UI SP-556 series Operation Manual

【Operation Manual】

Digital speed meter

MOD EL： SP- 556 Se rie s

Series
name

Output Input

Sensor

Power

Power type Color Cover

Function

SP-556

Preset output two point
(NPN open collector output)

No

code

7segment red LED

GL 7segment green LED

P2 Two point Photo MOS 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 (DC 4-20mA)

B *1 BCD output

BI *1 BCD input

No

code

NPN Open Collector pulse input

F Voltage pulse input

V3

Tacho-generator signal input AC 0.8V-80V(P-P)

N

Sine wave signal input AC 0.05V-20V(P-P)

L1 Line receiver 1CH (A・A) input

F2

Current modulation pulse input（A-input）

F2W

Current modulation pulse input（A-input, B-input）

HI

High-speed input (0.01Hz～120kHz)

No

code

DC12V 100mA

S24 DC24V 60mA

No

code

Power source：AC 100V-240V

DC *2 Power source：DC 12V-24V

DM *3

Unredeemable type

No

code

Gray

K Black

No

code

not attached

C Terminal stand cover

*1 “B” Option and “BI” Option cannot be selected together.
*2 Optional “DC” is outside CE marking.
*3

The meter is an subject of CE Marking. But box-type (DM) is off the subject of CE Marking.

【 8th 8 Sep. 2015 】

＠SP-556CE(8)-E

Precautions

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

！ ＜Caution＞

Do not use this product for applications outside of the product specifications.

！ ＜Caution＞

User-conducted alterations and modifications of the unit should not be

performed as they may impair functioning or cause failure and accidents.

！ ＜Caution＞

Direct sunshine is avoided, and ratings are used in the place of each Onshime

and the place where the be dewy occurs easily. Do not do.

！ ＜Caution＞

Do not use it in the place with the combustible gas and the ignition thing.

！ ＜Caution＞

Do not subject the unit to strong vibrations or shocks.

！ ＜Caution＞

Do not allow metallic debris, dust, or moisture to penetrate the unit.

！ ＜Caution＞

For safety, professional wiring electrical work, such as electrical wiring is please

go. Please shut off the power when electrical wiring.

！ ＜Caution＞

Please use one which matches rating for the AC/DC power supply supplied to a meter.

！ ＜Caution＞

After the power supply, it operates at once because there is no power on/off

switch for the unit.

！ ＜Caution＞

Do not touch the terminal while operating. It gets an electric shock.

！ ＜Caution＞

Wipe it with a dry cloth when you clean the meter.

！ ＜Caution＞

Devices to be connected to each terminal of the terminal block,

use the one that is properly isolated from hazardous live parts.

！ ＜Caution＞

Since there is no power switch in this machine, it will be in an operating state

immediately after power supply impression. Equipment to be incorporated in
the side of our customers,please be prepared to supply the switch and
circuit breaker which adapted to IEC/EN60947-1 or IEC/EN60947-3
standard in the position that you can operate immediately in emergency.

Moreover, please specify that they are interrupting devices.

！ ＜Caution＞

This machine is designed to be used with the panel mounted.

When used in a state other than that, there is a possibility that the
protective device is provided with is impaired.

！ ＜Caution＞

Use the temperature rating 70 ℃ or more power cord.

Product Description

This product is a panel mount meter that can measure Speed／Rotation／Flow rate／Ratio
／Shot speed／Street time／Cycle timer／Stopwatch.
The preset output function of two points has been equipped normally. The preset output
two points and the analogue signal and the BCD signal outputs can be added in the option.
The option to which the preset setting value can be input from the outside by the BCD signal
is prepared.
With the panel mounted, the front has been protected by grade IP66, dust and water
resistant products.

Contents

１．About confirmation of an attachment. and a guaranteed period ・・・・・１

２．Specifications ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・２－４

３．Mounting meter ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・５

４．Names and functions of components on front ・・・・・・・・・・・・・・６－７

５．Connecting terminal boards ・・・・・・・・・・・・・・・・・・・・・・・・８－９

６．Construction of input circuit ・・・・・・・・・・・・・・・・・・・・・・・・１０

７．D ip switch

・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・１１

８．The setting menu ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・１２－１３

９．Initial setting values and initialization ・・・・・・・・・・・・・・・・・・・・１４

１０．Content and setting the each mode ・・・・・・・・・・・・・・・・・・・・１５－３３

Operating method (the mode setting)

・・・・・・・・・・・・・・・・・・・・・・・・・・・・１５

Content of the each mode and set value ・・・・・・・・・・・・・・・・・・・・・・・・・１６

「Mode Ｎｏ.０」

Measuring types, Measurement unit, Display decimal point ・・・・・・１６－２０

「Mode Ｎｏ.１」

A-input：A-input：Setting of scaling data ・・・・・・・・・・・・・・・・・２１－２２

「Mode Ｎｏ.２」

A-input：Exp.value, moving average, auto-zero time ・・・・・・・・・・２３－２４

「Mode Ｎｏ.３」

B-input：B-input：Setting of scaling data ・・・・・・・・・・・・・・・・・２４

「Mode Ｎｏ.４」

B-input：Exp.value, moving average, auto-zero time ・・・・・・・・・・２４

「Mode Ｎｏ.５」

Deceleration ratio/Oven-length (tact pitch) setting ・・・・ ・・・・・・２５

「Mode Ｎｏ.６」

Sampling time ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・２６

「Mode Ｎｏ.７」

Hold-function setting, display blank, lowest digit display ・・・・・・・・２７

「Mode Ｎｏ.８」

OUT1：Preset output (open collector output) ・・・・・・・・・・・・・・２８

「Mode Ｎｏ.９」

OUT2：Preset output (open collector output) ・・・・・・・・・・・・・・２９

「Mode Ｎｏ.Ａ」

OUT3：Preset output (photo MOS relay output, Option:P2) ・・・・・・・２９

「Mode Ｎｏ.ｂ」

OUT4：Preset output (photo MOS relay output, Option:P2) ・・・・・・・３０

「Mode Ｎｏ.Ｃ」

Analog output：Setting of measurement choice and the output digit ・・・・３１
「Mode Ｎｏ.ｄ」Analog output：Setting of maximum output indication（Option：AV3-5/AI） ・・・・・３２
「Mode Ｎｏ.Ｅ」

BCD output setting

（Option：B） ・・・・・・・・・・・・・・・・・・・・・・・・・・３２

「Mode Ｎｏ.Ｆ」

BCD input setting

（Option：BI） ・・・・・・・・・・・・・・・・・・・・・・・・・・・３３

１１．Mode protect function ・・・・・・・・・・・・・・・・・・・・・・・・・・・・３４

１２．Teaching function ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・３５

１３．Calling up and modifying the preset value setting ・・・・・・・・・・・・・・・３６

１４．Adjusting the analog output（Option:AV3-5/AI） ・・・・・・・・・・・・・・３７

１５．Adjusting the tacho-generator signal, sine wave signal input (Option：V,N) ・・３８

１６．Connection diagram for BCD output ( Option：B ) ・・・・・・・・・・・・・・３９

１７．Connection diagram for BCD input ( Option：BI ) ・・・・・・・・・・・・・・・４０

１８．External dimensions ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・４１

１９．Unredeemable type (Option:DM) ・・・・・・・・・・・・・・・・・・・・・・・４２

２０．About a noise countermeasure ・・・・・・・・・・・・・・・・・・・・・・・・４３

２１．Troubleshooting

・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・４４－４５

- 1 -

１．About confirmation of an attachment and a guaranteed period

About confirmation of an attachment．

When you received as a product, please confirm whether it includes the following.

（１）ＳＰ－５５６（The chosen specification） ・・・・・・・・・・・・・・・１

（２）ＳＰ－５５６ Operation manual （This book）・・・・・・・・・・・・・１

（３）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 without
charge 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 due to natural disaster and accident.

