AQH2213A

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Solid State Relays are increasing in popularity due to their high level of control accuracy and low maintenance requirements. The AQH2213A solid state relay is a type of relay which offers high levels of precision and control. The AQH2213A is a powerful relay which is designed for industrial applications where accuracy in switching and repeatability is of paramount importance.

The AQH2213A Solid State Relays use optocouplers to control their output. Optocouplers are electrical components which use a light source to isolate a control circuitry from a switching power supply. This optocoupler isolates the power source ensuring that no voltage drops occur between the control and power elements, resulting in accuracy and repeatability of the switching operation. This also reduces the levels of EMF produced in the system and the risk of EMI.

The AQH2213A Solid State Relay is a 3-phase, full-wave device with a voltage rating of DC 5-42V and current ratings of up to 350mA. It is also capable of up to 0.3A pulse current. This relay includes an 8-bit OTP encoding IC which can store up to 256 switching codes. This OTP programming allows for remote control of the relay and its parameters can be adjusted to meet the needs of specific applications.

The AQH2213A Solid State Relay is also capable of performing a variety of protective functions, such as inrush current control, voltage overcurrent protection and voltage undercurrent protection. This protection allows the relay to detect any overvoltage or undervoltage conditions and shut off the power supply to prevent damage to the device being controlled. Other protective functions of this relay include cycle to cycle current limiting, short circuit protection, thermal overload protection and over temperature protection.

The AQH2213A Solid State Relay is an ideal choice for a wide range of industrial applications, including panel building, robotics, medical equipment, elevators, commercial lighting and HVAC systems. Its high level of accuracy and repeatability in switching operations, coupled with its range of protective functions, make it a versatile and reliable choice for applications requiring precision control and dependability.

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