Unipulse f395 Operation Manual
F395
DYNAMIC FORCE PROCESSOR
Operation Manual
10 Apr. 2012
Rev. 1.12
Introduction
We appreciate your kind purchase of F395 Dinamic Force Processor.
To take full advantage of high performance of F395, Thoroughly read this operating
manual first before use and understand the explanations contained herein for correct
operating procedures.
Introduction
Safety Precautions
Be sure to read for safety.
In order to have an F395 Dinamic Force Processor used safely, notes I would like you to
surely follow divide into and , and are indicated by the following
documents.Notes indicated here are the serious contents related safely.Please use after
understanding the contents well.
WARNING
CAUTION
WARNING
Misuse may cause the risk of death or serious
injury to persons.
CAUTION
Misuse may cause the risk of injury to persons
or damage to property.
Safety Precautions
WARNING
● Use F395 with correct supply voltage.
● Do not carry out the direct file of the commercial power supply to a signal input terminal.
● Carefully check wiring, etc. before applying power.
● Set the correct Excitation Voltage for the sensor. （10V is set when F340A is
dispatched from us.）
● Do not disassemble the main body for modifications or repair.
● Be sure to ground the protective ground terminal.
● When smoke, a nasty smell, or strange sound, please shut off a power supply
immediately and extract a power supply cable.
● Do not install in the following environments.
- Places containing corrosive gas or flammable gas.
- Where the product may be splashed with water, oil or chemicals.
● About the built-in lithium battery
Never disassemble, deform under pressure or throw the battery
into fire.The battery may explode, catch fire or leak.
- Battery
Model: CR14250SE made by SANYO Electric Co., Ltd.
Nominal voltage: 3V
Nominal electric capacity: 850mAh
Safety Precautions
Safety Precautions
CAUTION
● Be sure to disconnect the power cable when performing the following.
- Attachment/detachment of connectors of options.
- Wiring/connection of cables to terminal blocks.
- Connection of the ground line.
● Take an interval of more than 5 seconds when repeating ON/OFF.
● For connection to the signal I/O terminal block, wire correctly after checking the signal
names and terminal block numbers.
Also, turn off the power of the main body before connection/wiring to the signal I/O
terminal block.
● Use shielded cables for the connection of strain gauge type sensor, displacement
sensor, External input and output or options.
● Take adequate shielding measures when using at the following locations.
- Near a power line.
- Where a strong electric field or magnetic field is formed.
- Where static electricity, relay noise or the like is generated.
● Do not install in the following environments.
- Where the temperature and/or humidity exceeds the range in the specifications.
- Places with large quantities of salt or iron powder.
- Where the main body is directly affected by vibration or shock.
● Do not use it, broken down.
● When you send F395 by repair etc., please take sufficient measures against a shock.
RoHS-compliant product
Please inquire of our sales person about the RoHS-compliance of the option.
The parts and attachments (including the instruction manual, packaging box, etc.) used
for this unit are compliant with the RoHS Directive restricting the use of hazardous
substances with regard to adverse effects on the environment and human body.
What is RoHS?
It is an abbreviation for Restriction on Hazardous Substances, which is implemented by
the European Union (EU). The Directive restricts the use of six specific substances in
electric and electronic equipment handled within EU borders. The six substances are
lead, mercury, cadmium, hexavalent chromium, PBB (polybrominated biphenyls), and
RoHS-compliant product
PBDE (polybrominated diphenyl ethers).
