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tion s: 0111

01115009

h

cro

agneti

Ma5/7XX ser

9A

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anuaries refer to

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al o table 7 fo

Senso

or details.

r

2 of 37

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age intentiionally blan

nk

01115

5009A _7

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of 37

WARNINGS,his publicatihere approp

WARNINGS:

AUTIONS:

OTES:

s the final ce equipme

ccordance pplication. he sensor sxpressly pepplication.

or safety reecontaminaccompaniedny examinatpply apprope original p

he informatihis documeghts are reanslated to td.

, CAUTIONion includespriate, infor

Hazards t

Hazards t

Alerts the

conditions ont designerwith any

should not bermitted with

easons any ation Clearad by this cetion of the p

priate anti-sacking mat

ion in this dent containseserved. Nanother lan

S AND NOs WARNINGmation rela

that may res

hat will resu

user to per

WAf use are our or manufa

regional

be relied uphin the regi

sensor retance Certifiertificate, Seproduct. static handlierial to prev

document iss proprietar

No part of nguage with

OTES: GS, CAUTIOating to the f

sult in perso

ult in equipm

rtinent facts

ARNING - (utside Servacturer to estandards

pon as a sinional stand

NOTE:urned to Seicate contaervomex re

ng proceduvent damag

NOTE:s subject to ry informatio

this documhout the pr

ONS and Nfollowing:

onal injury o

ment or pro

and condit

(USE): omex's con

ensure that or regula

ngle sourceards or reg

ervomex mined in thisserves the

ures. Sensoge in transit.

change withon which isment may ior written c

OTES whic

or death (co

perty dama

ions.

ntrol, it is thethe senso

ations gove

e of safety mgulations go

ust be accos manual. Uright to refu

or returns m.

hout notice.s protected

be copiedconsent of S

01115

ch provide,

oloured red)

age.

e responsibr is integraerning the

monitoring uoverning the

ompanied bUnless the fuse to unde

must be pac

. by copyrig

d, reproducServomex G

5009A _7

).

bility of ated in

final

unless e final

by the cell is ertake

ked in

ht. All ced or Group

4

Seto Nounpeof … Ple De It ihapoun Ple__ De It icoshup Eq__ Se Sig Pr Po Da Fo

of 37

C

ervomex ensupackaging, so

o item returnenless accomperson. This isf the employe

………………

ease tick one

econtaminati

is hereby certiave taken reasotential toxic, cnpacked, exam

ease give deta____________

econtaminati

is hereby certiorrosive, irritanhould be safe fpon the equipm

quipment ________________

erial no _____ gnature _____

rint name ____

osition ______

ate _________

orm: 5000/2 issu

Control of Sub

re that all prodo that no haza

ed to Servompanied by a cs a requiremeees of Servom

………………

of the followin

on Statemen

ified that a suisonable actioncorrosive, irritamined and wor

ail of decontam____________

on Clearance

ified that the ent, flammable, for Servomex ment describe

________________________

____________ ____________

____________

____________

___________

ue2

Health abstances Haza

Ion

ducts despatcards from the u

mex or its repcopy of the foent to complymex and its re

………………

ng sections as

t.

itable and suffn to ensure thaant, flammablerked upon by S

mination proce____________

e Certificate.

equipment desradioactive oremployees ad below.

_ ______ _ _____

___ ____ __ _____

_______

___ ____

________

UK Legisla

and Safety at ardous to Heanising Regulat

Important N

ched to customuse of factory

resentatives,ollowing formy with the aboepresentative

…………………

s applicable to

ficient decontaat the returnede, radioactive Servomex em

ess used:-_______________

scribed below r biological ha

and its represe

Reason for r __________ __________ __________ __________ __________ Company ___ ___________

Company se

ation

Work Act 197alth Regulationtions 1999

Notice

mers have beecalibration ga

, for any reas fully comple

ove listed leges.

…………………

o your equipme

amination procd equipment dor biological h

mployees and i

________________________

has never beazards, therefoentatives to ha

return _________________

_____ ___________________________ ______________

_______________________

eal or stamp:-

74 ns 2002 (as am

en suitably purases or liquids

on whatsoeveted and signislation and t

…………

ent.

cess has beenescribed belo

hazards and ists representat

________________________

en exposed toore it is reasonandle, unpack,

_ _________________ _________ _________ __________ __

_ _______ _

__ _ ____ ______ ___ __

01115

mended)

rged and cleawill be presen

ver, will be acned by a respto ensure the

n carried out aow will be free s safe to be hatives.

_ ____ ______

o any potentianably expected, examine and

______ ______ ______ ______ ______ ______

______ ______

5009A _7

ned prior nt.

ccepted onsible

e safety

and we of

andled,

al toxic, d that it

d work

5 of 37

1:  INT

2:  SER

3:  PR3.1  P3.2  3.3  3.4  

4:  SEN4.1  S4.2  E4.3  A4.4  L4.5  H4.6  H4.7  O4.8  C4.9  P4.10 

5:  OP5.1  C5.2  S5.3  Z5.4  L

6:  VA6.1  S6.2  S6.3  S6.4  P6.5  P6.6  M6.7  D6.8  R

7:  APAPPENAPPENAPPENAPPENAPPEN

TRODUCTIO

RVOMEX PA

RODUCT SPE

PERFORMANCEMECHANICEXTERNAL ENVIRONM

NSOR INTEG

SENSOR MOUNELECTRICAL AANALOGUE OULOCATION OF HOW TO MINIMHOW TO HANDORIENTATION CONDITIONINGPRESSURE EFF

USE OF SEN

PERATION A

CALIBRATION SINGLE POINTZERO DRIFT OLED SENSOR S

ARIANTS, SP

SENSOR VARIASPARES ..........SPECIAL PACKPRODUCT FAILPRODUCT FAILMAINTENANCEDECONTAMINAROHS AND W

PENDICES .

