Lanbao PR18S-DM3 DC M18 Retro-Reflective Sensor

Lanbao PR18S-DM3 DC M18 Retro-Reflective Sensor

Lanbao PR18S-DM3 Series is an M18 cylindrical retro-reflective photoelectric sensor for DC industrial automation systems. It provides 3m adjustable sensing distance with a reflector reference, with NPN or PNP output and NO, NC, or NO+NC logic depending on the selected part number.

This listing covers PR18S-DM3 DC variants, including fixed 2m PVC cable versions and E2 M12 connector versions. The series uses an infrared 880nm light source, PBT housing, IP67 protection, and 10-30V DC supply for compact reflector-based object detection.

For related Lanbao photoelectric sensors, compare the Lanbao PR18S-DM3 AC 2-Wire Series, Lanbao PR18-DM3 AC 2-Wire Series, and Lanbao PR30-DM5 DC Series. For an M18 diffuse DC option, see the Lanbao PR18S-BC DC Series.

Technical Specifications

Brand	Lanbao
Series	PR18S-DM3 Series
Sensor Type	M18 cylindrical retro-reflective photoelectric sensor
Product Series Reference	Cylindrical DC series
Detection Type	Retro reflection
Rated Sensing Distance	3m adjustable reference
Standard Target	TD-09 reflector reference
Light Source	Infrared LED, 880nm
Dimensions	M18 x 53.5mm and M18 x 68mm references, depending on variant structure
Output Type	NPN or PNP, depending on selected variant
Output Logic	Normally open, normally closed, or NO+NC, depending on selected part number
Power Supply	10-30V DC
Target Type	Opaque object interrupting reflector beam path
Repeat Accuracy	<5% reference
Load Current Reference	<=200mA
Residual Voltage Reference	<=2.5V
Consumption Current Reference	<=25mA
Circuit Protection	Short-circuit, overload, and reverse-polarity protection reference
Response Time	<8.2ms
Output Indicator	Yellow LED
Ambient Temperature	-15C to +55C
Ambient Humidity	35-85%RH, non-condensing
Voltage Withstand	1000V AC 50/60Hz for 60s reference
Insulation Resistance	>=50MOhm at 500V DC reference
Vibration Resistance	10-50Hz, 0.5mm reference
Protection Rating	IP67
Housing Material	PBT
Connection Options	2m PVC cable or M12 connector, depending on selected variant
Available Store SKUs	PR18S-DM3DNO, PR18S-DM3DNC, PR18S-DM3DNR, PR18S-DM3DPR, plus matching E2 M12 connector versions

Integration Notes & Hardware Guidance

• Power selection: This is a DC photoelectric sensor series, so confirm the controller input and wiring are compatible with 10-30V DC operation.
• Reflector setup: Retro-reflective detection requires correct sensor-to-reflector alignment; use a suitable reflector such as the TD-09 reference when designing the installation.
• Output selection: Match NPN or PNP wiring to the input type of your PLC, controller, counter, or I/O module before ordering.
• Signal logic: Choose DNO normally-open, DNC normally-closed, or DNR NO+NC variants for NPN, and DPR NO+NC variants for PNP.
• Connection selection: Choose fixed cable versions for simple wiring or E2 M12 connector versions when detachable wiring and easier sensor replacement are preferred.

Packing List

Item	Qty	Notes
Lanbao PR18S-DM3 photoelectric sensor	1	Selected output type, output logic, and cable or E2 connector variant
Integrated cable or M12 connector body	1	Connection type depends on selected variant
Product label and packaging	1	Packaging may vary by shipment batch
Documentation reference	1	Digital or printed documentation may vary by shipment batch

FAQ

What detection mode does the PR18S-DM3 Series use?

It uses retro-reflective detection, so the sensor works with a reflector and detects objects when the reflected beam is interrupted.

What sensing distance does this series support?

The official rated sensing distance reference is 3m adjustable with a TD-09 reflector reference.

How do I choose between NPN and PNP variants?

Select NPN or PNP according to the input type required by your PLC, controller, counter, or I/O module.

How do I choose between cable and E2 versions?

Cable versions use a fixed 2m PVC cable, while E2 versions use an M12 connector for detachable wiring and easier sensor replacement.

Is a reflector required?

Yes. Retro-reflective sensing requires a reflector aligned with the sensor; verify reflector selection and mounting before installation.