IFM OGH701 LASER DIFFUSE REFLECTION SENSOR
Quick Overview
Manufactured By: IFM EFECTOR
Manufacturer Part Number: OGH701
IMS Product Code: 2141482
Packaging: Sold Individually
Description:
IFM OGH701 Laser Diffuse Reflection Sensor
NPN laser diffuse reflection sensor with background suppression, 10-36V DC operating voltage, IP65/IP67 protection, stainless steel housing, M18x1 thread, 72mm length, red light, 1.5mm smallest detectable object diameter, 20-200mm range on white objects.
Specifications
- type of light: red light
- laser protection class: 1
- housing: threaded type
- function principle: diffuse reflection sensor
- operating voltage: 10 - 36 DC
- current consumption: 15 mA
- protection class: II
- reverse polarity protection: yes
- electrical design: NPN
- output function: light-on/dark-on mode; (programmable)
- maximum voltage drop switching output DC: 2.5 V
- permanent current rating of switching output DC: 200 mA
- switching frequency DC: 1000 Hz
- short-circuit protection: yes
- type of short-circuit protection: yes (non-latching)
- overload protection: yes
- range: 20 - 200 mm
- range on white object (90% remission): 20 - 200 mm
- range on grey object (18% remission): 20 - 100 mm
- range on black object (6% remission): 20 - 70 mm
- range adjustable: yes
- diameter of the smallest detectable object: 1.5 mm
- maximum light spot diameter: 1.2 mm
- background suppression: yes
- ambient temperature: -10 - 60 degrees C
- protection: IP 65; IP 67
- MTTF: 497 years
- weight: 62.3 g
- dimensions: M18 x 1 / L = 72 mm
- thread designation: M18 x 1
- material: stainless steel (1.4404 / 316L); PA; LCP; EPDM; TPU (urethane)
- lens material: PMMA
- display: switching status
- switching status: 1 x LED, yellow
- connection: connector: 1 x M12; coding: A
New - Open Box:
A new, unused item with no signs of wear. The item has its original packaging but it is not sealed.
Availability: 1 In Stock
Ships on Monday, November 17, 2025
Emergency after hours shipping may be available.
Call (888) 437-6645 for more information.

