WATANABE G1000 Series User manual

1/118
INSTRUCTION MANUAL
GRAPHIC MULTI-METER
MODEL G1000 Series
( Strain Gauge / Process Input )

2/118
Introduction
Thank you for purchasing G1000 Graphic Multi-meter.
Check for any breakdown during transit and discrepancy of the specification. Always keep this manual
at hand.
Cautions for safety
Before use
In order to obtain the highest performance of your G1000, thoroughly read this manual before use.
Configurations of model
The G1000 Series are configured as follows :
Check that there is no discrepancy between the model and its specifications you have chosen when
ordering and the model and its specifications under your hand.
200511G
SD memory card function 0 : No function available
1 : Function available
Drive power supply 1 : 100 to 240V AC ( 50/60Hz)
5 : RS-232C
6 : RS-485
3 : BCD parallel + RS-232C
4 : Analog output + RS-232C
Output unit
0 : Strain gauge / Process input unitInput unit
Series name
* Standard equipment of the comparison output (Open collector output) is carried out.
Display model 2 : Japanese, English
* SD memory card is not attached.
(Please purchase the product made from Panasonic separately.)
2 : 24VDC ± 15%
(1)Applying voltage and current exceeding the maximum permissible value results in the breakdown
of the meter.
(2)Use supply voltage within the specified limit. Using the meter outside the specified limit causes fire,
electric shocks and other troubles.
(3)The contents of this manual are subject to change without notice for further improvement.
(4)This manual has been carefully prepared. However, if you find any questionable matter, error,
omission, etc., please contact the dealer from which you bought the meter or directly our company.
(5)After reading this manual, keep it in an easily accessible place.
Cautions
！

3/118
Contents
1. G1000 Operation Outline -------------------------------------------------------------------------------------- 5
1-1. Display Screen ------------------------------------------------------------------------------------------------- 5
1-2. Display Procedure of A channel, B channel and 2 channel -------------------------------------- 6
1-3. Procedure of Waveform Display and Hold Function ----------------------------------------------- 6
1-4. Procedure of Waveform Comparison / Waveform & Displacement Comparison ----------- 6
2. Outside Dimensions and Mounting Method --------------------------------------------------------------- 7
3. Terminal Connections and Description ---------------------------------------------------------------------- 9
3-1. Connection of Power Supply ------------------------------------------------------------------------------- 9
3-2. Connection of Strain Gauge Sensor --------------------------------------------------------------------- 10
3-3. Connection of Displacement Sensor -------------------------------------------------------------------- 11
3-4. Connection of I/O Signals ---------------------------------------------------------------------------------- 11
4. Name and Function of Display Screen ----------------------------------------------------------------------- 16
4-1. Single Display Screen (A channel, B channel) ------------------------------------------------------- 16
4-2. Multi Display Screen (2 channel) ------------------------------------------------------------------------ 16
4-3. Graphic Display Screen (Each Hold, Free Run) ----------------------------------------------------- 17
4-4. Waveform Comparison Display Screen (Ach, Bch) ------------------------------------------------- 17
4-5. Waveform & Displacement Comparison Display Screen ----------------------------------------- 17
4-6. Functional Description -------------------------------------------------------------------------------------- 18
5. Screen Configurations and Setting Procedures ----------------------------------------------------------- 21
5-1. Meter, Graph (Example) ------------------------------------------------------------------------------------ 21
5-2. Waveform Comparison / Waveform & Displacement Comparison (Example) -------------- 22
5-3. Set-Value Input Screen ------------------------------------------------------------------------------------- 23
5-4. Data Setting Tree --------------------------------------------------------------------------------------------- 24
5-5. Data Setting List ---------------------------------------------------------------------------------------------- 25
6. Basic Function Setting (Setup) --------------------------------------------------------------------------------- 30
7. Strain Gauge --------------------------------------------------------------------------------------------------------- 34
7-1. Analog Input Setting (Ach) -------------------------------------------------------------------------------- 34
7-2. Procedure for Equivalent Calibration and Actual Load ------------------------------------------ 38
7-3. Analog Input Setting (Bch) -------------------------------------------------------------------------------- 39
8. Operation of Waveform Display ------------------------------------------------------------------------------- 42
8-1. Necessary Conditions for Display ----------------------------------------------------------------------- 42
8-2. Start Type ------------------------------------------------------------------------------------------------------- 43
9. Comparison Set Value (Comparator) (A/Bch) -------------------------------------------------------------- 45
10.Comparison Operation ------------------------------------------------------------------------------------------- 47
10-1. Comparison Output Type --------------------------------------------------------------------------------- 47
10-2. Comparison Set Value ------------------------------------------------------------------------------------- 48
11. Hold Function (Hold) -------------------------------------------------------------------------------------------- 50
11-1. Hold Function Setting ------------------------------------------------------------------------------------- 50
11-2. Sampling Hold ----------------------------------------------------------------------------------------------- 53
11-3. Peak Hold ----------------------------------------------------- ------------------------------------------------ 54
11-4. Valley Hold ---------------------------------------------------------------------------------------------------- 55
11-5. Peak Valley Hold -------------------------------------------------------------------------------------------- 56
11-6. Area Hold (For peak, valley and peak-valley) ------------------------------------------------------ 57
11-7. Time Hold (For peak, valley and peak-valley) ------------------------------------------------------ 58
11-8. Level＋Time Hold (For peak, valley and peak-valley) ------------------------------------------- 59
11-9. Maximal, Minimal and Inflection Point Hold ------------------------------------------------------ 60
12. Waveform Comparison / Waveform & Displacement Comparison (Waveform) ---------------- 61
12-1. Various Setting and Correction Methods ------------------------------------------------------------ 61
12-2. Waveform Comparison (X-axis = Time) -------------------------------------------------------------- 66