NDIX 7.1  OUNDIX 7.2  OUNDIX 7.3  PRNDIX 7.4   MNDIX 7.5  SA

ON .................

ARAMAGNE

ECIFICATIO

E SPECIFICATICAL SPECIFICA

POWER SUPPLMENTAL SPECIF

GRATION ...

NTING ............ARRANGEMENTUTPUT ............SENSOR .........MISE EXPOSURDLE THE SENSOOF SENSOR ...

G OF THE SAMPFECTS: ............NSOR WITH FLA

AND CALIBR

– INITIAL CONT OFFSET CORROFFSET CORRESTATUS ..........

PARES, PACK

ANTS OPTIONS......................

KAGING ..........LURE DURING LURE OUT OF WE AND SERVICATION ............

WEEE DIRECTIV

......................

UTLINE DIMENUTLINE DIMENROCEDURE FOR

MECHANICAL VAMPLE GAS CR

.......................

ETIC MEASU

ON ..................

ION (UNDER COTION ..............LY SPECIFICATFICATION ........

.......................

.......................T ..................................................................RE OF PNEUMAOR .........................................PLE .......................................AMMABLE / TO

RATION .......

NDITIONS .......RECTION (SPO

ECTION IN THE .......................

KAGING AN

S – AS SHIPPED..............................................WARRANTY ...WARRANTY ...

CING .......................................VES ................

.......................

NSIONS, MOLENSIONS, MOLER FIXING OF TH

VIBRATION ANDROSS SENSITIV

......................

UREMENT P

......................

ONSTANT COND......................TION .....................................

......................

......................

......................

......................

......................ATIC SYSTEM T........................................................................................OXIC SAMPLE

......................

......................OC) .................

HOST EQUIPM......................

ND WARRAN

D FROM SERVO..........................................................................................................................................................

......................

EX CONNECTOREX CONNECTORHE ADAPTOR PLD SHOCK RESI

VITY GUIDE ....

......................

PRINCIPLE .

......................

DITIONS) ..........................................................................

......................

......................

......................

......................

......................TO CONTAMIN........................................................................................GASES: ..........

......................

......................

......................MENT ...............

......................

NTY ..............

OMEX .......................................................................................................................................................................

......................

R, 4W 0.1" KKR 4W SMT LOLATE..............ISTANCE ...............................

01

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................NANTS ................................................................................................................................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

.......................

K FRICTION LOOW PROFILE .........................................................................

1115009A _

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

......................

OCK STRAIGHT........................................................................................

_7

...... 6 

...... 7 

...... 9 

...... 9 

.... 10 

.... 11 

.... 11 

.... 13 

.... 13 

.... 16 

.... 18 

.... 18 

.... 19 

.... 19 

.... 19 

.... 19 

.... 20 

.... 21 

.... 22 

.... 22 

.... 22 

.... 27 

.... 27 

.... 28 

.... 28 

.... 29 

.... 29 

.... 29 

.... 29 

.... 29 

.... 30 

.... 30 

.... 31 T ... 31 .... 32 .... 33 .... 34 .... 35 

6 of 37

1: I The Paparamatechnolsensors The seinterfacwhich hperform Servomperformmeasurgases. linear ano requ

Introduc

aracube® Magnetic senlogical advs of much

nsor offersces incorpohas been dmance are

mex’s non-dmance overrement to oThe senso

and only reuirement fo

This Para

A full variants,Digital va

ction

Micro reprensing technvances allogreater siz

s the OEM orating Serdesigned inmajor cons

depleting pr time with oxygen meor providesquires a si

or a referen

acube manth

listing of a can be foariants can

esents the nology. Thewing a per

ze and cost

true flexibirvomex’s wnto many Osiderations

paramagneadded cos

eans there s a stable ongle refere

nce gas du

Nonual detaihe Analogall Paracu

ound in sen be order

latest genee sensor tarformance t.

ility in bothworld renowOEM produs.

etic technolst-of-owneris no interf

oxygen meaence gas toring opera

ote - No. 1ls the ope

gue varianube Microsction 6.1. red under

eration of Sakes advanonly previo

mechanicwned paramcts where

logy ensurership benefference froasuremento perform ation.

eration andts only.

s, includinThe manupart numb

01

Servomex’sntage of recously availa

cal and commagnetic tereliability, l

es consistefits. The se

om other ret, which is a full calibr

d installati

ng the Digiual detailinber 01115

1115009A _

s cent able from

mmunicatioechnology long life an

ent electivity ofespiratory inherently ration. Ther

ion of

ital ng the 001A.

_7

on

nd

f the

re is

7 of 37

2: S The sewhich d The senoble mAssemsurrounfurther torque surroun Fig.1 The meassembassembassembcoil woThis fee When oassembThe feeof the sthe samcurrent

Magn

Servom

nsor utilisedistinguishe

nsor incorpmetal taut-bbly” is suspnding gas caway fromacting on t

nding gase

easuring sybly, as meably that recbly. The ouund aroundedback ach

oxygen is ibly is balanedback cursample gasmple. A volt.

netic Field

mex Para

es the paraes oxygen

porates twoband suspepended in contains pa

m the strongthe suspenes.

ystem is "nasured in nceives lighutput from td the susphieves two

ntroduced nced by a rrrent is dires and henctage outpu

amagne

amagnetic sfrom most

o nitrogen-ension. Tha symmetraramagnetgest part ofnsion is pro

null-balancenitrogen, isht reflected the photo-sension ass

o objectives

to the cell,restoring toectly propoce, after caut is derived

etic Mea

susceptibilt other com

-filled glassis assemblrical non-untic oxygen, f the magn

oportional t

ed". The 'zs sensed by

from a mirsensor is psembly to as:

, the torqueorque due trtional to thlibration, tod which is

PM

N2 fSph

asureme

ity of oxygemmon gase

s spheres mly, termed niform magthe glass

netic field. To the oxyg

ero' positioy a differenrror attacheprocessed aachieve a “

e acting upto the feedhe volume o the partiaproportion

Permanent Magnet

filled heres

01

ent Prin

en, a physes.

