Sinowon Digital Readout DP100 Operation Manual En

7/23/2019 Sinowon Digital Readout DP100 Operation Manual En

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DP-100

Digital Readout

Operation Instruction


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To insure the safety and obtain satisfactory performance,

please study this operation instruction thoroughly before

your operation.


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DP-100 Digital Readout Operation Instruction

User Guide Promise ........................................................................................................1

Safe Marks .................................. ....................................... ...................................... 1 Type of Annotations........................ ...................................... ...................................... 1

Environmental Conditions...............................................................................................2

Direction for Use............................. ...................................... ................................... 2 Caution................................................................................................................... 3 Warranty................................... ...................................... ...................................... ... 3

1 Brief Introduction................................................. ....................................................... 41.1 Summary.............................................................................................................. 4

1.2 The Name and Function of Each part........................................................................4

1.2.1 Introduction of Front Panel............................................................................. 4

1.2.2Introduction of Back Panel.............................................................................. 41.2.3Side View......................................................................................................51.2.4Top View......................................................................................................5

1.3 Keyboard panel...................................................... ....................................... .......5

1.3.1 Keyboard panel button deploy.......................................................................5

1.3.2 Function of Keyboard.......................................................... .......................... 5

1.4 The Definition of the term Commonly Used.............. .................. .................. ...........7

1.4.1 Graphic elements.........................................................................................7

1.4.2 Graphic table......................................................... ...................................... 8

1.4.3 Targeting Point................................. ...................................... ...................... 8

1.4.4 Method of generated graphics.................................. ...................................... 8

1.4.5 Recall Graphic Elements..................................................... ........................... 8

1.4.6 Coordinate System............................ ....................... ........................ ............ 8

1.4.7 Measurement Pattern............................... .................. .................. ................ 8

1.4.8 Function of rotation of coordinates (Adjust the Coordinate)................................ 9

1.4.9 Input Numbers................... ................. ................. ................. ................. ..... 9

2 Basic System Setting.................. ................... .................... .................... ................... .. 10

2.1 System Setting.................................................................................................... 10

2.1.1 Pointing Measurement............................................... ..................................10

2.1.2 Line Measurement......................................................................................102.1.3 Circle Measurement....................................................................................10

2.1.4 Angle Display form...................................................................... ................10

2.1.5 Set up key tone................................. ...................................... .................... 10

2.1.6 Set up LCD back-light brightness................................................ ................... 10

2.1.7 System Setting Operation Illustration............................................................10

2.2 Advanced Management............................................... ...................................... .. 11

2.2.1 Restore factory settings................................................. ............................... 11

2.2.2 Setting up Z-axis type............................................ ............................... ........11

2.2.3 Set up X-axis Resolution....................................................... ........................12

Contents

2.2.4 Set up Y-axis Resolution................................................................... ............ 12

2.2.5 Set up Z-axis Resolution......................................................... ......................12

2.2.6 Set up X-axis Reverse Counting............................... .................................... .. 12

2.2.7 Set up Y-axis Reverse Counting............................... ................... ...................12


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2.2.8 Set up Z-axis Reverse Counting................................................................. ....12

2.29 Advanced Management Operation Illustration............................................... . 12

2.3 Compensation Option...................................... ...................................... .............13

2.3.1 Type of Compensation....................................... ....................................... ...13

2.3.2 Linearity Setting.........................................................................................13

2.3.3 Section Setting..................................... ...................................... ................13

2.3.4 Operation for type of compensation..................................................... .........13

2.4 Language Setting................................................................................................14

2.5 Signal port setup................................................. ...................................... ..........14

2.5.1 Baud Rate.............................................................. ....................................14

2.5.2 Data Bit.................................................... ...................................... ...........14

2.5.3 Stop Bit............................................................... ......................................14

2.5.4 Check Bit......................................................... ....................................... .. 14

2.5.5 Data frame format......................................................................................15

2.5.6 Signal ports operation instruction.................................................. ............... 152.6 Manager............................................................................................................15

2.6.1 Supervisor.................................................................................................15

2.7 Print Option....................................... ...................................... ......................... 15

2.8 Print Option.......................................................................................................16

2.7.1 Operation for Print Option................................... ...................................... . 16

2.8.1 Operation for Print Option................................... ...................................... . 16

3 Clearance Function Operation.....................................................................................17

3.1 Operation For Clearance Function........................... ...................................... ....... 17

4 Introductions For Basic Operation..............................................................................184.1 Measurement basic Operation t.................................. ....................................... ...18

4.1.1 How to Turn on/turn off the machinef............................................................18

4.1.2 How to Select Graphic List..................................... ......................................18

4.1.3 How to Make System Setting............................................................ ............18

4.1.4 How to Enter into the Measuring Interface.......................................... ........... 19

4.1.5 How to transfer Measuring Unit ................................. ................................. 19

4.1.6 How to Let Axis Zero Clearing....................................... ............................... 20

4.1.7 How to use Dimidiate ........................................... ...................................... 21

4.2 Basic Factors For Measuring Function................................. ....................................214.2.1 Display Interface Introduction.............................. ...................................... .21

4.2.2 Measuring Point.........................................................................................22

4.2.3 Measuring Line.......................................................... ................................ 23

4.2.4 Measuring Circle........................................................................................24

4.2.5 Measuring Distance....................................................................................25

4.2.6 Measuring Angle............................................................ ............................ 27

4.2.7 Measuring of special figure........................................................ .................. 29

4.3 Initialization of graphics function................................................................ ..........32

4.3.1 Preset Point...............................................................................................334.3.2 Preset Line....................................................... ...................................... ... 33

4.3.3 Preset Circle..............................................................................................33

4.3.4 Preset Distance..........................................................................................33

4.3.5 Preset Angle......................................................... ..................................... 33


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4.3.6 Preset skew...................................... ...................................... ....................33

4.3.7 Demonstration of preset............................................ ..................................33

4.4 Recall Function..................................................................................................34

4.4.1 Meaning of Recall....................... ...................................... ..........................34

4.4.2 Demonstration of Recall................................................ ..............................34

4.5 Construction Graphic Elements Function................................................... ............ 35

4.5.1 Construct Graphic ......................................................... .............................35

4.5.2 Construct Point..........................................................................................35

4.5.3 Construct Line...........................................................................................36

4.5.4 Construct Circle.........................................................................................37

4.5.5 Construct Distance.....................................................................................37

4.5.6 Construct Angle............................................................ ............................. 38

4.5.7 Example of Construction..................................................... ........................ 38

4.6 The function of Coordinate Skew................................... ...................................... . 40

4.6.1 Meaning of Coordinate Skew.................................. ..................................... 404.6.2 Function of Coordinate Skew....................................................................... 40

4.6.3 Mode of Coordinate Skew..................................... ...................................... .41

4.6.4 Skew demonstration....................................................................................42

4.7 Communication.......................... ....................................... ................................ 42

4.7.1 Communication Cable Connection............................................................... 43

4.7.2 Communication and Print Setting............................................... .................. 43

4.7.3 Print Output Format................................................................ ................... 43

5 Speci ficat ion of Title ..................................................................................................45

5.1 How To Add Measure Points When it is Measuring. ...................................... ............455.2 How To Finish Measuring ..................................... ....................................... .........46

5.3 How To Cancel Incorrect Measuring Points.............................. .............................. 46

5.4 How To Cancel a Measuring Result....... ....................................... ......................... 46

5.5 How To Set Section Compensation Value............................... ................................ 47

6 The Function Specification of the Process ....................................................................49

6.1 Users Procedure Record....................... ....................................... .......................49

6.2 Editor the Program of User.................................................................. .................49

6.3 The Running of Users Program................................................ ............................50

6.4 Samples of Users Program.............................. ...................................... ..............50

7 Appendix.................................................................................................................. 53

7.1 Output Symbol List.............................................................................................53

7.2 Packed BCD Code............................ ...................................... .............................54

7.3 ASCII Charac ter................................. ...................................... ........................... 54

7.4 The Output Format of data ........................................................ .......................... 55

7.5 The plug chart of all kinds of symbols Pin........................................... .....................55

7.5.1 The plug chart of linear scalel................................. ...................................... 55

7.5.2 RS232 Signal Interface................................................................................56

7.5.3 Foot Switch......................................................... ...................................... 57

7.5.4 Print Connect Interface.......................................... ..................................... 57

7.6 Specification......................................................................................................58


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Safe Mark

We applied different safe marks (Warning Sign, Safety Warning Marks) in its user s guide, in order to make

sure users correc tly operate the instrument, preven t any danger and avoid acciden t.General Warning Signal:

Indicate the potentia l danger, if neglect, may resu lt in physi cal harm or endanger the safety of

life and proper ty.

