AHNA11

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Relay Sockets are a type of electrical switch which uses electromagnetism to transmit signals from one vertex to another. The AHNA11 Application Field and Working Principle is one of the many specialized types of these relays, designed to provide an interface and operation of many exterior modules and devices such as: a cell phone, an industrial system control, a remote start/stop for a motor, a security system, and other devices. This specialized type of relay socket has been designed to be extremely versatile and reliable for high-duty applications.

The AHNA11 relay socket utilizes an internal contact system comprised of two relays that have diametrically elongated contactors that are opened when the relay switch is operated. The contactors of the relays are designed in such a way that they form an angle of 45° to each other, when the relays are in the idle or operational state. This design provides a reliable and safe connection between the two contact points. The use of specially designed internal contact system also enables the AHNA11 relay socket to sustain a much higher overload current than traditional switch relays.

The AHNA11 voltage range is from 6V to 240V AC and is designed to allow the user to easily select the desired operating voltage. The two main contacts of the AHNA11 relay socket are ESBA80-23-24 (no N.C.) and ESBA80-24-24 (with N.P.), both of which are rated at 25A/300V DC. The contacts are highly reliable and are designed to work in a wide range of temperatures, from -40°C to +130°C. The relay socket also has three auxiliary contacts that are rated for 24V with 5A/24V DC rating.

In order to operate the AHNA11 relay socket, a supply voltage (either 6V or 12V DC) is applied to the relay’s input contact. When the relay’s input contact is energized, the voltage is transmitted to the twopiston contacts, which are then actuated and cause the contacts to open or close. The AHNA11 relay socket is designed to be operated with a standard off-delay, meaning that the contacts will remain in an operational state for a certain amount of time after the voltage supply has been removed from the relay socket’s input contact. This time varies, however, and can range from 0.1 to 25 seconds depending on the configuration of the relay socket.

The AHNA11 relay socket is also designed to be very compact and lightweight, making it suitable for a wide variety of applications, including those in the automotive, aerospace, telecommunications, and medical industries. The AHNA11 relay socket is also designed to be highly resistant to adverse conditions such as dust, water, and vibration, and is UL approved for use in hazardous locations. Due to its versatility, the AHNA11 relay socket can be used in emergency stop functions, overvoltage protection, auxiliary contact assignments, time delays, and AC/DC motor control.

The AHNA11 relay socket is a highly efficient and reliable device for the switching of electrical loads. Its versatility and UL approval make it an ideal choice for all types of applications. The AHNA11 relay socket is easy to operate and install, as well as highly reliable. The AHNA11 relay socket is the perfect choice for any application where a durable and reliable switching device is required.

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