Rule 37A SuperSwitch Float Switch

The Rule 37A SuperSwitch Float Switch is specifically made to withstand challenging conditions. It is designed with a marine grade 14-gauge “blocked wire”, a larger float for improved buoyancy, a removable base for easy maintenance, and a snap switch design that can handle pumps drawing up to 20 Amps. Unlike traditional float switches, the Rule 37A SuperSwitch does not contain mercury, making it safer and more environmentally friendly. Its robust construction and dependable performance make it ideal for demanding applications.

Frequently Asked Questions

1. What is the wire gauge of the Rule 37A SuperSwitch Float Switch?

The Rule 37A SuperSwitch Float Switch is designed with a marine grade 14-gauge “blocked wire”. This wire gauge ensures reliable connectivity and durability.

2. Does the Rule 37A SuperSwitch Float Switch have a larger float compared to traditional float switches?

Yes, the Rule 37A SuperSwitch Float Switch features a larger float for improved buoyancy. This allows for more accurate and reliable water level detection.

3. Is the base of the Rule 37A SuperSwitch Float Switch removable for easy maintenance?

Yes, the base of the Rule 37A SuperSwitch Float Switch is removable, making maintenance and cleaning a breeze. This feature allows for convenient access to the internals of the float switch.

4. What is the maximum pump drawing capacity that the Rule 37A SuperSwitch Float Switch can handle?

The Rule 37A SuperSwitch Float Switch is designed to handle pumps drawing up to 20 Amps. This ensures compatibility and reliable performance with a wide range of pump systems.

5. Does the Rule 37A SuperSwitch Float Switch contain mercury?

No, the Rule 37A SuperSwitch Float Switch does not contain mercury. This makes it a safer and more environmentally friendly option compared to traditional float switches that may use mercury.

6. What applications is the Rule 37A SuperSwitch Float Switch ideal for?

The Rule 37A SuperSwitch Float Switch is ideal for demanding applications where reliable water level detection is essential. It can be used in various marine, industrial, and residential settings to control pumps and prevent flooding.