SHIMPO DAG-2000 User Manual

Page 1
DIGIT AL AIR MICROMETER
DIGITALAIRMICROMETER
DAG2000 USERS MANUAL
Second Edition 2002.10.25
NIDEC TOSOK CORPORA T ION
1
Page 2
REQUEST DURING USE In order to use this product safely, please follow the items below:
[Danger] (1) The inside of this product has hundreds of volts of electric voltage.
During installation, transfer, maintenance, and inspection of this product or connections, please shut down all the power and remove from the product the power and connection cables first.
(2) Standard attached power cable is for 100V. When using power voltage exceeding 125V, please prepare
separate 250V cable.
(3) Please do not trample or pull the connection cables that will be used for connecting the power cable to
the equipment. Also, when removing power cable or connection cables, please be sure to hold the plug part. There is danger of damage to the cable. By any means please do not use damaged power cables or connection cables. This is a high voltage object and there is danger of electrical shock.
(4) Please make sure to install ground.
There is danger of electric shock during breakdown or short circuit.
[Warning] (1) This product is a precise measuring device that performs measurement through air. For the air supply,
please prepare pure air with dirt, moisture and oils removed.
(2) Please make sure not to put foreign materials through the gaps of this product or the connecting
machines. There is danger of incurring serious injury from electric shock, fire and breakdown.
[On bringing to overseas]
When bringing this product overseas, please confirm beforehand since there are various restrictions. Please understand beforehand that when this product is brought overseas and accidents occur, this company will be held responsible.
[About this manual] (1) This manual was created doubly sure but if by chance suspicious points, omissions and such are noticed,
please inquire with our sales department. (2) Diversion or reproduction of all or part of the contents without permission is not allowed. (3) For purposes of improvements, changes can be made to product specifications, contents of the manual,
and appearance without notice in the future.
[About the warranty]
Warranty will be in accordance with the warranty regulations of this company
(1) Even during warranty period, expenses required for repairs will be charged if breakdown and damages
are caused by mishandling by the customer. (2) There may be cases also when repairs for alteration made by customers cannot be accepted. (3) Claims repair is standard. For business trip repairs, separate business trip expenses will be charged
even during warranty period.
2
Page 3
TABLE OF CONTENTS
CHAPTER 1 INTRODUCTION-------------------------------------------------------------------------------------1
1.1 Outline -------------------------------------------------------1
1.2 Merits ------------------------------------------------------ 1
1.3 Block Diagram ------------------------------------------------------ 2 CHAPTER 2 NAME AND FUNCTION OF EACH PART------------------------------------------------------ 3 CHAPTER 3 PROCEDURE UP TO MEASUREMENT--------------------------------------------------------- 4
3.1 For normal cases ------------------------------------------------------- 4
3.2 For work tolerance (judgment limits) change cases ------------------------------------------------------- 5
3.3 For first time measurement tool connection cases ------------------------------------------------------ 6
3.4 For several measurement tools connection cases ------------------------------------------------------- 7 CHAPTER 4 MASTER CALIBRATION --------------------------------------------------------------------------8
4.1 Master calibration by 2 masters ------------------------------------------------------ 8
4.2 Master calibration by 1 master -----------------------------------------------------10
4.3 Clearing of master data ------------------------------------------------- ------11
4.4 Master calibration error -------------------------------------------------------11 CHAPTER 5 MEASUREMENT------------------------------------------------------------------------------------12
5.1 Measurement value display -------------------------------------------------------- 12
5.2 Display color of main display ----------------------------------------------------- 12
5.3 Measurement value hold -------------------------------------------------------12 CHAPTER 6 DETAILS OF EACH PROCEDURE--------------------------------------------------------------13
6.1 Installation -------------------------------------------------------13
6.2 Preparation ------------------------------------------------------ 13
6.3 Starting ------------------------------------------------------ 14
6.4 Settings -----------------------------------------------------15
6.5 Detector Adjustment ------------------------------------------------------21
6.6 Program Switching ------------------------------------------------------24 CHAPTER 7 EXTERNAL I/O FUNCTION--------------------------------------------------------- ------------25
7.1 Serial (RS232C) communications function ------------------------------------------------------ 25
7.2 External button input -----------------------------------------------------26 CHAPTER 8 MAINTENANCE------------------------------------------------------------------------------------ 27 CHAPTER 9 CAUSES OF FAILURE AND COUNTERMEASURES --------------------------------------27 CHAPTER 10 OTHERS--------------------------------------------------------------------------------------------- 28
10.1 Model -----------------------------------------------------28
10.2 Optional ----------------------------------------------------- 28
10.3 Specifications -----------------------------------------------------29 CHAPTER 11 WORKSHEET
--------------------------------------------------------------------------------30
3
Page 4
CHAPTER 1 INTRODUCTION
Thank you for purchasing the Digital Air Micrometer (DAG2000). This manual is explained such that even first time users of the Air Micrometer will be able to use the abundant functions of this product efficiently. Please read the manual thoroughly to use this product well.
1.1 Outline
This product is a measurement device that detects the air pressure changes based on the dimensions of the measurement subject through sensors, and makes judgments based on digital dimension indicators and lamps.
This product is a comparison measurement device.
Measure the master for reference and then do measurements. With regular master calibrations, good precision measurements are possible.
This product judges independently if the measurement value is OK or NG.
Judgment result display can be quickly distinguished through the indicator color of the main display and judgment LED. Also, regular master calibrations can be done through the panel key.
1.2 Merits
① Judgment result (OK or NG) of measurement value can be distinguished through the number and
lamp color.
