installation information