Danfoss 117-7441 115V/60Hz Potential Relay 115V/60Hz Potential Relay

115V/60Hz Potential Relay

The 117-7441 115V/60Hz Potential Relay from Danfoss is a potential relay that can be used for 24 Hz or 60 Hz monitoring. The unit features two terminal screws, a threaded body and a maximum load of 125 VDC / 2 A.

The Danfoss 117-7441 115V/60Hz Potential Relay is designed for use in home appliances such as furnaces, hot water heating systems and central air conditioners. It may also be used in commercial applications.

The Danfoss 117-7441 115V/60Hz Potential Relay is designed with a durable design, making it perfect for industrial use. This potential relay is great for driving submerged pumps or other electrical devices that require 0-12VDC in series with 120VAC. With your purchase, you also get access to a series of online resources that help you learn about the product and ensure proper installation and trouble-shooting.

The Danfoss 117-7441 115V/60Hz Potential Relay enables monitoring of low voltages (12 to 110 VAC) and can be used for data transmission to other devices, such as energy management systems.

The Danfoss 117-7441 115V/60Hz Potential Relay is a replacement for the original equipment on new installations, or as a spare part for existing installations. It is recommended that production controllers have no more than one potential relay in series (e.g. 2 kW max for control power). This product should not be used where thermostats are required to have potential relays.

The Danfoss 117-7441 115V/60Hz Potential Relay is a high performance relay that can be used for many different applications. The combination of high reliability, modified old technology and new technology, as well as backward compatibility with existing systems, makes the Danfoss relay an obvious choice for customers requiring simple and reliable solutions for their control needs.

This Danfoss 117-7441 115V/60Hz potential relay is a multipurpose control assisting device whose task it is to detect the presence of a voltage potential or its absence.