② Measurement value unit display can be switched (µm or mm) by changing the settings. ③ Master calibration is easy. ④ Peak measurement [Optional]
+PEAK, -PEAK, TIR(=+PEAK-(-PEAK)), TIR/2(=(+PEAK-(-PEAK))/2)
Auto measurement start stop function
⑤ 5 ranks (-NG, -OK, OK, +OK, +NG) judgment is possible
Maximum of 99 ranks judgment is possible
⑥ Abundant external I/O functions
Serial communications function
To PC printer via RS232C Measurement value and judgment result can be outputted. [Standard]
External button input function [Standard]
Measurement command and master calibration command input is possible via foot switch and push button.
Digimatic output function [Optional]
Capable of outputting measurement value to Digimatic printer.
DC I/O function
Capable of outputting judgment result to the lamp sequencer and also BCD output of the measurement value.
⑦ Compact
120(W) X 180 (D) X 150(H)mm, 300(D)mm when regulator is fitted
⑧ Accessories
Handle for easily carrying [Optional]
Tuner (dial) cover [Optional]
Cable for each type of external I/O [Optional]
4
Page 5
1.3 Block Diagram
d
t
p
(1) Structure
Arrow represents the direction of air and electric signal.
is optional.
Measurement element/tool
Work and master
RS232C Digimatic output External input button
A/E Converter
Air circuit
Pressure sensor
Amp circuit
Input Range switch
CPU
Memory for operation software
Regulator
0.196±0.005MPa
0.3~0.7MPa
Mist separator
Filter
Parallel I/O
Memory for saving settings values and master calibration data (good for 10 types)
Optional
DC I/O base
In case industrial
ressure contains
moisture and oil
(2) Operation flow
Shown below is the software operations diagram starting from turning on power.
Power ON
Initialization mode
Reading of last setting values use
and master calibration data
Confirmation of indicator ligh (visual)
Master calibration mode
Master calibration
Adjustment of detector
Master calibration data clear
Measurement mode Program switching mode
Program switching
Setting mode
Measurement range selection
Input of master value
Input judgment limits
Can save up to 10 kinds of settings values
Compressed air
purifier
Industrial pressure
5
Page 6
d
y
t
d
CHAPTER 2 NAME AND FUNCTION OF EACH PART
Sensitivity (MAG) adjustment tuner
Adjusts the sensitivity of the air circuit. No need for adjustments except during measurement tool replacement and master calibration error.
Zero adjustment tuner Adjusts the zero position of the air circuit. No need for adjustments except during measurement tool replacement and master calibration error.
RS232C Connector
Connector for serial communications used for connecting the PC to the printer.
Switch input connector Connector for measurement comman and master calibration input done b external push button. Optional foo switch and push button is available. Cannot be used expect for foot switch and push button.
DC input connector [Optional] Connector for connecting to the lamp, PLC, etc. There are 2 types judgment output and BCD output. Capable of measurement command an master calibration input.
Analog input connector [Optional] Please inquire to the maker on how to use.
Mode lamp
Displays the current mode and master calibration condition.
Main display 4 digits 3 colors digital display. Displays the measurement value and judgment result (rank no.).
Judgment lamp Displays the judgment results.
English display Displays simple bar, measurement value, settings item name, settings value, etc.
Panel switch Used for mode switching, settings item selection, settings value input, etc.
Air pressure input
Please supply pure air at 0.196±0.005MPa. Optional precision regulator and filter is available.
Power switch
Silencer
Power connector (Input)
Can be used at AC85~264V range but for the cable included, please use within AC85~125V.
Measurement nozzle port Please connect measurement tool.
Regulator bracket Hole for fitting (M3)
6
Page 7
CHAPTER 3 PROCEDURE UP TO MEASUREMENT Procedures up to the measurement corresponding to each condition are mentioned in this chapter.
3.1 For normal cases Shown here is the procedure up to measurement for normal cases.
Turn ON compressed air
Supply of compressed air to the main body
Please refer to [Chapter 6, 6.2 Preparation] for details
Turn ON power
Supply of power to the main body Please refer to [Chapter 6, 6.3 Starting] for details
Start at measurement mode Please refer to [Chapter 6, 6.2 Preparation] for details
Switch to master calibration
mode (master calibration)
Switch from measurement mode to master calibration mode Please refer to [Chapter 4 Master Calibration] for details
Master calibration
Record the master value to the main body Please refer to [Chapter 4 Master Calibration] for details
Please perform master calibration regularly (every 2 hrs.).
Please refer to Chapter 4 Master calibration for details
After finishing master calibration, switch to measurement mode.
Measurement is possible
Measurement
Please refer to [Chapter 5 Measurement] for details
7
Page 8
3.2 For work tolerance (judgment limits) change cases
t
Shown here is the procedure up to measurement wherein work tolerance is changed.
Turn on compressed air
Turn ON power
Switch to settings mode
Change settings
Switch to master
calibration mode (master
calibration)
Switch from measurement mode to settings mode
Because of work tolerance change, change the judgmen limit values. Settings value change can be done in setting mode.
Please refer to [Chapter 6, 6.4 Settings] for details.
Switch to measurement mode after finishing settings change
Please refer to [Chapter 6, 6.4 Settings] for details.
Change the judgment limit values at settings mode
Please refer to [Chapter 6, 6.4 Settings] for details.
Master calibration
Measurement
8
Page 9
3.3 For first time measurement tool connection cases
t
r
r
r
Shown here is the procedure up to measurement wherein measurement tool is connected to the main body for the first time. Note: There are cases wh erein detector adjustment is not needed depending on the measurement tool.
Turn ON compressed air
Turn ON power
Switch to settings mode
Switch from measurement mode to settings mode
Because of work tolerance change, change the judgmen limit values. Settings value change can be done in setting mode.
Please refer [Chapter 6, 6.4 Settings] for details
Change the settings
At settings mode, input the settings value for the
measurement tool that will be connected. Please refer to [Chapter 6, 6.4 Settings] for details
Switch to measurement mode after finishing settings
change Please refer to [Chapter 6, 6.4 Settings] for details
Switch to master calibration mode
(detector adjustment)
Switch from measurement mode to detector adjustment
Please refer to [Chapter 6, 6.5 Detector Adjustment] fo details
Detector adjustment
Adjustment of detector through ZERO and sensitivity
tuner. Please refer to [Chapter 6, 6.5 Detector Adjustment] fo details
Switch to master
calibration mode (master
calibration)
Master calibration
Measurement
Switches from detector adjustment to master calibration
Refer to [Chapter 6, 6.5 Detector Adjustment] fo details.
