【Ｏperation

Compact

Ｍanualdigital】meter

MODEL : SP2441 Ｓeries(Pulse input type)
Series nameOutputInput

Function
Sensor power : DC12V 50mA MAX
Power source : DC power supply(DC24V)
Preset output : NPN open collector(×2)
Input signal : NPN open collector(×1)
Color : Black

SP2441

Preset output one points(1c contact relay output)

P1
AI

Analog current output (DC4-20mA)

AV3

Analog voltage output (DC1-5V)

AV4

Analog voltage output (DC0-5V)

AV5

Analog voltage output (DC0-10V)
F

Voltage pulse input

F2

Current pulse input！ Caution
For professional use only or designed for use by a licensed electrician only.
！ Caution
Check if the label (model name) of the unit and your desired productspecification correspond before use.
【 The 6th edition 1 Apr. 2024 】@SP2441CE(6)-E

Precautions
Please read this Operation Manual including the following precautions carefully to ensure
safe use of your meter.

Warning: Contents that may cause death or serious injury.
1. Perform wiring with the power off. There is a risk of electric shock or fire.
2. Do not touch the terminals while power is being supplied. There is a risk of electric shock.
3. Do not disassemble or touch the inside of the product. There is a risk of electric shock or
fire.
4. Do not use the product where there is flammable gas or ignited material.
5. In the event of a product failure or abnormality, build an emergency stop or
fail-safe system to ensure safety.
Caution: Contents that may cause minor injury or property damage.
1. Use the power supply voltage and load within the specified range.
2. Do not use in the following environments.
・ A place exposed to metal powder, dust, water, chemicals, oil, etc.
・ A place with corrosive gas
・ Outdoor use and places exposed to direct sunlight・ Locations where condensation occurs
・ Temperature and humidity outside the rated range
・ Locations subject to vibration or impact
3. Do not allow metal powder, dust, water, chemicals, oil, etc., to enter
the product. There is a risk of failure or fire.
4. Check regularly for any malfunctions or abnormalities.
5. If the product is malfunctioning or has fire, smoke, overheating, abnormal noise, etc.,
immediately turn off the power and stop using it.
6. Install the switch or circuit breaker in a position where it can be operated immediately
in an emergency.
Please indicate that it is a device shut-off device.
7. Keep the product and wiring away from noise sources.
8. If there is a possibility of invasion the lightning surges,
install countermeasure parts such as a lightning arrestor in outside.
9. It can be used almost at the same time as the power is turned on, but itrequires
30 minutes of power to satisfy all performance requirements.
10. When cleaning, wipe with a dry cloth, do not use organic solvents
such as benzine, thinner or alcohol.
11. If the waterproof packing is used in a deteriorated state, the waterproof anddustproof function will be impaired. Inspect and trade it periodically.

Product DescriptionWith the panel mounted, the front has been protected by grade IP66. dust andwater resistant products.

Contents
1. About confirmation of an attachment. and a guaranteed period ・・・・・・・・ 1
2. Specifications ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 2 - 4
3. Mounting meter ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 5
4. Connecting terminal boards ・・・・・・・・・・・・・・・・・・・・・・・・ 6 - 7
5. Construction of input/output circuit ・・・・・・・・・・・・・・・・・・・・8 - 9
6. Setting the dip switch ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 10
7. Names and functions of components on front ・・・・・・・・・・・・・・ 11 - 12
8. The setting menu ・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 13 - 14
9. Initial setting values and initialization ・・・・・・・・・・・・・・・・・・・・・・ 15
10. Content and setting the each mode ・・・・・・・・・・・・・・・・・・・ 16 - 32
≪1. Operating method (the mode setting)≫・・・・・・・・・・・・・・・・・・ 16≪2. Content of the each mode and set value≫ ・・・・・・・・・・・・17 - 32
Mode 1 "Ratemeter : Setting of scaling data" ・・・・・・・・・・・・・・・・・ 17
Calculation example of scaling data (setting example) ・・・・・・・・ 18
Mode 2 "Ratemeter : Setting of Exp. value, least significant digit,
the unit time and the decimal point" ・・・・・・・・・・・・・・・・ 19
Mode 3 "Ratemeter : Setting of the sampling time" ・・・・・・・・・・・・・・・・ 20
Mode 4 "Ratemeter : Setting of the moving average range" ・・・・・・・ 20 - 21
Mode 5 "Ratemeter : Setting the auto-zero time" ・・・・・・・・・・・・・・・ 21Mode 6 "Setting of EXT input and measurement indication" ・・・・・・・・・ 22Mode 7 "Totalizer : Setting of scaling data" ・・・・・・・・・・・・・・・・・・ 23
Mode 8 "Totalizer : Setting of Exp. value, reset dwell time, overflow
indication and the decimal point" ・・・・・・・・・・ 23 - 24
Mode 9 "Setting of OUT1 preset output" ・・・・・・・・・・・・・・・・ 25 - 26
【 Chart at the timing of the presetting output 】
・・・・・・・・・・27
Mode A "Setting of OUT2 preset output" ・・・・・・・・・・・・・・・・・・・ 28
Mode b "Totalizer : Setting of the synchronization pulse output" ・・・・・・・ 29
Mode C "Analog output (option) : Setting of measurement choice andthe output digit" ・・・・・・・・・・ 30 - 31
Mode d "Analog output(option) : Setting of maximum output indication"・・・・ 32

11. The mode protect function ・・・・・・・・・・・・・・・・・・・・・・・・・ 33
12. Calling up and modifying the offset value setting ・・・・・・・・・・・・・・・ 34
13. Calling up and modifying the preset value setting ・・・・・・・・・・・・・・・ 35
14. Adjusting the analog output (option)・・・・・・・・・・・・・・・・・・・ 36 - 37
15. External dimensions ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 37
16. About a noise countermeasure ・・・・・・・・・・・・・・・・・・・・・・・・ 38
17. Troubleshooting ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 39

1. About confirmation of an attachment and a guaranteed period
About confirmation of attachments.
When you received as a product, please confirm whether it includes
the following.
(1)SP2441 (The chosen specification) ・・・・・・・・・・・・・・・・・・１(2)Installation adapter(Attachment) ・・・・・・・・・・・・・・・・・・・・１(3)SP2441 Operation manual (Digest version) ・・・・・・・・・・・・・・１(4)Rubber packing : Color (Black)(Attachment)・・・・・・・・・・・・・・・１(5)Unit label(Attachment) ・・・・・・・・・・・・・・・・・・・・・・・・・１
If there are the mistaking parts and the missing parts, please inform a dealer
or us.(There is a case that you don't attach by convenience.)

About a guaranteed period and a guaranteed area.
1. Guaranteed period
The period a product guarantees is 4 years from a delivered day.
2. Guaranteed area
If we trouble by responsibility in whole guaranteed period, it's repaired withoutcharge at our factory. But if a product conflicted in the following matter,
it isn't a guarantee target. Please understand.
(1) Case of outside of the product specifications.
(2) Case of User-conducted alterations and modifications of the unit
(3) Case of besides our responsibility.
(4) Case of safekeeping and transportation beyond the product specification
condition.
(5) Case of an accident.