mounted othe “Suspe

gnetic fieldspheres arThe strengen content

on of the suntial photo-ed to the sand then fe“Null Balan

pon the susdback curre

magnetic sal pressureal to the fe

1115009A _

ciple

ical proper

n a strong,ension . When there pushed th of the t of the

uspension -sensor uspension ed back to ced” positi

spension ent in the csusceptibil

e of oxygeneedback

Taut Ban

_7

rty

,

e

a ion.

coil. ity

n in

nd

8 of 37

Fig.2 In additdampin

R

tion, the elng oscillatio

Rotation

ectromagnons) thus m

netic feedbamaking it re

Co

ack stabilisesilient to s

Mirror

Current

onductive wire

ses the susshock and v

t measurement

01

spension (hvibration.

Light s

Ph

Am

1115009A _

heavily

source

hotodiodes

mplifier

_7

9 of 37

3: P3.1 PThis spvalues Unless standaraccorda Operat0 to 10 Intrins

10 of 3

Pressu±33kPa±66kPa±100kP Tilt

11 of 3

MateriaStainlesBorosilPolyphePolysulPlatinuNickel FluorocKrytox PTFE fPolypro

3.3 E +5V dcRipple CurrentA chanoxygen

3.4 E SampleDry, noparticultemper PressuThe oxyunless Operat5°C to Storag-30°C t Storag10kPa

7

als in Conss steel gricate glassenylene sulphone (UDm iridium a

carbon elasGPL205 gfilter opylene

External P

c ±5%, a suand noise t consumpge of ±0.25

n concentra

Environm

e Gas Conon-corrosivlates, non-rature.

ure Effect ygen outpupressure c

ting Temp50°C (41°F

ge Temperato +70°C (-

ge Pressur– 200kPa

ntact with Sades 316,

s & alkali boulphide (PPDEL) alloy

stomer -FPrease

Power Sup

upply supe

12 of 3

Therma15 minusensor Ambie0 to 95 Altitud-500m Shock Meets tBS EN require Soft mA chanbrough InterfeThe paconcen Interfer A compappend

7

al Time Coutes. Timehas been

nt Humidi% RH.

de Range (to +5000m

and Vibrathe require600-2-27:ments are

agnetic mge in the ret within 10

rence Efferamagnetic

ntration is s

ring Gas N2OCO2H2OMetCO HeliNO NO2

prehensivedix 7.5 or in

onstant required fsubjected

ty

operatingm (-1540ft to

ation ements of B1993 (IEC given in A

material eading of <mm of the

ects c effect of shown belo

O 2

O thane

ium

2

e list detailinn Servome

for the O2 sto a 20°C s

) o +15400ft

BS EN 60068-2-27) a

Appendix 7.

13 of 3

4: S

4.1 S The sean elecelectric

Fig. 3

Methoda trianginsert Nshould with the

7

Sensor

Sensor Mo

nsor may bctrically noncally condu

d 1 - Securgular arranNos. 2 and be chosen

e inserts.

4

1

is

Integra

ounting

be mounten-conductivctive surfa

re the sensgement us4. The ins

n on the ba

It is recommounted tHowever,

conductivesolated from

spares pa

ation

d using Meve surface ce, describ

sor with thesing insert Nert numbe

asis that 3m

3

2

CAUmmended thto an elect where ins

e surface, tm the host art number

ethod 1 or and Metho

bed below

e M2 insertNos. 1, 3 ars are labe

mm +/-0.5m

3

UTION - Nhat the sentrically nontallation dicthe sensor by means

r 01115933

Method 2od 3 if it is :-

ts mouldedand 4 or a lelled in fig. m of thread

o. 1 nsor be me-conductivctates mouMUST be of the “Ada

3, see Appe

01

, if it is beinbeing mou

d into the sinear arran3 above. F engageme

echanically e surface. unting to a electricallyaptor Plateendix 7.3.

1115009A _

ng mounteunted to an

sensor bodyngement usFixing screwent is mad

y e”,

_7

ed to n

y in sing ws e

14 of 3

To ensthat a r Methodof senshexagoshallowTo ens

Fig. 4

MethodMUST spares shipped

4 OFM2 H

7

ure no damreliable gas

d 2 - Secursor mouldinon socket cw approachure that a r

d 3 - If the be electricpart numb

d in the sam

F CLEARANCEX. SOC. CA

To et

Wheis im

mage occus tight seal

re the sensng, again scap screwsh that must reliable ga

sensor is bcally isolateber 011159me packing

CE HOLES FOAP HD. SCREW

nsure a gatightened

n using mmportant to

for

rs to the seis produce

sor using thhown in Fi

s in conjuncbe made b

s tight sea

being moued from the933. This kig as the se

OR WS.

CAUTas tight seto a torqu

CAUTmethod 1 too note thatr the fixing

ensor or toed, observe

he four cleg. 4. This mction with aby the fixinl is produc

nted to an e host by mit must be oensor if req

TION – Noeal the fixiue value of

TION - No.o install tht the maxig screws i

o the host ee caution 2

arance holmethod reca “Ball endeng tool. ed, observ

electricallymeans of th

ordered sequired.

. 3 ng screwsf 0.30 to 0.

. 2 he Paracubmum inseis 3.5mm.

01

equipment 2 and 3.

les locatedcommendsed” Allen k

ve caution N

y conductive “Adaptor

eparately, b

s should b.35 Nm.

be® Micro ertion dept

1115009A _

and to ens

d at the cors using M2 key due to t

No. 3.

ve surface r Plate Kit”,but will be

be

it th

_7

sure

rner

the

it ,

15 of 3

The adscrewsvalue oin positAdapto Once thwith thedescribabove.