- 2 -

２．Specifications

(1) Standard specifications

Item Specifications

Rate

Meter

Measuring types

Ratemeter (speed, rotation,flow rate,),

differential rate

,

ratio, shot speed, passing time, cycletimer, stop watch
Measuring system Periodic sampling operation
Scaling (Pulse rate) 1×10-9 – 9999 (selectable)

Measurement
accuracy

< speed, rotation, flow rate, differential rate, ratio, passing time >

±0.05% rdg.±1digit

( at Sampling time for 0.5 second or more , per one input )

< shot speed >

±0.1% rdg. ±1digit

( in one measurement less than 100Hz )

< cycletimer, stop watch >

±0.05% rdg.±2mS ±1digit ( in one measurement )

Display

7 segment red color LED (character height：14mm) ×5 digits
Option input (GL)

7 segment green color LED (character height：14mm) ×5 digits

Indication area

-9999～99999

(When indication overflowed, 99999 or -9999 blinking)
Decimal point Displays 1 - 3 decimal points. (selectable)
Time unit Per hour , per minute , per second (selectable)
Sampling time Rate reading averaged by 0.1-99.9sec (selectable)

Display mode

Blank, Real, least significant digit fixed at 0, or 0/5

(selectable)
Moving average Averaged by 1 – 19 input pulses. (selectable)

Auto zero time

The time（0.5-120 sec. selectable）, following input stop,

at which the reading returns to zero.
Measurement reset Front reset key and Reset input of terminal stand

Sensor

Input

Sensor input signal

NPN open collector pulse input (10mA min.) or ground contact
Option input (F)

Voltage pulse input (LOW：2.0V or lower, HI：3.8V-30V)
Option input (V3)

Tacho-generator signal input (AC 0.8V-80Vp-p 3kHz MAX)
Option input (N)

Sine wave signal input (AC 50mV-20Vp-p 3kHz MAX)

Option input (F2,F2W)

Current modulation pulse input

(LOW：8mA or lower, HI：15-20mA)
Option input (L1)

Line receiver 1CH ( A・A ) input
Sensor input

response

0.01Hz-10kHz (duty 50%)

(Low：0.01-50Hz, Mid：0.01Hz-1kHz, Hi：0.01Hz-10kHz switch shifting)
Sensor input

response (HI)

0.01Hz-120kHz (duty 50%)

Open collector input / voltage pulse / line receiver input only
Sensor power

DC 12V (±10%) 100mA MAX
Sensor power (S24)

DC 24V (±10%) 60mA MAX

Auxiliary

Input

Reset input

50ms or more is turned on. and, reset

(terminal board：open collector input)

Hold selection input
(Reverse-rotation)

Hold / peak hold / bottom hold / Reverse-rotation signal

(Mode No.7)

(terminal board：open collector input)

- 3 -

Others

Mode protect Protection of the mode setting

Data backup

Each mode setting value is memorized by FRAM（The memory number

of times is within 100,000 times, About 10 year safekeeping.）

Power supply

AC 100-240V (-15% / +10%) 120mA max

50/60Hz approx 20VA

Power supply (DC) DC 12-24V ±10%
Operating temperature
/ humidity conditions

0-50℃ / 30-80% RH (non-condensing)

Weight / Dimensions

approx 400g / W96 × H48 × D130 (mm)

Case-material

ABS color （Terminal board PBT Black color）

Case-Color

Gray

Case-Color (K)

Black

Protection class

IP66 (Front only)

Installation
environment

The indoor use. Altitude 2,000m max

Overvoltage category Ⅱ , Pollution degree 2

(2) Output specifications

《NPN Open collector Preset output：standard equipment》

Output terminal Output terminals No.9-6(OUT1),10-6(OUT2) (COM common)
Output condition

Judgment output is compared with the indication value by pre-set value.
Output system NPN Open collector output 2 stages (DC 30V 50mA max)
Output indication During preset output, the OUT1 and OUT2 LEDs are activated.

Output reset

Front reset key and Reset input of terminal stand

(50ms or more is turned on)
Time to prohibit judgment The preset output function is disabled for the specified time

《Photo MOS relay Preset output：P2 option》

Output terminal Output terminals No.15-16(OUT3),17-18(OUT4)
Output condition

Judgment output is compared with the indication value by pre-set value.
Output system Photo MOS relay output 2 stages

(“

a” point of contact)

(Voltage：AC140V DC30V , Load current：0.12A max)
Output indication During preset output, the OUT3 and OUT4 LEDs are activated.

Output reset

Front reset key and Reset input of terminal stand

(50ms or more is turned on)
Time to prohibit judgment The preset output function is disabled for the specified time

- 4 -

《Analog output：AV3-AV5 / AI option》

Output terminal Output terminals No.19-20 (Analog output)
Voltage output (AV)

0-5V, 1-5V, 0-10V load impedance 2kΩ or more

Current output (AI) DC 4 - 20mA load impedance 500Ω or less

Output accuracy

Within ±0.3%F.S. for indicated value (at 23℃)
The temperature

characteristic

±100 ppm／℃

Output response

Approx 50ms (But, an output change is time until the 90% arrival.)

Output resolution

12-bit D/A conversion operation

AI DC4-20mA : 4000 resolution

AV3 DC1-5V : 4000 resolution

AV4 DC0-5V : 4000 resolution

AV5 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”.

《BCD output：B option》

Output terminal Output from BCD optional connector
Output type All digits parallel open collector output
Output timing Synchronized with at the sampling time (Mode No. “6”)

Output operation

The output is in a state (H), and an emitter and the collector do

conduction. (positive)
TI

(take-up inhibition)

“H” level (about 25ms width) at time renewing the data

Output logic Positive / negative logic change is possible (Data TI output each)
Output rating DC 30V 10mA (max)

《BCD input：BI option》

Input terminal Input from BCD optional connector
Input type All digits parallel open collector input
Input timing Operation period unit
Input operation Input signal and GND short-circuit or open
Latch signal Latch signal prohibits the uptake of data at the time of ON
Input logic Positive / negative logic change is possible (Data TI output each)
Input rating Short current of each input：approx 3mA

- 5 -

３．Mounting meter

How to mount meter
１． Cut the panel to insert the meter from the front.

Panel cutout dimensions

Fig.1
Unit (mm)

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

Fig.2
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)

Fig.3

！ ＜Caution＞

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.)

4. When you mount the machine, please provide a space of at least 20mm
from the wall in the direction of up and down, right and left and rear
(terminal stand side).

92

-0

+0.8

Fitting for fixing the body

Fitting for fixing the body

Driver

Packing

Meter

Installation board

- 6 -

４．Names and functions of components on front

Fig.4

①Display unit ( A to E )

Measurement state：Measurements are displayed.

Setting state：When the mode is set, it displays it as follows.
A・・・・・Mode No. is displayed.
B - E・・・Mode items such as the converted value, etc are displayed.
：When the preset output is set, the value input now is displayed.
：When the teaching function is set, the value set now is displayed.

②－⑤Preset output lamp

Measurement state：When the preset output is output, it lights.

Setting state：When the preset output is set, OUT1-4 that is setting it now is displayed.

⑥, ⑦Each input display lamp

Measurement state：

When Mode No.0 BC is “02”-“07”(ratio measurement), the measurement
display switch of Ratio measurement (A and B input lamp is turned off)/
A input measurement (A input lamp light.)/
B input measurement

(B input lamplight.)can be done.

Setting state：The set A input measurement

or

B input measurement lamp lights when

the teaching function is set.

⑧Hold display lamp

Hold input function is set in Mode No.7 B. (Refet to P.27)

When the hold input of the terminal stand is turned on, and the holding operation is done,
it lights.

Indicate

Output

1 2 3

A HDB

4

Mode

ENT

RST

Display

A B

1

C D E

3
4
5

2

7
6

8

- 7 -

⑨ Mode key

Measurement state：It enters the mode setting state if ＋ are pushed
for 2 sec. or more.