Contents
Contents
Per Reading This Instruction Manual ........................................1
1．Outline of the F395 ................................................................2
1-1．What the F395 Can Do: ............................................................................. 2
1-2．Waveform Drawing Procedures ............................................................... 3
1-3．Multi-Hold Procedures .............................................................................. 3
1-4．Hysteresis Procedures .............................................................................. 4
1-5．Hysteresis 2 Procedures ........................................................................... 4
1-6．Waveform Comparison /
Waveform and Displacement Comparison Procedures ......................... 5
1-7．Operation Mode at a Glance ..................................................................... 5
1-8．Standard Interface ..................................................................................... 6
1-9．Waveform Reading .................................................................................... 6
2．Name and Function of Each Part .........................................7
2-1．Front Pane .................................................................................................. 7
2-1-1．Touch Panel Type Color Liquid Crystal Display ........................................ 7
2-2．Rear Panel ................................................................................................ 11
3．Screen Configuration and Setting Methods ......................13
3-1．Screen Flow Chart ................................................................................... 13
3-2．Setting Mode Tree Chart ......................................................................... 15
3-3．Setting Methods ....................................................................................... 17
3-3-1．Specification of Setting Items ................................................................... 17
3-3-2．Unit Setting Method .................................................................................... 18
4．Methods of Connection .......................................................20
4-1．Connection to the Cage Clamp Type Terminal Block .......................... 20
4-1-1．Analog Input / Output Connection ............................................................ 21
Contents
4-1-1-1.Analog Input / Output Terminal Pin Assignments .......................................................... 21
4-1-1-2.Strain Gauge Sensor Connection .................................................................................... 22
4-1-1-3.Voltage / Current Type Sensor Connection .................................................................... 23
4-1-1-4.Voltage Output (V-OUT) Connection ................................................................................ 23
4-1-2．SI/F Connection .......................................................................................... 23
4-2．RS-232C Connection ............................................................................... 24
4-2-1．RS-232C Connector .................................................................................... 24
4-2-2．Connector Pin Assignments ..................................................................... 24
4-2-3．Example of Cabling .................................................................................... 24
4-3．Control Connector Connection .............................................................. 25
4-3-1．Connector Pin Assignments ..................................................................... 25
4-3-2．Input and Output Signals ........................................................................... 25
4-3-3．Equivalent Circuit (Input) ........................................................................... 30
4-3-4．Equivalent Circuit (Output) ........................................................................ 30
5．Methods of Calibration ........................................................31
5-1．What is Calibration? ................................................................................ 31
5-2．CH1 Input Calibration and CH2 Input Calibration ................................. 31
5-3．Equivalent Input Calibration Procedures .............................................. 32
5-4．Actual Load Calibration Procedures ..................................................... 33
5-5．LOCK Release .......................................................................................... 34
5-6．Excitation Voltage ................................................................................... 34
5-7．Unit ............................................................................................................ 35
5-8．Increment ................................................................................................. 35
5-9．Decimal Place .......................................................................................... 35
5-10．Zero Calibration ..................................................................................... 35
5-11．Equivalent Input Calibration ................................................................. 36
5-12．Actual Load Calibration ........................................................................ 37
6．Settings and Operations Relating to Indicated Values ....38
6-1．Digital Filter .............................................................................................. 38
6-2．Analog Filter ............................................................................................. 38
6-3．Digital Offset ............................................................................................ 38
6-4．Digital Zero ............................................................................................... 39
Contents
7．Measurement Operation Functional Settings ...................40
7-1．Operation Mode ....................................................................................... 40
7-2．Sampling Rate .......................................................................................... 40
7-3．Sampling Reset ........................................................................................ 41
7-4．X/Y-axis Setting by Operation Mode and Input CH .............................. 41
8．Hold Point Display Screen ..................................................42
9．Method of Starting Measurement .......................................43
10．Multi-Hold Mode .................................................................47
10-1．Function ................................................................................................. 47
10-2．Setting and Operating Method ............................................................. 47
10-3．Hold Functions ...................................................................................... 48
10-3-1．Sample Hold .............................................................................................. 49
10-3-2．Peak Hold .................................................................................................. 50
10-3-3．Valley Hold ................................................................................................ 51
10-3-4．P-P (Peak-to-Peak) Hold ........................................................................... 52
10-3-5．Period Specified Hold (Peak, Valley, P-P) .............................................. 53
10-3-6．Time Specified Hold (Peak, Valley, P-P) ................................................. 54
10-3-7．Time Specified Automatic Hold (Peak, Valley, P-P) .............................. 55
10-3-8．Relative Maximum Value / Relative Minimum Value Hold .................... 56
10-3-9．Four Types of Inflection Point Hold ........................................................ 57
10-3-9-1.Inflection Point Hold A ....................................................................................................58
10-3-9-2.Inflection Point Hold B ....................................................................................................59
10-3-9-3.Inflection Point Hold C ....................................................................................................60
10-3-9-4.Inflection Point Hold D ....................................................................................................61