Fig 4A All threequipmmountinRefer to In ordeseal suflat and BS4518for signdiscardsupplie

M2

7

aptor plate. These sc

of between tion before or Plate, ref

he adaptore kit into thbed in Meth

e methodsment. The ong requiremo Appendix

r to achievupplied withd meet the

8. If the sens of degraded and reped.

x 8mm sc

e is fixed tocrews are to

0.30 and 0fixing the A

fer to Appe

r plate is prhe “O” ring hod 1 using

s provide a options are ments. x 7.1 and 7

ve a reliableh the sensosurface ro

nsor is remadation or cplaced with

rews

o the sensoo be tighte0.35Nm. EAdaptor pl

endix 7.3.

roperly fixegroove ideg the equiv

reliable mdesigned

7.2 for posi

e seal, bothor (BS4518ughness v

moved fromcompressioh a new Vit

Origi

or via 4 off ened in a dinsure the sate, see Fi

ed to the seentified in Fvalent of fix

Fig 4B

eans of moto accomm

itional and

h fixing me8 size 0181alues of 0.

m its host fixon set. If thton® “O” ri

inal “O” rin

M2 x 8mmiagonal fassensor’s orig 4A. For f

ensor, placFig 4B. Secxing points

B

ounting themodate a w

dimension

ethods mus1-16). The 8 microns

xing, the “Ohis occurs, ng to the s

g

01

m long Hex.shion and triginal “O” full details

ce the “O” rcure the se2 and 4 fro

e sensor towide variety

nal details.

st use the Vhost interfaas defined

O” ring muthe “O” rin

same speci

“O” rin

1115009A _

. Socket Cato a torque ring remainto fixing of

ring supplieensor as om Fig 3

o the host y of custom

Viton® “O” ace must b

d by standa

st be checg must be ification as

ng Groove

_7

ap

ns f the

ed

mer

ring be ard

ked

16 of 3

4.2 E Power The se ElectriConnecsensor’type fricout deta All elec“Molex” PCB Mfig. 5 2Lock. Mating in conju

7

Electrical

Supply (to

nsor requir

cal Connection to the’s PCB. Thction lock (ails. Full de

ctrical conn” connecto

Mounted KK2.54mm (.1

crimp houunction wit

Thfact

Failurof th

Arrangem

o be provi

res an exte

ection e sensor is here are tw(fig. 5) or aetails of the

nections to r, website

K Friction00") Pitch

sing requirh crimp ter

he four scrtory fitted

re to followhe Sensor

ment

ided by th

ernal powe

made via wo connectoa low profilee sensor v

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red by endrminal part

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er supply as

a 4 way coor types offe SMT conariants are

r must be mex.com

nnector - M-to-Board H

-user Molenumber 00

TION – Nouring the old not be ring purpos

NG USE - Nommendedlt in leaks

sample ga

s specified

onnector mfered as stnector (fig

e detailed in

made using

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ex part num008500032

. 4 outer mostremoved oses.

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ases.

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in Section

mounted ontandard, a 6). See ta

n section 6

g the corre

t Number ertical, with

mber 002202.

t PCB are or used fo

ure for fixing personne

1115009A _

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to the Molex KK ble 1 for pi

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ect style of

002227204h Friction

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Fig.5 PCB M1.25mmMating in conju

Fig. 6

P1+5V

Table 1 ConnePins 1 asensor, EarthinThe seare disc

7

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unction wit

V An

mV

ctor Detaiand 4 (P1 , pins 2 and

ng Arrangensor does charged via

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P2 nalogue V Signal

ils and P4) shd 3 (P2 an

ement not requirea the powe

ector - Mollade™ Heared by endrminal part

P3 Analogu

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hown in tabd P3) prov

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lex Part Nuader, Surfa-user Molenumber 05

ue Earth

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nal earth co0V connect

umber 532ace Mount,ex part num500798000

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e are used nsor’s mV

onnection. ion.

01

2610471, f, Right Ang

mber 051020.

to supply output.

Electrosta

1115009A _

fig. 6 gle. 210400 use

power to th

tic potentia

_7

ed

he

als

18 of 3

ElectriThe elecable sthe equ

4.3 A The anevery 2differen(Pin2). any con The ho The sevoltage

1. S–

2. S0

If the seoutput w0.5mV/ If the seexposevoltage

4.4 L The sevibratinsensor equipmmay beto the o The secoolingtemperand opt

7

cal Separaectrical conshould be ouipment ch

Analogue

alogue out200ms +/- 5ntial measuDo not conntact resist

st equipme

nsor is cones as follow

Scaled out– Variants Scaled out01115706,

ensor is opwill go to -/%02 range

ensor deteed to extreme (+5V dc ±

Location o

nsor body ng compon

onto a chament is subje necessaryoutput of th

nsor shoulg fans, as thrature contrtimize its p

ation nnections toof a shieldeassis earth

Output

tput is prov5ms (5 reaurement bennect analotance will in

ent must pr

nfigured to ws;

tput of 0.5m01115704

tput of 10m 01115707

perated out15% O2 (-0e).

ects an elecme temper±5%).

of Sensor

should be ents and inassis or plajected to exy to mount

he sensor.

d be protehis can afferolled envir

performanc

o the sensed 4-core ch star point

vided via thadings eveetween anaogue 0V (Pntroduce o

rovide an i

provide a

mV/%02, eq, 01115705

mV/%02, eq7, 0111571

tside of its 0.15 volts f

ctrical or seatures the

fixed rigidln particularate that maxcessive mt the senso

cted from sect the senronment w

ce.

or should bconstructiont.

he processery secondalogue 0V (Pin3) and Eoffsets to th

nput imped

scaled ana

quivalent to5, 0111571

quivalent to2, 011157

environmefor the 10m

ensing elemanalogue

ly to the OEr, care shoay act as a mechanicalor on shock

sudden temnsor’s calib

will eliminate

be kept to an; connect

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o 0- 50mv 10, 011157

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ental specifmV/%02 ra

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a minimumthe electri

and updatealogue outanalogue

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put in one o

for 0% to 711 and 010% to 100115715.

fication thenge and -7

unction or tgo to the s

bly and awen to avoidpring. If thend vibrations to dampe

variations,ing the sen

environmen

1115009A _

m length. Thcal screen

es the readtput is a mV signal

) together a

of two

100% oxyg115714.