：It enters the preset output setting state if only is pushed
for 2 sec.or more.
Setting state：When the mode is set, the mode number is raised.
When the preset output is set, OUT1-4 is changed.

⑩ Up key

Setting state：When each setting it, the numerical value of a set digit is raised.

⑪ Down key

Measurement state：When this key is pushed for 2 sec. or more, the state of the mode
protecting is displayed. （Refet to P.34 Mode protect function）

Setting state：When each setting it, the numerical value of a set digit is lowered.

⑫ Shift key

Measurement state：When Mode No.0 BC is “00”(A input measurement) or
“01”(B input measurement), The teaching function works.
（Refet to P.35 Teaching function）

Setting state：When each setting it, a set digit is shifted to a right digit.

⑬ Enter key

Measurement state：

When Mode No.0 BC is “02”-“07”(ratio measurement), the measurement
display switch of Ratio measurement / A input measurement /
B input measurement

can be done.

Setting state：When the mode is set, and the preset output is set, a set value is registered,
and it returns it to Measurement state.

⑭ Reset key

Measurement state：When this key is pushed for 2 seconds or more, the output of
measurement reset (Indicated value 0) and preset output OFF.

Setting state：When the mode is set, and the preset output is set, a set value is not
registered, and it returns it to Measurement state.

Mode

Mode

ENT

RST

Mode

- 8 -

５．Connecting terminal boards

Fig.5

！ ＜Caution＞
１）For safety, professional wiring electrical work, such as electrical wiring is please go.

Please shut off the power when electrical wiring.

２）Power supply confirmation
・Confirm the specification of the AC power supply type and the DC power supply type well.
・DC power supply type notes the polarity.

３）Wire correctly after often confirming the terminal stand label.

４）The wiring technique is different depending on the kind of the sensor.
Wire correctly referring to the connection diagram ( P.9 ) and the manual of the sensor.
The sensor and the meter might break down when connecting it by mistake.

５）Do not use the sensor power supply for the usages other than the sensor.

６）Tighten the screw of the terminal stand surely.

７）Do not touch the terminals while power is being supplied. There is a risk of electrical shock.

2 3 4 5 6 7 8 91 10

11 12 13 14 15 16 17 18 19 20

GNDN.C. RST GND A.IN B.IN

F.G. N.C.

AC100-240V

DC12-24V

-+

AV / AI

-+

Preset output

Pulse sensor A

Line driver

Tacho-generator

7 8

Pulse sensor B

5 6

BCD output (option)

Option：L1

Sine wave

Other power source

87

6

6

Option：V3, N

- 9 -

Tacho-generator （Ｖ）

Sine wave（Ｎ３）

Sensor-Ａ

７ ８ ９

AIN

Ａ input

Line driver

Ｂ input

Ａ-Sensor

Sensor

Ｂ-Sensor

BIN AIN7BIN

８65

GND

Sensor-Ｂ

5 ８

BINGND6AIN

7

6

GND5AIN

7

BIN

８

+12V

6

GND5AIN

7

BIN

８

+12V GND

6

+12V

5

AIN

7 ８

- OUT+

-

AIN+12V5GND

6

Sensor

+

８7

A. Tacho-generator / Sine wave B. Pulse output 2-wire type sensor
Fig.6 Fig.7

C. Ground contact output sensor D. Line driver encoder
Fig.8 Fig.9

E. Pulse output 3-wire type sensor F. Current pulse input (3-wire pulse sensor)
Fig.10 Fig.11

G. Current pulse input (2-wire pulse sensor)
Fig.12

NOTE
・When mis-counting by the chattering of the having point of contact input,
（Relay etc.） Connect the electrolytic capacitor with terminal stand
6－7 (A input) and 6－8 (B input) according to the frequency.

・When mis-counting because of the noise etc, Connect the film capacitor with the
same terminal according to the width of the input frequency and the noise.

- 10 -

６．Construction of input circuit

① NPN open collector pulse input
Fig.13

② Voltage pulse input ③ Reset・Hold input
Fig.14 Fig.15

④

Tacho-generator signal input/Sine wave signal input

⑤ Line driver input

Fig.16 Fig.17

100K

+12V

Sensor power

or

3,6

7,8

5

+12V

2.2K

SW5,6

470

30V

1.5K

3V

1.5K

3V30V

100K

470

SW5,6

2.2K

+12V

+12V

5

7,8

3,6

又は

+12V

6 , 3

4 , 2

2.2K

104

1K

7

+

-

26LS32

102

8

103

250V104K

1K

20KB

OP-07

+

-

7

8

- 11 -

７．Dip switch

Sensor input, and relationship of the sensor input response is shown in Table1.

Table.1

B.IN A.IN B.IN A.IN

OFF⇔ ON

1 2 3 4 5 6

Input frequency 0.01Hz - 50Hz LOW

ON OFF OFF ON

Input frequency 0.01Hz - 1kHz MID

OFF ON ON OFF

Input frequency 0.01Hz - 10kHz HI

OFF OFF OFF OFF

Input frequency 0.01Hz - 120kHz ※

OFF OFF OFF OFF
NPN open collector input ON ON
Voltage pulse input OFF OFF

※ Option(HI) type

When a sensor optional input is not specified, sensor input is “NPN open collector”, and
Sensor input response is “HI”.

Fig.18

1

- 12 -

８．The setting menu

≪Test Mode≫

Power supply OFF

Test mode

Turn power supply on with

ENT

RST

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

ENT
RST

ENT RST

being pressed.

- 13 -

≪Setting menu≫

Turn power supply on.

Power supply OFF

Measurement

0. 0 2 1

1. 1 0

A input:Setting of scaling data

0 0

3.

2.013
00

0 2

0

7.

6.

5.

4.

0

3

Sampling time

0 0

2.

0

2

E.

0 0

b.

C.

d.

1 0

1

A.

9.

8.

00

0 0

0 0

OUT1:Preset output

0

0 0

0 0

0

00

0 0

0 0

99 9 9 9

99 99 9

99 9 9 9

9999 9

+Press for 2sec. or more.

BCD input setting (option)

00 1

＜The preset value setting＞

＜The mode setting＞

F.

0

0

0 0

1 00 0

0.0

2

0 0

Press for 2 sec. or more.

＜Teaching＞

ENT

ENT

ENT

ENT

ENT

ENT

RST

ENT

RST

ENT

RST

ENT

RST

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

Mode

OUT2:Preset output
OUT3:Preset output (option)
OUT4:Preset output (option)

Press for 2 sec. or more.

B input:Setting of scaling data

- 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. Other wise, the regular factory settings are shown below.

Value setting of each mode (Table 2)

Mode No.

Initial setting Notes

Ａ Ｂ Ｃ Ｄ Ｅ Ｂ Ｃ Ｄ Ｅ
０． ０ ０ ２ １
１． １ ０ ０ ０
２． ３ ０ ０ ２
３． １ ０ ０ ０
４． ３ ０ ０ ２
５． １ ０ ０ ０
６． － ０ ２． ０ －
７． ０ － ０ ０ －
８． ０ ０ ０ ０
９． ０ ０ ０ ０
Ａ． ０ ０ ０ ０
ｂ． ０ ０ ０ ０
Ｃ． － １ ０ － － －
ｄ． １ ０ ０ ０
Ｅ．（Ｂ） － － － ０ － － －
Ｆ．（ＢＩ） ０ － ０ １ －

Presetting output set value (Table 3)

OUTPUT No. Ａ Ｂ Ｃ Ｄ Ｅ

Ａ Ｂ Ｃ Ｄ Ｅ
ＯＵＴ１ ９ ９ ９ ９ ９
ＯＵＴ２ ９ ９ ９ ９ ９
ＯＵＴ３ ９ ９ ９ ９ ９
ＯＵＴ４ ９ ９ ９ ９ ９

＜Initialization＞
Throw power supply in with pressed to initialize the settings.