Indica te the potential danger, if neglec t, may result light or modera te endanger the safet y of

life and proper ty.

Special Warning Signal:

Prohibit Particular Operation, the left S ignal means Prohibit Demolition

Type of Annotations

This guide has the following type of annotation s: to help operat ors correc tly operate the instru ment, to

obtain reliable measuring data.

Important

An important annotat ions, i t i s n ecessary t o c omplete a task, i f w ant t o smoothly f ini sh a task, t he

annotations can not be ignored.

Users Guide Promise

Warning

Cautton

An annotat ion to i ndicate youd better c areful . Or e lse w i l l l ose t he i mportant data, r educt ion o f

preci sion, to cause malfunction or cant work properly.

Attention

Thes e annota tions are to stre ss or reple nish some important l itera l infor matio n, also offer special

informa tion (such as Restrictions on equipment configuration memory or special version of software

explanation).

Cue

Cue is to hel p use rs , i t acc ord ing to use r s re qui rem ent to hel p use rs app ly the tech niq ue and

procedures described in this text.

It also offers some bibliography information about subject.

For loss or damage that resulted by nonobservance the Users Guide, We will uncommitted any responsibil ity.

This guide's contents are subject to change without notice.

2008 All Right Reserved

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Avoid exposure to the sun or under high temperature, the temperature must be used in the 040range.

Keep away from the equipment with high-voltage, high current, strong magnetic field.Keep the Optical scale signa l cable line away from the power cord.

Avoid use it in the environment of scrap i ron, o il , water, bug dust and vibration.

Keep away from strong acid, alkali and chemicals.

Direction for Use

If a malfunction occur s, such as on the circumstances the power is turned on, no LCD image display,

should stop using the DP-100 digital read out. At the same time to inform auth orized distr ibutor,

it will send maintenance engineer to repair immed iately. In such circumstances, if continue to use

the DP-100, it may lead to electric shock or fire.

Do not let fore ign bodies , such as wat er, met al or othe r l iquids ente r into the DP-100 digita l

readoutfrom the back interface, otherwi se they may lead to elect ric shock or fire.

Do not damage or modify the AC power adapter power cable. If squeez ing or pulling, distor ting

or heat deformat ion by heavy objects, it may leads to AC power adapter damage and cause to electric

shock or fire.

When lightn ing near, pres s the combinatio n of AC power adapte r plugs. Otherwi se, they will

probably lead to failure, electric shock or fire.

Do not contact comb ina tion plugs and AC power adapt er plug by wet hand s, it coul d lead to

electric shock or fire.

When the plug inserts int o an electrical outle t, dont contact with the combination of AC poweradapter plugs, or may lead to electric shocks.

Dont direct ly contac t with the back plate inte rfac e pins by hand , or will lead s to the failu re of

interna l circuit by static electr icity, using the supplied protective cover, cover the interface that

does use temporarily.

If the power cord or a combina tion of AC power adapter plug s damaged, or loose of power plug,

please do not use DP-100 digital readout. At the same time to inform authori zed distribu tor, it will

send maintenance engineer to repair immediately. In such circumstances, if continue to use the

DP-100 digital readout, it may lead to shock or fire.

Do not connect AC power adapter to the high-current power supply, such as connect ing machinetools or large CNC measur ing machine power, but also avoid the use of comple x circuit wiring .

If the meta l part or outlet of AC power adapter combination plugs contaminated with dust, water

vapor or oil pollution, needed a dry cloth rub-up. Otherwise it might lead to fire.

Do not arbi tra rily remo ve or modi fy DP-100 digi tal reado ut. Otherw ise , it will lead to DP-100

digital read out can not be used. If the DP-100 digital reado ut needs to overhaul, please contact

with authorized distributor.

Environmental Conditions

Warning

Do not impact LCD panels, not to use sharp tools top pressure LCD, otherwise it will cause breakdown

of LCD panels. If the liquid flow from the breakdown of inside LCD panels , it will tarn ished your skin,

at this time you need wash your skin in the water for 15 minutes. If the liquid crystal sullied your eyes,

plea se r inse with water a t l east 15 minutes, and then quickly seek med ica l t reat men t beca use LCD

liquid crystal contains a strong stimulus material.

Cautton

Please keystroke with your fingers, do not use pencils, ball pens or sharp tools to strike keyboard, otherwise

it will cause damage to the keyboard.

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Must use a spec ific AC power adapter, or it may cause internal circui t fail ure, fire or injury of life.

Be sure hold plug when pull out the AC power adapter combi nation plug, do not pullin g the power

cord, or else it would pull off the line caus ed the inside wire nudit y, which could lead to elec tric

shockor fire.

Must insert the AC power adapter combination plugs into the electrical outlet, or it may result in fires or

cause failure.Caution

Prohibit unauthorized removal or any unauthorized modification

Do not remove or modify DP-100 digital readout unilateral, otherwi se accuracy and function will

be adversel y affecte d, or wil l be fai lure s. For test i ng or maint enance DP-100 digita l readout ,

please contact with authorized distributor.

At tent ion to insta ll bat tery

Memory of backup saved applies lithium battery, so please note the following:

Lithium batteries installed in digital readout of printed circuit boards.

Do not disc arded or burning the scrappe d digi tal readout , or throw in the fir e, the batte ry willleak from chemical substance s, cause explo sions or intens e burning . Disposal methods should

accordance with government regulations.

The genera l note for use DP-100 digital readout

Measures should be taken when problems

When the temperature of DP-100 digital readout is too high, smoking or Off-flavor, it should

be immed iatel y shut down power from the power outlet and unplu g the AC power adapter plugs.

An d inform authorized distri butor immedia tely, they will send maintenanc e engineer to repair.

In such circumstances, if continue to use, it may lead to elec tric shock or fire.

If the for eig n bod y, suc h as wate r or met al debri s fa l l in g int o the digit a l readou t, should beim medi atel y shut down power from the power outlet and unplug the AC power adapter plugs .

And to inform aut ho rized dist ri but or immedi ate ly, th ey will send mai nt ena nc e eng ineer to repai r.

In such circumstances, if continue to use the DP-100 digital readout, it may lead to electric shock or fire.

If the crust or some other components of DP-100 digital readout damaged by severe shock, it should

be immediately shut down power from the power outlet and unplug the AC power adapter plugs. And

to inform authorized distributor immediately, they will send maintenance engineer to repair. In such

circumstances, if continue to use the DP-100 digital readout, it may lead to elec tric shock or fire.

WarrantyFrom the date of purchase in one year, if confirmed the manufacturi ng processes and materi als are flawed

of DP-100 digital readout manufactured by us, according to the user's choice, be repai red or replaced free of

charge, but must be prepaid the retreat postage of DP-100 digital readout.