10-3-10．Pulse Hold ............................................................................................... 62
11．Hysteresis Mode ................................................................64
11-1．Function ................................................................................................. 64
11-2．Setting and Operating Method ............................................................. 64
12．Hysteresis 2 ........................................................................65
12-1．Function ................................................................................................. 65
12-2．Setting and Operating Method ............................................................. 65
13．Waveform Comparison / Waveform and
Displacement Comparison Mode .....................................68
13-1．Function ................................................................................................. 68
13-2．Setting and Operating Method ............................................................. 68
13-3．Waveform Sampling Procedures ......................................................... 69
13-4．Waveform Comparison Mode ............................................................... 73
13-5．Waveform and Displacement Comparison Mode ............................... 74
13-5-1．Scale of the X-axis .................................................................................... 74
13-5-2．Handling of Sudden Changes ................................................................. 74
Contents
13-5-3．Updating the Amount of Displacement .................................................. 75
13-6．Timing in the Waveform Comparison /
Waveform and Displacement Comparison Mode ............................... 76
13-7．Hold Operation ....................................................................................... 78
13-7-1．Operation and Operating Method ........................................................... 78
13-7-2．Setting Method .......................................................................................... 80
13-8．Un-passing Area Output ....................................................................... 80
13-9．Display After Measurement .................................................................. 81
14．Waveform Editing ..............................................................82
14-1．Waveform Call-up .................................................................................. 82
14-2．Waveform Clear ..................................................................................... 82
14-3．Waveform Sampling .............................................................................. 83
14-4．Waveform Editing .................................................................................. 84
14-4-1．Tie Drawing ............................................................................................... 86
14-4-1-1.Tie Drawing Procedures .................................................................................................. 86
14-4-1-2.About Deletion of Previously Prepared Points .............................................................88
14-4-1-3.About the Help Function ................................................................................................. 88
14-4-2．Shift ............................................................................................................ 89
14-4-2-1.Shift Procedures ..............................................................................................................89
14-4-3．Area Setting .............................................................................................. 90
14-4-3-1.Area Setting Procedures ................................................................................................. 91
14-4-4．Waveform Save ......................................................................................... 91
Contents
15．Waveform Reading ............................................................92
15-1．Waveform Reading ................................................................................ 92
15-1-1．Cursor Center Key .................................................................................... 94
15-1-2．Waveform Reading in the Hysteresis / Hysteresis 2 Mode ................... 94
15-1-3．Waveform Reading in the Waveform Comparison / Waveform and
Displacement Comparison Mode ............................................................ 95
15-1-4．Hold Jump Function ................................................................................. 95
15-1-5．Simple Call-up of the Waveform Reading Screen ................................. 96
15-1-6．Display of Hold Point in the Read Waveform ......................................... 96
15-2．Rejected Waveform Reading ................................................................ 96
15-3．Rejected Waveform Clear ..................................................................... 97
15-4．Y-axis Start Point ................................................................................... 97
15-5．Y-axis Scaling ........................................................................................ 97
15-6．X-axis Start Point ................................................................................... 98
15-7．X-axis Scaling ........................................................................................ 98
15-8．Control Signal Display .......................................................................... 99
16．Code Setting .....................................................................100
16-1．Method of Setting the Operation ch ................................................... 100
16-2．Each Setting Item ................................................................................ 103
16-2-1．Channel Number Selection .................................................................... 103
16-2-2．Parameter Copy ...................................................................................... 104
16-2-3．Select Analog CH .................................................................................... 104
16-2-4．Hold Setting ............................................................................................ 105
16-2-5．Auto Code Up / Code Up Point .............................................................. 107
16-2-6．High-Low Relative .................................................................................. 108
16-2-7．High Limit / Low Limit / HI-HI/LO-LO Mode / HI-HI Limit /
LO-LO Limit ............................................................................................ 109
16-2-8．Displacement High-low Mode / Displacement High Limit /
Displacement Low Limit / Displacement Hold High Limit /
Displacement Hold Low Limit ............................................................... 110
16-2-9．Level Axis Select / Waveform Start Level /
Waveform Termination Level / Hold Start Level .................................. 113
16-2-10．Hold Detect Time .................................................................................. 115
16-2-11．Minimum Peak and Valley Difference /
Peak and Valley Detection Rate / Peak and Valley Ordinal .............. 116
16-2-12．Minimum Slope Detection Value / Slope Detection Interval A /
Slope Detection Interval B / Preliminary Slope Detection Point ...... 118
Contents
16-2-13．Inhibit Timer .......................................................................................... 119
16-2-14．Hysteresis Interval ................................................................................ 119
16-2-15．Forced-termination Limit ..................................................................... 120
16-2-16．Forced-termination Output .................................................................. 120
16-2-17．Un-passing Area Output ...................................................................... 120
16-3．Graph Confirmation ............................................................................. 121
16-3-1．Items to be Displayed on the Graph of the Present Value and
Input Value .............................................................................................. 122
16-3-2．Minimum Peak and Valley Difference ................................................... 123
16-3-3．Peak and Valley Detection Rate ............................................................ 123
