Wiring diagram

Remote Sensor System
User’s GuideConnecting NPN type switch

Construction of the systemIn uence of surrounding metal
To avoid in uence of surrounding metal, keep minimum spacing as
described below;=&GVGEVQT?‫=ޓޓޓޓޓ‬6TCPUOKVVGT?=1WVRWV5GPUQT?

G-Power Remote Sensor System
RGP series / 8 signal transmission typeTransmitter: RGPT-3005-V1215
Output Sensor: RGPE-3005-V1215N / P59
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59
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: Connects detector switches (max.8) and transmits thedetected signals to Transmitter.

59
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: Provides power for Detector, also passes detectedsignals from Detector to Output Sensor.

59
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59
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[Detector][Transmitter]

Before using the Remote Sensor, read this user’s guide carefully.
During installation and operation, pay close attention to the safety
aspect.
‫ ی‬Ensure the power is switched o during installation or
maintenance operations.
‫ ی‬Use a regulated power supply, e.g. switch-model type.
Simpler power supplies, such as a full-wave recti cation type,will cause the permissible ripple rating to be exceed and maycause malfunction.
‫ ی‬Ensure correct connections by reference to the wiring diagram.
‫ ی‬To avoid malfunction caused by induction noise, cable should
be kept apart from motor or other power cable.
◆ Please note that the signal may become unstable (false signal orchattering) when the transmission distance and the center o set
are outside the speci cation range.
‫ ی‬The in one signal is a preliminary signal for con rming that theoutput signal is established within the speci cation range. Please
note that it does not guarantee signals output outside the speci cation range.

DC24V

Power supply(DC24V)(DC12V/150mA)
Standard

RGPT

Detector SW

Attention for Installation(Read this section thoroughly before installation.)[Output Sensor]

Power supply

Power supply

External
Controller

RGPE

max.8 sig.
DetectedsignalSignaltransmission

Detectedsignal

࠙Function of each componentࠚDetector
Transmitter

Output Sensor: Puts out detected signal to external controller, also
sends power for operating of Detector and Transmitter.

DC 24VB

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Non- ush mounting

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A$0 51
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B4& 51
Type number1) 51

A (mm)
30

RGPT-3005-V1215;' 51

B (mm)
20

RGPE-3005-V1215N/P)0 51
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86 51

Mutual interference); 51

In order to prevent mutual interference between parallel-mounted
sensors, keep minimum spacing as described below;

Connecting PNP type switch=&GVEVQT?‫=ޓޓޓޓޓޓ‬6TCPUOKVVGT?=1WVRWV5GPUQT?

Dimension
Transmitter: RGPT-3005-V1215

9*

Output Sensor: RGPE-3005-V1215N (NPN)
RGPE-3005-V1215P (PNP)

59
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A
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DC 24V

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Type number$0 51

RGPT-3005-V1215
RGPE-3005-V1215N/P㧾㧳㧼㧱4& 511) 51
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Connecting DC 2W type switch

A (mm)
200$7 51

Installationtightening troque for attachednut is 20Nm(200kgf㺃cm).

The minimum bending radius
for thesensors are 50mm.

86 51); 51

50mm(incl. mechanical limit switches)
20Nm

Transmitting area diagram

Speci cation
Type number
Rated transmitting distance
Senter o -setDrive current
Drive voltage
Supply voltage
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RGPT-3005-V1215
RGPE-3005-V1215N/P
2 㹼 5mm
ӌs 3mmӌ 150mA
DC 12 s 1.5VࠉࠉࠉࠉࠉࠉࠉࠉࠉࠉࠉࠉࠉDC 24V s 10%(incl.ripple)ࠉࠉࠉࠉࠉࠉࠉࠉࠉࠉࠉࠉࠉӌ 400mA‫ ی‬Total current consumption of detectors must not exceed the rated drive current.
Reduce the switches when the total current consumption exceeds the drive current.
‫ ی‬The drive current is dependent on the transmission distance between Transmitter andOutput Sensor the degree of o -set between them-refer to Transmitting area diagram.

࠙Example: Supply voltage at 24V DCࠚ

Y876543218 6 4 2 0 2 4 6 8NotePlease note that the cable length of an output sensor may not longer than 10m.
The CE marking veri es that our products comply with the requirements of E C
directive. The surge test to an output sensor is not carried out.
When using an output sensor with cable length longer than 10m, a measure toprotect the sensor from serge current should be taken.

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Drive current
ӌ 150mA

X:center o -set(mm)Y:transmitting
distance(mm);:X59
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59&%9); 5+㸨 Never pull the cable strong
in installinJ

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(Note)(-) line of Transmitter and (-) line of Detectors should be connected
together with a resistor of 1-2kohm.

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