0% – Varian

e analogue7.5mV for t

the sensor supply rail

way from d mounting e OEM n during usen the impa

such as frnsor into a ntal conditi

_7

he to

ing

as

gen

nts

e he

is

the

se, it act

rom

ons

19 of 3

4.5 H Keep thproductpackag Assemthe samimmedi

4.6 H Carefulthe sen Do not the hos The seorder tosystem

4.7 O To achof calibremove

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7

How to Mi

he compontion assem

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ble compomple line tuiately after

How to Ha

lly remove nsor using a

remove thst equipme

nsor shoulo minimise

m.

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Condition

the inheree conditionit particulatrement cav

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inimise Ex

nents of thembly area, a

cutting, de

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cleaning.

andle the S

the sensoanti-static

e self-adhent.

d be fitted the likeliho

on of Sens

um performy small offsorming a sin

ning of the

nt protectioing can be tes larger thvity.

ensor hasElectro-St

sensor

xposure of

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ronment aaned for oxy

m the anti-s procedure

cover until

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by the filteminimum. Tron and wa

ON – No. 5electronic

harge (ESDc safe env

tic System

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static packes.

l the senso

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1115009A _

aminants

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to be fitted

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_7

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n

le

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ation

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20 of 3

It is howto less SampleCondentemper

4.9 PThe secause fchangemitigate MethodPreciseThis apdirectlysample This mestream MethodBy empcorrect internacompensample011157 The accsection

7

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e Temperansation witrature is at

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ethod is on, which is i

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lly with no nsation, se

e pressure 713.

curacy of en 3.1.

Pressureinternal Selectinessentia

Users o011157how to

d practice tcrons to pre

ature thin the senleast 10°C

Effects: artial presss in the obsese circum

ct.

Sensor’s f the samplcularly to pphere, and ssure to va

nly applicabndependen

Sensor’s O sensor’s or the applicfurther act

elect variancompensa

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sure deviceserved oxy

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On-boardle stream p

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ble if the sent of ambie

On-board on-board pcation the otion requirent 0111570ation select

ction achie

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ensation is ation is not

Note -01115714

d refer to stheir own p

particulate kage.

be avoided e sample g

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Pressurepressure casystems wtrictions in

mple flow, r

ensor forment pressur

Pressure pressure cooxygen reaed by the e04, 011157t variant 01

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resulting in

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essure com

gured to mmetric) prethe applicaed correctngeable.

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01

ation of the

ng that the oint.

ample gas onal to the s maybe em

sation Dispted by theensor is noe exhaust

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01115711, 0

mpensation

measure essure. ation is ly. The

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1115009A _

e sample ga

sensor

pressure wpressure

mployed to

abled e end user.ot vented will cause

eading erro

sample

abled selecting thcorrected

etric pressu15707. Fo0111512 o

is detailed

_7

as

will

the ors.

he

ure or or

d in

21 of 3

MethodIn somecompenshould for chabaromefollowin

Where:% O2 c% O2 inPcal Pind

4.10 U The seanaesthhigh int

comO 2%

a

7

d 3 – with e cases it mnsation. Dube recordenges in saetric pressung formula:

: omp : Co

nd : Cu: Ca: Cu

Use of Sen

nsor maybhetic gasestegrity by fo

indmp O2%

If presoperatioindicatin

When usrespons

appropriatsensor

Sensor’s may be desuring sensoed. These vmple pressure (if sens:

ompensateurrent O2 vaalibration purrent press

nsor with

be used wits), but dueollowing th

ind cal

d P P

ssure componal states ng a two po

v

sing the sesibility of tte tests to is integra

regula

On-boardsirable for or calibrativalues masure (if sensor is open

d O2 valuealue ressure sure

Flammabl

th flammabe considerahe mounting

CAUTIONpensation ia “C” flag

oint calibravalid oxyge

WARensor withthe “Originensure th

ated in accations gov

Pressurethe end uson, the spay then be u

nsor is hou to ambien

e

le / Toxic S

ble / toxic sation must bg guideline

N – No. 7 s toggled bwill append

ation is requen reading.

RNING USEh flammabnal Equipmhat it meetcordance wverning th

Compensser to perfoan gas valuused to corsed in a clo

nt condition

Sample G

ample gasbe given toes in sectio

between itsded to the uired to en

E - No. 2 le / toxic sment Manuts their reqwith any rehe final app

01

sation Disorm their owue and prerrect the oxosed samp

ns) accordi

ases:

ses (for exao ensuring on 4.1.

s two output

nsure a

sample gaufacturer”quirementegional staplication.

1115009A _

abled wn pressur

essure readxygen signple systemng to the

ample the seal ha

ses, it is t” to perfors and thatandards o

_7

re ding nal ) or

as

the m t the

or

22 of 3

5: OServomadvisedthat ma CalibraCorrectdiffusio20.9%.