-1-2. Specifications【 Standard specifications 】
Items
Specifications
Type
Ratemeter/Totalizer
Measurement
Cycle calculation method
MethodRed LED : 5 digits, Character height : 7mm(range : 0 - 99999)
Display
Display
Display switching Rate meter/Totalizer±0.05％rdg.±1digit
Display accuracy( at Sampling time for 0.5 second or more )Scaling
1×10-９ - 9999(per pulse)
Indication area
0 – 99999
Overflow indication "99999" flashing, endless, or 10x shift.
Time unit
10-1, 10-2, 10-3, 10-4, nothing
Rate
Sampling time
Rate reading averaged by 0.1-100.0 sec.
meter
Display moving average.
Averaged by 2 to 19 indication values.
Moving average
Pulses moving average
Averaged by 2 to 19 input pulses.
After an input signal is stopped, the reading turns to zero after
Auto zero time
time that can be set 0.1 – 99.9 sec.
Least significant digit Real, fixed at 0, or 0/5
Measurement±0 (Scaling is set to 1.)
accuracy
Scaling
1×10-9 - 9999(per pulse)
0 – 99999
Totalizer Indication area
Decimal point
10-1,10-2,10-3,10-4,nothing
Overflow Indication "99999" flashing, endless, or 10x shift.
Value after a reset at the reach of 0 - 99999. (selectable)
OffsetInput signal
Sensorinput

NPN open collector pulse input or No-voltage contact.
*Sensor conditions:
ON residual voltage 2.0V or less, OFF leakage current 1.5mA or less.
Can open and close load current of 10.0mA.

Input response frequency(at 50% duty)
Sensor power

LO : 0.01Hz - 50Hz
HI : 0.01Hz - 10kHz
DC 12V(±10％) 50mA (max.)
NPN open collector input or No-voltage contact. (×1)
Input method
EXT* It works by turning it ON for 50ms or more.
input
Function selection Reset / Hold / Inhibit / Indication change
NPN open collector output. (×１)
Output method* It's impossible to use at the time of P1 option choice.
Synchronize
Maximum rating
DC30V 50mA.(max)totalizer of
1 - 4 digits.
pulse output Output digits
0.01 - 1.99 sec.
Output width* Maximum output frequency is 50Hz.

-2-

Output method
Maximum rating
Comparative method

PresetoutputOthersNPN open collector output.(×２)
DC30V 50mA(max.)
The upper limit, lower (immediately) and lower (delay).
Compared with the indication value by preset value.
Output mode
Comparison, hold and 1 shot.
The presetting output function is disabled for the specified time
Judgment
interval following power ON or reset. Up to 1 – 60 sec, 9 stages.
prohibition time
〔Does not work with lower(delay) mode.〕
Error display
When abnormality occurred to a sensor power supply, "Err01" and a measured
functionvalue are indicated alternately.
Each mode set value and totalized value are saved on FRAM.
Data backup(The memory writable number of times is within 100,000 times, retention about
10 years.)Mode protect
Prohibit mode setting change.
After turning on the power, more than 30 minutes.
Warm up timePower supply
DC24V(±10%)Power consumption 3Ｗ max
Temperature/humidity -10 - 50℃ 30 - 80％RH (No-condensation)
conditions
Dimensions and weight W48×H24×D63mm (An installation adapter isn't included.)Approx ４0g
Color
Black
Flame retardant grade UL94 V-0
Material of the case Polycarbonate
Safety class
IP66 (front)
Sensor input, external input, analog output, and power supply are not isolated.
Isolation
Preset output is isolated from others.
EN61326-1
EMC
EN55011(Group1 ClassA), EN61000-4-2, EN61000-4-3, EN61000-4-4,
EN61000-4-5, EN61000-4-6-3-

【 Option specifications 】≪Relay output : P1 option≫
Output method Relay c contact output(×1)
Preset output
AC220V 0.12A (Resistance load)
Maximum rating
DC 30V
１Ａ (Resistance load)≪Analog output : AI/ AV3 - 5 option≫[AI] DC4 - 20mA Load impedance 500Ω or less.
*Connect to the power supply-side and the floating input
Output signal [AV3] DC1 - 5V Load impedance 2kΩ or more.
[AV4] DC0 - 5V Load impedance 2kΩ or more.
[AV5] DC0 - 10V Load impedance 2kΩ or more.
Analog output Accuracy
Within ±0.3％F.S. for indicated value.(at 23℃)
Temperature ±100ppm/℃：
0 - 50℃
characteristic ±120ppm/℃ : -10 - 0℃
Response time Approx 20ms(that is the time an output change gets to 90%)
Maximum
13000
resolution≪Sensor input : F option , F2 option≫〔F〕 Voltage pulse input
LOW : 2.0 V or less, HI : 3.8 - 30.0 V
Sensor input Input signal〔F2〕Current modulation pulse input
LOW : 8 mA or less, HI : 15 - 20 mA-4-

3. Mounting meter
How to mount meter
1. Cut the panel to insert the meter from the front.
2. Slide installation adapter from the rear to fix the body.
At this time, if the body is not secured tightly, fasten screws a little more.

・Put the meter on a panel with a thickness of 1.0 – 4.0mm.

Screw
Panel

DISP

Installation adapter
Meter
Rubber Packing
Fig.3-1

Panel cutout dimensions and pitch for mounting two or more meters.
Fig.3-2(Unit : mm)* When using by protection against dust and waterproofing in forebody (IP66),
please use rubber packing.

-5-

4. Connecting terminal boards
Terminal boards

Fig.4-1【 Standard type 】

Fig.4-2【 P1 option type 】

Terminal pitch : 3.5mm (Phoenix : SMKDS1/12-3.5)
Wire : AWG30 – 16 (SQ Conversion : 0.05 – 1.3mm２)Length of stripped wire : 5.0mm-6-< Connection diagrams>
Sensor another power supply use.

Fig.４-3

DC two-line pulse output sensor

Fig.4-5

！
！
！

！

！
！
！

Sensor power supply use.

Fig.4-4< Caution > Always turn the power OFF before commencing any wiring work.
< Caution > Please confirm the specification.
< Caution > DC power supply connections
If the + and - are connected in reverse by mistake, the internal protective circuit
is activated to stop the reverse current flow. In this case, disconnect, then reconnect
correctly normal operation.
< Caution > The input/output wiring scheme varies with sensor type. Please refer to theconnection diagrams (Fig. 4-3, 4-4, 4-5) above for wiring details, to avoid damage
to the sensor or input/output circuits.
< Caution > When making a connection to the terminal board, make sure thelead wire is fully and firmly inserted.
< Caution > Please tighten a screw of the terminal stand surely.
< Caution > Please don't use a sensor power supply for the use of anything but a sensor.

