【INSTRUCTION MANUAL】
Rate and Total digital indicator
MODEL：SP-564A Series

SeriesnameInput
signalOutputCommunication

Sensorpower

PowersupplyBody
color

SP-564A

Function
Indicator 7-segment red LEDGL

7-segment green LED
P2

Two-row relay output
AV3

Analog voltage output DC 1-5V

AV4

Analog voltage output DC 0-5V

AV5

Analog voltage output DC 0-10V

AI

Analog current output DC4– 20mA
No entry

NPN open collector pulse input

F

Voltage pulse input(Low: less than 2V, Hi:3.8-30V)

F2

Current pulse input(Low: less than 8mA,Hi:16-20mA)

Note 1

V3

Taco-generator signal input AC 0.8V-80V(P-P)3KHz MAX

Note 1N

Sine wave signal input AC 0.05V-20V(P-P)
No entry

Synchronous pulse output

RS2

RS-232C communication

RS4

RS-485 2-wire communication

RS4W

RS-485 4-wire communication

Note 2No entry

Sensor power：DC12V 100mA max.

S24

Sensor power：DC24V 50mA max.
No entry

Power source：AC 85V to 264V

DC

Power source：DC 12V to 24V
No entry

Gray

K

Black

Note 1: V3, N option can not be selected simultaneously with the S24 option.
Note 2: RS2,RS4 and RS4W Option is DC24V 60mA max
Thank you for purchasing this UINICS product.
Please read this Instruction Manual carefully in order to ensure that you use the meter safely andcorrectly.

【 2nd edition : Apr 9, 2012 】@SP-564AE(2)■Precautions

We thank you very much for buying our products. Please read the following matters that require
attention and the contents of this booklet for safe use of the product.

！ Caution

・Use a power supply voltage within the working range.
・Avoid a load exceeding the rating.
・Avoid the direct rays of the sun.
・Avoid places where inflammable gas and combustibles are present.
・Avoid temperature and humidity exceeding the rating.
・Do not apply heavy shocks or vibration to the body.
・Avoid the penetration of metal powder, dust, water, and the like into the body.
・Pay attention to an electric shock in wiring the power supply.
・Do not touch a live terminal, which is likely to cause an electric shock.
・Do not disassemble the product nor touch its inside while it is activated.
・User-conducted alterations and modifications of the unit should not be performed as they may
impair functioning or cause failure and accidents.

1. Accessories
Refer to the following items to check the accessories.
1. SP-564（according to user’s specifications）・・・１
2. Instruction manual for SP-564・・・１
3. Unit label・・・１
4. User-specified accessories.
（In the case of the absence of such specifications, these accessories are not attached.）
If accessories are insufficient, please contact with an agency or UINICS.

- 1 -2. Specifications
Item
Operation system
DisplayGL-type
Rate mete
Measuring accuracy
Scaling
Decimal digits
Time unit
Rate sampling time
Moving average
Auto zero time

Totalizer

Least significant
digit
Overflowindication
Accuracy
Scaling
Decimal digits
Overflowindication
Totalizer
display
Reset

upper

Indication overflow ,0V lamp ・999999 is blinking±0 （Scaling is set to 1.）
9999 - 1×10－９（selectable）
Display 1-4 decimal digits（selectable）.
（Fixed decimal operation）
Indication overflow ,0V lamp is blinking
Upper digits 7-9 display by pressing Up key.

Standard

Internal counter is reset using Reset key or input fromterminal board（50 ms or more to activate）in rear.
Input from terminal board：NPN open collector pulse input or
ground contact
Synchronization with total reading
Synchronization output：1-4 digits （selectable）
Output width：0.01-1.99 sec. （selectable）
Signal level：NPN open collector output, rating DC30V 50mA
（max.）※At the time of communication option（RS2,RS4,RS4W）
it does not operate.
NPN open collector pulse input （10 mA min.）or ground contact

Option（F）

Voltage pulse input：2.0 V or lower for LOW, 3.8-30 V for

HI

Option（F2）Option input（V3）
Option input（N）
Input response
frequency（at 50% duty）

Current pulse input：8 mA or lower for LOW, 16-20 mA for
Taco-generator signal input AC 0.8V~80V(P-P)3KHz MAX
Sine wave signal input AC 0.05V~20V(P-P) 3KHz MAX
LOW：0.01Hz - 50Hz：It does not accept noise element ofhigher frequency.
MID:0.01Hz – 1kHz
HI：0.01Hz - 10kHz：It responds to higher frequency.
DC+12V (±10%)100mA max. output（stabilized）
DC+24V (±10%)100mA max. output（stabilized）※RS2,RS4 and RS4W Option is 60mA max

HI

Synchronization
pulse output

Sensorinput

Specifications
Periodic sampling operation (CPU)7-segment red LED（14 mm character height）：6 digits
7-segment green LED（14 mm character height）：6 digits±0.05％ rdg.±１digit(at Sampling time for 0.5 second or more ）9999 - 1×10－９（selectable）
Displays 1-4 decimal digits（selectable）.
Selectable：per hour, per minute or per second
Rate reading averaged by 0.1-100 sec.（selectable）
Averaged by 2 to 9 input pulses （selectable）
The time（0.1-99.9 sec. selectable）, following input stop,at which the reading returns to zero.
Selectable：real, fixed at 0, or 0/5