4/118
12-3. Waveform & Displacement Comparison (X axis=Displacement) ----------------------------- 66
12-4. Timing Chart for Waveform Comparison / Waveform & Displacement Comparison --- 67
12-5. Waveform＆Displacement Comparison Output（Bch）----------------------------------------- 68
13. Graphic Display Setting (Graph Disp) --------------------------------------------------------------------- 69
14. Linearize Setting (Ach/Bch) (Linearization) -------------------------------------------------------------- 72
15. Basic Function Setting 2 (System) -------------------------------------------------------------------------- 72
16. Communication Specifications (RS-232C, RS-485) ----------------------------------------------------- 78
16-1. Specifications ------------------------------------------------------------------------------------------------- 78
16-2. Command Format and Response Format (In case of RS-232C) ------------------------------- 78
16-3. Command Format and Response Format (In case of RS-485) --------------------------------- 79
16-4. Connection of RS-232C ------------------------------------------------------------------------------------ 81
16-5. Connection of RS-485 -------------------------------------------------------------------------------------- 81
17. Special Command for Response ------------------------------------------------------------------------------ 83
18. Individual Command -------------------------------------------------------------------------------------------- 85
18-1. Basic Function Setting (Setup) ------------------------------------------------------------------------- 85
18-2. Basic Function Setting 2 (System) --------------------------------------------------------------------- 87
19. Setting Command for Each Item ----------------------------------------------------------------------------- 88
19-1. Analog Input Setting (Ach) ------------------------------------------------------------------------------- 88
19-2. Analog Input Setting (Bch) ------------------------------------------------------------------------------- 89
19-3. Calibration (Ach Actual Load Calibration) ---------------------------------------------------------- 90
19-4. Calibration (Ach Equivalent Calibration) ----------------------------------------------------------- 91
19-5. Comparison Setting Value Setting (Ach/Bch) (Comparator) ----------------------------------- 93
19-6. Hold Function Setting (Hold) ---------------------------------------------------------------------------- 94
19-7. Graph Display Setting (Graph Disp) ------------------------------------------------------------------ 94
19-8. Waveform Comparison / Waveform & Displacement Comparison Setting ---------------- 94
19-9. Linearizing Setting (Ach/Bch)(Linearization) ------------------------------------------------------ 95
20. Remote Control ---------------------------------------------------------------------------------------------------- 97
21. Waveform Relative ----------------------------------------------------------------------------------------------- 99
21-1. Reading of Point --------------------------------------------------------------------------------------------- 99
21-2. Waveform Reading / Saving ------------------------------------------------------------------------------ 100
22. Pattern Copy ------------------------------------------------------------------------------------------------------- 102
23. Output (In Case of RS-232C, RS-485) ---------------------------------------------------------------------- 103
24. Analog Output (Output) ---------------------------------------------------------------------------------------- 104
24-1. Analog Output Setting ------------------------------------------------------------------------------------- 104
24-2. Output Specifications -------------------------------------------------------------------------------------- 104
24-3. Connection of Analog Output ---------------------------------------------------------------------------- 105
25. BCD Output (Output) ------------------------------------------------------------------------------------------- 105
25-1. BCD Output Setting --------------------------------------------------------------------------------------- 105
25-2. Input and Output Specifications ----------------------------------------------------------------------- 105
25-3. Connection of BCD Output ------------------------------------------------------------------------------- 106
26. Overflow ----------------------------------------------------------- ------------------------------------------------- 107
27. Error Messages ---------------------------------------------------------------------------------------------------- 108
28. Specifications ------------------------------------------------------------------------------------------------------- 110
29. Setting of Units ---------------------------------------------------------------------------------------------------- 113
30. Timing Chart ----------------------------------------------------------------------------------------------------- 114
31. Table of Terms ----------------------------------------------------------------------------------------------------- 115
32. Guarantee and After-sale Service --------------------------------------------------------------------------- 118