16-3-4．Peak and Valley Ordinal ......................................................................... 124
16-3-5．Minimum Slope Detection Value ........................................................... 124
16-3-6．Slope Detection Interval A ..................................................................... 125
16-3-7．Slope Detection Interval B ..................................................................... 125
16-3-8．Preliminary Slope Detection Point ........................................................ 126
16-3-9．Hysteresis Interval .................................................................................. 126
17．System-related Settings and Operations ......................127
17-1．Set Value Protection ............................................................................ 127
17-2．Display Update Rate ............................................................................ 127
17-3．Backlight .............................................................................................. 127
17-4．Contrast ................................................................................................ 128
17-5．All Parameters Clear ........................................................................... 128
17-6．Self-test ................................................................................................ 128
17-7．Self-test of ROM & RAM / Self-test of NOV-RAM .............................. 131
17-8．Pass Word ............................................................................................ 131
17-9．Switching between Japanese and English ....................................... 131
18．Interface ............................................................................132
18-1．SI/F 2-wire Serial Interface .................................................................. 132
18-2．RS-232C Interface ................................................................................ 133
18-2-1．Communication Specifications ............................................................. 133
18-3．Interface-related Settings ................................................................... 133
18-3-1．Transmission Speed .............................................................................. 133
18-3-2．Character Length .................................................................................... 134
Contents
18-3-3．Parity ........................................................................................................ 134
18-3-4．Terminator ............................................................................................... 134
18-3-5．Communication Mode ............................................................................ 134
18-3-6．SI/F Hold Point Transmission ................................................................ 134
18-3-7．SI/F Hold Point ........................................................................................ 134
18-4．RS-232C Format ................................................................................... 135
18-4-1．Writing Set Values .................................................................................. 135
18-4-2．Reading Set Values ................................................................................ 138
18-4-3．Specifying Sampled Waveform Access Channels .............................. 139
18-4-4．Writing Sampled Waveform Data .......................................................... 140
18-4-5．Reading Sampled Waveform Data ........................................................ 142
18-4-6．Writing the Effective Area of the Sampled Waveform ......................... 143
18-4-7．Reading the Effective Area of The Sampled Waveformend of
the Area ................................................................................................... 144
18-4-8．List of Accessible Waveforms by Operation Mode ............................. 145
18-4-9．Reading Indicated Values / Status ........................................................ 146
18-4-10．Commands ............................................................................................ 147
18-4-11．Reading Hold Data ................................................................................ 147
18-4-12．Automatic Transmission Mode ........................................................... 149
19．Error Messages ................................................................150
19-1．Details of Messages ............................................................................ 150
19-2．Method of Checking ADC+OVER / ADC-OVER ................................. 151
20．Block Diagram ..................................................................152
21．Outer Dimensions ............................................................153
22．Mounting to a Panel .........................................................154
23．Specifications ..................................................................155
23-1．Analog Input Section ........................................................................... 155
23-2．Pulse Input Section ............................................................................. 157
23-3．Display Section .................................................................................... 157
23-4．Setting Section .................................................................................... 158
23-5．Input / Output Section ......................................................................... 158
Contents
23-6．External Power Supply (Shared with Excitation Voltage) ................ 158
23-7．Interface ................................................................................................ 158
23-8．General Performance .......................................................................... 159
23-9．Option ................................................................................................... 159
23-10．Accessories ....................................................................................... 160
24．Setting Items list ..............................................................161
25．Statement of Conformation to EC Directives ................163
Per Reading This Instruction Manual
Per Reading This Instruction Manual
Since various names on the F395 are determined by assuming the X-axis sensor
displacement input, matters relating to the X-axis input may be expressed as
displacement - depending on the description in this instruction manual.
1
1. Outline of the F395
Sampling of waveform variation with
displacement for going and return,
detection of points in a waveform such
as an inflection point, and judgment of
differences between going and return
at a given point
(Hysteresis / Hysteresis 2 function);
Connection (P.21 )
Calibration (P.31 )
Settings Relating to Indicated
Value (P.38 )
Reading of Waveform (P.92 )
Measurement Operation
Functional Settings (P.40 )
Multi-Hold, (P.47 )
etc.
Waveform Comparison /
waveform and Displacement
Comparison, (P.68 )
etc.
The procedures from waveform display to uses of the Multi-Hold function and Waveform Comparison
function are as follows:
The Multi-Hold / Hysteresis / Hysteresis 2 / Waveform Comparison / Waveform and
Displacement Comparison functions cannot be used simultaneously.
Carefully read the explanations of "7. Measurement Operation Functional Settings" P40,
"10. Multi-Hold Mode" P47, "11. Hysteresis Mode" P64, "12. Hysteresis 2" P65, "13.
Waveform Comparison / Waveform and Displacement Comparison Mode" P68 and select
function(s) appropriate for the equipment application you use.
Detection of points in a waveform such
as an inflection point
(Multi-Hold function);
Basically, the waveform between the START signal and STOP
signal is graphically drawn.
(Conditional. See "9. Method of Starting Measurement" P43.)
START
STOP
Hysteresis (P.64 )
Hysteresis 2 (P.65 )
etc.
Check to see if the waveform variation
with time and displacement is within a
certain width
(Waveform Comparison / Waveform
and Displacement Comparison
function).
Waveform display of signals from a
strain gauge type sensor;
Strain gauge type sensor
Request
1-1. What the F395 Can Do:
1.Outline of the F395
2
1.Outline of the F395
1-2. Waveform Drawing Procedures
The F395 can provide waveform displays of signals from a strain gauge type sensor and
displacement sensor. The waveform display procedures are as follows.