5.1 C ProvideConfiguProvidepassing

5.2 Exposethe SPO During drift frogas, regenabledwill be drift and If you aconcenfactory To corrsamplecompenfor PCALpressur

7

Operatimex calibrad to recalibay have oc

ation of the tion” (SPO

on membra

Calibratio

e an externure the sene a calibratg across th

Single Po

e the sensoOC. Initiate

a SPOC thm pressuregardless od. If the printroducedd ambient

are using antration valu

calibrationrect the oxye gas pressnsation detL reflectingre PIND mu

If your sefollowingbe due toremoves

on and ates the Pabrate the securred betw

analogue C) and pasne. The se

n – Initial

nal power snsor commtion gas cohe diffusion

oint Offset

or to ambiee the SPOC

he sensor’se effects. Tf whether yressure dev

d into subsepressure v

sensor vaues reporten pressure ygen readisure, and ctailed in m

g the factorst also be

ensor has g a SPOC mo changes s the drift

Calibraracube® Mensor immeween shipm

sensor is mssing ambiensors are

Condition

supply as dmunication aontaining 20n interface.

t Correctio

ent or bottleC by using

s internal pThe pressuyour sensovice cannoequent reavariation.

ariant that hed by the sof 100kPang followin

compensateethod 3 of

ry calibratioin the sam

Cpressure cmay not re in samplecompone

ation Micro prior t

ediately priment and i

made by peient or bottpre-config

ns

described inas describe0.9% oxyg

on (SPOC)

ed air for a the metho

pressure deure device mor variant hot measureadings. Fig

has pressusensor are a. ng a SPOCe using thesection 4.9

on pressureme units. Se

Caution - Ncompensateflect the kn gas press

ent from the

to shipmenior to use tnstallation

erforming atled air acroured to cor

n section 3ed in sectioen with a c

a minimum od describe

evice is usemust be ex

has pressure the samplgure 7 illust

re compencompensa

C, you will ne expressio9. You shoe of 100kPee caution

No. 8 ion disablenown gas csure. The Se oxygen re

01

nt; howeverto remove a.

a “Single Poss the senrrect the ou

3.3 on 4.3. constant ga

of 30s prioed below.

ed to distinxposed to re compenle gas prestrates the e

nsation disaated relativ

need to meon for pressould use a

Pa and your8.

ed, oxygen concentratiSPOC proceading.

1115009A _

r you are any offsets

Point Offsetnsor’s utput to

as flow

or to initiati

nguish zerothe samplesation ssure, erroeffects of z

abled, oxyge to the

easure the sure value of 1r measured

readings ion. This w

cedure only

_7

s

t

ng

o e

rs ero

gen

00 d

will y

23 of 3

Figure 7

A SPOon the s During configuO2 andoscillata succe

7

7

C can be insensor’s u

a SPOC thured range d 200% O2ion is triggessful/unsu

nitiated by ppermost P

he sensor’sat a freque

2, so at 10mered by acuccessful S

depressinPCB.

s millivolt oency of 1 HmV/%O2 oucceptance oSPOC.

g the on-bo

output is drHz. The conutput is drivof the butto

oard “Butto

riven betwenfigured raven betweon key-pres

01

on Key-Pre

een the fullange is betwen -0.15V ss and cea

1115009A _

ess” located

extents ofween -15%and 2V. Th

ases follow

_7

d

f the % he

wing

24 of 3

“Butto

FlowchKey-pre

1.

2.

3.

4.

5.

6.

7.

7

n Key-Pre

hart 1 beloess”;

Press tfig. 8. T

Releassensor

If the SLED fla

Once thfrequenwill con

After rereadingreach a

If a stabSPOC wa stableamber unsucc

In the cbe retabased osuccess

ess”

ow describe

he SPOC bThe on-boa

ing the SPto its origin

POC buttoashes ambe

he SPOC bncy of 1Hz ntinue throu

eaching theg termed TSa signal var

ble signal iwhich is coe signal is at a freque

cessful SPO

case of an ined and thon this datasful SPOC

es the even

button (Butard LED wil

OC buttonnal state.

on is presseer at a freq

button is rewith a duty

ughout the

e gas diffusSVM and wiriance with

s reached onfirmed wnot reache

ency of 2HzOC.

unsuccesshe sensor wa. The flas

C is subseq

nts followin

tton Key-pll flash amb

prior to re

ed and helquency of 2

eleased they cycle vargas diffusi

sion time thll allow up

hin predefin

inside the when the LEed inside thz and at 20

sful SPOC will continu

shing ambeuently perf

ng a SPOC

ress) on thber at high

eaching, TB

d for longe2Hz and at

e LED will frying betweion time, T

he sensor lto 20 seco

ned limits.

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the previouue to provider LED will formed.

01

C initiated v

he uppermo frequency

BP (1 secon

er than 1 se50% duty

flash greeneen 10% aTGD (35 sec

ooks for a onds for the

sensor will a constant ge sensor’s Lycle indicat

us calibratide an oxygbe retaine

1115009A _

via the “But

ost PCBA, y.

d) returns

econd, the cycle.

n at a nd 50%. T

conds).

stable e sensor to

perform a green lightLED will flaing an

ion data wigen readingd until a

_7

tton

see

the

his

o

. If ash

ill g

25 of 3

Figure 8

7

8

011115009A __7

26 of 3

T

Flow ch

7

A

T < TBP

AM

LED fla10% - 5

TGD, mbetween

< TGD

Gti

Bumaint

No

Waiting

Maintained

art 1

Start

Key pressed Yes/No

LED flashes AMBER @ high

frequency

Key pressed TTBP

LED flashes MBER @ 2Hz,

50% Duty Cycle.

T > TBP

ashes GREEN 1Hz, 50% Duty Cycle overmV output is driven n extent of configure

range

Gas diffusion ime TTGD

Key nRestore

Released

utton Key-Press tained or released

for SPOC via buttonkey-press.

Yes

r

ed

no longer pressed. e original LED setting

T > TGD

n

Successful SPOOxygen readi

corrected for drifoutput returns to

signal. LED emconstant GREEN

g

D.