After the initialization, the set values will be as shown in Table 2, Table 3. 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 and set the desired value again.

ENT

- 15 -

１０．Content and setting the each mode

≪1．Operating method (the mode setting)≫

When doing mode setting, please operate as follows. Table.4

Operating key

Indication Procedure

＋

Ａ Ｂ Ｃ Ｄ Ｅ
０．０ ０ ２ １
↓ ↓
Mode No.

Data value

While pushing down , press
for 2 sec. or more.
"0" appears in displays A ,the value
setting for Mode No.0 is shown.

Ａ Ｂ Ｃ Ｄ Ｅ
０．０ ０ ２ １
↑
0 - 9

changes the flash figure.
Each time the key is pressed, a flash fi

gure is rising up.
（０→１→・・・→９→０→１・・・）
※In Situation, doesn't indicate by a set

ting figure，up to nine.

Ａ Ｂ Ｃ Ｄ Ｅ
０．９ ０ ２ １
↑
9 - 0

changes the flash figure.
Each time the key is pressed, a flash
figure is down.
（９→８→・・・→１→０→９・・・）

Ａ Ｂ Ｃ Ｄ Ｅ
０．９ ０ ２ １
→ → →

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

Ａ Ｂ Ｃ Ｄ Ｅ

１．１ ０ ０ ０
↑
0 - 9, A,b,C,d,E,F

The Mode No. is changed.
Each time is pressed, the Mode No. is
rising. 〔Rise〕
（０→１→・・・→Ｆ→０→１・・・）
All modes are "1-F".
When the Mode No. reached "F", return to "0".

After adjusting the setting, use to
register it.

It returns to the measurement display after a
set value is registered.

It returns to the measurement display
without registering a set value.

！ ＜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.Mode protect
function".

Mode

Mode

ENT

RST

ENT

Mode

Mode

- 16 -

≪2．Content of the each mode and set value≫

Mode No.

Measuring types, Measurement unit, Display decimal point

０

Ａ Ｂ Ｃ Ｄ Ｅ

０．０ ０ ２ １

Display decimal point setting
0： 0 2： 0.00
1： 0.0 3：0.000

Measuring unit
0：hour
1：minute
2：second
3：hour-minute

The above measurement selecting

4：minute-second

08,13 - 15 alone can be used.

Measuring types
00：

A-input：speed, rotation, flow rate measurement

01：

B-input：speed, rotation, flow rate measurement

02：

Ratio measurement (absolute ratio measurement)
B/A×100
03：Ratio measurement (error ratio measurement)
(B-A)/A×100
04：Ratio measurement (difference measurement)
A-B
05：Ratio measurement (density)
B/(A+B)×100
06：Ratio measurement (sum measurement)
A+B
07：

Ratio measurement (differential rate measurement)
(A+B)/R or (A-B)/R
08：Passing time measurement
09：Shot speed UA (2 sensor one direction speed)
10：Shot speed UB1 (1 senor one direction speed)
11：Shot speed UB2 (1 sensor reciprocal speed)
12：Shot speed UC (2 sensor reciprocal speed)
13：Cycle-timer measurement
14：Stop watch A
15：Stop watch B

NOTE：

Upon setting 16 - 19, same operation as with 00 is mode.

Option：AV3-5/AI In analog output,
The real-time output functions only when I set Mode No.0 “00”(A input) or
“01”(B input) or “08”(Passing time measurement).
Otherwise, set it in 1(Synchronizes for the display).

When use analog output, the measurement unit choose 0(hour) or
1(minute) or 2(second).

（００）
（０１）

〔Ratemeter〕

When I use it in Ratemeter (speed, rotation,flow rate), choose this mode.
Choose “00”(A input) or “01”(B input).

- 17 -

（０２）
（０３）
（０４）
（０５）
（０６）

〔

Ratio measurement

〕
absolute ratio measurement ・・Ｂ／Ａ×１００
error ratio measurement ・・・・（Ｂ－Ａ）／Ａ×１００
difference measurement ・・・・Ａ－Ｂ
density・・・・・・・・・・・・・Ｂ／（Ａ＋Ｂ）×１００
sum measurement ・・・・・・・Ａ＋Ｂ

（０７）

〔

differential rate measurement

〕

There is a signal of two kinds of number of revolutions of A and B,

The 2 signals are input, and the following calculation is considered to be it.
Furthermore, analog output and the preset output are possible for indication
value data.

１）Calculation type
①A and B turn in the same direction：（Ａ－B）／Ｒ
〔Terminal stand 2-3 is a state of OFF〕
②A and B turn to the opposite direction：（Ａ＋Ｂ）／Ｒ
〔Terminal stand 2-3 is a state of ON〕

２）Setting method
①Set scaling of A input and B input ：（Mode No.１－4）
②Deceleration ratio (R) setting

：（Mode No.５）
③Sampling time：（Mode No.６）
④Setting of the preset output（Std.）：（Mode No.８，９）

（Option）：（Mode No.Ａ，ｂ）
⑤Setting of the analog output.
（Option）：（Mode No.Ｃ，ｄ）
⑥Setting of the r

everse-rotation input

：（Mode No.７）

３）Operation explanation
①

A input lamp lights up when I push during a measurement,

and number of revolutions of the A input is displayed.

B input lamp lights it up when I push once again and
displays number of revolutions of the B input.
A input lamp and B input lamp turn off the light when I push
once again, and

differential rate

is displayed.

②Reverse-rotation input is shown terminal stand 2-3 when

short-circuit.
When, in this state, I operate the above “①”, Number of

revolutions and

differential rate

of each input are displayed.

Perform the A i

nput with open collector signal or no voltage point

of contact signal

ENT

ENT

ENT

HD

Indicate
Output

1 2

A B

Mode

3 4

ENT

RST

- 18 -

P1P2

（０８）

〔Passing time measurement〕

When it is measured time via P2 by P1(Distance, Oven-length, tact pitch),
please choose this mode.

Set the unit of scaling in ”mm”.

（Refer to Mode No. 5：Oven-length (tact pitch) setting）

Oven-length (tact pitch)（Ex.：３．００ｍ）

（０９）

（１０）

（１１）

（１２）

〔Shot speed〕
ＵＡ type（2 sensor one direction speed）

ＵＢ１ type（1 senor one direction speed）

ＵＢ２ type（1 sensor reciprocal speed）

ＵＣ type（2 sensor reciprocal speed）

A SensorB Sensor

A SensorB Sensor

A sensor

A Sensor

Cylinder etc.

- 19 -

（１３）

〔Cycle-timer measurement〕

１）When sensor input A does ON, it is started time measurement.

２）It is displayed measurement time when sensor input did ON again, and
time measurement is started again.

３）The time measurement is suspended between ON sensor input B.

４）

When ON did reset input, indication is returned to 0, and the time measurement stops.

！ ＜Caution＞
When blackout and power supply OFF are considered to be it when they use

this function, indication measuring returns to 0.

（１４）

〔Stop watch A〕

１）When sensor input A does ON, a measurement is started and displays it
at the same time. When sensor input A does ON once again, a
measurement is stopped.

２）Sensor input B works as input in a lap time.
When ON is considered to be it during time measurement, the indication
is performed hold of, but can continue measuring the time.
Then, When B sensor input does ON, it is gone back up for time
measurement indication.
The second input is not B sensor, and, in the case of A sensor, the time
until the point in time is displayed, and time measurement is stopped.

３）

When ON did reset input, indication is returned to 0, and the time measurement stops.

！ ＜Caution＞
When blackout and power supply OFF are considered to be it when they use

this function, indication measuring returns to 0.

Reset

Sensor Ｂ

Sensor Ａ

Internal counter

Indication

counter

Internal

Indication

0 7 9

01234 4 567 0123456789 0123

Internal counter

Reset

Sensor Ｂ

Sensor Ａ

Indication

counter

Internal

counter

Internal

Indication

- 20 -

（１５）

〔Stop watch B〕

１）When sensor input A does ON, a measurement is started and displays it
at the same time.