Sensor power
S24-type

- 2 -

EXT.
input

Others

Input
IndicatorchangeSensor input
deactivation
Reading holdinputPower source
DC-typePower consumption
Temperature/humidity conditions
Weight/dimensions
Body color
K-typeProtection class

NPN open collector pulse input or ground contact
When specified, input from the rear terminal board changes
indicator（Rate meter or Totalizer）
When specified, input from the rear terminal board deactivates
sensor input.
When specified, input from the rear terminal board causes thecurrent reading to go on “hold”.
AC 85-264 V
DC 12-24 V(±10%)
Approx. 19VA
0-50 ℃, 30-80 %RH（Non-condensing）
Approx. 350 g,
Gray
Black
IP66

W96×H48×D130 mm《 Alarm output：P2-type 》
Mechanism
Alarm disable timeinterval
Output system
Output indication
Output reset

Judged against upper and lower limits（Selectable）.
The alarm output function is disabled for the specified timeinterval following power ON or reset.
Two-row relay output
Rating：DC 30 V 1 A, AC 125 V 0.3 A
During alarm output, the OUT1 and OUT2 LEDs are activated.
Alarm reset using Reset key or input from terminal board.
50 ms or more to activate.

《 Analog output：AV-type / AI-type 》
Voltage output (AV3)
Voltage output (AV4)
Voltage output (AV5)
Current output (AI)Output accuracy
Variation due totemperature fluctuation
Output update
Output response
Max Output resolution

DC 1-5 V Load resistance：2kΩ or above
DC 0-5 V Load resistance：2kΩ or above
DC 0-10 V Load resistance：2kΩ or above
DC 4-20 mA Load resistance：500Ω or underWithin ±0.2 %F.S. for indicated value (23 ℃)±100 ppm/℃
Less than about 20 ms
About 40 ms (Analog change time 0 %- 90 %)12-bit D/A conversion operationAI
DC4-20mA: 4000 resolution
AV3
DC1-5V: 4000 resolution
AV4
DC0-5V: 4000 resolutionAV5
DC0-10V: 4000 resolution※Maximum output area：It's possible to output to 102.3%
to the maximum of each output.
※An analog output is outputting calculation to the indication value
shown to 7segment LED. Therefore the resolution sometimes falls
from 4000 by setting of Mode No. ”C” and ”d”.
- 3 -

《 RS-232C communication：RS2-type 》
Signal standards
Synchronous method
Baud rate
Start bit
Stop bit
Data bit
Parity bit
Unit（ID）number
Communication system

In accordance with EIA RS-232C standards（Serial signal）
Asynchronous
1200bps / 2400bps / 4800bps / 9600bps（Selectable）
1 bit
1 bit
7 bits / 8 bits（Selectable）
Odd / Even / None（Selectable）
00-99
Communication is controlled by command.

《 RS-485 communication：RS4-type / RS4W-type 》
Signal standards
Signal level
Synchronous method
Baud rate
Start bit
Stop bit
Data bit
Parity bit
Unit（ID）number
Communication system

2-wire half duplex transmission（RS4-type）
4-wire half duplex transmission（RS4W-type）
In accordance with IEE RS-485
Asynchronous
1200bps / 2400bps / 4800bps / 9600bps（Selectable）
1 bit
1 bit
7 bits / 8 bits（Selectable）
Odd / Even / None（Selectable）
00-99
Communication is controlled by command.

- 4 -3. Mounting meter
How to mount indicator (meter)１．

Cut the panel to insert the indicator (meter) from the front.

Panel cutout dimensions

92 +0.8
-0
Meter

Fig.1

Installation board
Packing

Unit：mm２

Please push the Fitting for fixing the body.
Into a right and left both sides of the meter.

Fitting for fixing the body
Fig.2

３.

Slide in the rear side (terminal stand side)
as for the fitting for fixing the body.
It turns a screw by the driver.
The meter is fixed (right and left both sides)

DriverFig.3

Fitting for fixing the body

1. Please install it horizontally.
2. Fit the body on to a panel 1.0-4.0 mm in thickness.
3. Please do not tighten the screw of the mounting bracket too much.
(The case might be damaged when tightening too much.)- 5 -4．Names and functions of components on front
Fig.4

1

A

3
2

B

DisplayC

Indicate RA TO HD OV
Output

1

2

D

E

F

ENT
Mode
RST

6
7
4
5

8
9

① Display
1) Display indicates the rate reading or the cumulative total reading.
2) The following displays appear in the setup mode.
A,B・・・・・Mode No.
C-F・・・・・Mode setting3) Setting value is indicated while each setting up（preset value, offset value）.
② Rate meter lamp （ RA ）The rate meter lamp is activated when rate reading is indicated.
③ Totalizer lamp （ TO ）The totalizer lamp is activated when total reading is indicated.
④ EXT. input lamp （ HD ）The EXT. input lamp is activated when terminal No.4 and No.6 is shorted.
⑤ Overflow lamp （ OV ）The overflow lamp is blinking activated when the total exceeds.
⑥ Alarm output OUT1 lamp
The alarm output lamp is activated when the alarm is outputted.
⑦ Alarm output OUT2 lamp
The alarm output lamp is activated when the alarm is outputted.