(See "7-4. X/Y-axis Setting by Operation Mode and Input CH" P41.):
1. Connect a strain gauge type sensor (and displacement sensor) with the F395.
(See "4-1-1. Analog Input / Output Connection" P21.)
2. Perform calibration. (See "5. Methods of Calibration" P31.)
3. Set each parameter for waveform display.
(See "9. Method of Starting Measurement" P43, and "16-2-9. Level Axis Select /
Waveform Start Level / Waveform Termination Level / Hold Start Level" P113.)
4. Check to see if a waveform is displayed for the set conditions.
1-3. Multi-Hold Procedures
In the Multi-Hold mode, necessary points are detected in the displayed waveform to
make a judgment such as a High/Low Limit Comparison. Up to 32 channels of Hold
types, High and Low Limits, etc., can be stored, which can be switched by external
signals. The procedures for using the Multi-Hold function are as follows:
1. Check to see if a waveform is displayed in accordance with the waveform drawing
procedures. (See "1-2. Waveform Drawing Procedures" P3.)
2. Select a hold function so that necessary points in the waveform can be held. (See "10-
3. Hold Functions" P48.)
3. Carry out Multi-Hold settings. (See "16-2. Each Setting Item" P103.)
4. Select the channel number(s) you want to control externally. (See "4-3. Control
Connector Connection" P25.)
5. Input T/H and H/M signals in accordance with the selected hold function, and check to
see if operation is performed as set. (See "10-3. Hold Functions" P48.)
3
1-4. Hysteresis Procedures
In the Hysteresis mode, go and return waveform variations with displacement are
sampled, and necessary points in the displayed waveforms are detected to perform
controls such as a High/Low Limit Comparison.
This function is almost the same as the Multi-Hold function except for the return
waveform sampling function by hysteresis interval (See "16-2-14. Hysteresis Interval"
P119.), displacement on the X-axis, and the maximum sampling rate of 2kHz.
1. Check to see if a waveform is displayed in accordance with the waveform drawing
procedures. (See "1-2. Waveform Drawing Procedures" P3.)
2. Select a hold function such that necessary points in the waveform can be held. (See
"10-3. Hold Functions" P48.)
3. Carry out Hysteresis settings. (See "11-2. Setting and Operating Method" P64.)
4. Select the channel number(s) you want to control externally. (See "4-3. Control
Connector Connection" P25.)
1.Outline of the F395
5. Input T/H and H/M signals in accordance with the selected hold function, and check to
see if operation is performed as set. (See "10-3. Hold Functions" P48.)
1-5. Hysteresis 2 Procedures
The Hysteresis 2 mode is the same as the Hysteresis mode except for the hold operation.
At the point of displacement where a pulse is input, High/Low Limit Comparison of the
go measured value, and High/Low Limit Comparison of the difference between the go
and return measured values are performed.
1. Check to see if a waveform is displayed in accordance with the waveform drawing
procedures. (See "1-2. Waveform Drawing Procedures" P3.)
2. Carry out Hysteresis 2 settings. (See "12-2. Setting and Operating Method" P65.)
3. Select the channel number(s) you want to control externally.
(See "4-3. Control Connector Connection" P25.)
4. Provide a load to the strain gauge type sensor / displacement sensor, input START and
HOLD 1 ~ 3 signals (See "4-3. Control Connector Connection" P25.), and check to
see if operation is performed as set.
4
1.Outline of the F395
1-6. Waveform Comparison /
Waveform and Displacement Comparison Procedures
In the Waveform Comparison / Waveform and Displacement Comparison mode,
waveform variations with time / displacement are sampled, and a High/Low Limit
Comparison is performed based on the sampled waveform.
A sequential comparison can be performed with respect to dynamic waveform
variations.
The procedures for performing a Waveform Comparison / Waveform and Displacement
Comparison are as follows:
1. Check to see if a waveform is displayed in accordance with the waveform drawing
procedures. (See "1-2. Waveform Drawing Procedures" P3.)
2. Carry out Waveform Comparison / Waveform and Displacement Comparison settings.
(See "13-2. Setting and Operating Method" P68.)
3. Select the channel number(s) you want to control externally.
(See "4-3. Control Connector Connection" P25.)
4. Provide a load to the strain gauge type sensor (displacement sensor), input START and
other signals, and check to see if operation is performed as set.
1-7. Operation Mode at a Glance
Operation
mode
Multi-Hold
Hysteresis
Waveform
Comparison
Waveform and
Displacement
Comparison
Usable X-axis Maximum
Time
Sensor
○××
×○○
○××
×○○
Pulse
sampling
rate
4kHz 9 points for all types
2kHz 9 points for all types
4kHz 1 point for three types
2kHz 1 point for three types
Hold
Waveform
comparison
××
×○
○×
○×
Capability
of return
5
Hysteresis 2
×○○
2kHz 3 points for one type
×○
1-8. Standard Interface
Status, set values, indicated values, waveform data, etc., can be sent to your PC through
the RS-232C serial interface. Set values and commands can also be sent from the PC to
F395. (See "18-2. RS-232C Interface" P133.)
