Vi***n-Supplies : SICK WL12-3P1131 Photoelectric Sensors 1041437
Retro-reflective with autocollimation principle; Rugged housing designed to withstands harsh environments; PinPoint LED technology with highly visible light ...
Di***ey : WL12-3P1131 SICK, Inc. | Sensors, Transducers
WL12-3P1131 ; Sensing Distance. 0.394" (10mm) ; Voltage - Supply. 10V ~ 30V ; Response Time. 200µs ; Output Configuration. NPN - Dark-ON/Light-ON.
SI***USA : W12-3 WL12-3P1131, Product data sheet
Type of light Visible red light. Light spot size (distance) Ø 100 mm (3 m). Key LED figures. Wave length 640 nm. Adjustment. Potentiometer, 5 turns.
Do***Corp : SICK 1041437 | WL12-3P1131 Photoelectric sensors
SICK Small photoelectric sensors, W12, WL12-3P1131, Device type: Photoelectric sensors, Sensing range max.: 0 m ... 7 m, Sensor principle: Photoelectric ...
so***ernele : Sick 1041437 WL12-3P1131 Small Photoelectric Sensor
Product description: The W12-3 family features a range of photoelectric sensors that are enclosed in a metal housing. There are a large number of ...
At*** | Tulsa, OK : 1041437 - Photoelectric sensors (SICK)
Photo-electric retro-reflective sensor with LED beam + autocollimation - SICK (W12-3) - Type WL12-3P1131 - 0m-5m sensing distance - Red light (640nm wavelength) ...
Ra***ll International : WL12-3P1131 by SICK
WL12-3P1131 Sensors & Switches from SICK In Stock, Order Now! Same Day Shipping, 2-Year Warranty - (1041437) PROXIMITY SENSOR, RETRO-REFLECTIVE PE, ...
eB*** : NEW! SICK SENSICK RETRO-REFLECTIVE SENSOR ...
NEW! SICK SENSICK RETRO-REFLECTIVE SENSOR WL12-3P1131 1041437 1-041-437 ; Breathe easy. Returns accepted. ; Fast and reliable. Ships from United States. ; Delivery.
El***rical : WL12-3P1131 - Sick - Automation Switches ...
Find WL12-3P1131, Automation Switches Automation by Sick at Electrical All products include 2 year warranty, same day shipping.
LC***tomation : WL12-3P1131 - W12-3
Dimensions (W x H x D). 15,6 mm x 48,5 mm x 42 mm. Housing design (light emission). Rectangular. Sensing range max. 0 m ... 7 m 1).