- 6 -⑧ Mode key ( Mode ）The Mode key is used to call up or switch between various settings.
1) ModeActivated for 2 sec. or more ・・・ calls up mode setting.
（Press MODE → Mode No. switchover）
2) Mode ＋ ∧Activated for 2 sec. or more ・・・ calls up offset value setting.
3)

Mode

Activated for 2 sec. or more ・・・ calls up alarm output preset value setting.
（Press MODE → OUT No. switchover）⑨ Up key （∧）1) When the total exceeds 6 digits（999999）, the overflowed upper 3 digits are displayed
while this key is pressed.
2) Changes the value of the blinking digit during setup procedures.
Each time the key is pressed, the number goes up by one.
⑩ Down key ()1)
Activated for 2 sec or more ・・・
Mode protect ON “Ｌ－ＯＮ”
Mode protect OFF “Ｌ－ＯＦＦ”
2) Changes the value of the blinking digit during setup procedures.
Each time the key is pressed, the number goes down by one.
⑪ Shift key （）
・Shifts the blinking indication to the digit to the right during setup procedures.
⑫ Enter key （ ENT ）1) Indicator（Rate meter or totalizer）is switched. ※Refer to Mode 06.
2) During setup procedures, it is used to register the setting and to return the display
to the readings.
⑬ Reset key （ RST ）1) Resets the totalizer without interrupting or resetting the rate reading.
It also resets the alarms.
2) During setup procedures：The display returns to the readings, without registering.

- 7 -5.Connecting terminal board
Fig.６
Fig.５

※ RS-232C/RS-485/RS-485W communication type：Refer to fig.5. (Terminal No.1-4)
There is not the EXT. input the synchronization pulse output when select a communication type.
Wiring precautions！ Caution
・Always turn the power off before commencing any wiring work.
・Please confirm the specification.
・Confirmation of power supply input
Confirm the input voltage specification (AC or DC) once again. Pay much attention to this matter.
If this is not right, a protective part and the like may be damaged.
・For DC power supply input
If + and- are connected reversely, the internal protective circuit will function to stop
the reverse current. In this case, disconnect the wires, and after about 30 seconds, connect
the wires to + and - correctly. The system will work normally.
・Since the input and output wirings differ depending on the type of the sensor, make wiring workwith the next-mentioned diagrams (Figs ７ to ９).
・Tighten the screw of the terminal boards securely.
・Use the terminal No.7 – 10 as power supply for the sensor. Do not use these terminals forother things.

- 8 -Sensor connection
A）Pulse output 2-wire type sensor

Fig.７

B）Pulse output 3-wire type sensor
Fig.８

Sensor

７
８
GND

７
８
GND

９ １０
+12V IN(+24V)C）Ground contact output sensor
Fig.９

Proximity sensor
Encoder

９ １０+12V IN(+24V)D）Tacho-generator signal/
Sine wave signal output sensor
Fig.1０

Proximity
sensor

７
８
GND

Tacho-generator signal
Sine wave signal

９ １０+12V IN(+24V)Ｅ）Current pulse input( 2-wire pulse sensor )６Ｆ）
Fig.1１

Sensor
+
-

７
８
GND

Sensor
+

７
８
GND

- 9 -

８

９

Current pulse input( 3-wire pulse sensor )-９ １０+12V IN(+24V)

７

OUT

９ １０
+12V IN(+24V)

Fig.1２

6. Construction of input circuit[1]

Pulse sensor input

NPN open collector pulse input
Fig.13

Voltage pulse input
Fig.14[2]

Tacho-generator signal input/ Sine wave signal input
Fig.15[3]

Reset input
Fig.16・Sensor power DC12V（standard）：R1 = 2.2kΩ
・Sensor power DC24V（S24 type）：R1 = 3.9kΩ

- 10 -

[4] EXT. input

Fig.17・Sensor power DC12V（standard）：R2 = 2.2kΩ
・Sensor power DC24V（S24 type）：R2 = 3.9kΩ

7. Setting the dip switch
Fig.18The input response frequency is selected by setting the dip switch.

SW1-4
－
－
ON
OFF
OFF
The black square indicatesswitch position.
4

SW1-3
－
－
OFF
ON
OFF

2 3

Input frequency (Low)
Input frequency (Mid)Input frequency (Hi)

SW1-2
－
－
－
－
－

1

open collector pulse
Voltage pulse

SW1-1
ON
OFF
－
－
－

Table 1OFF ⇔ ON

LOW：0.01Hz - 50Hz
MID：0.01Hz - 1kHz
HI ：0.01Hz - 10kHz

The regular factory settings are shown in the diagram in the upper right.