-7-5. Construction of input/output circuit
1. Senser input : NPN open collector pulse input

Fig.5-1

2. Senser input : Voltage pulse input

Fig.5-2

3. EXT input : NPN open collector input

Fig.5-3-8-

4. Analog output :Voltage output (AV3 - 5)

Current output (AI)Fig.5-4

Fig.5-5

5. Preset output :Synchronization pulse output(NPN open collector output)

6. P1 Option relay output

Fig.5-6

Fig.5-7-9-

6. Setting the dip switch
To set the DIP switch, disassembly is required, but forcing it apart may lead todamage. For safety, disconnect the wiring from the terminal block and remove it fromthe panel before following the steps below.
1. With the rear part of the case spread up and down, gently push the front part to
the rear side.
※Top of case square holes may be hidden by a label, but there is no need to peel itoff.
2. Since the board's tabs come off from the case square holes, please grab the terminal
block in that state and pull it out.
Fig.6-1
Direction of pushing out

Case corner holes( top and bottom )Board's tabs
( top and bottom )Direction of spreading( top and bottom )3. Since the DIP switch is visible, please configure the pulse input and input response
frequency settings according to Table.6-1.
Table.6-1
DSW1-1 DSW1-2

Voltage pulse input

OFF

-

-

ON

-

OFF

Input response frequency
0.01Hz - 50Hz (LOW)
Input response frequency
0.01Hz～10kHz (HI)OFF⇔ON
Ｏ Ｎ

-

１

ON

２

NPN open collecter pulse input※As default setting, NPN open collector pulse input and Input response
frequency is HI (0.01Hz - 10kHz).
4. When you have finished the configuration, please insert the board into the casewhile paying attention to the top and bottom orientation.
※The direction where the case label and the board's DIP switch are visible.
5. Extend the rear part of the case and push the board forward toward the front,
ensuring that the board's tabs are securely inserted into the square holes of thecase. If the tabs are not inserted, the power will turn on, but you won't be able tooperate the keys on the front part.
- 10 -

7. Names and functions of components on front
1.Display unit(Red)
A

B

D

C

Fig.7-1

E

6.Preset output "OUT1" LED(Orange)

７.Preset output "OUT2" LED(Orange)

8.Totalizer LED(Green)
1. Display unit(Red)

2. 3.
Measurement state : A measured value is indicated.

4.

5.

Setting state：
A・・・・・ Mode No. is indicated.
B to E・・・The present set value is indicated.
: When preset value setting indicates the preset value.
: When offset value setting indicates the offset value.
: It indicates “L-oFF” and “L-on” at the time of mode protectfunction setting.
: AnA, An-1-2 and the present bit value are indicated at thetime of analog output adjustment mode setting.
2. Mode Key MODE
Turning on: When a power supply is supplied while is pushingdown Mode Key, a test mode functions is called.
(A stop of the test mode function is power supply off.)

Measurement state : When Shift Key is pressing for 2 sec. or more，while ispushing down Mode Key, mode setting is called.
: When Mode Key is pressing for 2 sec. or more, preset
value is called.
: When Display Key is pressing for 2 sec. or more，
while is pushing down Mode Key, offset value setting is called.
Setting state : Switch mode No. (1→2→3……9→A→b→C→d→1): OUT1,2 is switched at the time of preset value setting.
: An-1-2 is switched at the time of analog output
adjustment mode setting.

- 11 -

▲

3. Shift Key

Measurement state : Shift Key is used to call the mode setting.
(It's on for more than 2 sec with Mode Key.): Shift Key is used to call the mode protect function，or used to change it.
(It's on for more than 2 sec. → The current mode protect function
state is indicated. → It's on for more than 8 sec just as it is.
→ Change.《L-oFF ⇔ L-on》)
Setting state : Shift Key moves the flash figure when each setting, to the right.
: The output bit values decreases at the time of analog output
adjustment mode setting.
4. Display Key

DISP

Turning on：When a power supply is supplied keeping pushingan analog output adjustment mode setting.

(A stop of the analog output adjustment mode setting is power supply off.)
Measurement state : Display Key is used to call the offset value setting.
(It's on for more than 2 sec with Mode Key.): Display Key is used to switch the ratemeter/totalizer.
(Need to set "Mode No.6".)
Setting state : Display Key changes the flash figure when each setting.
: The output bit values increases at the time of analog
output adjustment mode setting.
5. Reset Key
Turning on

RST：Throw power supply while Reset Key pressed to callinitialization setting.

Measurement state：Resets the totalizer if offset value is set, change thereading to an offset value.
It also resets the presetting output.
(When using EXT input (terminals No.6 - 7), need to set "Mode No.6".)
Setting state : Reset Key is used to register and make it measurement status.
: The bit value of "An-1 and 2" is registered at the time ofanalog output adjustment mode setting.
6,7. Preset output LED (Orange)
Measurement state : "OUT1,2" turns on during generating preset output.
: "OUT1" LED turns on during generating a
synchronization pulse.
Setting state : The presetting output LED lights up at the time of thepreset output value setting.
8. Totalizer LED ( or "×10 LED") (Green)
Measurement state : It lights up at totalizer.
: When totalizer is being "x 10", it'll change to a flash.
(Need to set "Mode No.8".)
Setting state : It lights up at totalizer.
- 12 -

8. The setting menu
≪The test mode function≫
Fig.8-１

Power supply OFF
Turn power supply on withbeing pressed.

Test mode- 13 -

≪The setting menu≫
Fig.8-2

Power supply OFF
Turn power supply on
being pressed.
withInitialization

Turn power supply on.
＜Operation reset＞＜Adjusting the analog output＞
Turn power supply on withbeing pressed.

Measurement state
A
0
A
0

A
n
0
n
0

n A
_ 1
0 0
_ 2
0 0

※After adjusting the setting,use
to register it.
※When
is pressed for more than 2 seconds,
a display returns to measurement indication.

＜The mode protect function＞
L _ o F F
L _ o n＜The offset value setting＞+
0 0 0 0 0

＜The preset value setting＞
9 9 9 9 9
9 9 9 9 9＜The mode setting＞
+
1. 1
2. 3
3.
4. 0
5.
6.
7. 1
8. 3
9. 0
A. 0
b. 0
C.
d. 1

0 0 0
0 1 1
0 2. 00 0
0 2. 0
0 0
0 0 0
0 1 0
0 0 0
0 0 0
0. 0 500
0 0 0- 14 -

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.
Value setting of each mode
Mode No.
Initial setting
Notes
A
Ｂ Ｃ Ｄ Ｅ Ｂ Ｃ Ｄ Ｅ
1.
1 ０ ０ ０
2.

３

０

１

０

１

3.
4.
5.
6.
7.

１

０

２． ０
０ ０
２． ０
０ ０
０ ０

8.

