You are using an outdated browser. You may experience a lack of functionality if you continue to use this browser to navigate our website. If you are unable to upgrade or use a different browser due to corporate policies, please contact our help desk at (866) 746-3519 or
Menu Search

Valu-Beam Photoelectric Sensor, 0.38m Sensing, 24-250VAC, 7/8-16UN 3-Pin Mini Connector, SPST 2W

SKU # 66248826572 Manufacturer Series: 912 Series
RoHS Compliant
Loading price and availability...
You do not have permissions to see price. Please contact your sales representative if you feel this is an error.
Quantity Pricing:
Please Log In or Register to view pricing & availability.
Item Available for Back Order Request Lead Time
Please enter a valid quantity
Min Order Qty: 1 Unit of Sale: Each Order in multiples of: 1
Unable to add item to cart. Please try again.
Sensor Type: Photoelectric Beam Receiver
Construction Style: Compact
Sensing Range - metric: 0.38m
Sensing Range - standard: 1.25ft
Voltage: 24-250V AC
Output Mode: Light/Dark Operate
Output Configuration: SPST 2W
Connection Type: Connector, 3-Pin Mini
Connection Size: 7/8-16 UN
Sensing Position: Side
Response Time: 8ms ON/4ms OFF
Enclosure Rating NEMA: NEMA 4X
Enclosure Rating IEC: IEC IP66
Material: Thermoplastic Polyester
Temperature Rating: -20 to 70 Degree C (-4 to 158 Degree F)

Photoelectric Sensors (Thru-Beam, Block Style Receiver): Sensor Type - Photoelectric Beam Receiver; Sensing Range - metric - 0.38m; Sensing Range - standard - 1.25ft; Voltage - 24-250VAC; Output Mode - Light/Dark Operate; Output Configuration - SPST 2W; Connection Type - Connector, 3-pin Mini; Connection Size - 7/8-16UN; Construction Style - Compact, Threaded Nose & Base; Sensing Position - Side; Response Time - 8ms ON/4ms OFF; Enclosure Rating NEMA - NEMA 4x; Enclosure Rating IEC - IEC IP66; Material - Thermoplastic Polyester; Temperature Rating - -20 to 70degC (-4 to 158degF); Additional Information - Sensing Mode: Opposed; Manufacturer Series - Valu-Beam 912 Series

Additional Info: Sensing Mode: Opposed