9
Page 10
3.4 For several measurement tools connection cases
r
d
r
m
r
Shown here is the procedure up to measurement for cases wherein multiple measurement tools are connected to 1 main body.
Please refer to [Chapter 3, 3.3
For first time measurement tool connection cases] when inputting of
settings for measurement tools that will be connected are not finished.
Replace the measurement tool
Turn ON compressed air
Turn ON power
Switch to program switching
mode
Program switching
Stopping of compressed air to the main body and replace
measurement tool. Please refer to [Chapter 6, 6.2 Preparation] for details
Switch from measurement mode to program switching
mode Please refer to [Chapter 6, 6.6 Program Switching] fo details
At program switching mode, reads the settings value an
master data of the measurement tool connected. Please refer to [Chapter 6, 6.6 Program Switching] fo details
Switch to master calibration
mode (detector adjustment)
Adjustment of detector
Switch to master calibration
mode (master calibration)
Master calibration
Switch to measurement mode after finishing progra
switching. Please refer to [Chapter 6, 6.6 Program Switching] fo details
Measurement
10
Page 11
)
CHAPTER 4 MASTER CALIBRATION
This product is a comparison measurement device therefore master calibration (correction of measurement value) by the use of a master is necessary.
Also, precise measurements can be made possible by regularly doing master calibrations.
There are 2 selections of master calibration method for this product:
Master calibration (ZERO and sensitivity correction) by 2 masters (small range and big range).
Master calibration (ZERO correction only) by 1 master (ZERO master).
At the [Cal Mode] of the settings item, 2 masters master calibration will be performed when [MIN & MAX] is selected. 1 master calibration will be performed when [ZERO M.] is selected.
CAUTION
Please perform again master calibration when ZERO and sensitivity tuning is operated after
master calibrations.
Master calibration is NG when the mode lamp [MAS] lights up in red.
Please perform master calibration.
4.1 Master calibration by 2 masters Shown here is the method for performing ZERO correction by small range master and sensitivity
correction by large range master. Will be activated by selecting [MIN & MAX] at settings item [CalMode]
Confirmation of master
and measurement tool
Please confirm that there are no foreign objects sticking on the master or measurement tool. In case there are foreign objects, this will have bad effect on the master calibration and measurement cannot be performed correctly.
Measurement mode
Switch to master
calibration mode (master
calibration)
Small range master
calibration (ZERO
correction
Please confirm that it is in measurement mode (mode lamp
[MEAS] will light up). Please refer to [Chapter 5 Measurement] for details
Press / Will switche from measurement mode to master calibration mode
(master calibration)
After “MIN M.” in the English numbers display has been
displayed for 2 seconds, raw data will be displayed. Mode lamp [MAS] with orange color with light up.
Please set the small range master to the measurement tool.
Raw data (without correction) is displayed in the main display. Raw data display colors are:
When color is green, ZERO master calibration is possible. Please press ENT. ZERO correction will be performed.
When color is red, ZERO master calibration is not possible. Detector adjustment will be performed. Please press / “ADJ.” will be shown in the English figures display and will switch to detector adjustment.
Please refer to [Chapter 6, 6.5 Detector Adjustment] for details.
continuously for 2 seconds.
MAS
.
MAS
11
Page 12
r
r
Large range master calibration
(Sensitivity correction)
Master calibration completion
After “MAX M.” shown in the English display for
2 seconds, data after ZERO correction will be shown.
Please set the large range master to the measurement tool.
ZERO correction data will be shown in the main display. ZERO correction data display colors are:
Green - sensitivity master calibration is possible. Please press ENT. Sensitivity correction will be performed.
Red - sensitivity master calibration is n ot possible. Detector adjustment will be performed. Please press / “ADJ.” will be shown in the English display and will switch to detector adjustment. Please refer to [Chapter 6, 6.5 Detector Adjustment] fo details.
“MAS OK” will be shown in the English display and will
switch to measurement mode. Master calibration has error if anything else is displayed. Please press ENT and repeat from . About the master calibration error, please refer to [3.4 Maste calibration Error].
MAS
.
12
Page 13
r
t
4.2 Master calibration by 1 master Shown here is the method on how to perform ZERO correction by ZERO master.
Valid for cases when [ZERO M.] in the [CAL MODE] settings item is selected. Sensitivity correction data will use the master calibration results of the 2 masters performed previously. If 2 masters adjustment has not been performed, please perform first [Chapter 6, 6.5 Detector Adjustment].
Confirmation of master
and measurement tool
Please confirm that there are no foreign objects sticking on the
master or measurement tool. In case there are foreign objects, this will have bad effect on the master calibration and measuremen cannot be performed correctly.
Measurement mode
Please confirm that it is in measurement mode (mode lamp [MEAS]
will light up). Please refer to [Chapter 5 Measurement] for details
Switch to master
calibration mode (master
calibration)
Press / Will switch from measurement mode to master calibration mode
(master calibration)
continuously for 2 seconds.
MAS
ZERO master calibration (ZERO correction)
After “MIN M.” in the English display has been displayed for 2
seconds, raw data will be displayed. Mode lamp [MAS] with orange color with light up.
Please set the ZERO master to the measurement tool.
Raw data (without correction) is displayed in the main display. Raw data display colors are:
When color is green, ZERO master calibration is possible. Please press ENT. ZERO correction will be performed.
When color is red, ZERO master calibration is not possible. Detector adjustment will be performed. Please press / “ADJ.” will be shown in the English figures display and will switch to detector adjustment. Please refer to [Chapter 6, 6.5 Detector Adjustment] for details.