３

０

1

０

9.
A.
b.

０
０
０

０ ０
０ ０
０． ０

０
０
５

０

０

0
０

C.
d.

１

０

０

０

Table.9-１
Mode contents
Setting of scaling data
Setting of Exp. value, least significant digit,
the unit time and the decimal point
Setting of the sampling time
Setting of the moving average range
Setting the auto-zero time
Setting of EXT input and measurement indication
Setting of scaling data
Setting of Exp. value,reset time,
overflow indication and the decimal point
Setting of OUT1 preset output
Setting of OUT2 preset output
Setting of the synchronization pulse-output
Analog output：Setting of measurement choice(option)and the output digit
Analog output：Setting of maximum output(option)indication

Presetting output set value
Table.9-２
Initial setting
Notes
Preset value
A
B
C
D
E
A
B
C
D
E
OUT1
９ ９ ９ ９ ９OUT2
９ ９ ９ ９ ９
* With the P1 option, there is no OUT2 preset value setting.
Offset value
OffsetIndicationA
０

Initial setting
B
C
D
０ ０ ０

E
０

A

Table.9-３
Notes
B
C
D
E

〔Initialization〕
Throw power supply in with Reset Key pressed to initialize the settings.
After the initialization, the set values will be as shown in "Table.9-1","Table.9-２" and "Table.9-3".
Counter data and the mode protect function are also cleared.
！ < Caution >* 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 andset the desired value again.

- 15 -

10. Mode setting≪1. Operating method (the mode setting)≫
When doing mode setting, please operate as follows.
Operation key
＋

▲
DISP

Procedure
Ｅ
０

▲

MODE

IndicationＡ Ｂ Ｃ Ｄ
１．１ ０ ０

While pushing down Mode Key, press
Shift Key for 2 sec, or more.
"1" appears in display A, the value setting
for mode No.1 is shown.

Ａ Ｂ Ｃ Ｄ Ｅ
１．１→０→０→０└－－←－－┘

A figure of flash indication is shifted.
Each time the key is pressed, a flash figureis shifted to the right.

Ａ Ｂ Ｃ Ｄ Ｅ
１．１ １ ０ ０↑
０→９Changes the value of the flashing digit.
Each time Display Key is pressed, the number
goes up by one. (0→1→……→9→0→……)* In situation, doesn't indicate by a setting

MODE

RST

Ａ Ｂ Ｃ
２．３ ０
↑
1 - d

Ｄ Ｅ
１ １

Ａ Ｂ Ｃ Ｄ Ｅ
measured value

figure, up to nine.
Changes the value of the mode No.
Each time Mode Key is pressed, the number goesup by one. (1→2→……→d→1→2……)
Set the desired value with the Shift Key and
Display Key.
After adjusting the setting, use Reset Key
to register it.
The display returns to the readings
following registration.

！ < Caution >* Please make the mode protect function "L-off" at the mode setting.
If it's a condition of "L-on", it can't be changed.
About the contents of the mode protect function, please refer to,"11. The mode protect function".

- 16 -

≪2. Contents of the each mode and set value≫
Mode No. Ratemeter : Setting of scaling data

1Ａ
Ｂ Ｃ Ｄ Ｅ
１． １ ０ ０ ０
Scaling data
0001-9999(Do not specify 0000.)
Input scaling is performed for the rate meter reading. By specifying
the scaling data and the exponential value (a minus power of 10),the scaling ratio per pulse can be set. The exponential value(a minus power of 10)is set in mode No.２.
〔Ex.〕Using a flow meter which emits 1 pulse per 1.234mL，
the cumulative total flow in liters can be expressed using
the following conversion.
1.234mL
0.001234L
Scaled to the desired unit (L)1234 × 10－６
4 digits

Mode No.1

Ａ Ｂ Ｃ Ｄ Ｅ
１．１ ２ ３ ４Mode No.2

Ａ Ｂ Ｃ Ｄ Ｅ
２．６ ＊ ＊ ＊Exp. value

Please refer to the next page for other property examples.

- 17 -

Calculation example of scaling data (setting example)
ExampleArithmetic
expression

Arithmetic expression
In case of " Revolution "Scaling data＝1revolution/pulse
In case of " Speed "Scaling data＝Amount of transfer/pulse
In case of " Flow "Scaling data＝Flow rate value/pulse
Factor →1 revolution/1 pulse = 1〔Ex.1〕
0001×10－０

Revolution

Exp.value"Mode No.2"
or
1000×10-3"Mode No.1"※ Please register scaling data of"the left side" or "the right side".
Proximity Sensor
The right side can be adjusted slightly.
〔Ex.2〕

Factor →1 revolution/30 pulse＝1/30＝0.033333
3333×10-5↑" Mode No.1"
Exp. value "Mode No.2"

Revolution

Sensor
The number of gear teeth;30〔Ex.3〕
Speed※Please register "3333" at"Mode No.1" and "5" forB at "Mode No.2".

Factor →The speed of " Drive roller : 100 φ" is indicated.
Scaling data = Amount of transfer/pulse
Scaling data = 100×π/30≒10.47197mm
In case of " mm/min" 1047×10-2
In case of " cm/min" 1047×10-３
SensorIn case of " m/min" 1047×10-5↑
The number of gear teeth:30" Mode No.1"
Exp. value "Mode No.2"〔Ex.4〕
Flow

Factor → 7.692mL/pulse
Scaling data = Flow rate value/pulse
In case of " mL/min " 7692×10-3
Flow
In case of " L /min " 7692×10-6
sensor↑"Mode No.1"
Exp. value "Mode No.2"- 18 -

Mode No.

２

Rate meter : Setting of Exp. value, least significant digit ,the unit time and the decimal pointＡ
Ｂ Ｃ Ｄ Ｅ
２． ３ ０ １ １
Decimal point
0 : 0.0000
1 : 0000.0
2 : 000.00
3 : 00.000
4 : 0.0000
Unit time
0 : Per hour
1 : Per minute
2 : Per second
Least significant digit
0 : Real
1 : Fixed at 0
2 : 0 or 5
Exp. value (exponent 10-ｎ)ｎ =0-9【 Exp. value 】
The magnification per 1 pulse is decided at registered property of"Mode No.1" and "Exp. value".
【 Least significant digit 】
The form of indication for the least significant digit(digit on the right end) is selected.
0 : Real・・・・・・・・ Synchronized at the sampling time.
1 : Fixed at 0・・・・・Always, "0".
2 : 0 or 5・・・・・・・0 - 4 are expressed as 0, and 5-9 as 5.
！ < Caution >* This setting is effective in avoiding flickering of leastsignificant least significant digit.
【 Unit time 】
The unit time for ratemeter is specified.
0 : Per hour・・・ The input is shown converted to a rate per hour value.
1 : Per minute・・ The input is shown converted to a rate
per minute value.
2 : Per second・・The input is shown converted to a rate
per second value.
【 Decimal point 】
The location of the decimal point setting. (Ratemeter)- 19 -

Mode No. Ratemeter : Setting of the sampling time

3

Ａ
Ｂ
３．

Ｃ Ｄ Ｅ
０ ２．０
Sampling time00.1-99.9 seconds ("00.0" is "100 sec").