- 11 -

8. Test mode

- 12 -

9. Initial setting values and initialization
If the specifications desired by the user are requested prior to shipment, the meter will be set
these settings. Otherwise, the regular factory settings are shown below.
１.Value setting of each Mode
Mode
Initial setting
No.
ＡＢ
Ｃ
Ｄ
Ｅ
Ｆ
０１.
１
０
０
０
０２.
３
０
１
１
０３.
－
０ ２. ０
０４.
－
－
－
０
０５.
－
０ ２. ０
０６.
－
－
０
０
０７.
１
０
０
０
０８.
３
０
０
０
０９.
－
０
－
０
１０.
１
０
０
０
１１.
０ ０. ０
５
１２.
－
０
－
０
１３.
０
０
０
０
１４.
０
０
０
０
１５.
０
１
０
３
１６.
０
０
－
０

Table 1
Note
Ｃ

－
－
－
－

Ｄ

Ｅ

－

－

－

－

－

－

－

－

2. Preset value setting of each alarm output
Alarm
Initial setting
No.
Ａ
Ｂ
Ｃ
Ｄ
Ｅ
Ｆ
OUT1
９
９
９
９
９
９
OUT2
９
９
９
９
９
９
3. Offset value setting（Totalizer）
Initial setting
OffsetＡ
Ｂ
Ｃ
Ｄ
Ｅ
Indication ０
０
０
０
０

Ｆ

Table 2
Ａ

Ｂ

Notes
Ｃ
Ｄ

Ｅ

Ｆ

Table 3
Ｆ
０

Ａ

Ｂ

Notes
Ｃ
Ｄ

Ｅ

Ｆ

Initialization：Power on Enter key being pressed to initialize the settings.
After the initialization, the set values will be as shown in Table 1-3.
Note：Since an initialization changes all existing setting values to the initial setting values,
be sure to record all the setting values before an initialization.
※ In case the computer froze when unusual functioning occurred with the normal operation,
initialize according to the above procedure and set the desired value again.

- 13 -

10. Setting the mode・Calling up and modifying the mode setting
When a mode is set, operate each key according to the following table.
Operating key

MODE

+

＞

Display unit
Ａ
０

Ｂ Ｃ Ｄ
１. １ ０Operation procedure

Ｅ
０

Ｆ
０

↑
Mode No.

∧Ａ
０

Ｂ Ｃ Ｄ Ｅ Ｆ
１. １ ０ ０.０↑
0 to 9Change the blinking numeral value.
raises the value by ones.
(0 → 1 → 2・・・9 → 0・・・)∨

Ａ
０

Ｂ Ｃ Ｄ Ｅ Ｆ
１. １ ０ ０.０↑
0 to 9Change the blinking numeral value. Every press
reduce the value by ones.
(0 → 9 → 8・・・1 → 0 →9・・・)＞

Ａ
０

Ｂ Ｃ Ｄ Ｅ Ｆ
１. １ ０ ０ .０
→ → →Change the blinking indication position (figure).
Every press moves the position to the rightby a figure.

MODE

Ａ
０

Ｂ Ｃ Ｄ
２. ３ ０Change the mode number. Every press raises thenumber by one. There are 16 modes in total.
When it reaches 16, it returns to 01.
(01 → 02 → 03・・・16 → 01・・・)

Ｅ
１

Ｆ
１

↑
01 to 16

Even by pressing this key during the time
setting the mode, it returns to the measuringmode. Pay attention to the fact that the set
data is not memorized.

RES： In case you change mode setting, turn OFF mode protect.
If it is turned ON, change of mode setting will be made impossible.
（Refer to 27 page.）∨

Every press

After adjusting the setting, make registration
with this key. It returns to the measuring mode
after registration.

ENT

Note

While holding down the MODE key, press the＞ key for 2 seconds or more.
“0 １ ” appears in displays A-B and the value
setting
for mode 0１ is shown.

Activated for 2 sec or more ・・・
Mode protect ON “Ｌ－ＯＮ”
Mode protect OFF “Ｌ－ＯＦＦ”- 14 -

Contents of modes and setting values
Mode

No.

０ １

Setting of converting value (scaling)Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
０ １．１ ０ ０ ０
Converted value
0001～9999(Do not set 0000)①This mode “01" acts as input converter.
Mode “02"-C acts as magnification(EXP-value).
②With input of this converter and EXP-value, it is possible to set themagnification per 1 pulse. This EXP-value is set with Mode “02" .
③For instance, with display of instant flow-rate by L/min in the use offlow sensor of 1.234mL per 1 pulse, the following is shown.

１.２３４mL ⇒０.００１２３４Ｌ ⇒ １２３４ ×１０－６
Converted to theintended value(L)to display
Converter EXP-value

Mode “01"Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
０ １．１ ２ ３ ４Mode “02"Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
０ ２．６ ０ ０ ０- 15 -

Mode No.

０ ２

EXP-value, and measurement time unit setting

Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
０ ２．３ ０ １ １
Display decimal point setting
0･･･
0
1･･･
0.0
2･･･
0.00
3･･･ 0.000
4･･･ 0.0000
measurement time unit
0 ･･･ per Hour
1 ･･･ per Minute2 ･･･ per Second
Display condition for last figures
0 ･･･ real display
1 ･･･ "0" fixed
2 ･･･ only "0" or "5" display
EXP-value
0－9This mode “02" -C is EXP-value input as explained in mode “01" .

Mode No.