MAS
.
Master calibration
completion
“MAS OK” will be shown in the En glish display and will switch to
measurement mode. Master calibration has error if anything else is displayed. Please press ENT and repeat from . About the master calibration error, please refer to [3.4 Maste Calibration Error].
13
Page 14
r
r
4.3 Clearing of master data Shown here is the clearing method of ZERO correction and sensitivity correction data
Ordinarily not used. Please use for wear check of measurement tool.
Measurement mode
Please confirm that it is in measurement mode (mode lamp [MEAS]
will light up). Please refer to Chapter 5 Measurement for details
Switch to master
calibration mode
(master calibration)
Press / Will switch from measurement mode to master calibration mode
(master calibration)
continuously for 2 seconds.
MAS
Switch to master calibration mode
(detector adjustment)
Switch to master calibration mode
(Clears master data)
Clear master data
Switch to master calibration mode
(master calibration)
After “MIN M.” or “ZERO M.” has been shown in the English
display, mode lamp [MAS] with orange color with light up. Please press / Switches from master calibration mode (master calibration) to maste calibration mode (detector adjustment)
“ADJ.” will be shown in the English display.
Please press / Switches from master calibration mode (detector adjustment) to maste calibration mode (master data clear)
“MST CLS.” will be shown in the English display.
Please press ENT. Master data will be cleared. After “M. CLS OK” has been shown in the English display, mode lamp [MAS] with orange and red colors with light up alternately.
Returns to condition .
MAS
MAS
.
.
4.4 Master calibration error
In case of master calibration error, the following error details will be shown in the English display: “ERR ZERO” ZERO correction is out of range “ERR MAG” Sensitivity correction is out of range “ERR REV” Data during ZERO correction is smaller than data during sensitivity
correction
In case the above errors are displayed, it is necessary to adjust through the ZERO/sensitivity adjustment tuner.
Please refer to [Chapter 6, 6.5 Detector Adjustment] for details.
14
Page 15
CHAPTER 5 MEASUREMENT Measurement is possible when [MEAS] mode lamp is lit and LED of [MAS] is unlit.
If [MAS] LED is blinking, this means that master calibration has not been performed so please perform first [Chapter 4 Master Calibration].
5.1 Measurement value display
Display contents for the main display and English display can be changed by setting it.
Display device Display contents Settings item
Settings Remarks
name
Main display
Measurement value [µm] Measurement value [mm]
MainDisp
MEASURED µm
Displays the measurement value in µm
Ditto MEASURED mm Displays the measurement
value in mm
Judgment result Ditto JUDGMENT -OK=1, OK=2, +OK=3,
-NG & +NG=no display
Not used Ditto NO USE
English display
Measurement value [mm]
CharDisp MEASURED Displays the measurement
value in mm
Judgment result Ditto JUDGMENT The left 3 digits is the
program number. The right 4 digits is the judgment result
Plain bar Ditto BAR Position display of
measurement value within the measurement range
Please select in settings item [RESOLUTION] for the resolution function in the measurement values display.
5.2 Display color of main display
Display color of the main display changes depending on the judgment result. If judgment result is: OK, the color will be GREEN.
-OK and +OK, color will be ORANGE,
-NG and +NG, color will be RED.
5.3 Measurement value hold
If ENT command is inputted during measurement, measured value will be on hold (saved) and if external I/F is being used, measurement value and judgment results will be outputted. Also, display color will change from light to dark. To cancel measurement value saving, RST or input RESET. Note: Cannot hold (save) when master calibration in NG.
15
Page 16
h
n
CHAPTER 6 DETAILS OF EACH PROCEDURE
6.1 Installation
Please place the main body and measurement tool on a location that can withstand heavy weight and that is stable.
6.2 Preparation
(1) Air piping
Pipe layout for the air to be used in measurement. Please supply pure air with dirt, moisture, and oil removed. Please prepare air environment friendly high performance filter. Note: Please make sure to connect in such a way th at air does not leak when connecting the hose to the joint. a) Connection of main body and regulator (optional)
Rear view of main body
b) Connection of filter (optional)
① Please connect hose (outer diameter 6, inner diameter 4, lengt
50) to the regulator joint (OUT).
② Please connect the silencer. ③ Please fit the regulator bracket to the regulator.
Note: Please do not touch the regulator pressure adjustment part
since regulator pressure has already been adjusted to
0.196±0.005Mpa.
④ Please fix the regulator bracket to the regulator bracket hole
(M3).
① Please turn the COCK off. ② Please connect the hose (outer diameter 8, inner diameter 6) i
between the filter and regulator.
③ Please fix the screw for draining so that it faces downwards.
Turn counterclockwise and please drain 1 or more times per day.
④ Please supply compressed air (0.3 ~ 0.7Mpa)
(2) Connection of power cable
① Please set the power switch to OFF ( will come out). ② Please connect the power cable to the power connector (input).
For the power cable included, please use within AC85 ~ 125V.
16
Page 17
(3) Connection of measurement tool
r
6.3 Starting
① Please connect the measurement element o
measurement tool to the measurement nozzle port.
Measurement element (PO type, POT type)
Note: If hose length is long , this will hav e effect on the responsiveness.
① Please switch On the power switch (press ). ② The following are shown in the English display:
Software version
Option information
③ Last used values of the followin g will be read:
Settings value
Master calibration data
④ Confirms (visual) the lighting of the display device. ⑤ Starts in the measurement mode (mode lamp
[MEAS] lights up).
Point Measurement mode will start right after turning on power. (mode lamp [MEAS] lights up)
17
Page 18
6.4 Settings
r
(1) How to switch to settings mode
(2) Structure of settings mode
Measurement mode
Standard settings
(Normal)
① At settings mode (mode lamp [MEAS] is lit), please press
Switches to settings mode (mode lamp [SET] lights up in
Point At measurement mode, if / 2 seconds, mode will switch to settings mode (mode lamp [SET] will light up in orange color)
Settings mode
Detailed settings
(Detail)
continuously for 2 seconds.