Single P

Using but

TBP = TimTSVM= TimTGD = Tim

T≤ TSVMinside limits

Fla1Hz

Signal T≤ TSVM

OC –ing ft. mV normal mits N light

Unsucceoutput r

signal. Prda

LED flas@ 20

oint offset corre

tton key-press o

me button presseme signal varianme for gas diffus

ou

s

01

ashes green, z @ 50% duty

cycle

variance checkM and inside limits

essful SPOC - mV returns to normal revious calibration

ata restored.shes AMBER, 2Hz 0% duty cycle.

ection (SPOC)

on PCB.

ed – to initiate a ce maximum

sion

T> TSVMutside limits

1115009A _

)

SPOC

T

27 of 3

5.3 Z To optithe hosApply ain the hreadingthen be

5.4 L The duthe cali

2

3

4

7

Zero Drift

mize measst unit’s sofa known cohost systemg and the ke corrected

LED senso

al colour Libration sta

1. Under nLED wi

2. Followiflashingsuccessprevioureading

3. The sencomplephysicanormal

4. If after process

Offset Co

surement aftware. oncentratiom memory known oxygd by remov

or status

LED locatedatus or the

normal opell emit a co

ng an unsug at 2Hz ansful SPOC

us valid calg.

nsor’s LEDeted its zeroal orientatiomeasurem

applying psor the LED

orrection in

accuracy w

n of oxygethe differen

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d on uppersensor’s h

erating cononstant gre

uccessful Snd 20% dut

C is performibration/SP

D will flash o offset coron” methodment orient

ower to theD will emit

n the Host

without emp

en, eg air (2nce betweentration. Suored offset

r circuit boahealth.

nditions andeen light.

SPOC, the ty cycle. Th

med. DuringPOC data t

amber at 2rrection fold, but is noation.

e sensor, ita static red

t Equipme

ploying the

20.9% O2) en the senubsequent value.

ard provide

d with valid

LED will ehis LED stag this perioto provide t

20% duty clowing a S

ot subseque

t cannot inid light indic

01

ent

SPOC can

to the senssor’s reporoxygen re

es a visible

d calibratio

emit an amatus will re

od the sensthe sensor

cycle if the SPOC via thently return

itiate the mcating sens

1115009A _

n be made

sor, and strted oxyge

eadings ma

e indication

n data the

ber light, emain until sor will user’s oxygen

sensor hashe “Changened to its

micro-sor failure.

_7

in

tore n

ay

of

a e the

s e to

28 of 3

6: V6.1 SVariantproduc

ProducVarianNumbe

†0111570

0111570

0111570

0111570

0111570

0111570

0111570

0111570

0111570

0111571

0111571

0111571

0111571

0111571

0111571

0111571

0111571

0111575

Table 7 † The 0‡ Press

7

VariantsSensor Vat part numct manual,

ct nt er

Digitaoutpu

01 Y

02 Y

03 Y

04

05

06

07

08 Y

09 Y

0

1

2

3

4

5

6 Y

7 Y

51 Y

7

01115701 csure compe

s, spareariants Op

mbers: List, see Pt. N

al ut

AnalogOutpu

0.5mVO2

Y

Y

Y

Y

Y

comes pre-fensation is

es, packptions – Asts both Di

No 0111500

gue ut

V/%

AnalogOutpu

10.0m%O2

Y

Y

Y

Y

Y

fitted with tnot availab

kaging as Shippedgital and A01A)

gue ut

mV/2

SMTConn

Y

Y

Y

Y

Y

Y

Y

Y

Y

the adaptoble for the

and ward from ServAnalogue

T n.

KK frictio

lockConn

Y

Y

Y

Y

Y

Y

Y

Y

Y

or plate kit 001115701 a

01

rranty vomex variants (

on k n.

ExtPresCom

‡

Y

Y

Y

Y

Y

Y

‡

01115933. and 011157

1115009A _

for the dig

. s. p.

Int.PresCom

‡

Y

Y

Y

Y

Y

Y

‡

751 variant

_7

gital

. ss.

mp.

.

29 of 3

6.2 S The sepurchas Order A8mm fixServom InstructInstruct

6.3 S The sefitted insensor

6.4 P Servomwarrantmanufawarrantfailurescondencharge

6.5 P Servomcause f

6.6 M Mainten“O” ring

7

Spares

nsor has nsed as a s

Adaptor Plaxing screw

mex Pt. No

tion Manuation Manua

Special Pa

nsor is manto an anti-

is stored in

Product F

mex will repty, providinacture. Failty. Exampl

s due to exnsate in the

for replace

Product F

mex will alwfor a report

Maintenan

nance andg seal and/

no serviceapare as fol

ate Kit 011ws Servome. 205780.

al Digital vaal Analogue

ackaging

nufacturedstatic packn the pack

Failure dur

pair or replang the root lures due tles of failurcessive floe cell. Undeement.

Failure Out

ways examted produc

nce and Se

servicing /or the ada

able parts ollows;

15933 comex Pt. No. 2

ariants, pare variants,

d in Class 1kaging for taging until

ring Warra

ace free ofcause of fo misuse wres resultinow or presser these co

t of Warran

ine sensorct failure, bu

ervicing

of the Paraptor plate k

other than t

mprising ad211767, “O

rt number 0part numb

10,000 cleatransport, arequired fo

anty

f charge anfailure is duwill not be cng from missure and faonditions S

nty

r returns onut accept n

acube® Mikit.

the adapto

daptor plateO” ring to B

01115001Aber 011150

an room coand it is recor producti

ny sensor tue to faultyconsideredsuse includailures due Servomex r

n request tono obligatio

cro is limite

01

or plate kit w

e 0111535BS4518 size

A 009A

onditions. Tcommendeion.

that fails wy materials,d for replacde, but are to contam

reserves th

o determinon to replac

ed to chan

1115009A _

which can

51, 4 off M2e 0181-16

The sensored that the

hilst under, design or cement undnot limitedination or e right to

ne the root ce the sens

ging of the

_7

be

2 x

r is

r

der d to,

sor.