０ ３

Display sampling time
Ａ Ｂ Ｃ
０ ３．

Ｄ Ｅ Ｆ
０ ２．０
Sampling time00.1～99.9 seconds(00.0 corresponds to 100 sec.)

For display-sampling time, input signal is measured with its set time, and its meanvalue is calculated and display, then use it for preventing the flashing or forstabilizing the display. Accordingly, renewal shall be made by averaging the display
for each set time.

- 16 -

Mode No

０ ４

Moving average setting

Ａ Ｂ Ｃ
０ ４．

Ｄ

Ｅ

Ｆ
０
Moving average
2～9 times (0,1 setting meaning no function)

It inputs the number of times (0-9) of input pulse.
For instance, upon setting “4" ,the average of 4 pulses can be calculated anddisplayed. Especially, it is effective when the flow value per 1 pulse of sensor
is not correct.

Input pulse
First time
Moving average
Calculating display

Second timeThird timeNote)In relation to the calculation, use the input
pulse in case of less than 20Hz.
In case of higher frequency, try to stabilize thedisplay by mode "03" display sampling.

Mode No.

０ ５

Auto-zero time setting
Ａ Ｂ Ｃ
０ ５．

Ｄ Ｅ Ｆ
０ ２．０
Auto-zero time00.0～99.9 seconds

In case input signal without this time, returns the display to "0".
Setting auto-zero time to 00.0, display last measuring data (present data) in caseof input signal nothing.

- 17 -

Mode No.

０ ６

Display selection, External input selection
Ａ Ｂ Ｃ
０ ６．

Ｄ

Ｅ Ｆ
０ ０
Display selection
0 ･･･ Change over rate and total count1 ･･･ Only rate display
2 ･･･ Only total count display
External input selection
0 ･･･ Changeover the display
1 ･･･ Inhibit input
2 ･･･ Holding display

EXT. input selection：Terminals no. 4 and 6（※ RS/RS4/RS4W-type：The EXT. input terminals become the communication terminal ）０：A change of the indicator is possible by the terminal input.
１：Accepts no sensor inputs
２：Holds the current indication while blinking.
Internally, count calculations are continued.

Indicator：
０：A change of the indicator is possible by the front Enter key.
１：The rate reading is indicated. It cannot switch to the total reading.
２：The total reading is indicated. It cannot switch to the rate reading.

Mode No.

０ ７

Totalizer : Setting the converted value
Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
０ ７．１ ０ ０ ０
Converted value
0001-9999(Do not set 0000)
With input of this converter and EXP-value, it is possible to set themagnification per 1 pulse. This EXP-value is set with Mode “08" .

- 18 -

Mode No.

０ ８

Totalizer : Decimal point, Counting method, Reset, Converter
Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
０ ８．３ ０ ０ ０
Display decimal point setting
0･･･
0
1･･･
0.0
2･･･
0.00
3･･･ 0.000
4･･･ 0.0000
Counting method
0･･･ additional count1･･･ subtraction countReset key time
0･･･ reset after 2-seconds
1･･･ real time reset
EXP-value
0-9

Reset time：The setting for the front panel Reset key is specified.
０：The Reset key is pressed for 2 seconds or longer for the count to be reset.
１：The count is reset immediately when the Reset key is pressed.
１：Reset input from the terminal board resets immediately,
overriding this setting.
２：The reset function resets the totalizer and the alarm output.
３：The rate meter reading can not be reset.
This mode “02" -C is EXP-value input as explained in mode “07".

- 19 -

Mode No.

０ ９

Analogue output
Ａ Ｂ Ｃ
０ ９．

Ｄ Ｅ
０

Ｆ
０
Analogue shift
0･･･ Comparative output with right 4digits
1･･･ Comparative output with central 4 digits
2･･･ Comparative output with left 4digits

Output selection for rate or total count0･･･ for rate (synchronized rate display)
1･･･ for rate (real time)
2･･･ for total countSelecting between rate/total：The value to be outputted is selected.
０：It outputs synchronizing with the sampling time.
１：Real time output of the rate reading.
２：It outputs synchronizing with the renewal of the display of the totalizer.

Digit selection：The four digits for comparison output are selected.
Ａ

Ｂ

Ｃ

Ｄ

Ｅ

Ｆ

Right 4 digits
Central 4 digits
Left 4 digits- 20 -

Mode No.

１ ０

Display value at output time of analogue max.
Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
１ ０．１ ０ ０ ０
setting maximum display value at maximum analogue output
Input 0001 - 9999
(Do not set 0000)
Set an indication value of the time when the analog output is maximum.
Set a value in four digits, neglecting the decimal point.
For example, both 500.0 and 50.00 are all right.
〔Ex.〕The settings in a case where the analog output is 0-5 V DC, synchronizedwith the totalizer, with a maximum output (5V) when the reading is 500.0,
would be as follows.
Ａ Ｂ Ｃ
０ ９．

Mode No.

