ifm O5P502, Retro Reflective Photoelectric Sensor, Rectangular Sensor, 0.075 → 10 m Detection Range - generaltechuae

Client Protection

Dedicated Support

Client Protection

Dedicated Support

ifm O5P502, Retro Reflective Photoelectric Sensor, Rectangular Sensor, 0.075 → 10 m Detection Range

Name: ifm O5P502, Retro Reflective Photoelectric Sensor, Rectangular Sensor, 0.075 → 10 m Detection Range
Brand: ifm
SKU: O5P502
Availability: InStock

Part Number : O5P502

Availability: low stock

Detailed Description
Specifications
Downloads

The ifm electronic Retro-reflective sensor designed to enhance detection accuracy in various industrial applications. Offering a robust operating voltage range of 10 to 36 DC, this sensor efficiently consumes just 20 mA of current while featuring a polarisation filter for reliable performance. Built within an IP67 rated housing, the sensor withstands harsh environments, making it ideal for diverse settings. With programmable light-on/dark-on modes, users can adapt the sensor to specific operational needs. Its exceptional 10-metre detection range, coupled with a maximum switching frequency of 2000 Hz, ensures prompt response times for reliable automation.

Optimised for rectangular applications ensuring versatility in installation
Advanced red light technology promotes precise object detection
Incorporates short circuit and overload protection for enhanced safety
Equipped with a teach function for user friendly programming
Light spot dimensions facilitate accurate sensing at maximum range
Features a robust stainless steel bezel for added durability
Includes an electronic lock for improved security during operation
Meets EMC EN 60947 5 2 standards for reliable performance
Offers a side lens alignment for flexibility in installation options

Brand	ifm
Sensor Style	Rectangular
Detection Type	Retro Reflective
Detection Range	0.075 → 10 m
Output Type	NPN
Electrical Connection	M12 Connector
Switching Mode	Light / Dark switching

ifm O5P502, Retro Reflective Photoelectric Sensor, Rectangular Sensor, 0.075 → 10 m Detection Range

DOWNLOAD CATALOG

ifm O5P502, Retro Reflective Photoelectric Sensor, Rectangular Sensor, 0.075 → 10 m Detection Range

ifm OI5003, Diffuse Photoelectric Sensor, Cylindrical Sensor, 3 → 700 mm Detection Range

ifm OGH312, Diffuse Photoelectric Sensor, Cylindrical Sensor, 15 → 300 mm Detection Range

ifm OGT500, Diffuse Photoelectric Sensor, Cylindrical Sensor, 2 → 800 mm Detection Range

ifm E20495, Diffuse Photoelectric Sensor, 40 mm, 200 mm Detection Range

ifm O5K500, Contrast Sensor, Rectangular Sensor, 18 → 22 mm Detection Range

ifm O8S201, Through Beam Photoelectric Sensor, Block Sensor, >3 m Detection Range

ifm O8E202, Through Beam Photoelectric Sensor, Block Sensor, >3 m Detection Range IO-LINK

ifm OID201, Background Suppression Distance Sensor, Barrel Sensor, 0.03 → 2 m Detection Range IO-LINK

Meet Us F2F

Test product

MSR BudgetLine:Reusable Climate Data Loggers for Transport and Storage

MSR85: Reusable PDF Ultra-Low Dry Ice Temperature Data Logger

MSR175Pro Transport Data Logger

ifm O5P502, Retro Reflective Photoelectric Sensor, Rectangular Sensor, 0.075 → 10 m Detection Range

Related Products

ifm OI5003, Diffuse Photoelectric Sensor, Cylindrical Sensor, 3 → 700 mm Detection Range

ifm OGH312, Diffuse Photoelectric Sensor, Cylindrical Sensor, 15 → 300 mm Detection Range

ifm OGT500, Diffuse Photoelectric Sensor, Cylindrical Sensor, 2 → 800 mm Detection Range

ifm E20495, Diffuse Photoelectric Sensor, 40 mm, 200 mm Detection Range

ifm O5K500, Contrast Sensor, Rectangular Sensor, 18 → 22 mm Detection Range

ifm O8S201, Through Beam Photoelectric Sensor, Block Sensor, >3 m Detection Range

ifm O8E202, Through Beam Photoelectric Sensor, Block Sensor, >3 m Detection Range IO-LINK

ifm OID201, Background Suppression Distance Sensor, Barrel Sensor, 0.03 → 2 m Detection Range IO-LINK

Test product

MSR BudgetLine:Reusable Climate Data Loggers for Transport and Storage

MSR85: Reusable PDF Ultra-Low Dry Ice Temperature Data Logger

MSR175Pro Transport Data Logger