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SOFTWARE SETTING

Please refer to the Operation Manual for Model PU-2x (EM-9255), Section B: (B-1) Introduction, (B-2) General Operation 
Description, (B-3) Operation Flowchart for general information.

[GROUP 01]

ITEM MDFY. DATA INPUT

DISPLAY

DEFAULT CONTENTS

01

S

N/A

MAINTENANCE SWITCH

0

MTSW : MON.MODE

0: Data indication only.

1

MTSW : PRG.MODE

1: All ‘P’ marked parameters are modifiable.

02

P

Alphabets & No TG : XXXXXXXXXX

N/A

Tag name entry (10 characters max.)

03

P

Percentage

OUTPER  XXX.XX

N/A

Output monitor (%) & simulation output

05

D

No input

INPPER XXX.XX

N/A

Input monitor (%)

06

D

No input

INPFRQ XXX.XX

N/A

Input frequency (Unit as set in ITEM 11)

07

D

No input

N/A

Input specification selected with the front rotary switch

SW : IN_V  1/20

SW = 0, Voltage pulse input, Sensitivity scale = 1/20

SW : IN_V  1/10

SW = 1, Voltage pulse input, Sensitivity scale = 1/10

SW : IN_V  1/5

SW = 2, Voltage pulse input, Sensitivity scale = 1/5

SW : IN_V  1/2

SW = 3, Voltage pulse input, Sensitivity scale = 1/2

SW : IN_V  1/1

SW = 4, Voltage pulse input, Sensitivity scale = 1/1

SW : IN_V  5/1

SW = 5, Voltage pulse input, Sensitivity scale = 5/1

SW : IN_V  10/1

SW = 6, Voltage pulse input, Sensitivity scale = 10/1

SW : IN_OC, mA

SW = 7, Open collector, mechanical contact or two-wire cur-
rent pulse input

SW : no use

SW = 8, (not used)

SW : no use

SW = 9, (not used)

10

P

0

Linearization

0

STRAIGHT

Without

1

CURVED

With (ITEM 60 to 91 for segment data input)

11

P

5

Frequency Range

0

FRQRNG : 10mHz

0 – 10 mHz

1

FRQRNG : 100mHz

0 – 100 mHz

2

FRQRNG : 1.0Hz

0 – 1 Hz

3

FRQRNG : 10Hz

0 – 10 Hz

4

FRQRNG : 100Hz

0 – 100 Hz

5

FRQRNG : 1.0kHz

0 – 1 kHz

6

FRQRNG : 10kHz

0 – 10 kHz

7

FRQRNG : 100kHz

0 – 100 kHz

13

P

Percentage

DRPOUT XXX.XX

-15.00

Low-end cutout (% of the range selected by ITEM 14/15)
Specify the low-end cutout deadband using ordering infor-
mation sheet   

14
15

P
P

Numeric
Numeric

SCLLOW XXXXXX
SCLHIG XXXXXX

0.000

1.0000

Input zero frequency (0% input) (Unit as set in ITEM 11)
Input span frequency (100% input) (Unit as set in ITEM 11)

18

P

Numeric

SMPL RATE XXX

1

Pulse Divider/Multiplier (averaging non-uniform pulses)
The input pulses are divided by 1/X and then multiplied 
by X in order to suppress unnecessary pulsation of output 
signal.
Frequency Range:  Selectable X Value
≤ 0 – 100 Hz: 1 – 255
0 – 1 kHz: 1 – 25
0 – 10 kHz: 1 – 2
0 – 100 kHz: Not selectable (fixed value)

19

P

Percentage

FINZER XXX.XX
OUTPER XXX.XX

0.00

Fine zero adjustment
When data is entered, output (%) is shown.

20

P

Percentage

FINSPN XXX.XX
OUTPER XXX.XX

100.00

Fine span adjustment
When data is entered, output (%) is shown.

21

P

1

Alarm mode

0

NO ALARM

No alarm trip

1

UPPER ALARM

High alarm trip

2

LOWER ALARM

Low alarm trip

22

P

Percentage

ALARM XXX.XX

100.00

Alarm setpoint (-15.00 to +115.00%)

23

P

Percentage

ALMHYS XX.XX

1.00

Alarm deadband (hysteresis) (0.00 to 20.00%)

24

P

Seconds

ALTIME XXXX.X

3.0

Alarm delay at the startup (2.0 to 1000.0 seconds)

JPA2

5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: +81(6)6659-8201  Fax: +81(6)6659-8510  E-mail: [email protected]

EM-1572  Rev.5  P. 7 / 9

Summary of Contents for JPA2

Page 1: ...t in the air install the unit inside proper housing with sufficient ventilation Do not install the unit where it is subjected to continuous vibration Do not subject the unit to physical impact Environ...

Page 2: ...ng no extra space is needed between units 3 9 4 CONNECTION DIAGRAM OUTPUT 1 2 U V POWER 7 8 PU 2x MODULAR JACK INPUT 5 4 6 SENSOR EXCITATION 9 10 ALARM OUTPUT 5 4 6 5k Dry Contact or Mechanical Contac...

Page 3: ...pulse sink detected when it goes below the level input monitor LED OFF Two Wire Current Pulse The input resistor 100 converts the current signal 0 25mA into 0 2 5V A pulse rise detected when the volt...

Page 4: ...with Amplitude 5V p p DC Offset 2 5V Frequency Range 0 1 kHz Input type Voltage Pulse Frequency range selected 0 1 kHz Select the frequency range and set 0 and 100 range values with the Programming Un...

Page 5: ...collector Mechanical contact Two wire current pulse 1 A specific sensitivity scale is applied according to the pulse amplitude setting The scaled input voltage is then com pared to the preset detectin...

Page 6: ...PU 2x MODULAR JACK INPUT 5 4 6 SENSOR EXC 9 10 ALARM OUTPUT V A Ammeter Voltmeter How to Change the Excitation A voltmeter and ammeter of class 0 5 or better accuracy are required 1 Connect the voltme...

Page 7: ...5 Frequency Range 0 FRQRNG 10mHz 0 10 mHz 1 FRQRNG 100mHz 0 100 mHz 2 FRQRNG 1 0Hz 0 1 Hz 3 FRQRNG 10Hz 0 10 Hz 4 FRQRNG 100Hz 0 100 Hz 5 FRQRNG 1 0kHz 0 1 kHz 6 FRQRNG 10kHz 0 10 kHz 7 FRQRNG 100kHz...

Page 8: ...ed pairs of I O points Refer to the figure below X nn Input Y nn Output Range 15 00 to 115 00 15 0 Y01 X02 X03 X04 X05 115 Y02 X01 Y03 Y04 100 Y05 INPUT OUTPUT 5 GROUP 01 ITEM MDFY DATA EXAMPLE 60 61...

Page 9: ...rding to the connection diagram 2 Power input voltage Check voltage across the terminal 7 8 with a multimeter 3 Input Check that the input signal is within 0 100 of the full scale 4 Output Check that...

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