１ １

Ｄ Ｅ
２

Ｆ
０

Mode 09
Ｄ：２（Output synchronized with totalizer）
Ｆ：０（Right 4 digits）

Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
１ ０．５ ０ ０ ０Mode 10Ｃ-Ｆ（Maximum output indication is 5000.）

Output digit and output width for synchronized pulse
Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
１ １．０ ０ ０ ５
Set up output width (0.01 - 1.99sec)
0.00 is meaning no function
Output digit
0･･･ 1 digit
1･･･ 2 digit
2･･･ 3 digit
3･･･ 4 digit
Output digit selection：The digit whose change is to trigger the pulse output
is specified.
Pulse output width：Set the output width of totalizer synchronization pulse.
※ Caution is required as the synchronization output pulse is renewed each time
the output digit value changes；if the pulse width is set longer than the timeinterval of the output digit change, the pulse output becomes continuous.

- 21 -

Mode No.

１２

Alarm output selection
Ａ Ｂ Ｃ
１ ２．

Ｄ Ｅ
０

Ｆ
０
OUT2 alarm output selection
０：Function stop
１：Rate meter
２：Totalizer

OUT1 alarm output selection
０：Function stop
１：Rate meter
２：Totalizer

OUT1 alarm output selection
Function stop･･･OUT1 alarm output function stop
Rate meter･････Compare rate meter indication value to Preset value.
Totalizer･･････Compare totalizer indication value to Preset value.
※ OUT1 Alarm output, adapt itself to Mode No. 13, and please set it.
OUT2 alarm output selection
Function stop･･･OUT2 alarm output function stop
Rate meter･････Compare rate meter indication value to Preset value.
Totalizer･･････Compare totalizer indication value to Preset value.
※ OUT2 Alarm output, adapt itself to Mode No. 14, and please set it.

- 22 -

Mode No.

OUT1：Setting the alarm output

１３

Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
１ ３．０ ０ ０ ０

P2-type

Output mode（2-9：One shot output）
０：Comparison
５：100 ms.
１：Hold６：250 ms.
２：30 ms.
７：500 ms.
３：50 ms.
８：1 sec.
４：80 ms.
９：2 sec.
Upper or lower limit selection
０：Upper limit
１：Lower limit ( Immediate )２：Lower limit ( delay )Alarm disable time interval
00-99 sec

Alarm disable time interval：The time in second following power startup or resetat which the alarm function is activated is specified.
※Setting the upper or lower limit selection is“２：Lower limit ( delay )” Alarmdisable time interval. Startup by setting 00.
Upper and lower limits selection：Select that this is output when the upper limit
is exceeded or when the lower limit is exceeded.
Output mode：The length of the alarm output is specified.
Comparison：Alarm is outputted when the indication value exceeds the upper/lower
limit（preset values）. When the input returns to normal, the output
is turned off.
Hold：Alarm is outputted when the indication value exceeds the upper/lower limit(preset values).
The alarm output, once activated, is sustained until
reset.
One shot：A pulse of pre-specified width is outputted once when the indication
value exceeds the upper/lower limit（preset values）.

- 23 -

Mode No.

OUT2：Setting the alarm output

１４

Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
１ ４．０ ０ ０ ０

P2-type

Output mode（2-9：One shot output）
０：Comparison
５：100 ms.
１：Hold６：250 ms.
２：30 ms.
７：500 ms.
３：50 ms.
８：250 ms.（Zero return）
４：80 ms.
９：500 ms.（Zero return）
Upper or lower limit selection
０：Upper limit
１：Lower limit ( Immediate )２：Lower limit ( delay )Alarm disable time interval
00-99 sec

Each setting is the same as that of the Mode 13（Alarm output OUT1）.

Output mode
8 and 9：Zero return
When an indication value exceeds the specified value（preset value）, this
outputs one pulse of the set width one time, and return the indicator to theoffset value.
※１：Condition of setting the preset value
Upper：Preset value ＞ Offset value
Lower：Preset value ＜ Offset value※２：Always reset starting the count.
※３：In the rate meter one-shot output is available.

- 24 -

Mode No.

Setting the communication

１５

Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
１ ５．０ １ ０ ３

RS2-type / RS4-type / RS4W-type

Baud rate
０：1200 bps
１：2400 bps
２：4800 bps
３：9600 bps
Parity bit
０：None１：Even２：Odd
Data bit
０：7 bit
１：8 bitCommunication selection
０：Not used（※）
１：Communication

Communication selection：Set the zero in the case of unit except communication
option.

Mode No.

Setting the communication

１６

Ａ Ｂ Ｃ Ｄ Ｅ
１ ６．０ ０RS2-type / RS4-type / RS4W-type

Ｆ
０Interval time
０：100 ms.
１：10 ms.
２：20 ms.
３：30 ms.
４：40 ms.

５：50 ms.
６：60 ms.
７：70 ms.
８：80 ms.
９：90 ms.

Selection of the unit（ID number）：00-99

Interval time：Wait time when switching to receive signal from send signal,or to send signal from receive signal.

- 25 -

11．Operation explanation for totalizer
1) Totalizer starts measurement from zero or offset value.（addition or subtraction）
2) Display range：-99999 to 999999
The Overflow (OV) lamp is blinking activated when the total exceeds 999999 (or -99999).
While blinking indication, it continues measurement from 000000 or -00000.
3) The over times（the overflowed upper 3 digits）are displayed while Up key is pressed.