If the following reasons lead DP-100 digital readout can not be used or damaged, even in the warranty period,

will still collect maintenance fees:

1.Because of improper operation or unauthorized modification caused by any failure or damage.

2.After the purchase of equipment, due to improper transpo rt, crashed or re- instal lation caused by the

failure or damage.

3.Because of fire, salt and harmful gases, abnormal voltage or natural disasters cause the failure or damage.

This warranty effective only in the following occasions:

1.Equipment installation normal.

2.Operation agrees with the Users guide requirements

Cautton

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Brief Introduction

1.2 The Name and Function of Each Part

This chapter describes the overview, each part name and functions of DP100 digital readout.

1.1 SummaryDP-100 digital readout is a multi -func tion

digital display processing sys tem, which is

used on profile project or to finish prec ise

measurement of geometrical work-pieces.

Work-piece measurement includes work-

piece adjustment, creation coordinate origin,

measuring work-piece via sample collection etc.

The working principle of DP-100 as chart below:

Master/slave raster oflinear scale Displacerelatively to create aphrase and B phasesignal

Counting Value Display value

Linear Scale Digital Readout

Char t 1.3 Back Panel

Char t 1.2 Front Pane

4

Deal with A phaseand B phase to getfour phases

Chart1.1 Working Principle of Digital Readout

This section describes each parts the name

and functions of DP100 digital readout.

1.2.1 Front Panel Introduction

Char t 1.2.1 Front Panel

1.Small LCD screen

Display operation cue

2.Large LCD screen

Display measuring results etc.

3.Keyboard

Through Keyboard, you can create

kinds of settings and input data.

1.2.2 Back Panel Introduction

Back Panel as chart 1.3 show

1.Mains Switch

Power switch is placed on, the power is turned on; placed OFF, power is cut down. When the power

is cut down, the internal settings will remain unchanged, but without storage data will be lost.

2.Socket

The socket is connected with the AC adapter.

3.X Axis Raster Ruler Interface

To connect with the X Axis of measuring inst rument.

4.Y Axis Raster Ruler Interface

To connect with the Y Axis of measuring inst rument.

5.Z Axis Raster Ruler Interface

To connect with the Z Axis of measuring inst rument.

6.Foot -Switch

To connect with spare foot-switch.

7.RS 232 Interface

To connect with counter or interface device.

8.Printer InterfaceTo connect wi th printe r.

9.USB Interface

To connect with PC


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1.3.2 Function of Keyboard1Measuring Key

Correct ion Key for coordinate compensation.

More function key, this instrument without definit ion for this key

Measure distance, include distance for point to point, point to line, point tocircle , circle to circle and line to circle.

Measure a point of intersection and angle formed by two lines .

Key Function

Measure a point

Measure a line.

Measure a circle


1.2.3 Side View

Side view as chart1.4 show

1.2.4 Top View

Top view as chart 1.5 show

1.3 Keyboard Panel

This section introduces the keyboard panel button configuration and each button functions. 1.3.1 Keyboard panel button deploy

Keyboard panel as chart 1.6 show

5

Chart1.4 Side View Chart1.5Top View

Chart 1.6 keyboard panel button configurations

LCD Screeen

Function Key

Measuring Key

Print Key

Direction Key

ZeroKey

Dimidiate Key

View Key

Unit Transter Key

Power Key

Coordinate Option Key

Call-Out Key

Order Key


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4Zero Clearing Key

Key Function

For X Axis zero clearing.

For Y Axis zero clearing .

For Q or Z Axis zero clea ring .

X0

Y0

Q0/Z0

Key Function

In numerica l input mode, press this key input 0










In numerica l input mode, press this key input decimal point.

In numerica l input mode, press this key input posit ive signand minus, defaults is positive sign.

3Numeral Key

0

1

2

3

45

6

7

8

9

+-

DP-100 Digital Readout Operation Instruc tion

6

2Function Key

Key Function

Preset

Setup

Construct

Program

Delete

Setup function key

preset function key

creation function key

program function key

delete function key


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1.4 The definition of the term commonly used

This section introduces the definition of the term commonly used of DP-100 digital readout to help users

understand the contents of the manual.

Key Function

5Order Key

Enter

Cancel

Finish

Quit

Recall


7Measuring Pattern Option Key

Shift between rectangular coordinate system and polarangle coordinate system

shift among coordinate system, this key is non-effective insingle coordinate system.

Shift between millimeter (mm) and inch.

8Others Keys

Printer Key, print the data.

Screen On/Off.

Dimid iate Key, in numer ical input mode, presses thiskey can dimidiate the cursor value.

Menu key. Used for important setting, include system setting ,program and some important functions.

7

6Direction Key

Cursor move up one place

Cursor move down one place

Cursor move left one location

Cursor move right one location

Used to confirm what you had done and confirm coordinates .Confi rm selection or input operation and move to next step.

Cancel the selection or input operation, back to original status.Cancel the last time measured point data.

To finish the measur ing function or finish input.

Quit the option or input operation, back to previous status

Quickly view a certain graphic primitive information in the list

More

mminch

1.4.1 Graphic elements

The basic graphic elements generated by DP-100 include point, line, and circle. The angle and distance is


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8

the combination result of the above graphic elements, but in DP-100 they still are looked as graphic elements.

Graphic elements are short for graphics, graphic element or element.

1.4.2 Graphic Table

When generated new graphic, it will be put in the graphic table. DP-100 can store 100 graphs (001-100).

1.4.3 Targeting Point

In Measuring , a special point of data is inputted the coordinates of DP-100 system, the DP-100 calculate the

correct measurement graphics process. These graphic elements used to generate the special point is that the

sampling points. In addition to measuring distance and angle measurement, other graphics can be measured

up to collect 50 points.

1.4.4 Method of Generated Graphics

1.Graph Measuring

Collect sample points on the work piece and generate graph by these points.

2.Pre-place Graph

Through the keyboard input the necessary information generated new graphics.

3.Construct Graph

Put the previous generated graph portfolio into a new graph.

1.4.5 Recall Graphic Elements

Rapid positioning an already exist element in the list.

1.4.6 Coordinate System

1.Relative / absolute Coordinate System

Absolute Coordinate system refers to the basic coordinate system

Relative Coordinate system means the coordinate system which is relative to absolute Coordinate.

2. Polar /Rectangular coordinate

Rectangular coordinate expresses a point as with (x, y)

Polar angle coordinate expresses a point as with (, )

For ExampleLCD displays The current coordinates location X window displays 1.000

Y window displays 2.125

It means the current coordinate is(1.000, 2.125), but if convert polar coordinate is (2.349, 64.799),thedisplay interface is as the chart 1.7 show.

NoteIf it displays polar coordinate in small LCD, the coordinate system in large is rectangle coordinate.

On the contrary, If it displays rectangle coordinate in small LCD, the coordinate system in large is polar

rectangle coordinate.

1.4.7 Measurement Pattern

There are two kinds of measurement patterns, One is that before measuring, preset the measurement

points (max is 50 sample points); another is that before measuring it is no need to preset the sample points

quantities which will be decided during measurement. You can choose any kind of measurement pattern

via presetting in the internet function setup.

Chart 1.7 Polar coordinate displays


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9

1.4.8 Function of Coordinate Rotation (Coordinate Adjustment)

DP-100 digital readout provides coordinate rotat ion to improve measuring precisio n and in order to

improve the measuring precision, and make the user feel more convenient. The main purpose of coordinate

rotat ion is help user to adjust the work-piece positi on.

When the work-piece edge is irregul ar or has angle with X-axis, coordina te rotatio n function allows

the operator rotate X-axis to the edge position of work-piece to improve accuracy and to be convenient

to measure.