【 Sampling time 】
Input signals are read by this time, and its average value is calculated
and indicated. Therefore, input signals are averaged and renewed by
the set time.
Use this setting for preventing flickering and for stabilizing indications.
When 0.00 sec. is set, it is 100 seconds.
Mode No. Ratemeter : Setting of the moving average range

４

Ａ
Ｂ
４． 0

Ｃ

Ｄ Ｅ
０ ０
Moving average count00-19(00 and 01 are equivalent in effect.)Moving average method
0 : Pulses moving average
1 : Display moving average【 Pulses moving average 】
If the moving average count is set to 4 at "mode No.4", four pulses
intervals are averaged and measured.
When a new next pulse comes in, the measurement is repeated
to discharge the oldest pulse interval, take in the new pulse interval,
and average the four pulses intervals.
Pulses moving average is especially effective when the flow rate perpulse of the sensor is not accurate.
< Caution >This function should be applied only at 20 Hz or less.
■Example (Moving average count : 4)Signal output
Signal input
Sensor
1st
FLOW

Pulsesmoving average 2nd
3rd< Caution >This function should be applied only at 20 Hz or less.
《Relationship between the moving average range and sampling time》
The newest data, obtained from the moving average performed at
the preset sampling interval, is indicated in the reading if samplingis specified.
- 20 -

【 Display moving average 】
If the moving average count is set to 3 at "Mode No.4", captures 3 times
of instantaneous measurement data capture Calculates, captures
the next instantaneous measurement data, discharges the oldest
instantaneous measurement data, and displays the calculation.
■Example (Moving average count : 3)

Rate meter
A display
1.0

Ａdisplay
Ｂdisplay
Ｃdisplay

2.0

3.0

Ｃ display

Ｂ display
4.0
5.0

6.0

2.0 = (1.0+2.0+3.0)÷3
3.0 = (2.0+3.0+4.0)÷3
4.0 = (3.0+4.0+5.0)÷3< Caution >* Please note that the display response is delayed until it stabilizes
because the display sampling time is taken in the set number of times.
* If the data is less than the moving average count, the averagevalue of the currently held data is displayed.

Mode No. Ratemeter : Setting the auto-zero time

５

Ａ
Ｂ
５．

Ｃ Ｄ Ｅ
０ ２．０
Auto-zero time00.1-99.9 seconds (Fixed decimal place)〔00.0 disables the function.〕【 Auto-zero time 】
If no input signal comes in within the set time, this function returns
the reading indication value to "0".
！ < Caution >* Please note that when "00.0" is specified, this function isdisabled, and the reading remains still even after the input isshut off.

- 21 -

Mode No. Setting of EXT input and measurement indication

６

Ａ
Ｂ Ｃ
６．

Ｄ Ｅ
０ ０
Indicator
0 : Rate meter/totalizer is switched.
1 : Rate meter is fixed.
2 : Totalizer is fixed.
EXT input
0 : Reset
1 : Hold2 : Inhibit
3 : Indication change【 Indicator 】
0 : Rate meter/totalizer is switched.
Rate meter/totalizer is switched with Display Key.
1 : Rate meter is fixed.
Rate meter is fixed and indicated.
2 : Totalizer is fixed.
Totalizer is fixed and indicated.
【 EXT input 】
The function of "terminals No. 6-7" can be registered. (selectable)
0 : Reset
Totalizer is made offset value.
When the presetting output (OUT1,2) is output, it is released.
1 : Hold
During input on, "Hold" is indicated the present value.
〔Operating state : flash〕* Even the state of a hold is calculated by a computer, andthe presetting output is output by calculation.
2 : Inhibit
During input on, "Inhibit" restrains sensor input.
〔Operating state : non flash〕
3 : Indication change
During input on, rate meter/totalizer is switched.

！ < Caution >* When choosing 1 or 2 by an indicator, an indication change
doesn't function.

- 22 -

Mode No. Totalizer : Setting of scaling data

７Ａ
Ｂ Ｃ Ｄ Ｅ
７． １ ０ ０ ０
Scaling data
0001-9999(Do not specify 0000.)
Input scaling is performed for the totalizer reading. By specifying
the scaling data and the exponential value (a minus power of 10),the scaling ratio per pulse can be set.
The exponential value (a minus power of 10) is set in mode No.8.
The setting is the same as that of the mode No.1.

Mode No.

８

Totalizer : Setting of Exp. value, reset dwell time, overflow
indication and the decimal point
Ａ
Ｂ
８． ３

Ｃ
０

Ｄ
１

Ｅ
０
Decimal point
0 : 0.0000
1 : 0000.0
2 : 000.00
3 : 00.000
4 : 0.0000
Overflow indication
0 : 99999 flashing1 : 5 digits endless
2 : A place shift is carried out in the 1st excess.
〔" T"LED flashes on and off. 〕
Furthermore, when exceeded :99999 flashing.
Reset time
0 : 2 sec.
1 : Immediate at (ON edge)
Exp. value (exponent 10-ｎ)ｎ＝0-9【 Exp. value 】
The magnification per 1 pulse is decided at registered property of"Mode No.7" and "Exp. value".

- 23 -

【 Reset time 】
Reset time for the front Reset Key is specified.
0 : 2 sec.
After the Reset Key is pressed for 2 seconds or longer, thereading is reset.
1 : Immediate
The reading is reset immediately when the Reset Key is pressed.
！ ＜Caution＞* While Reset Key and "Reset" of the EXT input are in,the presetting output is suspended.
* "Reset" of the EXT input is always immediately.
* Reset Key and "Reset" of the EXT input is made offset value.
* Rate meter isn't reset.
【 Overflow indication 】
The function of "overflow indication" can is registered.(selectable)
0 : 99999 flashing
Counting from 0, when the total exceeds 99999, theindication flashes.
(* Internal totaling is continued. To resume totaling from 0, reset.)
1 : 5 digits endless
Display is continued endlessly. When the total exceeds
99999, the totaling is resumed from 00000.
2 : Display shift to the digit to the left when the total exceeds
99999 to the 1st time.
("T"LED flashes on and off.)
Once again when the total exceeds 99999, the indication flashes.
(Indication shifts to the left.)(* Internal totaling is continued. To resume totaling from 0, reset.)！ < Caution >※The analog output setting is registered by "totalizer", and if thetotal exceeds 99999, the analog output value is shifted in thestate biggest (102.4%).
【 Decimal point 】
The location of the decimal point setting. (Totalizer)- 24 -

Mode No. Setting of OUT1 preset output

９

Ａ
Ｂ
９． ０

Ｃ
０

Ｄ
０

Ｅ
０
Output mode(2 - 9 : One shot output)
0 : Comparison 5 : 100ms
1 : Hold
6 : 250ms
2 : 30ms
7 : 500ms
3 : 50ms
8 : 1sec.
4 : 80ms
9 : 2sec.
Upper or lower limit selection
0 : Upper limit
1 : Lower limit (Immediate)
2 : Lower limit (Delay) ！ < Caution >* It's the same from
Output selection
which is chosen "1",
0 : Rate meter
when "1" is chosen
1 : Totalizer
by"output selection".
2 : Synchronization pulse output

Disabled time interval
0 : ０sec.
5:
８sec.
1 : １sec.
6 : １０sec.
2 : ２sec.
7 : ２０sec.
3 : ３sec.
8 : ３０sec.
4 : ６sec.
9 : ６０sec.
The presetting output compares display value with the preset value,
and outputs it by the result.
Refer to "13. Calling up and modifying the preset value setting"for setting the preset values.
【 Disabled time interval 】
The time in seconds following power startup or reset at which
the presetting output function is activated is specified.
！ < Caution >* It also functions,during each setting. Attention please.
* It's the same from which is chosen "0", when "2" is chosen
by" upper or lower limit selection".

