T820147504DH

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Thyristors are a type of solid-state switching device which are used to control electrical power flow. They are often found in lighting control panels, industrial automation, and motor control systems. The T820147504DH is a type of thyristor module produced by Mitsubishi Electric. This device is commonly used for motor control, power switching, and power transmission applications.

The T820147504DH is a unidirectional thyristor module with a high current capability. It features a conventional, counter-gate triggering mechanism and is designed for outdoor applications. It is rated for a maximum operating power of 1300VAC, and a maximum surge voltage of 1700VAC.

The T820147504DH is constructed with a main thyristor and seven auxiliary thyristors in a single module. The main thyristor is typically used for current control, while the auxiliary thyristors are used for surge protection. All components of the module are isolated from each other to provide maximum safety.

The module is designed to use only a single gate current pulse to turn on the main thyristor, while the auxiliary thyristors are turned on by the turn-on voltage of the main thyristor. This allows for smooth switching without the need for additional gate pulses. The module also features a temperature monitoring system for improved safety. Additionally, the module has built-in noise suppression for noisy environments.

The T820147504DH module is optimized for use in harsh industrial environments. It offers reliable protection against short-circuits and over-currents and is rated to operate at temperatures up to 125 °C. The module also features a wide range of mounting options, making it suitable for a variety of applications.

In summary, the T820147504DH thyristor module is a high-performance device designed for applications in motor control, power switching, and power transmission. It features a high current capability and is optimized for use in harsh industrial environments. The module is also designed for easy installation and provides reliable protection against short-circuits and over-currents. Additionally, the module offers built-in noise suppression and temperature monitoring for improved safety.

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