e

30 of 3

6.7 D The Pausing ‘Sfilter as NOTE: It is impto the e NOTE: ContamEnvironServomcompleApproppacked

6.8 R RoHS -containThe Reuse of c WEEE Directivmanufaproductand resare retuServom

7

Decontam

aracube® MSteriwipes’ssembly is

portant thaexternal su

minated celnmental anmex reserveeted Deconpriate anti-sd in the orig

RoHS and

- The sensns no hazarestriction ofcertain tox

- The Eurove aims to acturers ants they sellsponsibly durned to Semex will adv

All parseals

“De

mination

Micro has b’ or similar in place pr

t only generfaces of th

lls should bnd Health &es the righ

ntaminationstatic handginal mater

d WEEE Di

sor has beerdous comf Certain Hic substanc

opean Wasreduce the

nd producel at the enddispose of tervomex fovise OEMs

Wrts of the ss” shall be econtamina

Servom

been desigas part of

rior to wipin

eral purposhe Paracub

be dispose& Safety ret to refuse

n Clearanceling proced

rial to preve

irectives

en designeponents lis

Hazardous ces, such a

ste from Ele amount ors to take r

d of their livthe compoor disposals on how to

WARNING Uensor includecontamiation Clear

mex will exa

ned such ta regular m

ng.

se alcohol be® Micro.

ed of in accgulations. to examine Certificatdures shouent damag

ed to complsted by thisSubstanceas lead, in

ectrical anof WEEE goresponsibilves. Servo

onents that . o dispose o

USE – No.uding “filternated and

rance Certifamine the p

that the gamaintenanc

based clea.

cordance w e product rte. uld be apple during tr

ly with the s directive.es (RoHS)

printed cir

d Electronioing to landlity for whamex will coare presen

of compone

. 3 r assembliereturned wficate”, befproduct.

01

s port mayce schedul

aning agen

with the loca

returned w

ied and retransport.

RoHS dire Directive re

rcuit boards

ic Equipmedfill, by req

at happens omply with nt in the bu

ents if requ

es and with a fore

1115009A _

y be cleanee. Ensure

nts be appli

al

without a

turns must

ective and

estricts thes.

ent (WEEEquiring all

to the this direct

uild if senso

uested.

_7

ed

ied

t be

e

E)

ive ors

3

7A

31 of 37

7: AppeAppendix 7.1

ndices Outline

Dimensions,

Molex Conne

011

ector, 4W 0.1"

15009A _7

" KK Friction Lock Straightt

3

A

32 of 37

Appendix 7.2 Outline Dimensions,

Molex Conne

011

ector 4W SMT

15009A _7

T Low Profile

3

A

33 of 37

Appendix 7.3 Proceduure for fixing

of the adapto

011

or plate

15009A _7

34

Ap ThSt BS PeDuPu BS FrAcTy IE FrAcDu

4 of 37

ppendix 7

he sensor wtandard IEC

S EN 6006

eak acceleuration: ulse shape

S EN 6006

requency raccelerationype and du

EC 68-2-34

requency raccelerationuration:

7.4 Me

will meet thC 68-2 Bas

68-2-27:199

eration:

e:

68-2-6:1996

ange: n amplitudeuration of e

Random V

ange: n spectral d

echanical

he requiremsic Environ

93 (IEC 68

6 (IEC 68-2

e: endurance:

Vibration, W

density:

Vibration

ments of thnmental Te

8-2-27) Sho

100g (9806 ms Half sine

2-6) Sinuso

10Hz to 51g (9.8ms 10 sweep

Wide Band

20Hz to 50.02g2Hz9 min

and Shoc

he followingesting Proce

ock

0 ms-2)

oidal Vibra

500 Hz s-2) p cycles in

500Hz z-1

ck Resista

g clauses oedures.

tion

each axis

011150

ance

of the Intern

009A _7

national

35

Ap G Ac Al Ar Be 1, 1, n- is is 1 C C C C C C Cy Cy

5 of 37

ppendix 7

as

cetylene

lkyl alcoho

rgon

enzene

2 Butadien

3 Butadien

-Butane

o-Butane

o-Butylene

Butyne

arbon diox

arbon disu

arbon mon

arbon tetra

arbon tetra

hloroform

yclohexane

yclopentan

7.5 Sa

ol

ne

ne

e

xide

ulphide

noxide

achloride

aflouride

e

ne

ample Gas

Formula HCCH CH2CHCH Ar C6H6 C4H6 C4H6 C4H10 (CH3) 2CH (CH3) 2CH CH3C3H2 CO2 CS2 CO CCl4 CF4 CHCl3 C6H12 C5H10

s Cross Se

H2OH

HCH2

H=CH2

2

ensitivity G

Gas Freon 114 Halothane Helium n-Heptane n-Hexane Hydrogen Isoflurane Krypton Methane Methyl cyc Monochlo Neon Nitrogen Nitrous ox n-Nonane n-Octane Oxygen Ozone

Guide

4

e

e

(Forane)

clopentane

robenzene

xide

011150

Formula C2Cl2F4 C2HBrCl He C7H16 C6H14 H2 C3H2F5C Kr CH4

e C6H12

e C6H5Cl Ne N2 N2O C9H20 C8H18 O2 O3

009A _7

F3

ClO

36

Cy D Fr Fr Fr En Et Et Et Et Et Et

6 of 37

yclopropan

ichloroethy

reon 11

reon 12

reon 113

nflurane(E

thane

thanol

thyl acetate

thyl chlorid

thylene

thylene gly

ne

ylene

thrane)

e

de

ycol

C3H6 (CHCl) 2 CCl3F

CCl2F2 CHCl2CH2 C3H2F5Cl C2H6 C2H5OH CH3COOC C2H5Cl C2H4 (CH2OH) 2

2Cl

lO

C2H5

2

iso-Pentan n-Pentane Phenol

Propane iso-Propan Propene Propylene Styrene Tetrachoro Vinyl chlor Xenon

ne

e

nol

e

oethylene

ride

011150

C5H12 C5H12 C6H5OH C3H8 (CH3) 2C CH3CH= C3H6 C6H5CH Cl2C=CC CH2=CH Xe

009A _7

H

CHOH

=CH2

H=CH2

Cl2

Cl

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