Morris 70135 is a heavy-duty momentary double toggle switch designed specifically for motor control tool applications. This reliable switch features a DPDT configuration with an (On)-On function, providing versatility in various operational settings. With six robust screw terminals, it ensures secure connections, making it suitable for both residential and industrial environments. Engineered to handle demanding electrical loads, the Morris 70135 supports a load rating of 20 amps at 125VAC and 10 amps at 277VAC, along with a motor load rating of 1-1/2 HP at 125/250VAC. Its dielectric strength of 1500V guarantees safe operation, while a mechanical life of 100,000 cycles promises durability and longevity. The switch operates smoothly within a temperature range of 32°F to 185°F, accommodating diverse working conditions. Additionally, it features solid brass or nickel-plated bushings that enhance its resilience. Designed for a 1/2" mounting hole, the compact dimensions of 1.30" x 0.76" x 0.86" make installation straightforward. Certified cURus listed, the Morris 70135 is a dependable choice for professionals seeking a robust and efficient solution for motor control applications. Please note, a warning regarding cancer and reproductive harm is included.
This heavy duty Momentary Double Toggle Switch is used in Motor Control & Tool Applications.
# Terminals: 6
Circuitry: DPDT
Color: Black/Silver
Country of Origin: China
Description: Heavy Duty Momentary Contact Toggle Switch DPDT (On)-On Screw Terminals
Dielectric Strength In Vac: 1500
Function: Momentary (On)-On
L x W x H: 1.30" x .76" x .86"
Load Rating: 20A 125VAC 10A 277VAC
Material: Solid Brass or Nickel Plated Bushings
Motor Load Rating: 20A 125VAC 10A 250VAC 1-1/2HP 125-250VAC
No. Of Terminals: 6
Operation Range: 32 to 185
Poles: DPDT
Standard Load Rating: 20A@125VAC 10A@277VAC
Terminal Type: 6 Screw
Termination Type: Screw
Type: Heavy Duty Momentary Contact Toggle Switch DPDT (On)-On Screw Terminals
Ul Listing: cURus
Upc: 601986701358
Warning: Cancer and Reproductive Harm