Fig.19〈 Over times 〉
Up key〈 Display 〉

００↓
９９９９９９↓００００００ Blinking indication↓
The overflow lamp is blinking activated.
９９９９９９↓００００００↓：↓９９９９９９↓００００００

↓
０
↓
１
↓
１
↓
２
↓
：
↓
９９９
↓
０００９９９000999 or -00999↓
９９９９９９This cycle is repeated.

- 26 -

１2．Mode protect function
If this function is turned ON, change of mode setting will be made impossible.
（The Up key and Down key is canceled.）
The mode protect at the time of the shipment becomes OFF.
Operation of the mode protect
1. If setting it, finish setting.
2. ∨ Activated for 2 sec or more.
3. Current mode protect state is displayed when it passes for 2 sec.
Mode protect ONＡ

Ｂ Ｃ Ｄ Ｅ Ｆ
Ｌ － Ｏ Ｎ

Mode protect OFFＡ

Ｂ Ｃ Ｄ Ｅ Ｆ
Ｌ － Ｏ Ｆ Ｆ

4. Keeps pushing ∨ key for 8 sec as it is continuously, the state of mode protect is changed.
5. It usually returns when ∨ key is stopped being pushed.

- 27 -

１３．Setting the offset value
The preset total reading value to be displayed directly following a reset is specified.
For example, if the offset value is set at “001000”, the reading becomes “1000” when reset,
and the count resumes from “1000”. In order to start the count from “0”, the offset value
should be set as “000000”. The procedure for setting the offset value is described below.
The setting range is -99999-999999.
This is a function only applicable to the totalizer.
Operating key

Display unit

Operation procedure

Ａ
０

Ｂ
０

Ｃ
０

Ｄ
０

Ｅ
０

Ｆ
０

While holding down the MODE key, press the∧ key for 2 seconds or more.
The present setting value is shown indisplays.

＞

Ａ
０

Ｂ
０
→

Ｃ
０
→

Ｄ
０
→

Ｅ
０
→

Ｆ
０
→

Change the blinking indication position(figure).
Every press moves the position to the rightby a figure.

∧

Ａ
９

Ｂ
９

Ｃ
９

Ｄ
９

Ｅ
９

Ｆ
９

Change the blinking numeral value. A number
goes up and down one by one once.
Set value of hope together with Shift key.
Display A
Setting “－”

MODE

+

∧

0 to 9∨0 to 9“－”Afteradjustingthesetting,makeregistration
with this key. It returns to the measuringmode
after registration.
（The offset value is not displayed.）
Even by pressing this key during the time
setting the offset value, it returns to themeasuring mode. Pay attention to the factthat theset data is not memorized.

ENT

RES

Ａ
RES

Note

Ｂ
１

Ｃ
０

Ｄ
０

Ｅ
０

Ｆ
０

The registered offset value can be displayedbypressing this key.
The totalizer count is resumed from thisvalue(setting).

： The decimal place of the reading is interlocked with Mode 08- 28 -

１４．Setting the alarm preset value
Set the preset values on the upper and lower limits in alarm output.
The setting range is -99999-999999.
Operatingkey

Display unit

Ａ
９

MODE

Ｂ
９

Ｃ
９

Ｄ
９

Operation procedure

Ｅ
９

Ｆ
９

Press the key for 2 seconds or more.
The OUT1 lamp lights up and the preset value
setting for OUT1 is shown.

Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
９ ９ ９ ９ ９ ９→ → → → →Change the blinking indication position(figure).
Every press moves the position to the rightby a figure.

Ａ Ｂ Ｃ Ｄ Ｅ Ｆ
９ ９ ９ ９ ９ ９Change the blinking numeral value. A number
goes up and down one by one once.
Set value of hope together with Shift key.
Display A
Setting “－”

１ ２
● ○

＞
１ ２
● ○

∧

0 to 90 to 9“－”

∨

Ａ
９

MODE

Ｂ
９

Ｃ
９

Ｄ
９

Ｅ
９

Ｆ
９

１ ２
○ ●

The OUT2 lamp lights up and the preset value
setting for OUT2 is shown.
Each time the key is pressed, OUT1 and OUT2
switch.
(OUT1 → OUT2 → OUT1 → ・・・)
Afteradjustingthesetting,makeregistration
with this key. It returns to the measuringmode
after registration.

ENT

Even by pressing this key during the time
setting the preset value, it returns to
the measuring mode. Pay attention to thefact
that the set data is not memorized.

RES

Note 1： Which of the totalizer or rate meter is this alarm output used by must be selectedaccording to the Modes 12（P.22）

Note 2： The decimal place of the reading is interlocked with Mode 02（P.16）for rate meteror Mode 08（P.19）for totalizer.