/
SET
orange color).
System settings
SET
(System)
is pressed fo
End of settings mode
Measurement mode
(END)
Cancel settings values (CANCEL)
Refresh settings values (WRITE)
18
Page 19
(3) Settings details
This explains the settings item name and settings details at the settings mode. Settings mode is mainly divided into the following 3:
Normal [Standard settings] --- master values, judgment limit values can be set
Detail [Detailed settings] --- measurement range, display analysis function, polarity ditto
System [System settings] --- display data, moving average ditto
① Settings item names and settings details at Normal [Standard settings]
Settings concerning master values
[MIN M.] --- Please input the small range master values used in master calibration (2 masters).
[MAX M.] --- Please input the large range master values used in master calibration (2 masters).
[ZERO M.] --- Please input the ZERO master values used in master calibration (1 master).
Settings concerning judgment limit values
[-NG/-OK] --- Please input the limit values of –NG and -OK
[-OK/ OK] --- Please input the limit values of –OK and OK
[ OK/+OK] --- Please input the limit values of OK and +OK
[+OK/+NG] --- Please input the limit values of +OK and +NG
In case judgment of –OK is not needed, please set the same settings values to [-NG/-OK] and
[-OK/OK] and in case judgment of +OK is not needed, please set the same settings values to [OK/+OK] and [+OK/+NG].
Settings concerning master
[CORRECT] --- Machine difference correction values can be set
Adds and displays the above data to the master correction data.
② Settings item name and settings details at Detail [Detailed settings]
[RANGE] --- Measurement range can be selected 10µm is optional.
[RESOLUTION] --- display analysis function ditto
Settings concerning detector
[POL] --- Polarity Please select + for inner diameter measurement and – for outer dimension measurement
[GAIN] --- Sensitivity rough adjustment values can be set Normally, settings values is fixed depending on the selected measurement range. Please input: 24 if measurement range 100µm is selected 33 if measurement range 50µm is selected 68 if measurement range 20µm is selected (204 if measurement range 10µm is selected) In case measurement range is changed, the above values will be set.
[CONSTANT] --- Sensitivity fine adjustment constant can be set
Normally, please input 1.000.
Settings concerning master
[CalMode] --- Master calibration method can be selected Please select: [MIN & MAX] for master calibration by small range or large range master. [ZERO M.] for master calibration by ZERO master.
③ Settings item name and settings details at System [System settings]
[MEAS SW] --- External button input movement can be selected
[SMOOTH] --- Moving average ditto
Settings concerning display
Data shown in:
[MainDisp] --- Main display can be selected
[CharDisp] --- English display ditto
19
Page 20
(4) Operation flow at settings mode
r
N
Shown here is about the settings mode operation.
① Whole, general, entire
[Measurement mode]
for 2 seconds
SETSET
RST
PROG[10]
PROG[ 1]
PROG
RST
Normal▼ Detail▼▲ System ▲
PROG
Normal
ENT
ENT
Normal
is selected
Selection of program number to perform settings Please select the program number that you want to perform with the /
PROG
.
Start the measurement with the selected program number afte finishing settings change
Selection of settings mode Please select with /
PROG
.
Settings change of the following are possible
ormal [Standard settings] --- master values, judgment limit values Detail [Detailed settings] --- measurement range, display analysis function System [System settings] --- display data, moving averages frequency
Detail
is selected
Detail System
System
is selected
RST
ENT
RST
END
ENT
RST
WRITE CANCEL
PROG
ENT
RST
PROG
[Measurement mode]
CANCEL WRITE
ENT
RST
ENT
RST
ENT
Saving of settings values Please select with /
PROG
.
Please select WRITE to save the settings values. Settings values will be changed. Please select CANCEL to cancel the settings values. Returns to the previous settings values.
20
Page 21
② Normal [Standard settings]
Please select the input digit with the input values using /
PROG
Normal
.
/
SET /MAS
to change the settings values and change the
●Settingvaluesinputtingmethod.
・Selectionofinputdigit

CalMode
MIN&MAX
is selected is selected
RST
MIN M.
MASMAS
ENT
012.3450
SETSET
MASMAS
PROG
‑NG/‑OK
RST
ENT
MASMAS
ENT
※1 ※2 ※3
012.3450
SETSET
MASMAS
RST
SETSET
MAX M.
ENT
RST
012.3750
SETSET
MASMAS
PROG
ENT
SETSET
‑OK/ OK OK/+OK +OK/+NG
RST
MASMAS
ENT ENT ENT
012.3550
SETSET
MASMAS
RST
RSTRST
SETSET
RST
ZERO M.
012.3450
SETSET
PROG
012.3650
SETSET
ZERO M.
ENT
MASMAS
ENT
MASMAS
・Inputvalueschange
・Confirmationofinputvalue
・Inputcancel
 (Readstheprevioussettingsvalues)
●Mastervaluessettings ※1:Smallrangemastervalues. ※2:Largerangemastervalues. ※3:ZEROmastervalues.
RSTRSTRSTRST
SETSET
MASMAS
RST
012.3750
SETSET
MASMAS


●Judementlimitvaluessettings ※4:‑NG/‑OK ※5:‑OK/OK ※6:OK/+OK
PROG
※4 ※5 ※6 ※7
ENT
RST
PROG
ENT
PROG
ENT
CORRECT
●Mastersettings
ENT
RST
※8:Machinedifferencecorrectionvalues.
+0.0000
SETSET
MASMAS
PROG
※8
ENT
END
21
PROG
※7:+OK/+NG
ENT
Page 22
③ Detail [Detailed settings]
Please change the settings with ▽/
. Confirm the settings value by pressing ENT.
