Morris 70303 Brass and Nickel Plated Multi-Pole Toggle Switches offer exceptional durability and reliability for your electrical applications. Designed with a 3PDT (On-Off-On) function, these switches are ideal for power tool and motor control applications, ensuring seamless operation in demanding environments. The rugged, long-wearing solid brass or nickel-plated bushings provide not only a stylish finish but also enhanced longevity, making them suitable for a variety of settings. Featuring nine screw terminals, the Morris 70303 is equipped for easy installation and secure connections. With an impressive motor load rating of 18 amps at 125 VAC and 10 amps at 250 VAC, as well as a capacity of 3/4 HP for both 125 and 250 VAC, this toggle switch is built to handle significant electrical demands. Additionally, it boasts a dielectric strength of 1500V, ensuring safety and performance under pressure. Operating efficiently within a temperature range of 32°F to 185°F, this switch is cURus Listed, meeting rigorous safety standards. Compact in size, measuring 1.32" x 1.09" x 1.11", it also requires a 1/2" mounting hole for installation. With a mechanical life cycle rating of 100,000, the Morris 70303 is a dependable choice for your next project.
Brass and Nickel plated Multi-Pole Toggle Switches are extra durable.
# Poles: 3
# Throw: 1
Amps @ 125 V: 18
Circuitry: 3PST
Color: Silver/Black
Country of Origin: China
Description: Heavy Duty 3 Pole Toggle Switch 3PDT 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: 1.32" x 1.09" x 1.11"
Material: Solid Brass or Nickel Plated Bushings
Motor Load Rating: 18A 125VAC 10A 250VAC 3/4HP 125-250VAC
No. Of Terminals: 9
Operation Range: 32 to 185
Poles: 3PDT
Standard Load Rating: 18A 125VAC 10A 250VAC
Switch Function: Maintained On-Off-On
Switch Type: Toggle
Terminal Type: 9 Screw
Termination Type: Screws
Type: Heavy Duty Toggle Switch 3PDT On-Off-On Screw
Ul Listing: cURus
Upc: 601986703031
Warning: Cancer and Reproductive Harm