- 25 -

【 Output selection 】
A display to compare with a preset value is chosen.
0 : Rate meter
Rate meter is compared with a preset value.
1 : Totalizer
Totalizer is compared with a preset value.
2 : Synchronization pulse output
It outputs synchronizing with totalizer. Refer to page 29.
In this case, a preset value is unrelated.
【 Upper and lower limits selection 】
Output condition is specified.
0 : Upper limit
It outputs, "Indication value ≧ Preset value"
1 : Lower limit (Immediate)
It outputs, "Indication value ≦ Preset value"
2 : Lower limit (Delay) * Only when display is Rate meter, it functions.
It outputs,"Indication value > Preset value → Indication value ≦ Preset value"【 Output mode 】
The length of a presetting output is specified.
0 : Comparison
This is output when the indication value exceeds the upper/
lower limit setting value (preset value). When the indication
value returns to within the set range, the output is turned off.
1 : HoldThis is output when the indication value exceeds the upper/
lower limit setting value (preset value). The presetting
output, once activated, is sustained until reset.
2 – 9 : One shot output
A pulse of pre-specified width is output once when theindication value exceeds the upper/lower limit setting value(preset value).
"Output error : ±2ms"〔Ex.〕The following settings are required in a case where thepresetting function is to be activated 6 sec following
startup, and the presetting output is to be outputted andsustained when the reading exceeds the rate meter upper limit.
"Output selection : Rate meter"
Ａ
Ｂ
９． ４

Ｃ
０

Ｄ
０

Ｅ
１

- 26 -

【 Chart at the timing of the preset output 】【 Chart at the timing of the offset return output 】- 27 -

Mode No. Setting of OUT２ preset output※ Not displayed when P1 option is selected

A

Ａ
Ｂ
Ａ． ０

Ｃ
０

Ｄ
０

Ｅ
０
Output mode (2-9 : One shot output)
0 : Comparison 5 : 100ms
1 : Hold
6 : 250ms◆
2 : 30ms
7 : 500ms◆
3 : 50ms
8:
1sec.
4 : 80ms
9:2sec.
◆It outputs as "one shot output" at rate meter.
It outputs as "offset return" at totalizer.
Upper or lower limit selection
0 : Upper limit
1 : Lower limit (Immediate)
2 : Lower limit (Delay)！ ＜Caution＞※It's the same from
Output selection
which is chosen "1",
0 : Rate meter
when "1" is chosen
1 : Totalizer
by"output selection".

Disabled time interval
0 : 0sec.
5 : 8sec.
1 : 1sec.
6 : 10sec.
2 : 2sec.
7 : 20sec.
3 : 3sec.
8 : 30sec.
4 : 6sec.
9 : 60sec.
Each setting is the same as that of the mode No. 9"Setting of OUT1 preset output".
【 Offset return 】
When the indication value exceeds the upper limit (preset value),this outputs one pulse of the set width one time, and the indication isreturned to the offset value and totaling is resumed.
"Output error : ±2ms"
In case of "the upper limit" does function, but in case of "the lower limit"
doesn't function.
！ < Caution >* The following settings are required .
"Preset value > Offset value"
Always reset before starting count.

- 28 -

Mode No. Totalizer : Setting of the synchronization pulse output※ Not displayed when P1 option is selected！ < Caution >* It will function, if the totalizer synchronous pulse output is
set up by output selection of the mode No.9.
The synchronization pulse is outputted from OUT1
(terminals no. 3-4).
ｂＡ
Ｂ Ｃ Ｄ Ｅｂ． ０ ０．０ ５
Synchronization pulse output width setting
0.01-1.99 sec. ("00.0" is "0.01 sec".)
Output digit selection
0 : 1st digit (E)1 : 2nd digit (D)2 : 3rd digit (C)3 : 4th digit (B)【 Output digit 】
The digit whose change is to trigger the pulse output is specified.
【 Pulse output width 】
The output width of synchronization pulse is specified.
！ < Caution >* Caution is required as the synchronization output pulse isrenewed each time the output digit value changes : if thepulse width is set longer than the time interval of the output
digit change, the pulse output becomes continuous.
！ < Caution >* When 0.01 sec. were set by a synchronization pulse output,
an output response is faster than indication scan,so "OUT1 LED" sometimes doesn't light up.
It's outputting.

- 29 -

Mode No.

Analog output(option) : Setting of measurement choice and the output digit* Displayed when analog output option is selected (AI/AV3-5 type).

Ｃ

Ａ
Ｂ
Ｃ．

Ｃ
０

Ｄ

Ｅ
０
Digit selection
0 : Right 4 digits : comparison(Display unit B,C,D,E)
1 : Left 4 digits：comparison(Display unit A,B,C,D)
Selecting between rate/total
0 : Rate meter (Synchronized with the indication value.) ◆1 : Rate meter (Synchronized with the calculation value.)◆
2 : Totalizer ( Synchronized with the indication value .)3 : Totalizer ( Synchronized with the calculation value.)◆Synchronized with the sampling time.

【 Selecting between rate/total 】
The value to be outputted is selected.
the calculation value is selected too.

And the indication value or

0 : Rate meter(Synchronized with the indication value.)
It outputs to the indication value.
It outputs to the holding value,when "1" is chosenby"Mode No.6 - Hold".
1：Rate meter (Synchronized with the calculation value.)
It outputs to the calculation value.
2 : Totalizer (Synchronized with the indication value.)
It outputs to the indication value.
It outputs to the holding value,when "1" is chosenby"Mode No.6 - Hold".
3 : Totalizer (Synchronized with the calculation value.)
It outputs to the calculation value.

- 30 -

【 Digit selection 】
It chooses "the right 4 digits" or"the left 4 digits", and setting.
Ａ

Ｂ

Ｃ

Ｄ

Ｅ

Right 4 digits
Left 4 digits！ < Caution >※An analog output is outputting calculation to the indication
value shown to 7 segment LED. Therefore the resolution
sometimes falls from 13000 by setting of mode No.C,d.
When the analog output maximum output indication value
set "more than 1300"and "the left 4 digits", it will be 13000
resolutions, basically.
< Addition about the analog output resolution >The setting of analog output sets each 4 digits of left and right.
But that's compared by at most 5 digits (left 4digits) by calculation.
The analog output is outputting to the indication value into which
the reach from a least significant digit to the highest rank
figure was divided by 13000 resolutions in relation to mode d.
(the indication value to the 1bit)〔Ex.〕The settings in a case where the analog output issynchronized with the rate reading, with a maximum output
when the reading is 10, would be as follows.