5/118
1. G1000 Operation Outline
1-1. Display Screen
1) Single Display Screen (A channel, B channel)
2) Multi Display Screen (2 channel)
3) Graphic Display Screen (Hold function)
4) Waveform Comparison Screen
5) Waveform & Displacement Comparison
Screen
・Run as meter of 4-segment setting.
・The analog input Ach and Bch can be chosen.
・Various hold functions can be performed for each
of Ach and Bch individually.
・The peak value, valley value, peak-valley value,
maximal value, minimal value, inflection point
is detected out, and comparison result is output
simultaneously.
・Run as meter of 2-segment setting for each of Ach
and Bch.
・Various hold functions can be performed for each
of Ach and Bch individually.
・The peak value, valley value, peak-valley value,
maximal value, minimal value, inflection point
is detected out, and comparison result is output
simultaneously.
・The indicated value and graph can be displayed.
・Various hold functions can be performed for each
of Ach and Bch individually.
・The peak value, valley value, peak-valley value,
maximal value, minimal value, inflection point
is detected out, and comparison result is output
simultaneously.
・Waveform comparison
The A/D conversion of the analog input
waveform which changes with time is performed,
the converted value (indicated value) is
compared with HI/LO limits waveform
set-values, and the result is output.
・Waveform comparison for each of Ach and Bch
can be performed individually.
(for Bch, waveform comparison of voltage input
or current input is performed)
・Waveform & Displacement comparison (W&D)
(Ach)
The A/D conversion of the analog input
waveform which changes with displacement is
performed, the converted value (indicated value)
is compared with HI/LO limits waveform
set-values, and the result is output.
(Bch)
The A/D conversion of the analog input is
performed, the value (indicated value) is
displayed and compared with displacement’s
HI/LO limit set-values, the result is output.

6/118
1-2. Display Procedure of A channel, B channel and 2 channel
G1000 performs the A/D conversion of analog input signal from strain gauge sensor and displacement
sensor, then does calibration and scaling, after that, displays the result as indicated value, finally
compare with comparison set-values and outputs the results.
In addition, for calibration, scaling, comparison set-values etc., it can be saved up to 16 patterns, and
can be switched by pattern select signal or RS- easily.
1) Connect lines
Connect the sensor, I/O signal, RS-232C, RS-485, analog output, BCD output, etc.
・please refer to「3. Terminal Connections and Description」.
2) Do basic function setting
・please refer to「6. Basic Function Setting (Setup)」.
3) Do calibration. (Do each of Ach and Bch individually.)
・please refer to「7. Strain Gauge 」.
4) Set and finalize each itemized setting.
・please refer to「5-4. Data Setting Tree」
5) Check if item is displayed as set-value.
1-3. Procedure of Waveform Display and Hold Function
Using set-values in graph display, to detect some parts of the analog input waveform (e.g. the peak, the
valley, the maximal, the minimal, inflection point), perform the comparison and output the result.
For hold type setting in hold function, comparison set-values, graph display setting, it can be saved up
to 16 patterns, and can be switched by pattern select signal or RS- easily.
1) The procedure from line connection to calibration is the same as above-mentioned.
2) Perform each operation and setting.
・Please refer to「8. Operation of Waveform Display」.
・Please refer to「11. Hold Function (Hold)」,「13. Graphic Display Setting (Graph Disp)」.
3) Operate the input signals STA, STB, START, RESET, STOP and confirm the display and action.
1-4. Procedure of Waveform Comparison / Waveform & Displacement Comparison
Waveform comparison is, perform the A/D conversion of the analog input waveform which changes with
time or displacement, compare the converted value (indicated value) with HI/LO limit waveform
set-values, then output the result.
For HI/LO limit waveform set-values, comparison range, HI/LO limit displacement set-values, it can be
saved up to 8 patterns, and can be switched by pattern select signal or RS- easily.
1) Perform each operation and setting.
・please refer to「12. Waveform Comparison / Waveform & Displacement Comparison (Waveform)」.
・please refer to「11. Hold Function (Hold)」,「13. Graphic Display Setting (Graph Disp)」.
・please refer to「8. Operation of Waveform Display」.
2) Operate the input signals START, STOP and confirm the display and action.