Also, external equipment such as a printer and large display manufactured by us can be
used by using the SI/F 2-wire serial interface. (See "18-1. SI/F 2-wire Serial Interface"
P132.)
1-9. Waveform Reading
Measured values at sampling points for the latest sampled waveform and NG-
measurement waveforms (rejected waveform reading: four waveforms at maximum) can
1.Outline of the F395
be read.
(See "15-1. Waveform Reading" P92, "15-2. Rejected Waveform Reading" P96, and "15-
3. Rejected Waveform Clear" P97.)
6
2.Name and Function of Each Part
Touch panel type
color liquid
crystal display
Power lamp
Shifts to the
2. High and Low Limit
5. Lithium battery
6. Status display
3. X-axis (displacement)
4. Displacement High and
[Main screen]
1. Y-axis display
Performs Digital Zero.
ⅰ
ⅱ
ⅲ
ⅳ
7. Set Operation
8. Control Signal
9. Display of
In the Pulse Hold / Hysteresis 2 mode, the main screen layout is changed to
each specific one.
(See "10-3-10. Pulse Hold" P62, and "12. Hysteresis 2" P65.)
Shifts to the Hold Point
Set Values
section
display section
Low Limit Set Values
alarm
section
Mode display
display
High and Low
Limit Set Values
Display screen.
Mode Setting
Selection screen.
BALM
2. Name and Function of Each Part
2-1. Front Pane
2-1-1. Touch Panel Type Color Liquid Crystal Display
Indicated values and graphs are displayed, and various items are set on this touch panel
type color liquid crystal display.
7
[Setting screen]
setting screen with the key displayed in his place.
Returns to the
Setting item
Setting mode name
Setting
Returns to
1) Shifts pages when setting items at the same level
2) Moves to another item at the same level on the item
selection key
previous screen level.
the main screen.
item name
cannot be displayed on one page.
2.Name and Function of Each Part
1. Y-axis display section
・Measured value .....Displays Y-axis measured values such as pressure, and also
・Unit ....................... Displays the unit set with the analog CH set on the Y-axis.
2. High and low limit set values
・Displays the High Limit / Low Limit of the ch (operation ch) set by external input in the
Multi-Hold / Hysteresis mode.
・ Displays the HI-HI Limit / LO-LO Limit of the ch (operation ch) set by external input
in the Waveform Comparison / Waveform and Displacement Comparison mode.
(See "16-2-7. High Limit / Low Limit / HI-HI/LO-LO Mode / HI-HI Limit / LO-LO
Limit" P109.)
displays error messages when measurement errors occur.
(See "7-4. X/Y-axis Setting by Operation Mode and Input CH" P41,
and "19. Error Messages" P150.)
Status Display color
Normal Blue
In sampling White
Hold Green
(See "5-7. Unit" P35, and "16-2-3. Select Analog CH" P104.)
8
2.Name and Function of Each Part
WAIT S : Waiting for start.
WAIT 2 : Waiting for the rising edge of start/level.
WAIT L : Waiting for level.
SAMPLE : In sampling.
HIS GO : In hysteresis go sampling
HIS RT : In hysteresis return sampling.
COPY : In waveform copy
STOP : Waiting for start.
3. X-axis (displacement) display section
Displays X-axis measured values such as displacement in the Hysteresis / Hysteresis 2 /
Waveform and Displacement Comparison mode, and also displays error messages when
measurement errors occur.
(See "7-4. X/Y-axis Setting by Operation Mode and Input CH" P41, and "19. Error
Messages" P150)
4. Displacement high and low limit set values
Displays the displacement comparison values of the ch (operation ch) set by external
input in the Hysteresis / Hysteresis 2 / Waveform and Displacement Comparison mode.
Displacement comparison values that are displayed vary depending on the Displacement
High-Low Mode.
(See "16-2-8. Displacement High-low Mode / Displacement High Limit / Displacement Low
Limit / Displacement Hold High Limit / Displacement Hold Low Limit" P110.)
Status Display Color
Thinning-out Yellow
WA RN IN G R ed
Mode Comparison value
Hold Value Displacement Hold High/Low Limit
Peak / Both Displacement High/Low Limit
5. Lithium battery alarm
Displayed when the lithium battery requires replacement. (Normally, nothing is
displayed.)
If this alarm lights, replace the lithium battery in good time. (The life of the lithium
battery is approx. 7 years, which depends on the working environment.) For replacement
of the battery or handling of interchangeable batteries, contact us.
6. Status display section
ⅰ Status display
9
2.Name and Function of Each Part
WAIT : In tracking display
DETECT : In hold detection period.
