Morris 70080 is a tough and reliable SPDT Toggle Switch designed for versatile applications across various environments. This On-Off-On switch features three screw terminals, making installation straightforward and efficient for both professionals and DIY enthusiasts. With a robust rating of 20 amps at 125VAC and 10 amps at 277VAC, this switch is capable of handling significant electrical loads, ensuring dependable performance. The Morris 70080 also supports motor loads up to 3/4 horsepower at 125/250VAC, making it ideal for controlling motors and other heavy-duty equipment. Constructed with solid brass or nickel-plated bushings, it guarantees durability and corrosion resistance. The switch is designed for a long mechanical life, rated for up to 100,000 cycles, providing you with a reliable solution for years to come. With a dielectric strength of 1500V, the Morris 70080 ensures safety in high-voltage applications. It operates within a temperature range of 32°F to 185°F, making it suitable for various climates. Certified with cURus Listing, this toggle switch meets stringent safety standards. Measuring 1.13" x 0.63" x 0.67", it fits into a 1/2" mounting hole, making it a practical choice for your electrical needs.
A tough and reliable SPDT Toggle Switch for multiple applications.
# Poles: 1
# Throw: 2
Amps @ 125 V: 20
Circuitry: SPDT
Color: Silver/Black
Country of Origin: China
Description: Heavy Duty Toggle 1 Pole Switch SPDT On-Off-On Screw Terminals
Dielectric Strength In Vac: 1500
Duty Grade: Heavy Duty
Function: On-Off-On
HP @ 125 V: 3/4
L x W x H: 1.13" x .63" x .67"
Material: Solid Brass or Nickel Plated Bushings
Motor Load Rating: 20A 125VAC 10A 250VAC 3/4HP 125-250VAC
No. Of Terminals: 3
Operation Range: 32 to 185
Poles: SPDT
Standard Load Rating: 20A 125VAC 10A 277VAC
Switch Function: Maintained On-Off-On
Switch Type: Toggle
Terminal Type: 3 Screw
Termination Type: On-Off Plate and Boot 6" Leads
Type: Heavy Duty Toggle Switch SPDT On-Off-On Screw Terminals
Ul Listing: cURus
Upc: 601986700801
Warning: Cancer and Reproductive Harm