7/118
2. Outside Dimensions and Mounting Method
1) Outside dimensions
[Front] [Side]
[Rear] [Panel cutting hole]
*When you have no memory card function, there is no SD cover of the front upper part.

8/118
2) Mounting method
Make a mounting hole shown by the panel cutting hole and remove the mounting bracket from the
rear side. Fit the body from the front side of the panel as shown in Fig. below, and tighten the
mounting bracket from the rear side.
Top surface
Mounting brackets
(upper and lower sides)
Body (aluminum case)
(1)Panel board thickness is 1 to 5mm. Use tightening torque of about 0.39 N･m.
(2)Do not locate the Meter in a place where ambient temperature is outside the range of 0 to 40℃,
humidity is outside the range of 35 to 85 % and humidity changes suddenly, causing dew
condensation.
(3)Use the Meter in a place free from dust, dirt, chemicals and corrosive gases harmful to the electric
parts.
(4)Protect the Meter from any vibration and shock.
(5)When locating the Meter in facilities, use care to radiate heat so that temperature inside the
facilities may not exceed 40℃.
Cautions
！

9/118
3. Terminal Connections and Description
Analog input/output screw terminal
I/O control connector
Screw terminal for I/O units
(*Cautions)
RS-232C connector
Power-supply
terminal
Touch-panel color LCD display
Power indicator
*Cautions : Use the screw terminal for I/O units at the time of analog output or RS-485.
Use a connector of card edge type ribbon cable at the time of BCD output, instead of the
Conforming cable : UL2651 AWG#28 flat cable (7 cables/0.127mm, cable shield diameter 0.8
to 1.0mm)
When you have no memory card function, there is no SD cover of the front upper part.
3-1. Connection of Power Supply
・AC input voltage is 100 to 240V AC ±10％(50/60Hz).
・DC input voltage is 24V DC ±15%.
・Connect power supply to terminals No.1 and terminal No.2 (N).
・Terminals No.3 ( )and terminal No.4 ( ) are connected with a
short bar.
・Ground it to prevent an electric shock and a trouble of static
electricity.
・As Terminal No.3 is charged at neutral point, use care to prevent it
from contacting other terminals.
・Terminal No.4 is connected to the frame (case). It can be used for
noise countermeasures and to prevent the trouble of static
electricity in an environment where no grounding is available.
・terminal is a protective earth terminal. It has the same
electric potential as No.4 ( ).
1
2
3
4
L
N
Power-supply input
screw terminal
DCAC

10/118
3-2. Connection of Strain Gauge Sensor
・Analog I/O screw terminal
Terminal No.
Signal name
Contents
8
FG
Frame ground
7
+SIG
＋input terminal (Ach)
6
-SIG
－input terminal (Ach)
5
-EXC
－Sensor power-supply output terminal (-side) (Ach)
4
+EXC
＋Sensor power-supply output terminal (+side) (Ach)
3
A･IN
＋Current input (Bch)
2
V･IN
＋Voltage input (Bch)
1
AG
－Analog ground (Bch)
・Four-wire type ・Six-wire type
・Before connecting the sensor, set power-supply voltage (Sensor
power) to the sensor and turn off power to this Meter.
(please refer to「7-1. 4) Sensor power」. )
・Terminals (4) to (7) are for input of Ach.
・Connect the shield (shielding wire) of the sensor to the frame
ground.(FG)
・When connecting a six-wire type strain
gauge sensor, short-circuit (+ EXC and +S)
(-EXC and -S), respectively.
Other connections are the same as those
for four-wire type.
Cautions！
Applied voltages to the strain gauge sensor are 2.5V, 5V, and 10V.
When any sensor rated below the applied voltage is connected, it may generate heat or be damaged.
・Conforming crimp-type-terminal size
5min
φ3.2mm
5.9max
－ＥＸＣ
＋ＥＸＣ
ＡＧ
＋ＯＵＴ
－ＩＮ
－ＯＵＴ
＋ＩＮ
＋Ｓ
－Ｓ
Ａ・ＩＮ
Ｖ・ＩＮ
－ＳＩＧ
＋ＳＩＧ
ＦＧ
１
２
３
４
５
６
７
８
－ＥＸＣ
＋ＥＸＣ
ＡＧ
＋ＯＵＴ
－ＩＮ
＋ＩＮ
－ＯＵＴ
Ａ・ＩＮ
Ｖ・ＩＮ
－ＳＩＧ
＋ＳＩＧ
ＦＧ
１
２
３
４
５
６
７
８