HOLD : In data hold.
NOV : In NOV RAM writing.
HH : Indicated value > HI-HI Limit set value
HI : Indicated value > High Limit set value
OK : Neither of the High and Low Limits is exceeded.
LO : Indicated value < Low Limit set value
LL : Indicated value < LO-LO Limit set value)
Priority : NOV = HH = LL > HI = LO > OK
HI LO
HH LL
OK
or
HI LO
HH HL
OK
or
HOK
or
…
…
Hold judgment
Waveform
comparison
judgment
Displays the ch set by external input (operation ch).
ⅱ Hold status display
ⅲ High and low limits / NOV RAM writing display
Operation mode Status display
Multi-Hold
Hysteresis
Hysteresis 2
Waveform Comparison
Waveform and
Displacement Comparison
ⅳ ch display
7. Set operation mode display
Displays the currently set Operation Mode.
8. Control signal display
Displays the T/H and H/M input status. (See "15-8. Control Signal Display" P99)
9. Display of high and low limit set values
Displays the High and Low Limit Set Values of the ch (operation ch) set by external input in the
Multi-Hold mode. (See "16-2-7. High Limit / Low Limit / HI-HI/LO-LO Mode / HI-HI Limit /
LO-LO Limit" P109), and displays the comparison waveform of the currently set opera-
tion ch in the Waveform Comparison / Waveform and Displacement Comparison mode.
(See "13-1. Function" P68.)
10
2.Name and Function of Each Part
1. AC power
2. Frame ground
3. RS-232C
connector
4. Calibration
5. Control connector
6. SI/F terminal
7. Analog
8. Optional slot
input connector
LOCK switch
input / output
terminals
2-2. Rear Panel
1. AC power input connector
Connect the attached AC power cord. The input voltage is 100 ~ 240V AC ( ± 10%), and
the frequency is 50/60Hz.
2. Frame ground (F.G)
This is a grounding terminal. Be sure to ground the FG terminal to prevent electric
shocks and failures caused by static electricity.
3. RS-232C connector
This is an RS-232C connector to send and receive measured data and status information.
The applicable plug is OMRON-manufactured XM2D-0901 (cover: XM2S-0913 <with
inch thread #4-40>) or an equivalent.
(See "4-2. RS-232C Connection" P24, and "18-2. RS-232C Interface" P133.)
11
4. Calibration LOCK switch
This is a LOCK switch to prevent calibrated values from being changed by mistake.
Changing of calibrated values is prohibited when this switch is ON. (See "5-5. LOCK
Release" P34.)
2.Name and Function of Each Part
5. Control connector
This is a connector to input and output control signals, operation ch settings, etc. The
applicable plug is DDK-manufactured 57-30500 (accessory) or an equivalent.
(See "4-3. Control Connector Connection" P25.)
6. SI/F terminal
This is a serial interface (SI/F) terminal block to connect a UNIPULSE-manufactured
printer, external display, data converter, etc.
(See "4-1-2. SI/F Connection" P23, and "18-1. SI/F 2-wire Serial Interface" P132)
7. Analog input / output terminals
These are terminals for strain gauge type sensor / displacement sensor inputs and voltage
outputs.
(See "4-1-1. Analog Input / Output Connection" P21.)
8. Optional slot
Up to four optional boards can be mounted.
12
3.Screen Configuration and Setting Methods
【Main】
【Mode Setting】
【Special】
【Numerical Value Input】
【Selection】
Each mode key
【Execution】
【Set Value Selection】
【Hold Point Display】
or
＊ Waveform
Waveform Sampling
Reading
Sampling
＊ Waveform
Reading
Waveform Editing
* Go to Select Rejected Waveform Reading from the selection screen.
Each setting key
Each
setting
key
3. Screen Configuration and Setting Methods
3-1. Screen Flow Chart
13
3.Screen Configuration and Setting Methods
【Waveform Reading 【Hold Point for
【Rejected Waveform 【Rejected Waveform
【Basic Setting】
［Code Setting］
Hold Setting key
【Judgment Setting】
【Hold Setting】
Category key
Waveform Reading】Graph】
Reading Selection】 Reading Graph】
Each
setting
key
【Hold Point for Rejected
Waveform Reading】
14
Mode set
PAGE1
CH1 CAL.
CH2 CAL.
Operation Mode
Code set
Wave sampling
Read Wave
Communication
Option set
System
System 2
CH2 CAL.