PROG
Sensitivity fine adjustment constant ( 5) is selected by inputting the digit with 3/ and please change the input value with ▽/
Detail
PROG
.
SET
4/
MAS
,
RST
SETSET
RANGE
RST
MASMAS
ENT
RST
100μm
50μm 20μm 10μm
PROG
※1
ENT
※2
SETSET
MASMAS
ENT
RST
RST
+ ‑
PROG
ENT
※3 ※4
RST
RESOLUTI
ENT
m 2μm 1μ
0.5 μm
0.2 μm
0.1 μm
0.05μm
0.02μm
0.01μm
PROG
ENT
ENT
24
PROG
ENT
MASMAS
SETSET
※5
RST
RSTRSTRST
CONSTANTPOL GAIN
SETSET
PROG
ENT
1.000
ENT
MASMAS
※1:Measurementrange ※2:Displayresolution
●Detectorsettings ※3:Polarityselection. ※4:Sensitivityroughadjustmentvalues. ※5:Sensitivityfineadjustmentscontants.
RST
RST
PROG
※6
CalMode
MIN&MAX ZERO M
Normal
ENT
ENT
●Mastersetting ※6:Selectionofmastercalibrationmethod.
22
Page 23
④ System [System settings]
Please change the settings with ▽/
System
SETSET
MEAS SW SMOOTH
RST
NOT HOLD
PROG
※1
MASMAS
ENT
HOLD
ENT
RSTRST
RST
PROG
※2
ENT
30TIMES
ONCE
ENT
RST
※3
※4
. Confirm the settings value by pressing ENT.
PROG
RSTRST
SETSET
ENT
ENT
MASMAS
CharDisp
ENT
RST
MEASURED JUDGMENT
BAR
PROG
ENT
MainDisp
MEASURED JUDGMENT
NO USE
PROG
※5
MEASURED
is selected
μm
mm
PROG
ENT
※1:Externalbuttonmovement. ※2:Movingaveragefrequency. 
●Displaysettings Selectionofdisplaydataatmeasurementmode ※3:Datashowninmaindisplay. ※4:Unit.
DIMENSIO
RST
SETSET
PROG
※5:DatashowninEnglishdisplay.
μm
is selected
ENT
1.0000
MASMAS
ENT
Normal
23
Page 24
t
d
6.5 Detector Adjustment Please perform detector adjustment when measurement tool is replaced. (1) How to switch to master calibration method
(2) Detector adjustment
① Press / ② Switches to master calibration mode
(mode lamp [MAS] lights up in orange color)
Point If /
SET
for 2 seconds, mode will switch to settings mode. (mode lamp [MAS] will light up in orange color)
③ Press / ④ Adjustment of detector ⑤ By pressing △ ▽/
values of sensitivity rough adjustmen [GAIN] can be changed. Ordinarily, there is no need to change.
continuously for 2 seconds.
MAS
at measurement mode is presse
once.
MAS
, settings
PROG
Adjustment method for inner diameter measurement and outer diameter measurement is different. For inner diameter measurement, small range master is adjusted through ZERO position and large range is through sensitivity adjustment. Please refer to 1). For outer diameter measurement, large range master is adjusted through ZERO position and small range is through sensitivity adjustment. Please refer to 2).
24
Page 25
t
h
t
r
r
1) For inner diameter measurement
MASTER Small range (left) Large range (right)
MASTER Small range (left) Large range (right)
Measurement tool
Measurement tool
(1) Set the small range master to the measuremen
tool
(2) Turn the ZERO adjustment tuner and adjust the
readings on the main display so that the value is close to the master value.
(3) Set the large range master to the measurement
tool
(4) In the main display, if value:
Is near the large range master, calibration is
finished. Please perform (7).
Is not attained, sensitivity is insufficient.
Please perform (5).
Exceeds, there is over sensitivity. Please
perform (6).
(5) In case of insufficient sensitivity
a) Turn the sensitivity adjustment tuner clockwise wit
the large range master set to the measurement tool. Please add from the large range master value 5 times the minus amount from the large range master value.
b) Turn the ZERO adjustment tuner clockwise and adjus
to the large range master value.
c) Please repeat starting from (1)
(6) In case of over sensitivity
a) Turn the sensitivity adjustment tune
counterclockwise with the large range master set to the measurement tool. Please subtract from the large range master value 5 times the plus amount from the large range maste value.
b) Turn the ZERO adjustment tuner counterclockwise
and adjust to the large range master value.
c) Please repeat starting from (1)
(7) End of adjustment Aside from these there is no need for adjustments using the tuner (excluding special cases). Please proceed to (3).
25
Page 26
2) For outer diameter measurement
t
h
r
d
r
MASTER Small range (left) Large range (right)
Measurement tool
MASTER Small range (left) Large range (right)
Measurement tool
(1) Set the large range master to the measurement
tool
(2) Turn the ZERO adjustment stop and adjust the
readings on the main display so that it becomes near the value of the large range master.
(3) Set the small range master to the measuremen
tool
(4) In the main display, if shown is:
Near the small range master calibration is
finished. Please do (7).
Exceeding, sensitivity is insufficient.
Please do (5).
Did not reach, there is over sensitivity.
Please do (6).
(5) In case of insufficient sensitivity
a) Turn the sensitivity adjustment tuner clockwise wit
the small range master set to the measurement tool.
Please subtract from the small range master value 5
times the plus amount from the small range maste value.
b) Turn the ZERO adjustment stop clockwise an
adjust to the small range master value.
c) Please repeat starting from (1)
(6) In case of over sensitivity
a) Turn the sensitivity adjustment tune
counterclockwise with the small range master set to the measurement tool.
