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RPPD

5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: +81(6)6659-8201  Fax: +81(6)6659-8510  E-mail: info@m-system.co.jp

EM-1693  Rev.11  P. 7 / 7

 

SENSOR EXCITATION ADJUSTMENT

You can change the sensor excitation voltage with the sen-
sor excitation adj. located behind the front cover.  If you 
need to change it, check that the required current is within 
the specification.

V

A

Ammeter

Voltmeter

+

OUTPUT 1

1

2

U(+)

V(–)

POWER

7

8

+

INPUT 1

3

4

+

OUTPUT 2

10

11

+

INPUT 2

9

6

5

SENSOR

EXC.

• How to Change the Excitation

A voltmeter and ammeter of class 0.5 or better accuracy are 
required.

1) Connect the voltmeter across the terminal 9 – 6.
2) Connect the ammeter to terminal 9.
3) Turn the potentiometer until the meter shows the desired 

value. 

 

Check that the current value indicated on the ammeter 

is within the allowable limit.  If the value is greater than 

the limit, lower the voltage value or connect a separate 

power source.  Otherwise, the transmitter may fail.

25

5

12

24

60

120

CURRENT (mA)

VOLTAGE (V)

Voltage (V) × Current (A)  ≤ 600mW

MAINTENANCE

 

TROUBLESHOOTING

Refer to the flow chart below.

Checking & Maintenance

To 

TERMINAL CONNECTIONS

End of Checking

Is the power supply voltage (Terminal 7 – 8) at the proper level?

Is the load connected to sensor excitation within allowance?

Check that the load resistance meets 

the described specification.

All wires connected

according to the connection

diagram?

Is the PL1 blinking

according to the input signal?

To 

HARDWARE SETTING &  CALIBRATION,

Refer to the sensitivity adjustment.

Check the input connection again and make 

sure that the input matches descriptions 

in the ordering information sheet.

No

Yes

No

To 

HARDWARE SETTING & CALIBRATION

,

Refer to the sensitivity adjustment.

No

Yes

Is the PL2 blinking

according to the input signal?

Yes

Yes

Check the input connection again and make 

sure that the input matches descriptions 

in the ordering information sheet.

LIGHTNING SURGE PROTECTION

M-System offers a series of lightning surge protector for 
protection against induced lightning surges.  Please contact 
M-System to choose appropriate models.

Summary of Contents for RPPD

Page 1: ...ments in regard to the whole system and employ additional protective measures to ensure the CE conform ity Install lightning surge protectors for those wires connect ed to remote locations For 24V DC...

Page 2: ...nput Monitor LED PL2 Input Monitor LED PL1 INSTALLATION Detach the yellow clamps located at the top and bottom of the unit for separate the body from the base socket DIN RAIL MOUNTING Set the base soc...

Page 3: ...2 9 6 5 SENSOR EXC OUTPUT 1 1 2 U V POWER 7 8 3 4 5 6 OUTPUT 2 10 11 ROTARY ENCODER Input Connection Examples Open Collector Output Connection Examples Voltage Pulse Power Photo MOSFET Relay AC Power...

Page 4: ...I O PULSE LOGIC VOLTAGE PULSE or RS 422 LINE DRIVER PULSE OUTPUT WAVEFORM OPEN COLLECTOR or POWER PHOTO MOSFET RELAY The pulse width in one shot means the bold lined section of a pulse waveform Pulse...

Page 5: ...ON ON or OFF according to the adjustment 5 Noise filter Type 1 ON with OFF without ON or OFF according to the noise level Refer to the tables below for the max frequency which can pass through the fil...

Page 6: ...SW1 2 5 or SW1 2 6 3 Connect the positive probe to the test hole No 2 and turn the VH potentiometer until the meter shows desired val ue 1 4 Connect the positive probe to the test hole No 3 and turn t...

Page 7: ...mitter may fail 25 5 12 24 60 120 CURRENT mA VOLTAGE V Voltage V Current A 600mW MAINTENANCE TROUBLESHOOTING Refer to the flow chart below Checking Maintenance To TERMINAL CONNECTIONS End of Checking...

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