1.4.9 Input Numbers

Af ter putt ing in numbers , press key to confi rm input number. Press key to cancel input

number. During putting in, press key to cance l the number put in last time, also can press

at the beginning; it means that you put in the default number displayed on the screen.

Cancel

QuitEnter

Enter


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Basic System Setting

Thi s chapter descr ibe s the bas ic sys t em set t ings , inc lud ing sys tem set t ing , sen io r managem ent ,

compensation options, and the language sett ing, communications sett ings, and administrator and

prin ting opti ons, RI mode l.

2.1 System Settings


10

This function includes the settings of 6 aspects:

lSet up the sampling point for point measurement

lSet up the sampling point for line measurement

lSet up the sampling point for circle measurement

lSet up angle display pattern

lSet up key ton

lSet up LCD backlight brightness

Chart 2.1 is System Setting Interface

Chart 2.1 System Setting Interface

2.1.1 Set up the sampling point for point measurement

This function set up the max samplin g point quantit y for point measurement, the factory default

sett ing is 01, the maximum sampling point s user can set up is 5.

2.1.2Set up the sampl ing point for line measurement

This function set up the max sampling point quantity for point measurement, the factory default

setting is 02,the maximum sampling point s user can set up is 5.2.1.3Set up the sampling point for circle measurement

This function set up the max sampling point quantity for point measurement, the factory default

setting is 03,the maximum sampling point s user can set up is 50.

2.1.4Angle disp lay pattern

This function set up the angle display patterns, there are two patterns: degree centigrade and degree

/minute/second. Factory default is degree centigrade.

2.1.5Set up key tone

This funct ion can turn on/ turn off key tone; thefactorydefault has opened key tone2.1.6Set up LCD back-light brightness

This funct ion is forturnon/off the LCD back-light. The factory defau lt has opened LCD back-light

2.1.7System Setting Operation Illustration


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In system sett ing , use left key right key, up key, down key, number keys , Quit key and Enter key. The

following are introduce each key:

1 Enter System Setting.:

2 and Quit System Setting.: :

3 : Use for select each option. As point measuring sampling , points line measuring sampling,

points circle measuring sampling, points angle display format.

4number key: Use for input the sampling points .

5 Two choices: Shift option, Use for angle display form, between degree centigrade and:

degree/minute/second.

Quit

Enter


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2.2.1 Restore factory settingsThis function is used to restore factory settings, the contents include below

1)ABS zero clear ingINC zero clearing

2)The resolution of X axis ,Y axis and Z/Q is set up as 0.001,angle display pattern is degree centigrade

3)The coun ting way of X axi s, Y axi s and Z/Q axis is forw ard coun tin g , and the data for mat is

compression format

4)The transmission speed of RS232 is 9600bpsdata bit is 8stop bit is 1no parity bit.

5)X an Y axis adopts linearity compensat ion whose standard value and view value both are set up

as 1.0002.2.2 Set up Z axis type

This function is used to set up Z axis type; there are two choices for Z axis setting: linearity and rotary

Code scale. Factory default is linearity scale.

2.2 Advanced SettingsThis function is used for 8 aspects settings

To restore factory setting

Set up Z axis type

Set up X axis resolution

Set up Y axis resolution

Set up Z axis resolution

Set up X axis reverse count

Set up Y axis reverse count

Set up Z axis reverse count

Chart 2.2 is advanced setting interface

Chart 2.2 advanced setting


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12

2.2.3 Set up X axis resolution

This function is used to set up X axis resolution, namely the accuracy, it has six options:0 .001,0.002,

0.005, 0.0001, 0.0002,0.0005,factory default setting is 0.001

Cue:

Different scales have diffe rent resolution, operator should not be modified this settings, genera lly,factory has completed this setting.

2.2.4 Set up Y axis reso lution

This function is used to set up Y axis resolution, namely the accuracy, it has six options:0 .001,0.002,


2.2.5 Set up Z axis reso lution

This function is used to set up Z axis resolution, namely the accuracy, it has six options: 0.001,0.002,


2.2.6 Set up X axis rever ses countThis function can set up whether you will open the function of X axis reverse count or not, in 2D graph,

X axis is normally increasing from left to right, but some time the measuring direction is from right to

left. Under this circumstance , you can set up the reverse count of X axis as YES, at this time, X axis is

steadily increasing from right to left. Surely 3D graph, factory default setting is NO.

2.2.7 Set up Y axis reverse count

This function can set up whether you will open the function of Y axis reverse count or not, in 2D graph,

Y ax is i s normally increasing from up to down, but some time the mea suring direc ti on i s from up to

down. Under this circumstance, you can set up the reverse count of Y axis as YES, at this time, Y axis is

stead ily increasing from up to down. Surely 3D graph, factory defau lt setting is NO.

2.2.8 Set up Z axis reverse count

This function can set up whether you will open the function of Z axis reverse count or not, in 3D graph,

Z axis is normally increasing from down to up, but some time the measuring direction is from up to

down. Under this circumstance, you can set up the reverse count of Z axis as YES, at this time, Z axis is

steadily increasing from down to up, factory default setting is NO.

2.2.9 Advanced Management Operation Illustration

In advanced management , use left key right key, up key, down key, number keys , Quit key and Enter

key. The following are introduce each key:

1) :Enter advanced management setting .

2) and : Quit advanced management setting .

3) :Use for selec t each option. Such as restore fac tory sett ing , set up Z axis type, X axis

resolution, Y axis resolution, Z axis resolution, X axis reverse count setting, Y axis reverse count

setting , Z axis reverse count setting etc.

4) :While selecting restore the factory setting , press ENTER can restore the factory setting .When there are only two kinds of options, it is used to transfe r the options. For more than two

options, press ENTER firstly, then press up/down key to select the options, then press ENTER

to confirm selection.

Quit

Enter


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2.3 Compensation options

Chart 2.3 compensation options

Chart 2.4 compensation type

Chart 2.5 Linearity setting

Chart 2.6 Section setting

Note: we collected relevant compensation chart only X axis , the compensat ion of Y axis and Z axisis the same as X axis

This function includes three options:

Compensation type

Linearity setting

Section setting

Chart 2.3 to Chart 2.6 is relevant interface of compensation options

2.3.1 Compensation type

This option is used to set up compensat ion type, there are two types: Linea rity compensation and

section compensat ion. Linearity compensation will make compensation in the whole area (such as

the X-axis) on the basis of linear relationship, the section can set multi- section of compensat ion, and

you can set up different compensation correction in each compensa tion section.

2.3.2 Linearity setup

This option is used for linearity setting, including X axis, Y axis and Z axis linearitycompensation setting

2.3.3 Section setup

This option is used for section setting, including X axis, Y axis and Z axis section compensation setting.

Meanwhile, it also can clear the section compensat ion.

In compensation option, it wil l use left key, right key, up key, down key, number keys , Quit key and

Enter key. Following is the introduction of each key:

1 enter into the setup of compensation option2 and Quit the setup of compensation option

3 and Used to select each option, such as compensation option, linearity se tting,

section setting, etc.

2.3.4 Compensation option instruction

Quit


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4Number key: It is used to put in standard value and view value while making linearity sett ing .

5 :When there are only two kinds of options , it is used to transfe r the options. For more

than two options, press ENTER firstly, then press up/down key to select the options, after

entering into compensation option, press ENTER to enter into corresponding options setting .

For example

Enter

Press"enter"

Compensation option linearity setting

Cue: if the user had set up the linear ity and section compensation, you have to set up both linear ity

compensat ion parameter and section compensation parameter simultaneously. Otherwise, it will lead

to unpredictable error, and further an invalid measuring result. Before setting up compensation parameter,

please confirm whether the coordinat e is in correct status, if so, please cancel compensation status.

