Switches and Lighting Controls, Industrial Grade, Locking Switches, General Purpose AC, Momentary Single Pole Double Throw Center Off , 20A 120/277V AC, Terminal Screws Black Key Guide

Switches and Lighting Controls Industrial Grade Locking Switch - 20A 120/277V AC This industrial grade locking switch is designed for general purpose AC applications requiring momentary switching with a single pole double throw (SPDT) configuration and center off position. Suitable for use in lighting solutions and electrical distribution systems, it supports both inductive and resistive loads. The switch features back and side wiring options and is intended for secure mounting with screws, making it a reliable component for wire and cable installations or as part of switchgear supplied by electrical distributors. Specifications Application: Back and Side Wired Current: 20 amperes Amperage Rating: 20 A Load: Inductive or Resistive Action: SPDT (Single Pole Double Throw) Contact Configuration: Momentary Contact Rating: Full Rated Color: Black Material: Composite Width: 1.900 in Mounting: Mounting Screws Connection: Terminal Screws Lock Type: Non-Cylindrical Indicator: Dot Indicates On Product Weight: 0.1500 lbs Country of Origin: China Manufacturer Part #: HBL1557L Manufacturer: Hubbell Wiring Device-Kellems Features Momentary single pole double throw switch with center off position for precise control Locking switch with double-ended key actuator for enhanced security Supports both inductive and resistive loads up to 20 amperes at 120/277V AC Back and side wiring options with terminal screw connections for flexible installation Composite material housing for durability in industrial environments Dot indicator provides clear visual status of switch position Designed for mounting with screws, facilitating secure and stable installation Downloads & Links Sales Drawing Asset Reference HBL1557L AutoCAD Drawing Installation Manuals Asset Reference Spec Sheet Warranty Document Asset Reference Catalog Page Asset Reference Catalog Full Asset Reference