２）When ON does B sensor next, a measurement stops.

３）When reset input is performed ON of, indication and the internal counter
are corrected to 0 and are stopped time measurement

！ ＜Caution＞
When blackout and power supply OFF are considered to be it when they use

this function, indication measuring returns to 0.

Measuring unit
１）Choose any Measuring unit. But. when I chose “00”(A input) or
“01”(B input), “03-07”(

Ratio measurement

), “09-12”(Shot speed).
3：hour-minute becomes 1：minute.
4：minute-second becomes 2：second.

２）When it is chosen “０８”(Passing time measurement), ”１３～１５”
(Cycle-timer, Stop watch A and B) by a measuring types,
3：hour-minute and 4：minute-second are selectable.

When it is chosen Measuring unit above, please refer to P.36 (caution
below)for preset output.

Display decimal point setting

Please set a position displaying a decimal point.
But the decimal point is ignored when I set 3：hour-minute or
4：minute-second with Mode No.0 “D：Measuring unit”.

NOTE

This decimal point setting links setting of the preset output.

Indication

Reset

Sensor Ｂ

Sensor Ａ

2Indication 0 1

53

4

6

1 2 487

9

0

- 21 -

Mode No.

A-input：Setting of scaling data

１

Ａ Ｂ Ｃ Ｄ Ｅ

１．１ ０ ０ ０

Scaling data：

0001 – 9999

(Do not set 0000)

Please set the pulse rate (scaling data) of the sensor.
4 digit of numerical value to set with this mode, and please input Exp.value of
Mode No. 2. Then １×１０－９ ～ ９９９９” can set the magnification per 1 signal.

Measuring types：08(Passing time measurement), set it in unit “mm/p”
Measuring types：09～12(shot speed), set the distance between the sensor.

〔Ex.〕Using a flow sensor which emits 1 pulse per 1.234mL，
the cumulative total flow in liters can be expressed using
the following conversion.

1.234mL 0.001234L 1234 × 10－６
Scaled to the desired unit (L)

4 digits(Scaling data) Exp. Value(exponent)

Ａ Ｂ Ｃ Ｄ Ｅ

Mode No.1 １．１ ２ ３ ４

Ａ Ｂ Ｃ Ｄ Ｅ

Mode No.2 ２．６ ＊ ＊ ＊

The above is based on the example of flow rate measurement, while for
examples of conversion value, refer to next page.

For ratio-measurement, sensor is connected to A and B for each 1 piece,
then, set Mode No.“3”and“4”.

- 22 -

Calculation example of scaling data (setting example)

Example

Arithmetic 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

〔Ex.1〕

Revolution

Factor

→

１ revolution／1 pulse ＝１
Exp. value "Mode No.2"
０００１×１０

－０

or １０００×１０－３

"Mode No.1"
※ Please register scaling data of "the left side
" or "the right side".
Sensor The right side can be adjusted slightly.

〔Ex.2〕

Revolution

Factor

→

１revolution／30 pulse＝１／３０＝０.０３３３３３

３３３３×１０－５

↑

"Mode No.1" Exp. value "Mode No.2"

Sensor

※Please register scaling data of

"Mode No.1" and "Mode No.2".

The number of gear teeth;30

〔Ex.3〕

Speed

Factor

→

The speed of " Drive roller ; 100 φ" is indicated.
Scaling data＝Amount of transfer／pulse
Scaling data＝１００×π／３０≒１０.４７１９７㎜

In case of " ㎜／min " １０４７×１０－２
In case of " ㎝／min " １０４７×１０－３

Sensor

In case of " ｍ／min " １０４７×１０－５

↑

The number of gear teeth;30

"Mode No.1" Exp. value

〔Ex.4〕

Flow

Factor

→

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

Flow

sensor

- 23 -

Mode No.

A-input：Exp.value, moving average, auto-zero time

２

Ａ Ｂ Ｃ Ｄ Ｅ

２．３ ０ ０ ２

Auto-zero time
0：Disable 5：10 sec.
1：0.5 sec. 6：20 sec.
2：1 sec. 7：30 sec.
3：2 sec. 8：60 sec.
4：5 sec. 9：120 sec.

Moving average
00-19 times（00 and 01 are equivalent in effect.）

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”.

〔Moving average range〕
Set the number of pulses to be averaged. For example, when 04 is
set, four pulses are read, calculated, averaged, and indicated.
This function is effective in the case that the flow rate value per pulse
is not exact. For this calculation, however, the latest one pulse is
taken in and the preceding pulse is discharged, and four pulses are read,

moving-averaged, and indicated.

This function should be applied only at 20 Hz or less.

〔Ex.〕

Signal output

Detecting block

Input pulse
First time
Moving Second time
Flow average range

Third time

For example, if fitting angles four blades of the impeller are uneven,
the indication is unstable even if the flow rate is constant, but setting 4
for moving average offers average values calculated taking the latest
pulses in. And as seen in the above figure, the calculation is made
every time when a pulse comes in, but the indicated time becomes that
set according to “the setting of the sampling time” of “Mode No.6”.

《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 sampling

is specified.

〔Auto-zero time〕
If no input signal comes in within the set time, this function returns
the reading indication value to "0".

- 24 -

2

〔Ex.〕The magnification per 1 signal assumes it 0.1234, and the moving average
zeroes indication by invalidity five seconds after the last input signal.

Ａ Ｂ Ｃ Ｄ Ｅ Mode No.１

１．１ ２ ３ ４ Ｂ～Ｅ：（１２３４×１０－４＝０．１２３４）

Ａ Ｂ Ｃ Ｄ Ｅ Mode No.2

２．４ ０ ０ ４ Ｂ ：４（Exp value input mentioned above）
ＣＤ：００（Moving average invalidity）
Ｅ ：４（

It is indication “0” 5 sec. after the last input signal

）

Mode No.

B-input：Setting of scaling data

３

Ａ Ｂ Ｃ Ｄ Ｅ

３．１ ０ ０ ０

Scaling data：

0001 – 9999

(Do not set 0000)

Setting method same as Mode No.1（A-input：Setting of scaling data）

Mode No.

B-input：Exp.value, moving average, auto-zero time

４

Ａ Ｂ Ｃ Ｄ Ｅ

４．３ ０ ０ ２

Auto-zero time
0：Disable 5：10 sec.
1：0.5 sec. 6：20 sec.
2：1 sec. 7：30 sec.
3：2 sec. 8：60 sec.
4：5 sec. 9：120 sec.

Moving average
00-19 times

Exp.value (exponent 10-n)
n=0 - 9

Setting method same as Mode No.3（A-input：Exp.value, moving average, auto-zero time）

- 25 -

Mode No.

Deceleration ratio/Oven-length (tact pitch) setting

５

〔Deceleration ratio setting〕

※This mode is effective in Mode No.0 Measuring types
「07：

differential rate measurement

」setting

Ａ Ｂ Ｃ Ｄ Ｅ

５．１ ０ ０．０

Deceleration ratio R：

000.1 - 999.9

( Do not set 000.0 )

〔Oven-length (tact pitch) setting〕

※This mode is effective in Mode No.0 Measuring types
「0８：Passing time measurement」setting

Ａ Ｂ Ｃ Ｄ Ｅ

５．１ ０．０ ０

Oven-length(tact pitch)：

00.01 - 99.99 m〔unit：m〕
(Do not set 00.00)
(Decimal point-position is fixed)

Oven-length (tact pitch) setting

For this mode, setting is necessary only at time selecting the 「passing time
measurement」. For instance, upon setting the distance (over length) from P1
to P2 of oven, the passing time of the distance is displayed.

Oven-length (example：3.00m)
P2 P1

In the case of the example mentioned above, Oven length is 3m,

it becomes the following setting

Ａ Ｂ Ｃ Ｄ Ｅ

５．０ ３．０ ０

- 26 -

Mode No.