< Condition >Mode No.C : Digit selection→ Left 4 digits
Mode No.d : Setting of maximum output indication → 0001
(Result)
Digital/analog converter is 0-13000 bits to indication value 0-10.
Therefore analog is output every 1300 bits to a change in
the indication value "1".
Therefore the resolution is 10 resolutions.

- 31 -

Mode No. Analog output(option) : Setting of maximum output indication※ Displayed when analog output option is selected (AI/AV3-5 type).

ｄ

Ａ Ｂ Ｃ Ｄ Ｅ
ｄ．１ ０ ０ ０

Indication value
0001-9999(Do not specify 0000.)
Set an indication value of the time when the analog output ismaximum.
Set a value in four digits, neglecting the decimal point.
For example, both 500.0 and 50.00 are all right.
(It sets as "5000" in this case.)〔Ex.〕The settings in a case where the analog output issynchronized with the rate reading, with a maximum output
when the reading is 5000, would be as follows.
Ａ Ｂ
Ｃ．

Ｃ
０

Ｄ

Ｅ
０
C : 0〔Rate meter (Synchronized with the indication value .)〕E : 0〔Digit selection (Right 4 digits)〕

Ａ Ｂ Ｃ
ｄ．５ ０

Ｄ Ｅ
０ ０
B-E〔Setting of maximum output indication : 5000〕！ < Caution >* Even if the indication value goes over the indication value
setting of analog maximum output, it outputs the setting of
analog maximum output indication value.
The limited on 102.4％.
* When setting mode No. d as (0000), an analog output isalways 102.4%.
* If the indication value goes over the indication value settingof analog maximum output, the limit reaches to 102.4％.
After that, it outputs by the limited value (102.4%).
* If it's always overflow indication in spite of rate meter andtotalizer, it always outputs by the limited value (102.4%).
〔Ex.〕
When it will be making the overflow indication by
setting of the biggest indication and the left 4 digits at"Mode No.C, d", it'll be 102.4% immediately.

- 32 -

11. The mode protect function
When the mode protect function is made effective, Display Key operation isinvalid by mode setting.
Therefore the set value can't be changed.
In an early stage, the mode protect function is invalid.
When doing the mode protect function setting, please operate as follows.
≪Operation of the mode protect≫
Operation key

Indication

Procedure▲

Ａ Ｂ Ｃ Ｄ Ｅ
１○
２○ Ｌ － ｏ Ｆ Ｆ
Ｔ○↑(The mode protect : present)

Press the key for 2 sec. or more.
The present mode protect state isdisplayed.

▲

Ａ Ｂ Ｃ Ｄ Ｅ
１○
２○ Ｌ － ｏ ｎ
Ｔ○↑(The mode protect : change)
Ａ

▲

１○
２○
Ｔ○

Ｂ

Ｃ

Ｄ

Ｅ

Measured value〔The regular factory setting is“L-oFF” .〕Keep pressing Shift Key for 8 sec
as it's continuously, the state ofmode protect is changed.
* "OFF → ON" or "ON → OFF"It usually returns when Shift Key isstopped being pressed.

！ < Caution >* The preset value setting and the offset value setting always can bechanged.
* At the mode protect state, other indication goes off.
* The mode protection function becomes "OFF", when it's initialized.

- 33 -

12. Calling up and modifying the offset value setting
The preset totalizer reading value to be displayed directly following a reset is
specified.
For example, if the offset value is set at "01000", 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 "00000".
The possible range for offset is 0-99999.
The procedure for setting the offset value is described below.

▲≪Operation of the offset value setting≫* When there are no customer requests,the initial value setting is "00000".
Operation key
Indication
Procedure
Ａ Ｂ Ｃ Ｄ Ｅ While pushing down Mode Key, press
１○
Display Key for 2 sec. or more.
MODE ＋ DISP
２○ ０ ０ ０ ０ ０ "T" LED lights up and the present offset
value is displayed.
Ｔ●
Ａ Ｂ Ｃ Ｄ Ｅ Shifts the flashing indication to the digit to１○
the right.
２○ ０→０→０→０→０ Each time Shift Key is pressed, shifts the
Ｔ● └－－－←－－－┘ indication to one right.
Ａ Ｂ Ｃ Ｄ Ｅ Changes the value of the flashing digit.
Each time Display Key is pressed, the number
１○
DISP
goes
up by one.
２○ ０ １ ０ ０ ０(0→1→……→9→0→……)Ｔ●
Ａ Ｂ Ｃ Ｄ Ｅ After adjusting the setting, use Reset Key to１○register it.
RST
２○ Measured value The display returns to the readings following
registration.
Ｔ●≪After registration≫
Ａ
RST

１○
２○
Ｔ●

Ｂ

Ｃ

１

０

Ｅ The registered offset value can be displayedby pressing Reset Key.
The totalizer count is resumed from this０ ０ value.

Ｄ！ < Caution >※The mode protection function is invalid.
(Please refer to "11. The mode protect function".)※The decimal point is interlocked with the mode No.8.
※When using "offset return" by mode No.A, please be sure to set the preset value
by the following condition.
Always reset before starting count.
"Preset value > Offset value"- 34 -

13. Calling up and modifying the preset value setting
Set the preset values. "OUT1, OUT2".
The setting ranges are 0-99999.
The procedure for setting the preset value is described below.

▲≪Operation of the preset value setting≫Operation key
Indication
Procedure
Ａ Ｂ Ｃ Ｄ Ｅ Press Mode Key for 2 sec. or more.
１●"OUT1" LED lights up and the present
MODE
２○ ９ ９ ９ ９ ９ preset value is displayed.
Ｔ○
Ａ Ｂ Ｃ Ｄ Ｅ Shifts the flashing indication to the digit to１●
the right.
２○ ９→９→９→９→９ Each time the key is pressed, shifts the
Ｔ○ └－－－←－－－┘ indication to one right..
Ａ Ｂ Ｃ Ｄ Ｅ Changes the value of the flashing digit.
Each time Display Key is pressed, the number
１●
DISP
goes
up by one.
２○ ９ ０ ９ ９ ９(0→1→……→9→0→……)Ｔ○
Ａ Ｂ Ｃ Ｄ Ｅ The OUT2 led lights up and the preset
１○
value setting for OUT2 is shown.
MODE
２● ９ ９ ９ ９ ９ Press Shift Key and Dispay Key to set thedesired setting value.
Ｔ○
Ａ Ｂ Ｃ Ｄ Ｅ After adjusting the setting, use Reset Key to１○register it.
RST
２○ Measured value The display returns to the readings following
registration.
Ｔ○！ < Caution >* Which of the rate meter or totalizer is the preset values used by must be
selected according to the mode No.9 and the mode No.A.
* The decimal point is interlocked with the mode No.2 for rate meter and themode No.8 for totalizer.
* The mode protection function is invalid.
(Please refer to "11. The mode protect function".)- 35 -

14. Adjusting the analog output (option)！ < Caution >※It's being adjusted according to the analog output option, but when being
adjusted by yourself, please setting it with the following procedure.
When a power supply is supplied while is pressing Display Key，an analog
output adjustment mode setting.
* Displayed when analog output option is selected (AI/AV3-5 type).