(Please refer to the chart 2.3 and Chart 2.5)

This function is used to set up the language to be displayed, DP100 has only one language: English , chart

2.7 is relevant display interface of language se tup.

Chart 2.7 Language setup

2.5 Signal port setup

This funct ion can set up some parameter s of RS232 inter face to PC, includ ing Baud rate , data bit,

Stop bit, check bit, and data frame format. Chart 2.8 is the inter face of signal ports

2.5.1 Baud rate

There are five options for this funct ion: 480096001440019200 and 28800. Commonly baud

rate is 9600, factory defaults is

2.5.2 Data bit

There are two options for this funct ion: 7 Bit and 8 Bit, commonly it is 8 Bit, facto ry defaults is 8 bit

2.5.3 Stop bit This funct ion has two options: 1 Bit and 2 Bit, facto ry defaults is 1 bit.

2.5.4 Check bit

This funct ion has three options: odd number check, even number check, and no check , factory

defaults is none.

2.4 Language setup

Chart 2.8 signal port setup


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2.5.5 Data frame format

This function is used to set up the data frame format when DP-100 is connected with the computer,

there are two formats: standard format and compressed format, standard wont amend and process

any data, compressed format will process data with compressed BCD code. Factory default is

compressed format.

2.5.6 Signal ports operation instruction

In signal port setup, it will use lef t key, right key, up key, down key, Quit key and Enter key. Following

is the introduction of each key:

1 Enter signal port setup

2 and Quit signal port setup

3) and It is used to select Baud rate, data bit, Stop bit, check bit etc .

4 When there are only two kinds of options, it is used to transfe r the options. For more

than two options, press ENTER first ly, then press up/down key to select the options, finally,

press ENTER to confirm options.

This function is used to set up the user permission, if the user doesnt put in password, he can have

only some modification permissions of system setting, including system setup, printing option.

DP-100 preter its without permission identification, if user put in the password correctly, he can has

the modification permission of all options, including system setting, advanced setting, compensation

options, language setting , signal port setting , print option. If he put in a wrong password, there will

display the hint of invalid password , at this time, he can re-put in password 51818.

Chart 2.9 is the relevant interface of administ rator

Chart 2.9 administrator

2.6.1 Administrator operation instructions

In administ rator operation instruc tion, it will use left key, right key, quit key, number keys and Enter

key. The following are the int roduction of each key:

1 Enter into administrator setting

2 and Quit administrator setting.

3)Number Key: It is used to put in the password. 4 It is used to confirm the password put in

This function is used to set up printing information need to print, including print title, print blank line,

print unit etc; please refe r to the appendix print output format list for specif ic option.

2.6 Administrator

Quit

Enter

Quit

Enter

Chart 2.10 print option

2.7 Print


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2.7.1 Print operation instruction

In print option, it will use left key, right key, up key, down key, quit key and Enter key. The following

are the introduct ion of each key:

1 Enter into print setting

2 and Quit print setting

3) They are used to select option, such as print title, print unit, print blank line etc.

4 It is used to transfer options

RI pattern will affec t directly finding of RI pointits effec t is avoiding any movement of linear scales after

power cut off, further leads to a inaccuracy reading after re-start the machine.Chart2.11 is the RI pattern

interface of setting axis.

Chart 2.11 Set up Axis RI Patte rn

2.8.1 RI pattern operation instructions

In sett ing axis RI pattern, it will use left key, right key, quit key and Enter key. The following are the

introduction of each key:

1 Enter into RI pattern setting

2 and Quit RI pattern setting

3 it is used to transfer options.

2.8 Set up Axis RI pattern

Quit

Quit

Enter

Enter


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In DP-100, clearance function includes the deletion of the graph element and coordinate adjustment that

have stored in the graph list.3.1 Clearance function use

Below is the introduction of clearance function operation step

1press , enter into clearance operation interfaceas chart 3.1 show

Chart 3.1 clearance key function display

2Select clearance type according to need, if you select list, the display is shown as chart 3.2 show, ifyou select coord inate adjus tment , the display is shown as chart 3.3 show. If you select all, the display

is shown as char t 3.4 show.

Chart 3.2 clear list

Chart 3.3 clear coordination adjustments

Chart 3.4 clear all

3There are three clearance instances

aclear list

Delete all graph ic elements stored in the list, includ ing all measuring graphic primit ives , all prese t

graphic primitive and all construc ting graphic primitives.

bclear coordination adjustment

If the current coordinate has been adjusted, please delete coordinate adjustment element, and

transfer originally adjusted informat ion into a straight line graphic primitive.

cclear all

Delete a and b

Note: please use this funct ion carefully.

Hint:

If you want to delete a certa in graph ic primi tive, you can delete it through browsing graphic primit ive

list

Clearance Function Illustrations

Delete


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This chapter introduces the basic opera tion of measurement, basic element measuring function, preset

graphic primitive element, and Recall function, crea te graphic element, coordinate adjustment and signalcommunications.

4.1 Measurement basic operation

This section introduces the basic operation of measurement, include how to turn on/turn off this instrument?

How to select the list item? how to do the system setting? How to enter into the measuring inter face? How to

trans fer the measur ing unit? And how to zero clear ing the axis?

4.1.1 How to Turn on/turn off the machine

Start system operation Step

1. Turn on the measuring inst rument power

2. Turn on the measuring instrument screen.

At this time, DP-100 enter s into self -check, press any key or after self- check status, if the three axes are

linearity compensation, then enters into the normal display status, as chart 4.1.1. If a certain coordinate

was set as section compensation, there are two kinds of cases displayed in the interface.

1Find out R1 then enter into the normal display interface

2If you want to use linearity compensation instead of sect ion compensation, press to enter

into the normal display status directly.

Basic Operation Instruction

Quit

Turn off system operat ion steps

1Turn off screen swi tch of measuring machine, at this time, you turned off only screen, the machine isreall y turned off.

2Turn off the power switch of measuring machine

4.1.2 How to Selec t Graphic List

Function key

Operation Step

1Ad just the current inter face into the current coord inate inter face (char t 4.1.1) , Press

Key enterinto the selection of list item.

4.1.3 How to Make System Setting

Function key

Operation Step

Chart 4.1 Current coordinate Chart 4.2 start interface

Warning

Before starting the machine, please check power cable carefully to confirm they are connected with

machine well. Under normal start, system will enter into self-check status , small LCD will display

company name JATEN, machine name and version and so on in turn. Show as Chart 4.2. After starting

the machine, please observe whether the machine is working normally, if any abnormity please cut off.

Under start, please dont plug signal cable.

Setup


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1Ad just the current inter face into the current coord inat ion interface (char t 4.1.1) press

enter into the interface of system setting, as the chart 4.3 show

Chart4.3 system setting

2Press Set up system

3 and Quit system setting

4.1.4How to Enter into the Measuring Interface

Function key

Operation Step

1Ad just the cur rent inter face into the current coordinate interface press measuring key to

enter into corresponding measuring interface ( show as chart 4.4-4.15)

Setup

Quit

4.1.5 How to transfer Measuring Unit

Function Key

Operation Step

Press the unit switch key you can trans fer the measuring unit between millimeter and inch.

Illuminationthe length of decimal digits is unchanged, which had been decided when we set up

the resolution of linear scales, if resolution of linear scale is 0.0010.002 or 0.005decimal digits

is 3 when unit is mm, when unit is inch, decimal digits is 5. if reso lution of linea r scale is 0.0001,

0.0002or 0.0005,decima l digits is 4 when unit is mm, when unit is inch, decimal digit s is 6. If

the type of Z axis is set up as rotary encoder sca les, when Z express angle, fixed decima l digits is 2.