11/118
3-3. Connection of Displacement Sensor
・It is possible to connect various displacement sensors.
It is also possible to select voltage/current by setting an input range at「7-3. Analog Input Setting
(Bch)」.
・Terminals (1) to (3) are for input of Bch.
(3) DC current input terminal.
(2) DC voltage input terminal.
(1) Analog ground terminal (Common input terminal for (2) and (3).)
Displacement sensor Current output
4 to 20mA, ±0 to 20mA
(1)
(2)
(3)
Inside of meter
A･IN (current input)
V･IN (voltage input)
AG
Bottom
Analog input/output screw terminal
Displacement sensor Voltege output
±0 to 10V
(AG)
(AG)
(+)
(+)
・Conforming crimp-type-terminal size
5min
φ3.2mm
5.9max
3-4. Connection of I/O Signals
1) I/O control connector arrangement
・"(O), (I)" in the above table show the direction of a signal. (O) = output and (I) = input.
・*BUSY output is used when SD memory card function is available.
・Specified connector (When a connectors other than specified is used, the Meter cannot be used.)
Type with solder : E25-403N-150 (with case) (made by Chuomusen Co.,Ltd.)
I/O
connectors
Terminal
No.
Signal
name
contents
Terminal
No.
Signal
name
contents
1 (O)
2 (O)
3 (O)
4 (O)
5 (O)
6 (O)
7 (O)
8
9 (I)
10 (I)
11 (I)
12 (I)
13
OUT1
OUT2
OUT3
OUT4
OUT5
Error
SYNC
E.COM
STA
STB
DZA
DZB
DG
Comparison output
Comparison output
Comparison output
Comparison output
Comparison output
Error signal
Synchronizing signal output
Photo-coupler output common
Start / Peak hold (Ach)
Start / Peak hold (Bch)
Digital zero (Ach)
Digital zero (Bch)
Digital ground
14 (O)
15 (O)
16
17 (O)
18 (I)
19 (I)
20 (I)
21 (I)
22 (I)
23 (I)
24 (I)
25
AOUTA
AOUTB
AG
BUSY
P0
P1
P2
P3
START
STOP
RESET
DG
Analog output (Ach)
Analog output (Bch)
Analog ground
Busy output *
Pattern selection
Pattern selection
Pattern selection
Pattern selection
Graphic start
Graphic stop
Reset
Digital ground
141
2513

