T90N1D12-12-17

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Power relays are electrically operated switches that control the flow of electrical power. The T90N1D12-12-17 is a power relay designed to handle higher levels of current that those that a standard relay can, and operate with higher precision. An example application is the current control used for the charging and harvesting systems used in electric and hybrid vehicles.

The T90N1D12-12-17 relay uses a bifurcated contact arrangement which offers a reliable way of controlling current. A bifurcated contact is a mechanism that consists of two pairs of contacts, one pair working as normal, and the other pair as a redundant (back up) in case of any faults. This increases the reliability of the contact and helps it to maintain its contact and current control over multiple cycles.

The working principle of the T90N1D12-12-17 relay involves an input current triggering a mechanical device that opens or closes the switch, which in turn. This switch then controls the current and voltage going to the load. The mechanical design of the device ensures that it switches off quickly and safely even when the current is more than 2 Amp. This ensures that the relay can withstand a wide range of current levels without any risk of failure.

The T90N1D12-12-17 relay is designed for applications such as electric vehicle charging and battery harvesting, and the control of AC and DC motors. It can also be used to control switching in light switches, touch pads, door locks, CCTV systems, alarms and security systems.

The T90N1D12-12-17 relay offers a safe and reliable way to control larger currents, and its mechanical design provides a superior level of switching accuracy. The bifurcated contact arrangement offers a step up in reliability, while the added safety features ensure that the device is secure in operation. Because of these advantages, the T90N1D12-12-17 is a great choice for applications that require reliable current control at higher currents.

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