Chart 4.4 measure point

Chart 4.6 measure circle

Chart 4.8 measure s the distance from point to line

Chart 4.10 measure the distance from circle to circle

Chart4.12 measure angle

Chart 4.14 measure ellipse

Chart 4.5 measure line

Chart 4.7 measure dist ance from point to point

Chart 4.9 measure distance from point to circle

Chart 4.11 measure distance from line to circle

Chart 4.13 measure rectangle

Chart 4.15 measure screw thread

mminch

mminch


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Example

1Press unit transfer key to display current coordinate interface, show as chart 4.16

2Current coordinate interface after pressing unit transfer key, show as chart 4.17

4.1.6 How to Let Axis Zero Clearing

Function key

Operation steps

1when you want to zero clearing the collected value, press to make the value

of X.Y.Z axis zero

2)Current coordinate interface be fore zero clearing is shown as chart 4.18

3)Af ter press , current coordinate inter face displayed i s shown as chart 4.19

Chart 4.16 interfaces before unit transfer Chart 4.17 interfaces after unit transfer

X0 Y0 Q0/Z 0

X0 Y0 Q0/Z 0

Y0 Q0/Z0

X0

Chart 4.18 the interface before X0 Chart 4.19 the interface after X0

4)following, after pressing and , current coordinate interface displayed is shown as chart 4.20

Chart 4.20 interfaces after zero cleari ng all

Illustration:DP-100 still support the zero clearing of a certain coordinate value, at this time, DP-100 will

look coordinate value afte r zero clearing as parameter to make offset of coordinate origin, and update

all graphic primitives and current coordinates in the list. After that , if the user views other graphic primitives

and current coordinate, these values will become relative value of cleared graphic primitive coordinate.

Through this function, user can observe the relevant position of measured graphic primitive easily.

Note:DP-100 cant clear angle value of graphic primitive; it can clear coordinate value of graphic primitive.

Meanwhile , it is meaningless to clear some graphic primit ive parameter; they also wont be cleared, such

as distance parameter.


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4.1.7 How to use Dimidia te Key

Use key, you can make current coordinate value to be divided 2, using this function, you can

determine 1/2 value of current coordinate, you also can dimidiated value move to 0to get midpoint

of this section indirectly.

Function key

Operation steps

1) When you need dimidiate the collected value, firs tly press ;Show as chart 4.21

Chart 4.21 dimidiate function

2)Then there are three cases

aif want to dominate X axispress or number key

bif want to dominate Y axispress or number key

cif want to dominate Z axis press or number key

Illumination:if user wants to find out midpoint betwe en two points, he can achi eve it through

creating a new point by the two points, the new point he created is the midpoin t of the two points.

4.2 Basic Factors Measuring Function

This section introduces DP-100 usual usage measuring functions: the measurements of point, line, circle,

distance and angle, and take the measurement of point as example to introduce the display interface.

4.2.1 Display Interface Introduction

Here take the measurement interface of point as example (chart 4.22) to introduce display inter face.

Chart 4.22 Point measurement interface

in the title bar of the inter face above, it displays in the title bar the current operat ion objective:

measuring point

in the lower right corner of coordinate information display zone, there will display coordinate

type (CART/POL) to be used while measurement, user can change the lengt h unit type at anytime by pres sing on the pane l, but DP-100 suppo rt only singl e coord inat e sys tem, so

coordinate system transfer is unavailable for DP-100.

User can change the length unit type via pressing on the panelmminch


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above of coordinate informat ion display zone, namely in the middle of measuring information

display zone, where is displaying the points you currently need sampling

In the right side of interface, it is measuring information display zone

In the lower left corner of coordinate information display zone, there is diplaying a picture which

is relative with current measuring function, whose function is reminding of the user strikingly which

measuring function his current measurement is.

In the left of measuring information display zone, it is display zone of measuring point number,

which is used to remind of user the point number the current measurement needs and the remainder

point number to be sampled. Point measurement function supports multi-points measurement,

under point measurement, user can press on the panel to increase sampl ing points number.

For example, if current sampl ing point numberis 1, press , the sampl ing points becomes 2,

press again , the sampling pointsbecome 3, and the like, maximum sampl ing point

number can up to 50.

Cue:

User can set up the default value of sampling points under menu\ setting\ system sett ing\, for each

measurement in futur e, point system will use samp ling points number automatically set up in the

menu. It also support multi-points measuring function, line measurement and circle measurement,

it also can amend sampling point number via similar operating way with point measurement.

Measuring information data display zone

Cue:

In order to get correct measuring result, user should sample point according to system hint strictly,

otherwise, the measuring result will be inconsistent with users expectation.

4.2.2 Measuring point

Point measurement is simplest graphic measurement because it can define the point position only

need sampling 1 point. Point measuring function is recording some point graphic primitives of measured

object, user use these point graphic primitives to create some points, line, distance, circle and angle.

Key operation

Function

In the current coordinate interf ace(the default interf ace after starti ng) or while Browsing graphic

primitive list, press to enter into relevant operating interface of point graphic primitive. After

getting system defaults, press to Enter into point measuring function. On the small LCD screen,

there is displaying the Current measurable point number, if you need measuring more points, you can

press a Few correspondingly point measuring keyboard . If the measuring parameter can meet with

Your requirement, the measuring result will add automatically to graphic primit ive List, normally, newly

added graphic primitive will be listed in the last.

Cue:

If user want to delete newly collec ted sample point, press on the panel .Af ter col lecting one point each time, remainder sampling point in the hint zone of point number will

automatically reduce 1when collected point number is equal to the sampling point(the maximum

point number in the hint zone)measurement will finish automatically.

Cancel


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measure point element 1-50 times to get the coordinate Value of point element

While carrying out multi-points measurement, you can Get coordinates arithmetic

average value

Measuring result output: X.Y0 x

y

Px,y

Example1)Press to enter into point measuring function, measuring dialogue box is Shown as chart 4.23

2)User moves the coordinates to measuring value interesting him, then collects this Point

3) Press to collec t the coordinate value, the small LCD screen will display the general

information of measuring point, large LCD screen display s data information of measuring point,

show as Chart4.24

Enter

Chart4.24 Chart4.24

4.2.3 Measure Line

The function of line measurement just measure line element through collecting 2-50 points, normally,

within the maximum range on the straight line, user should collect points as more as possible to improve

accuracy of graphic element, user can decide sampling point number by himself. When the number of

sampling point is more than 2, system will create a most suitable line according to point data requirement,

and also will reflect the true straigh tness of line.

Press Key Operation

Function

In the current coordinate interf ace (the default interface after starting) or while Brows ing graphic

primit ive list, pres s to ente r into relevant opera ting Inter face of line graphi c primit ive. Afte r

getting system defaults, press toEnter into line measuring function. If measuring parameter can

meet with requirement, Measuring results will be added to graphic primitive list automatically.

Normal ly, newly added graphic primit ive will be listed in the last.

Hint:

The vector direction of line element is the direction from firs t point P1 to last point P2, please note

that vector direction of line element will affect the calculation result of slant angle.

Measure 2-50 points on straight line to get slant angle of line

While carrying out multi-points measurement, you can get average value by

least square method

Measuring result outputXYAF10 x

y

AF1

F2


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Example

1) Press line measuring key to enter into line measuring function, line measuring dialog box is

shown as Chart 4.25

2) User moves the current coordinates to the beside of coordinate vale interesting him, press

key to collect the coordinates value P1, then collec t coordinate value P2, show as chart 4.26

Enter

Char t 4.25 Char t 4.26

3) Use the same method to collect the value of P2, and then press to display measuring information,

show as Chart 4.27, press to view the value of true straightness F1, show as chart 4.28.

Chart 4.27 Chart 4.28

4.2.4 Circle Measurement

Circ le measurement can be real ized via collecting 3-50 points on the circle. Normall y, three points

can get the circle, but in order for accurate measu ring, the sampling point number should be morethan 3, and sampling points should dist ribute on the circle equally. When sampling point number is

more than 3, system will create a most suitable circ le according to collected points data, and also

will reflect the roundness of this circle.

