JTNV1S-TMP-F-DC9V

The JTNV1S-TMP-F-DC9V is a power relay 2 amperes above. It is designed to control high currents and to protect sensitive circuits as well as people and equipment. The power relays can work effectively with an input current as low as five hundred milliamps and up to two amperes.

The power relays can also be used for blocking DC circuits, providing a isolation circuit to prevent errant current leakage. They also can be used for signaling circuits and in transfer switch applications. The relay also has power transfer capabilities allowing for the transfer of current between an AC and DC voltage source.

The relay is designed with a single pole touch activated contact which is spring loaded and protected by a soft plastic guard. The contacts are gold plated for better contact and corrosion resistance. The power relays can handle up to 16 amperes at 120 volts, with a DC tripping current of 0.85 amperes.

The power relays can be used to control power in a variety of applications such as security systems, motor starters, lighting, or even heavy duty tools like hydraulic lifts. They are also suitable for controlling the circuits that turn on and off high voltage loads. With its wide variety of uses, the power relay can be used in a variety of places from residential to commercial settings.

The working principle of JTNV1S-TMP-F-DC9V power relay is simple. When the contacts close, the current is transferred between an AC and DC voltage source. When the contacts are released, the current is blocked and redirected, thus protecting sensitive circuits and equipment.

Power relays have been around for many years and continue to be used in residential, commercial, and industrial settings. They are reliable and provide the assurance of no power-related problems when used correctly. With advances in technology, newer types of power relays have been developed to provide increased capacity, better performance, and higher reliability. The JTNV1S-TMP-F-DC9V is one such advanced power relay, capable of handling high currents and protecting sensitive equipment.