Morris 70050 is a versatile SPST Toggle Switch designed for a wide range of applications, making it an essential component for both residential and commercial projects. This switch is perfect for controlling light household appliances and equipment, providing reliable ON-OFF functionality with ease. Equipped with 6" wire leads, the Morris 70050 ensures straightforward installation, while its compact dimensions of just .98" x .62" x .62" allow it to fit seamlessly into various setups. With a load rating of 8 AMP at 125VAC and 4 AMP at 250VAC, it is well-suited for different power requirements, and it can handle up to 1/3HP at 125VAC, making it a robust choice for heavier applications. Safety and durability are paramount, as the switch features a dielectric strength of 1500V and an insulation resistance of 500V, ensuring reliable performance in diverse environments. An included indicator plate enhances user awareness, while the cURus listing provides added assurance of its quality and compliance with safety standards. Whether you're a building professional or a knowledgeable homeowner, the Morris 70050 Toggle Switch is a dependable solution that combines functionality with ease of use, making it an excellent addition to your toolbox.
Our standard SPST Toggle Switch for most applications.
# Poles: 1
# Throw: 1
Amps @ 125 V: 8
Circuitry: SPST
Color: Black/Silver
Country of Origin: China
Description: Medium Duty Toggle Switch SPST On-Off 6" Leads with On-Off Plate
Dielectric Strength In Vac: 1500
Duty Grade: Medium
Function: On-Off
HP @ 125 V: 1/3
Insulation Resistance In Milliohm: 500
L x W x H: .98" x .62" x .62"
Load Rating: 8A 125VAC 4A 250VAC 1/3HP 125V
Material: Solid Brass or Nickel Plated Bushings
Operation Range: 32 to 185
Poles: SPST
Standard Load Rating: 8A@125VAC 4A@250VAC 1/3HP@125VAC
Switch Function: Maintained On-Off
Switch Type: Toggle
Terminal Type: 6" Wire Leads
Termination Type: 6" Leads
Type: Toggle Switch with On-Off Faceplate & 6" Leads
Ul Listing: cURus
Upc: 601986700504
Warning: Cancer and Reproductive Harm