Key operation

Function

In the curren t coordinate interface(the default interface after starting)or whileBrowsing graphic

primitive list, press to enter into relevant operatingInterface of circle graphic primitive. Afte rgetting system defaults , press toEnter into circle measur ing function. If measur ing parameter

can meet with requirement, Measuring results will be added to graphic primitive list automatically.

Normally, newly added graphic primitive will be listed in the last.

Enter

More


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0 x

y P1

P2P3

D

x,y

Measure 2-50 points on circle to get diameter of circle .

While carrying out multi-point s measurement, you can get Average circle by

the smallest average.

Measuring result outputXYDrF2

Example

1) Press circle measuring key to enter circle measuring funct ion, measuring dialogue box is

shown as chart 4.29.

2) User moves the current coordinates to the beside of coordinate vale interesting him, press

key to collect this coordinates value P1, then collect coordina te value P2, show as chart 4.30

Enter

Chart 4.29 Measuring circle Chart 4.30

3) Use the sam e met hod to col lec t the val ue of P2, P3, then pre ss to display mea sur ing

circle inform ation, show as Chart 4.31, press to view diame ter D and the value of

roun dness F2, show as chart 4.32.

Chart 4.31 Chart 4.32

Enter

More

4.2.5 Distance Measurement

It includes 5 kinds of distance measurements: point to point, point to line, point to circle, circle to

circ le, line to circ le, in whic h the distance measu rem ent of poin t to point is the most basica lly

measurement.Key Operation

Function


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In the current coordinate interface(the default interface aft er starting)or while Browsing graphic

primitive list, press to enter into relevant operating Interface of distance measurement show

as chart 4.33. You can press and toSelect the functions of measuring distance below:

Chart 4.33 Relevant operating interface of distance measurement

The distance from point to point

Measure two points to get the distance between two points P1 and P2

Measuring results output: XYDT

hint

The vector of distance element can get via the first measuring point P1, the second measuring point

P2 and coordinate difference value (XY)according to follow calculation formula: (coordinate

difference value)=(oordi nate value of the second measuring point)-(coordinate value of the first

measuring point)The positive negative symbols of coordinate difference value is subject to Measuring sequence.

Measure the distance from point to line

Measure 3 points to get the distance from point (P1to the line created by pointP2and (P3

Measuring results outpuut:X,Y,DT

Measure the distance from point to circle

Measure 4 points to get the distance from point (P1to the circle created by Point (P2 ),(P3) and (P4)

Measuring results output: XYDTMax DTMin DT.

Measure the distance from circle to circle

Measure 6 points to get the distance from circle created by points (P1, P2 and P3) to the circle

created by points (P4P5 and P6)

Measuring result output:XYDTMax DTMin DT.

Measure the distance from line to circle

Measure 5 points to get the distance from the line created by (P1 and P2 )to the circle created by

points( P3P4 and P5)

Measuring results output: XYDTMax DTMind

Generally speaking , the distance measuring steps as under:

1) After pressing , you need selec t a certain number key according distance Measuring type2) Collect coordinates of each point

3) Press to endFinish


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Example

(Take the distance from point to point as example

1)Press distance measuring key then press key to enter into distance measuring function,

the measuring dialog box of point to point as Chart 4.34 show

2)User moves the curren t coordinates to the behind of coordinate value interesting him, then press

key to collect the coordinate value P1, and then collect the coordinate of P2, as chart 4.35 shows.

Enter

Enter

Chart 4.34 Measure the distance from point to point Chart 4.35 Measure the distance from point to point

3) After finishing the collection of the coordinate P2, press key, the distance of P1 and P2 is

shown as chart 4.36.

Enter

Chart 4.36 Display the distance from point to poin t

4.2.6 Angle MeasurementAngle measurement just records some angle elements of measured objec t.

Key operation

Function

By measuring the two sides of an angle to realize purpose to measure angle element, this is angle

measuring method. In DP-100, you can collect two points on each side of two lines. When you use

the mode of preset sampling point number, the sampl ing point number requested to measure each

line will be displayed on the small LCD screen.

Measure 2 points on the straight line (P1, P2), then measure another straight

line points(P3, P4)to get the intersec tion and angle of two lines

Measuring resu lts output : X, Y, A1, A2, A3, A4.0 x

y

A1

A2

A3

A4


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hint

The vector direc tion of each line is from the first measuring point (P1/P3) to the last measur ing

point(P2/P4)

AngleA1 (0~180 degree) , it is an inter ior angle created by vec tor of two l ines

Angle A2 (0~180 degree),its value is 180-A1

Angle A3 (0~180 degree), i ts value i s 180+A1

Angle A4 (0~180 degree), i ts value i s 360-A1

Example

1) Press measuring key to enter into angle measuring function, angle measuring display dialogue

x is shown as chart 4.37

Chart 4.37 angle measurement

2) As the user move the current coordinate to the posit ion he want to measure, press the key

to acquire the data of coord inate P1,and then enter the data acqui sition of coordinate P2.As the

chart 4.38 show, chart4.39 is the inter face of data acquisit ion of coordinate P3

Enter

Data acquisit ion of coordina te P2 Inte rface of data acquis iti on of coordina te P3

3) Repeat step2 to acqui re the data of coordinate P2,P3,P4.then press the key on the panel ,the information of angle measurement are showed on the LCD, as the chart4 .40.the angle value

of A2,A3,A4 appear in the LCD by press the key

Enter

More


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Chart4.40 data display of angle measurement chart4.41 data display of angle measurement

4.2.7 Measurement of special figure

Measurement of special figure including the measurement of rectangle, ellipse, and screw thread

press the key

function

At The in terfa ce of cur ren t coo rdi na te (de fault in terfa ce afte r swi tching on t he ins tru ment ) or as

looking through the list of graphics , press key to enter the opera ting interf ace of measurement of

special figure. Showed as chart4.42, press key or or or to select the measurement

function of three kinds of special figure

4.42 measurement of special figure

Rectangle

In the measurement of rectangle , the parameter : the center coordinate, the length and the width of

the rectangle are obtained by measurement.

Attention:

Using the DP-100 to measure rectangle, need to sample at least five points, and the method of sampling

point must accord with the Chart4 .43, and the first, and second sampling point must be in a same

border of rectangle, then sample another three points in another three rectangle borders, the sample

direction must accord with clockwise or anti-clockwise.

chart 4.43


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operating procedure

1) Press measuring key then press to enter the inter face of measuring rectangleEnter

Chart 4.44

2) Sample 5 points, the method of sampling accord with chart 4.43,press to finish the sampling ,now the center coordinate and the length a of rectangle display in the LCD, showed in the chart4.45,

press key to display the length b of rectangle in the LCD, showed in the chart4.46.

More

Finish

Chart4.45 display of rectangle measurement chart4.46 display of rectangle measurement

Ellipse measurement

The parameter s in ellipse measurement are cente r coordinates, the long axis, the short axis and A,

F3 are obtained by measurement , A is the intersecting angle of long axis and short axis , F2 is thegeometrical deviation of ellipse

Attention:

When using DP100 to measure ellipse, need to sample at least five points, and the method of sampling

point must accord with the chart4.47.and the sampling direction must be clockwise or anti-clockwise.

