ADW1112HTW

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Power relays are commonly used in electrical systems to provide a reliable switching mechanism for audio and/or video systems. The ADW1112HTW is a medium power relay capable of handling loads up to 2 Amps.

The ADW1112HTW is an advanced Solid-State Power Relay designed for long-term reliability and high current applications. It is constructed using a surface-mountable form factor and is encapsulated in a black thermally conductive plastic. The ADW1112HTW has an optically isolated input that can be triggered by 3Vdc to 24Vdc making it suitable for a range of applications.

The ADW1112HTW is designed with two contacts that are separated by a gap of 12mm. It is capable of operating for a minimum of 100,000 cycles at a maximum switching capacity of 6 Amps. The contact gap is sealed to ensure a reliable switching operation and prevent dust or other contaminants from entering into the contacts.

The ADW1112HTW can be used in a variety of applications such as switches and relays in industrial or commercial applications, automotive systems, and home security systems. It is a suitable choice for applications that require high current carrying ability and reliable switching. The ADW1112HTW can be used in a variety of settings, including electronic devices, audio and video systems, security systems, and electronic sensor systems. It is also capable of functioning as a mechanical or switch-based system in certain applications.

The working principle of the ADW1112HTW is based on electro-mechanical solenoid technology. When the input voltage is applied to the coil, the contacts move relative to the contacts in an "open" and "closed" state. The contact gap is sealed to prolong the life of the device and ensure a reliable switching operation.

The ADW1112HTW is a highly reliable and cost-effective power relay capable of handling loads up to 2 Amps. It is an excellent choice for medium power applications requiring reliable switching and high current capabilities. The optically isolated input makes it suitable for a range of applications, including automotive systems, home security systems, and electronic devices. The working principle is based on electro-mechanical solenoid technology, making it a robust and durable switching solution for a variety of applications.

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