Sampling time

６

Ａ Ｂ Ｃ Ｄ Ｅ

６． ０ ２．０

Sampling time：

00.0 - 99.9 seconds

(00.0 shall be the real-time display.)

For sampling time, input signal is measured with its set time, and its mean

value is calculated and displayed, then, use it for preventing the flashing

or for stabilizing the display. Accordingly, renewal shall be made by

averaging the display for each set time.

With the setting of 00.0, display is made for each pulse.
It is effective with about 1 pulse / seconds , whereas, pay attention to the fact
That the faster pulse induces more flicker.

When change sampling time, and after former sampling time was over,

it becomes effective

- 27 -

Mode No.

Hold input function setting, display blank, lowest digit display

７

Ａ Ｂ Ｃ Ｄ Ｅ

７．０ ０ ０

Lowest digit display
0：Real
1：Fixed at 0
2：0 or 5

Display blank
0：Normal display
1：Blank display

Hold input function setting
0：No use
1：Peak hold
2：Bottom hold
3：Hold
4：

Reverse-rotation input (differential rate measurement)

〔Hold input function setting〕
Set a function when ON(short) did terminal stand 2 – 3

0：No use
Hold input is invalid.
1：Peak hold
Between ON, it updates a highest value indication level while blinking.
2：Bottom hold
Between ON, it updates a smallest value indication level while blinking.
3：Hold
Between ON, It displays a current value while blinking.
4：Reverse-rotation input (differential rate measurement)
It functions as Reverse-rotation input.

(This function becomes invalid other than differential rate measurement)

〔Display blank〕
When I set it to 1, A measured value(7segment LED) and each lamp display
it and do not turn on. (But preset put lamp OUT1-4 is excluded)

〔Lowest digit display〕
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.

- 28 -

Mode No.

OUT1：Preset output (open collector output)

８

Ａ Ｂ Ｃ Ｄ Ｅ

８．０ ０ ０ ０

Output mode
0：Comparison 5：100 ms (1 shot)
1：Hold 6：250 ms (1 shot)
2：10 ms (1 shot) 7：500 ms (1 shot)
3：20 ms (1 shot) 8：1 sec (1 shot)
4：50 ms (1 shot) 9：2 sec (1 shot)

Upper or lower limit selection
0：Upper limit
1：Lower limit（Immediate）
2：Lower limit（Delay）

Judgement output prohibition time：

00 - 99 sec

〔Output mode〕
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：Hold
This 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 the

indication value exceeds the upper/lower limit setting value
（preset value）.

〔Upper and lower limits selection〕

0：Upper limit：It outputs, 「Indication value ≧ Preset value」
１：Lower limit（Immediate）：It outputs, 「Indication value ≦ Preset value」
２：Lower limit（Delay）：It outputs,
「Indication value ＞ Preset value → Indication value ≦ Preset value」

〔Judgement output prohibition time〕
The time in seconds following power startup or reset at which
the presetting output function is activated is specified.

〔Ex.〕Preset output OUT1 works 5 sec. later after ON did a power supply.
It is set by the upper limit output and output maintenance hold.

Ａ Ｂ Ｃ Ｄ Ｅ

８． ０ ５ ０ １

- 29 -

Mode No.

OUT2：Preset output (open collector output)

９

Ａ Ｂ Ｃ Ｄ Ｅ

９．０ ０ ０ ０

Output mode
0：Comparison 5：100 ms (1 shot)
1：Hold 6：250 ms (1 shot)
2：10 ms (1 shot) 7：500 ms (1 shot)
3：20 ms (1 shot) 8：1 sec (1 shot)
4：50 ms (1 shot) 9：2 sec (1 shot)

Up limit / down limit selection
0：Up limit
1：Down limit
2：Down limit（delay）

Judgement output prohibition time：

00 - 99 sec

The setting method same as Mode No.”8” OUT1

〔Ex.〕With the judging output inhibition time 30 seconds, down limit is

selected, and output-mode 50 ms (1 shot) is selected, then, setting is

made as follows.

Ａ Ｂ Ｃ Ｄ Ｅ

９．３ ０ １ 4

Mode No.

OUT3：Preset output (photo MOS relay output) (Option P2)

A

Ａ Ｂ Ｃ Ｄ Ｅ

A．０ ０ ０ ０

Output mode
0：Comparison 5：100 ms (1 shot)
1：Hold 6：250 ms (1 shot)
2：10 ms (1 shot) 7：500 ms (1 shot)
3：20 ms (1 shot) 8：1 sec (1 shot)
4：50 ms (1 shot) 9：2 sec (1 shot)

Up limit / down limit selection
0：Up limit
1：Down limit
2：Down limit（delay）

Judgement output prohibition time：

00 - 99 sec

The setting method same as Mode No.”8” OUT1

- 30 -

Mode No.

OUT4：Preset output (photo MOS relay output) (Option P2)

ｂ

Ａ Ｂ Ｃ Ｄ Ｅ

ｂ．０ ０ ０ ０

Output mode
0：Comparison 5：100 ms (1 shot)
1：Hold 6：250 ms (1 shot)
2：10 ms (1 shot) 7：500 ms (1 shot)
3：20 ms (1 shot) 8：1 sec (1 shot)
4：50 ms (1 shot) 9：2 sec (1 shot)

Up limit / down limit selection
0：Up limit
1：Down limit
2：Down limit（delay）

Judgement output prohibition time：

00 - 99 sec

The setting method same as Mode No.”8” OUT1

- 31 -

Mode No.

Analog output：Setting of measurement choice and the output digit (Option AV3-5/AI)

Ｃ

Ａ Ｂ Ｃ Ｄ Ｅ

Ｃ． １ ０

Digit selection
0：Right 4digits：comparison
1：Left 4digits：comparison

Analog output method
0：Real time output
1：Synchronizes for display
2：Synchronizes for measurement

(calculation value)

〔Digit selection〕
The four digits for comparison output are selected.

Right 4 digits
Left 4 digits

〔Analog output method〕

0：Real time output
The real time is analog output in sync with inside calculation.
The real-time output functions only when I set Mode No.0 “00”(A input) or
“01”(B input) or “08”(Passing time measurement).
Otherwise, set it in 1(Synchronizes for the display).

1：Synchronizes for the display
The analog output is output for an indication value.

When hold input functions, the analog output is output for a displayed value
now. (It synchronizes at indication sampling time)
For example when a peak hold is functioning, analog output by the present
shown value (Peak hold value).

2：Synchronizes for the measurement (calculation value)

The analog output is output for a calculated value.
(It synchronizes at indication sampling time)
The difference with 1(Synchronizes for the display), When it is input hold,
not an indication value, it is made analog output for a calculated value.

- 32 -

Mode No.

Analog output：Setting of maximum output indication (Option AV3-5/AI)

ｄ

Ａ Ｂ Ｃ Ｄ Ｅ

ｄ．１ ０ ０ ０

Indication value：

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.（It sets as "5000" in this case.）

〔Ex.〕Setting to output it to the maximum voltage current when it in real time
outputs, and the display value becomes 5000 is the following.

Ａ Ｂ Ｃ Ｄ Ｅ Mode No.”C”

Ｃ． ０ ０ Ｃ：０（Real time output）
D：０（Right 4digits：comparison）
Ａ Ｂ Ｃ Ｄ Ｅ Mode No.”d”

ｄ．５ ０ ０ ０ B - E

（Setting of maximum output ndication;5000）

NOTE：

he analog output outputs it at absolute value for an indication level.

（There are no relations in a plus and the minus of the indication level）

In the case of the example mentioned above, it is output as follows.

( option：AV4 )

※ For an analog output MAX level, it is output linearly to 102.3%.
※ When setting Mode No. d as (0000), an analog output is always 102.3%.

Mode No.