PAGE1
Axis (P41)
EXC. Volt (P34)
Zero CAL. (P35)
Equiv. CAL. (P36)
Actual CAL. (P37)
Digital Flt. (P38)
Analog Flt. (P38)
PAGE2
Decimal Place (P35)
Unit (P35)
Digital Offset (P38)
Increment (P35)
Read Wave
PAGE1
Read Wave (P92)
Read NG Wave (P96)
NG Wave CLR. (P97)
Control Signal (P99)
Y StartPoint (P97)
Y Scale (P97)
X StartPoint (P98)
X Scale (P98)
Communication
PAGE1
Speed (P133)
Data Length (P134)
Parity (P134)
Terminator (P134)
Communication Mode
(P134)
SI/F Hold Trans. (P134)
SI/F Hold Point (P134)
Main
Operation Mode
PAGE1
Operation Mode (P40)
Sample Rate (P40)
CH1 CAL.
PAGE1
EXC. Volt (P34)
Zero CAL. (P35)
Equiv. CAL. (P36)
Actual CAL. (P37)
Digital Flt. (P38)
Analog FIlt. (P38)
Decimal Place (P35)
PAGE2
Unit (P35)
Digital Offset (P38)
Increment (P35)
Wave Sampling
PAGE1
Wave Call (P82)
Clear (P82)
Sampling (P83)
Edit (P84)
3.Screen Configuration and Setting Methods
3-2. Setting Mode Tree Chart
15
3.Screen Configuration and Setting Methods
PAGE2
F-T Output (P120)
Auto Code Up (P107)
Code Up Point (P107)
［Basic］
PAGE1
Parameter Copy (P104)
Select CH (P104)
Wave Start Level (P113)
Wave End Level (P113)
Hold Timer ※ (P105)
Inhibit Timer (P119)
Auto Code Up (P107)
Code Up Point (P107)
System
PAGE1
Protect (P127)
Display Rate (P127)
Backlight (P127)
Contrast (P128)
System 2
PAGE1
All Param. CLR. (P128)
Self Test (P128)
ROM-RAM CHK (P131)
NOVRAM CHK (P131)
PASS WORD (P131)
Code Set (Display items vary depending on the selected Operation Mode.)
Multi-Hold Wave Comp. Hysteresis Wave&Displace Hysteresis 2
［Basic］
PAGE1
Parameter Copy (P104)
Select CH (P104)
Wave Start Level (P113)
Wave End Level (P113)
Hold Timer ※ (P105)
Inhibit Timer (P119)
［Basic］
PAGE1
Parameter Copy (P104)
Select CH (P104)
Lv. Axis Select (P113)
Wave Start Level (P113)
Wave End Level (P113)
Hold Timer ※ (P105)
Inhibit Timer (P119)
Hys. Interval (P119)
F-T Limit (P120)
［Basic］
PAGE1
Parameter Copy (P104)
Select CH (P104)
Lv. Axis Select (P113)
Wave Start Level (P113)
Wave End Level (P113)
Hold Timer ※ (P105)
Inhibit Timer (P119)
F-T Limit (P120)
F-T Output (P120)
［Basic］
PAGE1
Parameter Copy (P104)
Select CH (P104)
Lv. Axis Select (P113)
Wave Start Level (P113)
Wave End Level (P113)
Inhibit Timer (P119)
Hys. Interval (P119)
F-T Limit (P120)
F-T Output (P120)
PAGE2
Auto Code Up (P107)
Code Up Point (P107)
PAGE2
DPM Hold HI (P110)
DPM Hold LO (P110)
［Judgment］
PAGE1
HI-LO Relative (P108)
HI Limit (P109)
LO Limit (P109)
HH/LL Mode (P109)
HI-HI Limit (P109)
LO Limit (P109)
DPM HI-LO Mode (P110)
DPM HI (P110)
DPM LO (P110)
［Judgment］
PAGE1
HI-LO Relative (P108)
HI Limit (P109)
LO Limit (P109)
HH/LL Mode (P109)
HI-HI Limit (P109)
LO Limit (P109)
［Judgment］
PAGE1
HH/LL Mode (P109)
HI-HI Limit (P109)
LO Limit (P109)
U. Area Output (P80)
［Judgment］
PAGE1
HH/LL Mode (P109)
HI-HI Limit (P109)
LO Limit (P109)
DPM HI-LO Mode (P110)
DPM HI (P110)
DPM LO (P110)
DPM Hold HI (P110)
DPM Hold LO (P110)
U. Area Output (P80)
PAGE2
DPM Hold HI (P110)
DPM Hold LO (P110)
［Judgment］
PAGE1
HI-LO Relative (P108)
HI Limit (P109)
LO Limit (P109)
HH/LL Mode (P109)
HI-HI Limit (P109)
LO Limit (P109)
DPM HI-LO Mode (P110)
DPM HI (P110)
DPM LO (P110)
* Only the hold setting includes further setting items.
Setting items vary depending on the hold category
selection. For the items in the hold setting, see "16-2-4.
Hold Setting" P105.
Option Set
PAGE1
PUI
ODN
CCL
* For details, see the
attached Option Manual.
16
Loading...