Please add from the small range master value 5 times the minus amount from the small range master value.
b) Turn the ZERO adjustment tuner counterclockwise
and adjust to the small range master value.
c) Please repeat starting from (1)
End of adjustment
Aside from these there is no need for adjustments through tuner (excluding special cases). Please proceed to (3)
26
Page 27
m
t
(3) Switching to master calibration mode (master calibration)
6.6 Program Switching
① Please press ENT. ② In the English display,
“MIN M.” or “ZERO M.” will be displayed. “MIN M.” is for master calibration with 2 masters. “ZERO M.” is for master calibration with 1 master. Raw data (without correction) is shown in the main display.
① At measurement mode, please press ▽/
continuously for 2 seconds.
② “PROG” will appear in the English display. ③ Please press ENT.
The current program number being used will be shown.
④ Please press or /
number (0~9), and then press ENT.
⑤ Program switching mode ends and switches to
measurement mode.
, select the progra
PROG
PROG
Point When the machine is powered on, it will star with the last selected program number.
27
Page 28
CHAPTER 7 EXTERNAL I/O FUNCTION
7.1 Serial (RS232C) communications function
(1) Outline
This product uses serial communications and is capable of outputting the measurement value and judgement to the printer or PC.
(2) Preparation
The RS232C back side of the main body is the connection port to printer and PC. Please connect to the main body the optional communications cable D-sub9P (OSS).
(3) RS232C Connector
Note: Please set the cable length within 15m.
1 2 3 4 5
6 7 8 9
Pin No. Signal name
1 2 RxD 3 TxD 4 5 GND 6 7 RTS 8 CTS
(4) Serial port settings
Settings name Settings details
Bow rate Bit/letter
Stop bit Start bit
Parity bit
9600
8 1 1
none
(5) Measurement results output Outputs the measurement value and judgment result.
① Simple command
Please transmit “D” only. Returns the output data of (below).
② Simple output data
Returns the data shown below:
Letter:
ASCII code:
Example:
20 20 31 2E 32 33 34 35 20 20 4F 4B 0D 0A
SP SP 1 . 2 3 4 5 SP SP O K CR LF
SP represents SPACE.
Measurement value SP Judgment CR LF
8 letters 3 letters
14 letters
Judgment is outputted as “-NG”, “-OK”, “OK”, “+OK”, “+NG”
(6) Data transmission method from the main body
At measurement mode, please press ENT or the measurement button (refer to 7.2 External button input for details).
Transmits in [(5) Simple Output Data] format. Note: Data cannot be transmitted when master calibration is NG.
28
Page 29
7.2 External button input
(1) Outline
This device allows the connection of the non-electrical contact of the external button or foot switch to the [SW, ETC] at the back of the main body. Measurements, RESET, large range master calibrations, and small range master calibrations can be performed.
(2) Preparation
[SW. ETC] at the back of this device is the connection port to the external button. D-sub 15P (OSS) can be connected.
(3) Switch input connector
External button and also non electric contacting foot switch can be connected. Input can be activated by short circuiting to the ground pin (6). Please use D-sub 15P (OSS).
Note: Please set the cable length within 2m. Cannot use other than push button or foot switch. Please use DS I/O base (optional) for the connection of sequencer and relay.
Please do not connect to the pin number that has no signal name. This becomes cause of accidents.
1
Measurement 7
GND 6
RESET 8
(4) Movement based on external button a. Measurement button
(1) At measurement mode, please press [Measurement Button].
Outputs the measurement value to external machine
Note: Cannot output when master calibration is NG
(2) At settings item [MEAS SW],
If [HOLD] is selected, measurement value will be on hold (saved), and data will be outputted. If [NOT HOLD] is selected, data will only be outputted.
b. RESET button (Reset)
(1) Cancels hold.
c. Large range master calibration
(1) At measurement mode, please set the large range master to the measurement tool. (2) Please press the [Large range master calibration button] when measurement value stabilizes.
Returns to measurement mode after performing large range master calibration.
Note: The above movement will not be performed when [ZERO M.] at settings item
[CalMode] is selected.
d. Small range master calibration
(1) At measurement mode, please set the small range/ZERO master to the measurement tool. (2) Please press the [Small range master calibration button] when measurement value stabilizes.
Performs small range/ZERO master calibration and then returns to measurement mode.
9 Large range master calibration 10 Small range and ZERO master calibration
15
29
Page 30
CHAPTER 8 MAINTENANCE
(1) Please use alcohol for removing dirt on the main body.
If thinner is used, color will fade and become dull.
(2) Filter will get clogged as a result of being used for long period of time.
Please replace the ELEMENT 2 years after start of use or when the pressure falls to 0.1MPa.
(3) Cleaning of A/E converter
Trash could be sticking inside the air circuit as a result of being used for long period of time. In case there is too much oil sticking, we recommend the use of the compressed air purifier.
① Please record the position of the front ZERO position/sensitivity adjustment tuner (distance from
the main body to the tip). Master calibration will be easy after finishing cleaning.
② Turn the ZERO position/sensitivity adjustment tuner counterclockwise and pull out from the main
body.
③ Please inspect the O ring of the needle part. In case there is scratch, it should be replaced. ④ Please clean if the needle is dirty.
Please clean also the hole ( 3) in contact with the needle using cotton buds soaked with alcohol.
⑤ Insert the needle into the main body.
If the screw seems to be loose, widen the split screw with a screw driver tip, etc. Please be careful not to over bend.
⑥ Turn the needle clockwise and insert into the position initially recorded.
Please perform adjustment or master calibration through the ZERO position/sensitivity adjustment tuner.
CHAPTER 9 CAUSES OF FAILURE AND COUNTERMEASURES
Phenomenon Failure and adjustment NG location Countermeasure Repeatability accuracy is not stable
① Supplied pressure is not stable ② Regulator function NG ③ Nozzle is worn out ④ There is leak in the piping, joint, etc. ⑤ Water and oil is mixed inside the main
body
① Set the source pressure of the
regulator to 300kPa or above.