- 29 -

15. Adjusting the tacho-generator signal, sine wave signal input
The input (V3, N) range is adjusted correctly at the factory.
Please do not touch except necessity/
V3-type：Taco-generator signal input AC 0.8V-80V(P-P)
N-type ：Sine wave signal input AC 0.05-20V(P-P)

While looking at display , adjust an adjustment volume.
The adjustment volume is located as shown in fig20(Fig. 20)

Adjustment volumeHi- 30 -

Low

16. Adjusting the analog output
The analog output（AV3 - 5,AI）range is adjusted correctly at a factory.
Please do not touch except necessity.
・Tune in exactly
1. Power on Mode key being pressed to put the instrument into the test mode.
2. Press the Mode key until the analog output test “dA” appears.（Refer to page 12.）3. It adjusts so that it may become the output value corresponding to indication value
as follows. Be sure to start the adjustment from the zero volume.
For the voltage output（AV3）type unit
Indication
Output voltage
0
1 V
Turn the zero volume to adjust
10
5 V
Turn the span volume to adjust（※ Repeat the procedure several times for fine adjustment.）
For the voltage output（AV4）type unit
Indication
Output voltage
00 V
Turn the zero volume to adjust
10
5 V
Turn the span volume to adjust（※ Repeat the procedure several times for fine adjustment.）
For the voltage output（AV5）type unit
Indication
Output voltage
00 V
Turn the zero volume to adjust
10
10 V
Turn the span volume to adjust（※ Repeat the procedure several times for fine adjustment.）
For the current output（AI）type unit
Indication
Output current
0
4 mA
Turn the zero volume to adjust
10
20 mA
Turn the span volume to adjust（※ Repeat the procedure several times for fine adjustment.）(Fig 21)- 31 -

17.Communication format （RS2-type / RS4-type / RS4W-type）
・Communication command
Command (Host)

Response (Indicator)

1. Rate meter data read＠□□ＲＤＴ△△ＣＲ
＠□□◇◇＋０１２３４５△△ＣＲ
fixed

2. Totalizer data read＠□□ＲＣＴ△△ＣＲ

＠□□◇◇＋０１２３４５△△ＣＲ
fixed

3. Preset value OUT1 read＠□□ＲＰ１△△ＣＲ＠□□◇◇＋０１２３４５△△ＣＲ
fixed

4. Preset value OUT2 read＠□□ＲＰ２△△ＣＲ5. Preset value OUT1 write
＠□□ＷＰ１＋０１２３４５△△ＣＲ
fixed
6. Preset value OUT2 write
＠□□ＷＰ２＋０１２３４５△△ＣＲ
fixed
7. Reset＠□□ＲＳＴ△△ＣＲ

＠□□◇◇＋０１２３４５△△ＣＲ
fixed＠□□◇◇△△ＣＲ＠□□◇◇△△ＣＲ＠□□◇◇△△ＣＲ8. Indication is switched to rate meter＠□□ＤＳＤ△△ＣＲ＠□□◇◇△△ＣＲ9. Indication is switched to totalizer
＠□□ＤＳＣ△△ＣＲ＠□□◇◇△△ＣＲ10. Status clear
＠□□ＲＥＲ△△ＣＲ＠□□◇◇△△ＣＲ・□□：ID number（00-99）
・△△：Checksum（MOD）
・◇◇：Status- 32 -

≪ ID ≫The ID number（00-99）of the unit of the place of the communication is specified.
≪ Checksum processing method ≫Transmission command data become the next.
ID number：00, In the case of “Reset”“＠００ＲＳＴ△△ＣＲ”↑
This is subjected to a checksum.
“＠”＋“０”＋“０”＋“Ｒ”＋“Ｓ”＋“Ｔ”(40H) (30H)
(30H)
(52H)
(53H)
(54H) ← Character strings（HEX value）＝（１９９Ｈ）← This lower two digits, “99” is used for the checksum.
“＠００ＲＳＴ９９ＣＲ”

Accordingly, the transmission command is≪ Status ≫The condition of the unit and a communication error are shown.
Status is shown in expressing HEX value in 2 byte character strings.
bit 7 ： OUT1 output condition（1：output）
bit 6 ： OUT2 output condition（1：output）
bit 5 ：
bit 4 ：
bit 3 ： Transmission error
bit 2 ： Over run error
bit 1 ： Parity error
bit 0 ： Command injustice・Checksum error
bit 0-3：These error, once activated, is sustained until status clear（RER）.
・Example of status
Status：81
Hexadecimal number (81) is converted to binary.
bit 7

bit 6

bit 5

bit 4

bit 3

bit2

bit 1

bit 0

１

０

０

０

０

０

０

１

Accordingly,

bit 7：OUT1 is outputting.
bit 0：Command injustice・Checksum error- 33 -

■Internal circuit

1. RS-232C（RS2-type）

Fig.22

１

ＴＸ

２

ＲＸ

４

Ｓ.Ｇ.

2. RS-485 2-wire（RS4-type）

Fig.23

１ＲＸ
２ＴＸ

３ （N.C.）

3. RS-485 4-wire（RS4W-type）

Fig.24

１
ＴＸ
２
３
ＲＸ
４

- 34 -

18. External dimensions

48

Fig.2５70 or more

45 -0

+0.5

Fig.26- 35 -

These specifications and the like may be revised for improvement without prior notice, which please
understand and accept.

Head Office: 123-1,Kami,Nishiku,Sakai-city,Osaka,Japan.
TEL.81-72-274-6001 FAX.81-72-274-6005

Tokyo Branch: TEL.81-3-5256-8311

FAX.81-3-5256-8312- 36 -