Morris 70125 Non-Metallic Double Toggle Switch is a reliable choice for various applications, including automotive, recreational equipment, and marine setups. This switch features double insulation coupled with an internal O-ring, ensuring excellent moisture and dust resistance, making it ideal for use in challenging environments. Designed with a momentary (On)-Off-(On) function, the Morris 70125 switch supports a load rating of 20 AMP at 125VAC and 10 AMP at 277VAC, providing versatile performance for different electrical systems. The SPDT (Single Pole Double Throw) configuration allows for efficient control and functionality. Its user-friendly design includes three quick connect spade terminals for easy installation, streamlining the setup process. With a compact size of 1.37" x 0.76" x 0.94", it fits seamlessly into tight spaces. Additionally, the switch boasts impressive dielectric strength of 1500V and insulation resistance of 500V, ensuring safety and reliability in operation. The Morris 70125 is cURus listed, confirming its compliance with rigorous safety standards. Keep in mind the warning regarding potential cancer and reproductive harm. For professionals seeking high-quality electrical components, the Morris 70125 Non-Metallic Double Toggle Switch is an excellent addition to your toolkit.
This Non-Metallic Double Toggle Switch is very reliable.
Circuitry: SPDT
Color: Black
Country of Origin: China
Description: Non-Metallic Momentary Contact Toggle Switch SPDT (On)-Off-(On) Quick Connect Spade Terminal
Dielectric Strength In Vac: 1500
Dimensions L x W x H: 1.37" x .76" x .94"
Function: Momentary (On)-Off-(On)
Insulation Resistance In Milliohm: 500
Load Rating: 20A 125VAC 10A 277VAC
Material: Phenolic Plastic
No. Of Terminals: 3
Operation Range: 32 to 185
Poles: SPDT
Standard Load Rating: 20A@125VAC 10A@277VAC
Terminal Type: 3 Quick Connect Spade
Termination Type: Quick Connect Spade
Type: Non-Metallic Momentary Contact Toggle Switch SPDT (On)-Off-(On) Quick Connect
Ul Listing: cURus
Upc: 601986701259
Warning: Cancer and Reproductive Harm