12/118
2) I/O signal function
・Terminal No.1 to 5 : Comparison output (OUT1 to 5)
(Output terminal) Output signal changes by selections of each function.
Comparison output
Function
OUT1
(No.1)
OUT2
(No.2)
OUT3
(No.3)
OUT4
(No.4)
OUT5
(No.5)
A channel
HH
HI
GO
LO
LL
B channel
HH
HI
GO
LO
LL
2 channel
HI (Ach)
LO (Ach)
GO (*1)
HI (Bch)
LO (Bch)
Waveform Compare Ach
HI (Ach)
LO (Ach)
GO (Ach)
―――
―――
Waveform Compare Bch
―――
―――
GO (Bch)
HI (Bch)
LO (Bch)
Waveform & Displacement
comparison
HI (Ach)
LO (Ach)
GO (Ach)
HI (Bch)
LO (Bch)
*1It turns ON only when all of HI and LO of both channels are OFF.
・Terminal No.6 ：Error signal (Error)
(Output terminal) In Waveform & Displacement Comparison, when displacement (indicated value)
changes suddenly, or displacement (indicated value) has not been updated for
some time, turn the ERROR signal ON.
For details, refer to「12-3. Waveform & Displacement Comparison」.
・Terminal No.7 ：Synchronizing signal output (SYNC)
(Output terminal) Be ON when the indicated value and comparison result have been finalized.
Please use it when reading the output signal.（Details according to each timing
chart)
・Terminal No.8 ：Photo-coupler output common (E.COM)
(Common terminal) The common output terminal of terminal No.1 to 7 (OUT1 to 5, Error, SYNC).
For details, refer to「3-4. 4) Each output equivalent circuits」
・Terminal No.9 ：Start / Peak hold Ach (STA)
(Input terminal) Control terminal of Start / Peak hold action of Ach. (ON ("0") trailing edge is
active)
For details, refer to「11. Hold Function (Hold)」.
・Terminal No.10 ：Start / Peak hold Bch (STB)
(Input terminal) Control terminal of Start / Peak hold action of Bch. (ON ("0") trailing edge is
active)
For details, refer to「11. Hold Function (Hold)」.
・TerminalNo.11 ：Digital Zero Ach (DZA)
(Input terminal) The terminal of turning the indicated value to 0 for Ach. (ON ("0") trailing edge
is active)
For details, refer to「4-6. Functional Description (9)」and「12-3. Waveform &
Displacement Comparison」.
・Terminal No.12 ：Digital Zero Bch (DZB)
(Input terminal) The terminal of turning the indicated value to 0 for Bch. (ON ("0") trailing edge
is active)
However, if Waveform & Displacement Comparison is chosen by meter setup in
the basic function setting, it is denied.
For details, refer to「4-6. Functional Description (9)」and「12-3. Waveform &
Displacement Comparison」.
・Terminal No.13 ：Digital ground (DG), is connected with terminal No.25 (DG) inside.
(Common terminal) The common input terminal of terminal No.9 to 12 (STA, STB, DZA, DZB).
For details, refer to「3-4. 6) Each input equivalent circuits」.)

13/118
・Terminal No.14 ：Analog output Ach (AOUTA)
(Output terminal) Analog output for monitors.
For details, refer to「3-4. 3) Analog output」.)
・Terminal No.15 ：Analog output Bch (AOUTB)
(Output terminal) Analog output for monitors.
For details, refer to「3-4. 3) Analog output」.)
・Terminal No.16 ：Analog ground (AG)
(Common terminal) The common terminal of analog output (Ach) (terminal NO.14), analog output
(Bch) (terminalNO.15).
・Terminal No.17 ：BUSY output (Used when SD memory card function is available.)
・Terminal No.18 to 21：Pattern selection (P0, P1 ,P2 ,P3)
(Input terminal) The terminal is for changing the used pattern in strain gauge (analog input
setting), linearization setting, comparison setting, display setting, hold
function, waveform comparison/waveform & displacement comparison,
analog output and BCD output.
For details, refer to「3-4. 5) Pattern select and 6) Each input equivalent
circuits」.)
・Terminal No.22 ：Graphic start (START)
(Input terminal) Start the reading of analog input waveform (indicated value). (ON ("0") trailing
edge is active.)
For details, refer to「4-6. Functional Description (13)」and「8. Operation of
Waveform Display」.
・Terminal No.23 ：Graphic stop (STOP)
(Input terminal) Stop the reading of analog input waveform (indicated value). (ON ("0") trailing
edge is active.)
For details, refer to「4-6, Functional Description(13)」and「8, Operation of
Waveform Display」.
・Terminal No.24 ：Reset (RESET)
(Input terminal) Release the hold function (use only in hold function.)
Release each peak hold with condition. (ON ("0") trailing edge is active.)
For details, refer to「11-6. to 11-9,」.
・Terminal No.25 ：Digital ground (DG), Connected with No.13 (DG) inside.
(Common terminal) Common input terminal of terminal No.18 to 24 (P0 to P3), START, STOP,
RESET.
For details, refer to「3-4. 6) Each input equivalent circuits」.)

