Pepperl+Fuchs
OBR1500-R3F-E2-0.2M-V31-L
Photo-electric sensor (laser) - retroreflective system with polarization filter - Pepperl+Fuchs (OBR) - Supply voltage 12-24Vdc - 1 x digital output (PNP) (NO (Normally Open) / dark-ON mode function) - Sensing distance 0-1.5m / 0-1500mm - Red light (680nm) - Material PC / Stainless steel (housing) / PMMA (optical face) / PUR (cable) - IP67 - Pre-wired with M8 (4-pin) connector (0.2m cable length)
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
Brand
SKU
OBR1500-R3F-E2-0.2M-V31-L
Online Price
$231.42
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
Pepperl+Fuchs - OBROBR1500-R3F-E2-0.2M-V31-L
Description
Photo-electric sensor (laser) - retroreflective system with polarization filter - Pepperl+Fuchs (OBR) - Supply voltage 12-24Vdc - 1 x digital output (PNP) (NO (Normally Open) / dark-ON mode function) - Sensing distance 0-1.5m / 0-1500mm - Red light (680nm) - Material PC / Stainless steel (housing) / PMMA (optical face) / PUR (cable) - IP67 - Pre-wired with M8 (4-pin) connector (0.2m cable length)
Specifications
Primary brand
Pepperl+Fuchs
Main function
Sensor (Photo-electric; laser)
Product series / family name
OBR
Functions
Photo-electric sensor (laser) - retroreflective system with polarization filter
Wavelength
680 nm
Degree of protection
IP67
Material
PC / Stainless steel (housing)
PMMA (optical face)
PUR (cable)
PMMA (optical face)
PUR (cable)
Visual position indicator
yellow LED (ON = light beam is free / Flash = falling short of stability / OFF = light beam is interrupted
Supply voltage
(DC) 12-24 V
Manufacturer product status
Commercialized
Connection type
Pre-wired with M8 (4-pin) connector
Digital outputs
1 x digital output (PNP)
Light Color
Red
Length (m)
(cable) 0.2 m
Sensing distance
0-1.5m / 0-1500 mm
Protection functions
Reverse polarity
Short-circuit
Short-circuit
Operating mode
NO (Normally Open)
dark-ON mode
dark-ON mode
