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DIP SWITCH SETTING

  (*) Factory setting

SW6 is not used.  The power supply to the unit must be 
turned off when changing the setting.

• Input Type

INPUT TYPE

SW1

SW2

Open collector (*)
Mechanical contact

ON

OFF

Voltage pulse

OFF

OFF

Two-wire current pulse

OFF

ON

• Pulse Sensing

PULSE SENSING

SW3

Capacitor coupled *

2

OFF

DC coupled (*) *

3

ON

*2.  Frequency range must be 0 – 100 Hz or higher.  0 – 1 kHz 

or higher for sinusoidal waveform input.  Frequencies 
lower than 10 Hz may be out of accuracy conformance.

*3.  For sinusoidal waveform input with the pulse amplitude 

smaller than 1Vp-p, the frequency range must be 0 – 1 kHz 
or higher.

• Noise Filter

NOISE FILTER

SW4

SW5

High

ON

OFF

Low (*)

OFF

ON

None

OFF

OFF

Be sure to apply the noise filter appropriate for the selected 
frequency range as shown in the table below.  The accuracy 
may not be assured if no filter is applied.

FREQUENCY RANGE

NOISE FILTER TYPE

0 – 10 mHz
0 – 100 mHz

High
High

0 – 1 Hz
0 – 10 Hz
0 – 100 Hz

High

Low
Low

0 – 1 kHz
0 – 10 kHz
0 – 100 kHz

Low

None
None

 

EXAMPLE 1: VOLTAGE PULSE 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 Unit.)

  Input amplitude: 1 – 5V p-p
  Pulse sensing: DC coupled (Choose Capacitor coupling if necessary.)  

ON

1 2 3 4 5 6

Rotary SW

DIP SW

5 6

7

8

9

0

1

2

3

4

  Detecting level: 2.5V
     

 

 

(Set to the offset value after it is scaled by the sensitivity scale.)

  Noise filter: Low
The rotary switch and DIP switch are configured as shown to the right.

 

EXAMPLE 2: VOLTAGE PULSE with Amplitude 35V p-p, DC Offset 16V, Frequency Range 10 – 50 kHz

  Input type:  Voltage Pulse
  Frequency range selected: 0 – 100 kHz 
     

 

 

(Select the frequency range and set 0% and 100% range values with the Programming Unit.)

  Input amplitude: 25 – 50V p-p
  Pulse sensing: Capacitor coupled
     

 

 

(Choose DC coupling if necessary.) 

ON

1 2 3 4 5 6

Rotary SW

DIP SW

5 6

7

8

9

0

1

2

3

4

  Detecting level: Turn the adjustment fully counterclockwise. (Set to 0V)
  Noise filter: None
The rotary switch and DIP switch are configured as shown to the right.

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. 4 / 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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