T9GV1L24-15

T9GV1L24-15 Application Field and Working Principle

The T9GV1L24-15 is a latching type power relay used in applications that require high switching capacity. It is a rugged, highly reliable, low power consumption piece of electrical equipment, suitable for use in both industrial and domestic environments. The device is capable of switching both AC and DC voltages up to 300 volts. It also has a wide operational temperature range, from –40°C to +85°C.

Applications

The T9GV1L24-15 is suitable for use in industrial applications like: switches, road/rail switching/control, high-power AC and DC motors, pumps and other power-driven equipment. It can also be used in domestic applications such as: domestic protection and control, appliances, heating systems, air conditioning systems, and lighting control systems. As the device is both reliable and low power, it is ideal for controlling power in these types of environments.

Principles of Operation

This relay works based on the latching principle. A solenoid-operated latches turn on to connect the circuit. This allows for a low current, or "holding coil" current, to continuously flow. When the control circuit opens, the latching solenoid releases, allowing the spring loaded contacts to open, disconnecting the circuit.

As there is no continuous current flowing through the main contacts, the T9GV1L24-15 is highly energy efficient. The device is designed to connect and disconnect multiple circuits without the need for manual operation. The device is also protected against short circuit, overload and reverse voltage conditions.

Conclusion

The T9GV1L24-15 is a rugged, highly reliable, low power consumption power relay suitable for a number of applications. It is capable of switching both AC and DC voltages up to 300 volts, and has a wide operational temperature range, from –40°C to +85°C. The device works based on the latching principle, which is energy efficient and highly reliable. The T9GV1L24-15 is a great option for domestic and industrial applications that require a high switching capacity.