BCD output setting (Option B)

Ｅ

Ａ Ｂ Ｃ Ｄ Ｅ

Ｅ． ０

BCD output (logic selection)
0：Data (positive) ・TI (positive)
1：Data (negative)・TI (positive)
2：Data (positive) ・TI (negative)
3：Data (negative)・TI (negative)

※In the case of “1”, indication is output as follows.

Indication

Bit data Open collector output

8 4 2 1 8 4 2 1

Positive

1 0 0 0 1 OFF OFF OFF ON

Negative

1 0 0 0 1 ON ON ON OFF

- 33 -

Mode No.

BCD input setting (Option BI)

Ｆ

Ａ Ｂ Ｃ Ｄ Ｅ

Ｆ．０ ０ １

BCD input (logic selection)
0：High active (Each pin and GND is open)
1：Low active (Each pin and GND is Short)

Latch input (logic selection)
0：”Short” Latch (Uptake is possible in open)
1：”Open ” Latch (Uptake is possible in short)

Selection of BCD input
0：Function-stop
1：Preset value OUT1
2：Preset value OUT2
3：Preset value OUT3
4：Preset value OUT4

NOTE：

Please use this setting without fail (0: function stop)

when using it excluding with the BI type.

Selection of BCD input：
Using BCD input, I select which Preset output I operate.

！ ＜Caution＞
When it is with an “P2” option, OUT3 and OUT4 works.
When there is not BI option, please “0”（Function-stop） this setting.

Latch input (logic selection)：
０（”Short” Latch）：When Latch pin and “GND” are in a short state,
I prohibit the uptake of data.
１（”Open” Latch）：When Latch pin and “GND” are in a open state,
I prohibit the uptake of data.

BCD input (logic selection)：
Logic choice of BCD data
０（High active）：Each pin of input data is in condition to open with GND.
１（Low active）：Each pin of input data is in condition to short with GND.

- 34 -

１１．Mode protect function

When the mode protect function is made effective, and operation is invalid
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

Ｌ － ｏ Ｆ Ｆ
↑

（The mode protect：present）

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

〔The regular factory setting is
“L-off”.〕

Ａ Ｂ Ｃ Ｄ Ｅ

Ｌ － ｏ ｎ
↑

（The mode protect：change）

Keep pressing for 8 sec as
it's continuously, the state of
mode protect is changed.

※”OFF → ON” or “ON → OFF”

It usually returns when is
stopped being pressed.

！ ＜Caution＞

※The preset value setting and the offset value setting always can be changed.

※The mode protection function becomes “OFF”, when it's initialized.

- 35 -

１２．Teaching function

What is the teaching function?

Change the current indication level to any value. (setting automatic as for the scaling data.)
[Ex.] when input frequency 100Hz is displayed as 200.0rpm, for changing the
display value from 200.0 to 180.0, converted value may be changed, whereas, upon

setting ”180.0”by the teaching function, 180.0 is automatically displayed. At this time,
converted value is automatically re-written by reverse calculation from the set value as

180.0

Set-converted Scaling data

Automatically re-written converted Scaling data
Converted value 3333 Converted value 3000
EXP 5 ⇒ EXP 5
Table.5

Operating key

Indication Procedure

Ａ Ｂ Ｃ Ｄ Ｅ

０ ２ ０ ０．０

Push for 2 sec.. or more.

In the case of A input measurement, A input lamp blinks.
In the case of B input measurement, B input lamp blinks.

Ａ Ｂ Ｃ Ｄ Ｅ
０→２→０→０→０

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

Ａ Ｂ Ｃ Ｄ Ｅ
０ １ ８ ０．０
↑

0 - 9

Push this key for changing the value
flashing.
One figure moves up and down every time it pushes
once.

After input of the desired value from the data
value 200.0, push .

Upon pushing this key, the measuring mode
returns, and the converted Scaling data and EXP
value can be re-written.

It returns to the measurement display
without registering a set value.

（The decimal point position links setting of Mode No.0 “E” Display decimal point setting）

！ ＜Caution＞

・This teaching function can set only ratemeter (speed, rotation,flow rate) of A-input and

B-input. (Need to set in Mode No.0 ‘BC’ 00 or 01)

When it is other measurement types, teaching function becomes invalid.

・Do not make this operation at time of stop or low turning(Frequency)

.

ENT

RST

ENT

ENT

- 36 -

１３．Calling up and modifying the preset value setting

Set the value to pre-set of the preset out by the following method.
The set range is “-9999” - “99999”
In addition, please refer to Mode No.8-b (P.28-30) for the setting of the preset output.

Table.6

Operating key

Indication Procedure

Ａ Ｂ Ｃ Ｄ Ｅ

０ ２ ０ ０．０

１● ２○ ３○ ４○

Push for 2 sec.. or more.
"OUT1" lamp lights up, and a current
preset value is displayed.

Ａ Ｂ Ｃ Ｄ Ｅ

９→９→９→９→９

１● ２○ ３○ ４○

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

Ａ Ｂ Ｃ Ｄ Ｅ

９ ０ ９ ９ ９
↑
0 - 9

１● ２○ ３○ ４○

Push this key for changing the value
flashing.
One figure moves up and down every time it
pushes once.

Ａ Ｂ Ｃ Ｄ Ｅ
９ ９ ９ ９ ９

１○ ２● ３○ ４○

Push key.
The OUT1 lamp shifts to OUT2 lamp.
OUT2 lamp

lights up, and a current

preset value is displayed and can set it.

Ａ Ｂ Ｃ Ｄ Ｅ
９ ９ ９ ９ ９

１○ ２○ ３● ４○

Push key.
The OUT2 lamp shifts to OUT3 lamp.
OUT3 lamp

lights up, and a current

preset value is displayed and can set it.

Ａ Ｂ Ｃ Ｄ Ｅ
９ ９ ９ ９ ９

１○ ２○ ３○ ４●

Push key.
The OUT3 lamp shifts to OUT4 lamp.
OUT4 lamp

lights up, and a current

preset value is displayed and can set it.

After adjusting the setting, use to
register it.
It returns to the measurement d

isplay after a

set value is registered.

It returns to the measurement display
without registering a set value.

(Decimal point of the display value is inter connected with Mode No.0 - E.)

！ ＜Caution＞

・

In case selecting the time-measuring time (Mode No.0 08, 13, 14, 15) and the measuring
unit (hour－minute) (minute－second), be sure to set the value of display unit C to “0”.

・When P2 option is not equipped with, OUT3 and OUT4 are not output.(only a lamp turns on.)

Mode

ENT

RST

Mode

Mode

Mode

Mode

Mode

Mode

Mode

ENT

- 37 -

１４．Adjusting the analog output (Option:AV3-5/AI )

！ ＜Caution＞
The analog output（AV3-5,AI）range is adjusted correctly at a factory.
Please do not touch except necessity.

≪Adjustment method≫

1. Power on the being pressed to put the instrument into the test mode.

2. Press the until the analog output test “Ad” appears.

3. Please coordinate the ZERO volume with the SPAN volume to become the following
output voltage/current. (Please adjust it from the ZERO volume by all means.)

Voltage output（AV3）type unit

Indication

Output voltage

0 1 V Turn the zero volume to adjust

100 5 V Turn the span volume to adjust

（※ Repeat the procedure several times for fine adjustment.）

Voltage output（AV4）type unit

Indication

Output voltage

0 0 V Turn the zero volume to adjust

100 5 V Turn the span volume to adjust

（※ Repeat the procedure several times for fine adjustment.）

Voltage output（AV5）type unit

Indication

Output voltage

0 0 V Turn the zero volume to adjust

100 10 V Turn the span volume to adjust

（※ Repeat the procedure several times for fine adjustment.）

Current output（AI）type unit

Indication

Output current

0 4 mA Turn the zero volume to adjust

100 20 mA Turn the span volume to adjust

（※ Repeat the procedure several times for fine adjustment.）

Fig.19

Mode

Mode

SPAN-volume

Z E RO-volume

- 38 -

１５.