0 x

y

ab

P1

P5P4

P3

P2

chart 4.47


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operating procedure

1)Press measuring key ,then press or to select ellipse measurement, then press

to enter interface of ellipse measurement, showed in the chart4.48

Enter

2).Sampling five points , the method of sampl ing accord with chart4.47, press after sampling

finish, the value of X, Y, Z axis displayed in the LCD are the center coordinate of el lipse and the long

axis a of ellipse, showed in the chart4.49, press key to display the short axis b, the intersect ing

angle of long axis and short axis, and geometrical deviat ion of ellipse.

chart4.48

Finish

More

Chart4.49 display data of ellipse chart4.50 display data of ellipse

screw thread measurementThe parameters in the screw thread measurement are major diameter, minor diameter, and the pitch

P is obtained by measurement and other parameter are obtained by calculation.

Attention:

Sampling at least five points in measuring thread, and the amount of the sampling points of measurement

are decided by the operator, the method of sampling points in a thread accord with chart4.51,1st step:

measuring the sampling points in outline , like P1,P2,P3 and etc showed in the chart4.51,2nd step:

measuring the point P4

P5

P4

P3P2P1

chart 4.51


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32

In the chart, and then the final sampling point P5, according to above method we can get the right

result, otherwise, the result is wrong.

operating procedure

1) Press the measuring key ,then press or to select measuring thread, and then press

to enter the interface of measuring thread, showed in chart4.52.Enter

chart 4.52

2) sampl ing 5 points , the method of sampl ing accord with chart4.51,press key to finish after

sampling, the value displayed in X axis and Z axis in LCD are Pitch, Pitch Diameter and Lead angle

of the thread, showed in the chart4 .53.press key to display the Major Diameter and Minor

Diameter, showed in chart4.54. The procedure of measuring parameter of thread showed in chart4.55.

Finish

More

chart4.53 display data of thread chart4.54 display data of thread

Chart4.55 diagram of thread parameter

P

D1

D2

D

A

4.3 Initialization of graphics function

In the DP-100 digital readout system, it can generate a new graphic s by input a graphics data from the

digital keyboard; this method is called initialization of graphics. This graphics is same with the one which

was measured by sampling point, the difference of the preset graphics is generated by keyboard, its ideal

graphics, and there isnt any error. The preset graphics are: point, line, circle, distance, angle and skew.


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Initialization of graphics procedure:

4.3.1 Preset point

Input coordinates of a point P(X, Y)

Create a preset point

Output of result : X, Y

4.3.2 Preset line

Input coordinate of a point P(X, Y) and angle A.

Create a preset line, the intersect ing angle of this line and X axis is A.

Output of result: X, Y, A, F1

4.3.3 Preset circleInput coordinates of a point P(X, Y) and the radius r

Create a preset circle, the center and radius of this circle is P, and r.

Output of resul t: X, Y, D, r, F2.

4.3.4 Preset distance

Point to point: input coordinates of two point P1(X, Y) and P2(X, Y).

Create a preset distance.

Output of result:X,Y, DT.

4.3.5 Preset angle

Input coordinate of a point P(X, Y) and an angle A

Create a preset angle.

Output of result: X Y, A1, A2, A3, and A4.

4.3.6 Preset skew

Input coordinates of two points P1(X, Y), P2(X, Y) and the angle A

Create a preset line

Output of result : X, Y, A

4.3.7 Demonstration of preset

According to the preset point, demonst ra te the opera ting procedure in preset funct ion.

Operating procedure

1) Press preset key ,then press measuring point to enter inter face of prese t point, or

press measuring point firs tly, and press preset key to enter interface of preset point, in the following

demons tration is the fore method showed in the chart4.56, a status awaited to input data

2) Using numer ic key to input data, like input 1.023,the order of press key is .

Preset1) Press preset key , and then press measuring icon to select type of the preset graph ics

2) Input the coordinate value of graphics by numeric key on the keyboard.

3) Press key to finish

In the following, its the demonstration of preset point, line, circle, distance, angle and skew.

Finish

Preset

321 0

Char t 4.56 prese t points

chart4.57 data display


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3) Press to accept the data of input, show in the chart4.58.

chart4.58 accept data

4) Press cursor key, await to input value of Y axis, repeat step2, that is: Using numeric key to input

data, like input -2.145, the order of press key is , or

, like chart4.59 display

1 1+- +-5

5

2 24 4

Chart4.59 data display

5).Press to accept the input data of Y axis, press key, finish prese t point. Displayed

in chart4.60

FinishEnter

chart 4.60

Attention:

If dont press key while input a wrong number, using or to choose the wrong data ,

then press key to cance l the fore input data .

Dont need to press after inputt ing a data , and press or direc tly, confi rm the

input data and turn to fore or next input.

Graphics in DP-100 like point, line, circle, distance, angle and skew can preset from above methods,

its difference in displayed in the LCD for the differences in inputt ing data of graphics.

Enter

Finish

Cancel

4.4 This chapter introduces recall function of the DP-100 readout

4.4.1 Meaning of recall

The function of reca ll is using the permanent stored graphics element from the graphics list , it can

set position quickly to one appoin ted graphics, if the appointed graphics dont exist, and a dialog

box with pop up with no such graphics

4.4.2 Demonstration of recall

Operating procedure:

1) Press reca ll key ,a dialog box pop up with please input ID No., showed in the chart4.61.Recall

chart 4.61.


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Params Construct result Graph Operation Step Remarks

0 x

y

P x,y1 points itself

1.Press Key to confirm thetype of Construction

2.Choose a point element3.Press key Finish


35

2) Input the ID No. by numer ic key, press key to confirm the inputt ing ID, if the ID No. is 3,

a inter face will showed in the chart 4.62

Enter

4.62 chart

Cue:

The inputt ing ID No. can not exceed the number of graphic s, the Recall funct ion execute the

constructing, if want to cancel one choosing graphics, first ly move the cursor to choose this graphics,

and press key ,can cancel the lates t choosing graph ics.

Attention:

When one graphics was chose in the construction process, a* will display aside this graphics. When

the elemen t of recall reach preset value, press key to create a graphics and the result will

display automatic

Delete

Finish

4.5 Construct function of graphics:

This chapter mainly introduce s the meaning of constructing graphics, the procedure and function of

constructing graphics, constructing point, and line, circle, constructing distance and angle, and demonstrating

usage of construction graphics function in the end.

4.5.1 Constructing graphics

Choose a stored graphics to construct a new graphics from graphics list is called construct graphics.

The constructed graphics by using such method and the graphics by measuring and presett ing can

be used in every operation.

General speaking , the procedure of constructing graphics is:

1)Press construct key ,press measuring key, choose the type of construct ing graphics, or press

measur ing key firstly, and press construct key to enter the function of constructing. The fore method

is adopted commonly.

2) Choose two or several graphics from the list of graphics.

3) Press key to finish.

Graph ics construction chart s in the follow ing help to interpre t the permiss ion of const ructi ng a g

raphics element.

Const ruct

Finish

4.5.2 Point construction


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2Two lines point

of intersection

1.Press confi rm the

Construct result type.

2.Select two line element

3. Press0 x

y

2 Middle point

1. Press confirm the

Construct result type2.select two point element

3. press0 x

y

Finish

Finish

0 x

y

2

circle center to

circle center

distance

1.Press confirm Construct

result type

2.Select two circle elements

3. Press Finish

0 x

y

2

midpoin t of point

and the center of

circle

1.Press

2.Select two circle elements3. Press Finish

Finish

0 x

y

2point to the foot

of a perpendicular

1. Press key to confirm the

type of construction.

2. Choose one point element

and a line element.

3.Press key

point is not

in the line

4.5.3 Line construction

Parameternumber

Resu lt ofconstruction

Example Operating procedure Remarks

1

2

2

line itself

0 x

y

0 x

y

Finish

Finish

Finish

Finish

Finish

0 x

y

1. Press key to confi rm the

type of construction.

2.Choose a line element.

3. Press key

1. Press key to confirm

Documents

Sinowon Digital Readout DP100 Operation Manual En