14/118
3) Analog output
・Outputs analog voltage for monitors proportional to input of each channel.
The indicated value does not agree with the analog voltage output.
・The analog ground of sensor input and the analog ground of sensor output have the same electric
potential. (Non-isolation)
・Input and output voltage.
.
Channel (ch)
Input
Output voltage (V)
Ach
Strain gauge sensor ±4.0mV/V
Approx. ±6V
Bch
Voltage input ±0 to 10V
Approx. ±5V
Bch
Current input ±0 to 20mA (4 to 20mA)
Approx. ±5V
Inside of meter
Terminal No.14 AOUTA
Load resistance : More than 10KΩ
I/O control connector
Terminal No.15 AOUTB
Terminal No.16 AG
External equipment A
External equipment B
(+)
(+)
(-)
4) Each output equivalent circuits
Inside of meter Inductive
load (relay)
Outside power
+
I/O control connector
Each output
OUT1 to OUT5
Error, SYNC
E.COM
・Photo-coupler output (NPN open collector output)
Output capacitance : voltage MAX.30V current MAX.30mA
Output saturation voltage is below 1.2V at the time of 30mA
Caution : Don’t apply the inverse voltage. Use it within the output capacitance.

15/118
5) Pattern select (P0, P1, P2, P3)
・The terminal for changing used pattern in Strain gauge (analog input setting), Linearization setting,
Comparison setting, Display setting, Hold function, Waveform Comparison / Waveform & Displacement
Comparison, and output (analog output / BCD output).
*Caution : When changing the setting in display screen or RS-232C, RS-485, don’t change the pattern.
It may result in the wrong setting.
・“1”and “0” in the table below is shown as follows :
P0 to P3 terminal and DG terminal’s short-circuited = ON or "0" level
P0 to P3 terminal and DG terminal’s open-circuited = OFF or "1" level
Terminal
Pattern
P3
P2
P1
P0
Caution : When performing the
Waveform Comparison or
Waveform & Displacement
Comparison, P00 to P07
can be used.
(Don’t use P3.)
P00
1
1
1
1
P01
1
1
1
0
P02
1
1
0
1
P03
1
1
0
0
P04
1
0
1
1
P05
1
0
1
0
P06
1
0
0
1
P07
1
0
0
0
P08
0
1
1
1
P09
0
1
1
0
P10
0
1
0
1
P11
0
1
0
0
P12
0
0
1
1
P13
0
0
1
0
P14
0
0
0
1
P15
0
0
0
0
6) Each input equivalent circuits
・For input of the input control signal, use the transistor (open collector output), IC (buffer etc.), contact
point that has no voltage. (It is performed by ON/OFF control between the control input and DG.)
・The rated-input value of input terminal is :
OFF "1" level (open circuit) : approx. 3.5 to 5V
ON "0" level (short circuit) : approx. 0 to 1.5V
Input current (i) : below -2mA
Inside of meter
DG
i
Control side
Each control input

16/118
4. Name and Function of Display Screen
4-1. Single Display Screen (A channel, B channel)
(1)“Display screen
change”key
(2)Pattern used (3)“HOLD”key
(4)“MODE”key
(5)Ach indication
(6)“HOLD PEAK”
operating state
monitor (7)Indicated
value
(8)Bar graphic display
(9)“DZ”digital zero key
(10)Comparison
output monitoｒ：
Display of
comparison set value
Unit on
display
･About the color of comparison output, indicated value and comparison output monitors.
Comparison output
Color of indicated value and bar graph
Comparison output monitors
HH, LL
Red
HI, LO
Yellow
GO
Green
None
White
No monitor
4-2. Multi Display Screen (2 channel)
“HI,LO”comparison output monitor
Ach “DZ”digital
zero key
Ach indication
“HOLD PEAK”
operating state
monitor (Bch) Top Ach indicated value
Bch bar graphic display
Bch “DZ”digital zero key
“HOLD PEAK”
operating state
monitor (Ach)
Bch indication
Bottom Bch indicated value
Unit (kg)
Unit (mm)
Ach bar graphic display
･About the color of comparison output, indicated value and comparison output monitors.
Comparison output
Color of indicated value and bar graph
Comparison output monitors
HI, LO
Red
GO
Green
No monitor
None
White
No monitor

17/118
4-3. Graphic Display Screen (Each Hold, Free Run)
Ach indication
Y-axis indicated value and unit
Y-axis scale unit
(6)“WAIT”
state unit
(11)“Cursor
indication”key
(12)“Cursor movement”key (13)“START/STOP”key
X-axis scale and time (s)
4-4. Waveform Comparison Display Screen (Ach, Bch)
Y-axis indicated value and unit
Y-axis scale unit
X-axis scale and time (s)
HI limit waveform
set value
LO limit waveform
set value
4-5. Waveform & Displacement Comparison Display Screen
(14) Y-axis indicated value and unit
Y-axis scale unit
(15)X-axis Indicted
value and unit
X-axis scale and
displacement (unit)