② Overhaul or replacement of
regulator
③ Replace the nozzle with a
new one
④ Check for leak and then
tighten
⑤ Clean the main body
(use compressed air purifier) ZERO position adjustment tuner does not work
① Supplied pressure is low or high ② There is leak in the piping, joint, etc. ③ Nozzle gap is too small ④ Nozzle gap is too big
① Set the regulator pressure
settings to 196kPa.
② Check for leak and then
tighten
 Adjust to the appropriate gap
Main display does not operate
① Proper power is not supplied ② ZERO position adjustment NG ③ In measurement value hold mode
Display color is green (dark) or red (dark)
① Supply AC85 ~ 264V ② Perform master calibration ③ Cancel using RST ④ End the settings mode
④ In settings mode
Display device does not lit
① Power is not supplied ② Fuse is busted ③ Power/internal circuit failure ④ Display settings
① Supply AC85 ~ 264V ② Replace fuse (3A) ③ Request to maker for repairs ④ Change the settings item
[MainDisp]
30
Page 31
N
CHAPTER 10 OTHERS
10.1 Model
DAG 20 00 – H – DP – P – R
P: Peak measurement function R: Rank extension function
External I/O
one: standard DP: Digimatic output DC: Judgment output BC: BCD output
Note Cannot select both [-DC] and [-BC]
H: High precision measurement
Type number
Basic model number
DAG
10.2 Optional (1) Basic accessories
① High precision measurement Measurement range 10µm ② Digimatic output Output to printer (DP-1) with cable ③ Judgment output 5 rank (-NG, -OK, OK, +OK, +NG) output (with DC I/O
base extension, connector) Individual output is up to 16 ranks, 17 ranks and or more is code output.
④ Rank extension function Capable of judging up to maximum of 99 ranks (OK range) ⑤ BCD output Code output of BCD data (with DC I/O base extension,
connector)
⑥ Peak measurement function Measurement value change (+PEAK, -PEAK,
TIR(=(+PEAK)-(-PEAK)), TIR/2(=(+PEAK)-(-PEAK))/2) can be obtained.
(2) Sold separately
① Filter (DAG2000-0P-AF) Air filter + mist separator ② Filter (DAG2000-0P-AFA) Air filter + mist separator
(with auto drain)
③ Regulator (DAG2000-0P-AR) Precision regulator ④ Serial communications cable (DAG2000-0P-CB-1) D-sub 9 pin connector (EIA-232) for PC
with sample software
(DAG2000-0P-CB-2) D-sub25 pin connector (EIA-574) for PC
(DAG2000-0P-CB-3) D-sub25 pin connector (EIA-574) for
printer
⑤ Compressed air purifier (DAG2000-0P-HAF) High moisture and oil removal rate ⑥ Foot switch (DAG2000-0P-FSW-1) Single type
(DAG2000-0P-FSW-2) 2 consecutive type
31
Page 32
10.3 Specifications
ITEM SPECIFICATIONS REMARKS Input module Air 1 Channel Built-in AE2000 multi No. of measurement items 1 No. of programs 10 PROG 1~10 Measurement range [unit: µm]
Display resolution [unit: µm]
Main display (Display color)
(Red, green, orange, light dark)
Multi-function display 40DOT/F.S. Measurement value is displayed in analog
Automatic master calibration 8 digits (Red) Judgment result, settings values (English,
Automatic master range
Small range, large range
Sensitivity correction
Electric voltage AC85~264V Attached cable for AC100V Frequency 50/60Hz common Electric capacity 30VA Dimension (L X W X H) [unit: µm] Weight 2.2kg 2.8kg (with regulator) Operating temperature Push button input Foot switch Serial communications RS232C 1 port Output of measurement value and
High precision measurement
Measurement range 10µm Digimatic output 1 port Attached DP-1 connection cable Judgment output
BCD output
Input signal 8 points
Output signal
Measurement command, Reset
Program switching
Open corrector 24 points
Single type Measurement command Foot switch 2 consecutive type Measurement command, RESET
Serial communications cable For RS232C
Optional
Peak measurement function +PEAK, -PEAK,
TIR(=+PEAK-(-PEAK)),
(+PEAK+(-PEAK)/2 Rank extension function 99 ranks maximum OK range Regulator Precision regulator
Compressed air purifier When there is too much moisture and oil
100
50
Set to each program
10µm range is optional 20 10
5 2 1
0.5
0.2
0.1
0.05
0.02
0.01
4 digits
Set to each program
Can be selected except when range is 100
Can be selected when range is 10, 20
Can only be selected when range is 10
Measurement value, judgment result
dots
numbers)
ZERO correction
Within ±50% of measurement range
Within ±50% of measurement range
And within 0.5 ~ 2.0X
120 x 180 x 150 During fitting of regulator
300 (depth) mm
0~45°C
4 points Measurement command, RESET, master
calibration (2)
judgment result
Master calibration
READY
Common signal at 1, 2
Master OK
1. Rank output
1, 2 or either one
2. BCD output
Based on measurement value change
With auto measurement function
TIR/2,
Filter
32
Page 33
CHAPTER 11 WORKSHEET
Production No.:
Settings item name
name Details ▼▲
Normal
System
Measurement range RANGE Display resolution RESOLUTION
Sensitivity rough adjustment value GAIN (10~225) Sensitivity fine adjustment constant CONSTANT (0.100~9.999) Master calibration method CalMode
Small range master value MIN M. (input the actual dimensions) Large range master value MAX M. (ditto) ZERO master value ZERO M. (ditto) Machine difference correction CORRECT (-0.9999~+0.9999) Judgment limit values
Moving average frequency SMOOTH (1~30) Main display MainDisp English display CharDisp
Model name Settings mode Program No. [1] [2]
+ Polarity POL
-
MIN & MAX ZERO M.
-NG (input the actual dimensions)
-OK (ditto) OK (ditto) +OK (ditto) +NG (ditto)
HOLD External switch operation EXT
SW
NOT HOLD
33
Loading...