Operation key

DISP

IndicationＡ Ｂ Ｃ Ｄ
１○
２○
Ｔ○
Ａ

MODE

１○
２○
Ｔ○
Ａ

MODE

RST

MODE

MODE

RST

MODE

Ａ

ｎ

Ｂ

Ｃ

Ｄ

Ａ

ｎ

－

Ｂ

Ｃ

Ｄ

Procedure
Ｅ When a power supply is supplied while ispressing Display Key, "AnA" is displayed.
Ａ
Ｅ When Mode Key is pressed, "An-1" is displayed.
An analog output adjustment (minimum)
１ is performed.

Ｅ Please adjust the bit value to the output
minimum value of "AI,AV3-5".
０ ４ Ａ ８ When Dispay Key is pressed, the bit values
increases.
(The bit values) When Shift Key is pressed, the bit values
decreases.
〔The variable range is 0000-3FFF.〕
Ａ Ｂ Ｃ Ｄ Ｅ After adjusting the setting, use Reset Key to
Measured value register the lower bit values .
Ａ Ｂ Ｃ Ｄ Ｅ When Mode Key is pressed, "An-2" is displayed.
１○
An analog output adjustment (maximum)２○
Ａ ｎ － ２ is performed.
Ｔ○
Ａ Ｂ Ｃ Ｄ Ｅ Please adjust the bit value to the output
maximum value of "AI,AV3-5".
１○２○
３ ｂ ５ ８ When Display Key is pressed, the bit values
increases.
Ｔ○(The bit values) When Shift Key is pressed, the bit values
decreases.
〔The variable range is 0000-3FFF.〕
Ａ Ｂ Ｃ Ｄ Ｅ After adjusting the setting, use Reset Key to
Measured value register the upper bit values .
Ａ Ｂ Ｃ Ｄ Ｅ When Mode Key is pressed for more than
１○
2 seconds, a display returns to measure２○ Measured value ment indication.
Ｔ○
１○
２○
Ｔ○

- 36 -

In case of "AV3(1-5V)"
Items
Voltage
Adjustment (MIN)
1.000V
Adjustment (MAX) 5.000V

In case of "AV4(0-5V)"
Items
Voltage
Adjustment (MIN)
0.000V
Adjustment (MAX) 5.000V

In case of "AV5(0-10V)"
Items
Voltage
Adjustment (MIN)
0.000V
Adjustment (MAX) 10.000V

In case of "AI(4-20mA)"
Items
Current
Adjustment (MIN) 4.000mA
Adjustment (MAX) 20.000mA

15. External dimensions
External dimensions

Fig.15-1(Unit : mm)- 37 -

16. About a noise countermeasure
When influence of noise occurred, please be careful about the following.
When doing a blackout and a malfunction by influence of noise, please beinitialized. (Refer to page 15)
Please take notes of the value setting of each modes.
If it becomes normal, please take the following measure.
And please setting it once again.
(1)Please use 3 cores of shielding wire for a sensor , separate as much as
possible from a source of noise.
(2)Please avoid a source of noise (power supply line and inverter)，make it
as short as possible. After that, please install a sensor code.
(3)Please separate from a power supply line, in a case affected by noise.
And please install a EMI filter.
(4)The manner of the sensor cord installation.
When there is a power supply line near the sensor cord, a surge andnoise are influenced.
Therefore , install a sensor cord independently or for 50 cm or more.
Fig.16-1(5)When being affected than otherequipment, please use a spark killer
like Fig.16-3 and take a measure.

Fig.16-2

Fig.16-3(6)If there is an unclear point, please even consult with use about a dealer
or us.

- 38 -

17. Troubleshooting
When abnormality occurred, please check it as follows.
No.

Problem

Checking point

Solution

1

Display does not →Has it connected withthe rear terminal
appear at all.
correctly?
Is the screw tightenedcertainly?
Is the polarity of the24V DC line correct?

→Connect correctly according to"Connecting terminal boards"(Refer to page 6).
↓
When display still does notappear, have it serviced.

2

Unusual→Check with the test
LED lighting, key
mode
switch operation,(Refer to page 13).
preset - output,
synchronization
pulse,
analog output
Rate meter→Is the setting for eachremains at "0"mode correct?
and does not↓count.
→Is the sensor input
normal?
↓↓→Is the distance of thesensor normal?
↓→Is the input systemof this meter suitable
for the output signalof the sensor?

→Initialize(Refer to page 15).
↓
When it still does not resume
normal status, have it serviced.

3

4→Check the setting again(Refer to page 17-32).

→Check the connection of thesensor(Refer to page 6).
Check with the test mode
(Refer to page 15).
→The sensor lamp flash is
confirmed.
A sensor is tested. "ON/OFF"→Operation manual check.
↓
When it still does not resume
normal status, have it serviced.
Indicator is→Check whether the→Change the scaling data.
flashing
scaling is not too large.
(Refer to page 17 for mode No.1,"99999".
(Rate meter)
page 23 for mode No.7 and↓page 23-24 for mode No.8.)→Overflow indication.
(Totalizer)
About a noise countermeasure↓→Refer to page 38 for→Influence of noise.
"About a noise countermeasure".
↓
When it still does not resume
normal status, make a contact
to a dealer or us.
The measurement →Is the polarity of the→Connect correctly according todisplay alternates
24V DC line correct?
"Connecting terminal boards"
with "Err01"(Refer to page 6).
→Replace
sensor.
→Sensor failure↓
When display still does notappear, have it serviced.
- 39 -

■EMC standard ( EN61326-1:2021 )Emission
EN55011 Group 1 Class A
This product complies with EMC standards for industrial environments.
When used in a residential or light industrial environment, it may cause electromagnetic
interference to other equipment.
Immunity
EN61000-4-2， EN61000-4-3， EN61000-4-4， EN61000-4-5， EN61000-4-6*Analog output is allowed up to ±1mA for 4-20mA during testing.
This product complies with EMC standards for industrial environments.
Users should payparticular attention to the electromagnetic immunity listed below.
・Electrostatic discharge ・Radiated noise ・Conducted noise・Magnetic field noise・Surge noise・Head Office123-1, Kami, Ｎishi-ku, Sakai-shi, Osaka, 593-8311 Japan.
Tel. 81-72-274-6001

Fax. 81-72-274-6005

・Tokyo OfficeTel. 81-3-5256-8311
U

Ｒ

Ｌ

Fax. 81-3-5256-8312

https://www.uinics.co.jp

Scan the QR code to access the website.

Please understand that the specifications of our products may be changed for
improvement without notice.