18/118
4-6. Functional Description
･The touch panel is used for setting and operation on the screen. If 2 or more points are pressed
simultaneously or quickly pressed continuously, the point so pressed may be detected incorrectly. Be
sure to press only one point at intervals.
(1) "Display screen change" key
･It changes according to 1) Meter Setup of「6. Basic Function Setting (Setup)」.
･Three kinds of display change key are available. The state when each of
be pressed is shown according to each meter setting.
◎The display screen changes as follows, when Ach and Bch are selected by meter setting :
･A channel single display and ･Ach graphic display, and
B channel single display Bch graphic display
◎Display screen change when 2 channel meter is selected by meter setting
･2 channel display ･Ach graphic display
･Bch graphic display
◎When Waveform Comparison Ach/Bch and Waveform & Displacement Comparison are selected,
no screen will change
･Waveform comparison ･Waveform & Displacement Comparison

19/118
(2) Used pattern "P00 to P15"
・All setting values can be saved up to 16 patterns of "P00 to P15".
Display the used pattern.
・The set-values of Waveform Comparison and Waveform & Displacement Comparison can be saved up
to 8 patterns of "P00 to P07".
(3) Hold key "HOLD"
・Perform ON, OFF and RESET for hold function of each sampling, Peak, valley, Peak-valley, Maximal
value, Minimal value and Inflection point.
For details, refer to「11-2 to 11-9」.
(4) Set key "MODE"
・Used when performing each data setting.
Various settings can be performed with the measurement operation stopped and each output turned
off. When the caution screen for start settings appears and "YES" is selected on it, the main setting
screen is displayed, making it possible to perform setting.
For details, refer to「5. Screen Configurations and Setting Procedures」.
(5) Display of used channel "OpA", "OpB"
・Display the analog input channel used in display of the indicated value and each output.
(6) State monitor of hold function "HOLD", "PEAK", "WAIT"
・"HOLD" operation state monitor: Turn red when "HOLD" key or signal STA/STB be "ON", or the
indicated value is held.
・"PEAK" operation state monitor : Turn red during detecting/holding period.
・"WAIT" operation state monitor : Turn red when "START" key or signal START waiting to be ON.
(7) Display of the indicated value and unit
(Setting of unit is performed at「7-1,3. Analog Input Setting (Ach/Bch) 」) .
(8) Display of Bar graph
・Can be displayed for each of Ach and Bch individually.
・High limit of bar graph for Ach is + SPAN indicated value and low limit is - SPAN indicated value.
・High limit of bar graph for Bch is + full scale indicated value and low limit is - full scale indicated
value.
(9) Digital Zero key "DZ"
・Set the indicated value to "0". Can be performed for each of Ach and Bch individually.
・"DZ" key can be set to "unacceptable" by「15. Basic Function Setting 2 (System)」.
・If Waveform＆Displacement Comparison is selected in「6. Basic Function Setting (Setup)」, only Ach
(Y-axis) can be performed when "DZ" key is pressed.
(10) Comparison output monitors "HH", "HI", "GO", "LO", "LL"
・Show state of ON/OFF for comparison output, also show comparison set-values when in single display
screen. When in multi-display screen (2 channel), show Ach and Bch individually.
・There are also "HH", "HI", "LO", "LL" key for setting. After pressing it, 10-key input screen is shown,
and data setting is available. (Can be set during measurement operation.)
(11) Cursor key
・Switch to show or not to show the vertical line (red). When the cursor is enabled, getting waveform
can’t be performed.
(12) Cursor movement key
・Can move the indicated cursor to left or right, and the crossing point "x" with the waveform can be
read out at the same time.
(13) Start key "START"
・Start or stop the getting of the analog input waveform in graph display screen, Waveform Comparison
/ Waveform & Displacement Comparison screen.

20/118
(14) Display indicated value of Y-axis.
・Display the indicated value and unit of Ach in Y-axis, when in the Waveform Comparison / Waveform
& Displacement Comparison screen.
Unit setting is performed by「7-1,3. Analog Input Setting (Ach/Bch)」.
(15) Display indicated value of X-axis.
・Display the displacement indicated value and unit of Bch in X-axis, only in the Waveform &
Displacement Comparison.
Unit setting is performed by「7-1,3. Analog Input Setting (Ach/Bch)」.