Adjusting the tacho-generator signal, sine wave signal input

(Option:V3/N)

！ ＜Caution＞

The input (V3, N) range is adjusted correctly at the factory.
Please do not touch except necessity.

V3-type：Tacho-generator signal input AC 0.8 to 80V(P-P)
N-type ：Sine wave signal input AC 0.05 to 20V(P-P)

≪Adjustment method≫

The sensitivity adjustment volume is seen from a round hole on meter left side.
Please adjust it while seeing the display.

Fig.20

Adjustm ent volum e

LowHi

- 39 -

１６．Connection diagram for BCD output (Option:B)

1. The Binary Coded Decimal code is the NPN opening collector pulse output. In addition,
it becomes all figure parallel output.

2. The output of data becomes the output for a measurement chosen by a measurement
operation method. I output it in sync with a measurement.
（It is not output by the indication of the hold state.）

3. The output logic of data is modifiable. （Please refer to P.32 Mode No. E）
Output logic (positive) ：The state that an emitter does conduction with the collector of
the output transistor when data output it
Output logic (negative)：The state that an emitter does not conduction with the collector
of the output transistor when data output it

4. When I take in data because TI (take-up inhibition)signal is output at the time of data update,
TI signal please go at the time of OFF.

The logic of the TI signal is modifiable, too. （Please refer to P.32 Mode No. E）

〔 Pin assignment of the BCD output ( The meter side is D-sub 37pin female )〕

Fig.21

〔 Circuit diagram for BCD output 〕
Fig.22
Pin 2 to 13, 19, 20 to 27, 35 to 37
( DC30V 10mA )

Pin 1, 17 ( GND )

〔 Timing chart of output 〕
Fig.23

Signal input

10ms

（Calculating time）

Sampling time

24ms

Signal for prohibit

T

o take data (TI)

Data

Less than 1ms

1

20

19

Body side (socket)

37

1 2 4 8

１０×

0

１０×

1

81 2 4

１０×

2

81 2 4

8421 421 8

１０×

3 4

１０×

GND

Parity out put

GND

TI

Decimal point

Minus indicating signal

- 40 -

１７．Connection diagram for BCD input (Option:BI )

1. The Binary Coded Decimal code is the NPN opening collector pulse output. In addition,
it becomes all figure parallel output.

2. The input logic of data is modifiable. （Please refer to P.33 Mode No. F）
Hi active ：Each pin of input data is in condition to open with GND.
Low active ：Each pin of input data is in condition to short with GND.

3. Latch input・・・I prohibit the uptake of data. Therefore, I hold data when I wore a latch
even if the later input data change. When I want to update data, I turn off
a latch (Uptake possibility) and take in data, and ON does a latch
(Uptake prohibition) again.

Latch(Short)：When Latch(Pin 37) and “GND” are in a short state, I prohibit the uptake of data.
Latch(Open)：When Latch(Pin 37) and “GND” are in a open state, I prohibit the uptake of data.

〔 Pin assignment of the BCD input ( The meter side is D-sub 37pin female )〕

Fig.24

Taking of data (Input prohibition with “open”) Fig.25

Data update Data update Data update
↓ ↓ ↓
BCD data BCD data

ON (short) 50ms or more 50ms or more

OFF (open)
Data can be taken Data can be taken

LATCH

1

20

19

B ody side (socket )

37

1 2 4 8

１０×

0

１０×

1

81 2 4

１０×

2

81 2 4

8421 421 8

１０×

3 4

１０×

GND

GND

LAT CH input

Minus indicat ing signal

P reliminary input

P reliminary input

- 41 -

１８．External dimensions

Fig.26

Fig.27

Fitting for fixing

HD

Indicate
Output

1 2

A B

Mode

3 4

ENT

RST

4

130

111 15

（114）

96

48

130 or more

+0.5

-0

45

+0.8

-0

92

（Unit：mm）

70 or more

（Unit：mm）

Packing (attachment)

Plaese use packing of attachment
If use by the IP66.

The terminal stand cover is "C" option

Terminal screw：M3.5 Terminal width：7mm

the body

- 42 -

１９．Unredeemable type (Option:DM)

Fig.28

- 43 -

２０．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 be
initialized. （Refer to P.14）
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）Do not share the power supply with a power line directly.
（When I share a power line, please use an isolation transformers）

（２）Please use 3 cores of shielding wire for a sensor , separate as much as
possible from a source of noise.

（３）Please avoid a source of noise (power supply line and inverter)，make it
as short as possible. After that,please install a sensor code.

（４）A great many noises may be included in F.G. Line of the device.
In this case you should not tie F.G. of the meter.

（５）Please separate from a power supply line,
in a case affected by noise.
And please install a EMI filter.

Fig.29

（６）The manner of the sensor cord installation.
When there is a power supply line near the sensor cord, a surge and
noise are influenced.
Therefore , install a sensor cord independently or for 50 cm or more.

Fig.30 Fig.31

（７）When being affected than other Fig.32
equipment, please use a spark killer
like Fig.32 and take a measure.

（８）If there is an unclear point, please even consult with use about a dealer
or us.

Earth Ground

Power supply

Noise filter

Short and Twist

Meter

- 44 -

２１．Troubleshooting

When abnormality occurred, please check it as follows.

Ｎｏ．

Problem Checking point Solution

１

Display does not
appear at all.

→Has it connected with the
rear terminal correctly?
↓
↓
→Does a sensor power
supply short-circuit?
(Or it is an overcurrent)

→Connect correctly according to
"Connecting terminal boards
（Refet to P.8）

→

Sensor specifications confirmation.
Take off a sensor and check the operation.

→Initialize（Refer to P.14）

When display still does not
appear, have it serviced.

２

Unusual
・LED lighting, key
・switch operation,
・preset output,
・analog output

→Check with the test mode.
（Refer to P.12）

→Initialize（Refer to P.14）

When it still does not
resume normal status,
have it serviced.

３

Remains at "0"

→Is the setting for each
mode correct?
↓
→Is the sensor input
normal?
↓
↓
↓
→Is the distance of the
sensor normal?
↓
↓
→Is the input system of this
meter suitable for the

output signal of the sensor?

→Check the setting again.
（Refer to P.16-P.33）

→

Check the connection of the

sensor（Refer to P.9）.
Check with the test mode
（Refer to P.12）.

→The sensor lamp flash is
confirmed. A sensor is
tested. “ON/OFF”

When it still does not
resume normal status,
have it serviced.

４

Indicator is flashing
“99999”.
（Error indication）

→Check whether the
scaling is not too large

→Influence of noise.

→Change the scaling data.
（Refer to P.17-19
for Mode No.1-4）

→Noise countermeasure
（Refet to P.43）

- 45 -

Ｎｏ．

Problem Checking point Solution

５

I

ndication is not stable

→It is sometimes displayed
smaller than a real value.
↓
→It is sometimes displayed
more greatly than a real
value.
↓
↓
↓
↓
↓
↓
↓
→Because the movement of
the measurement thing
fluctuates, the signal of
the sensor sways

→

Detection error of the sensor.
check the accuracy of the
sensor when there is little
quantity of detection

→Noise countermeasure
（Refet to P.43）

→When it is caused by the
chattering such as relays,
Please attach a capacitor

to the sensor input terminal.

→Lengthen sampling time
（Refet to P.26）

When it still does not
resume normal status,

have it serviced.

６

Indication goes out.
An indication level
becomes than double.

→

Influence of the spark noise
with a relay or the
electromagnetic valve

→Noise countermeasure
（Refet to P.43）

７

Other problems

→Have it serviced.

- 46 -

- 47 -

< MEMO >

- 48 -

< MEMO >

- 49 -

UINICS CO.,LTD.

Head Office ／ Technical inquiry

TEL：[phone] FAX：[phone]

123-1, Kami, Nishi-Ku, Sakai-shi, Osaka, 593-8311 Japan

Tokyo Office

TEL：[phone] FAX：[phone]

All specifications may be changed without notice.