MCTC4825KLB

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Solid state relays are becoming increasingly popular due to their numerous advantages over traditional types of relays. The MCTC4825KLB series of solid state relays are no exception. This series of relays offer high-performance operation, extended service life, and a wide range of applications.

The MCTC4825KLB series of solid state relays are highly reliable and suitable for a range of industrial applications. These relays feature a maximum DC current load of 10A and a power rating of 250VAC/24VDC. It provides circuit isolation between input and output with a dielectric strength of 4KV. The small size also makes it suitable for mounting in control panels. Other features include a wide temperature range of -40°C to +85°C, low minimum on-state resistance of 0.1Ω and a 1 million hour service life.

The working principle of the MCTC4825KLB series of solid state relays is based on TRIAC technology. When the current flow in the input line of the relay exceeds a certain level, the contacts close to allow a forward current flow. The contacts remain closed until the power to the relay is removed. This forward current flow causes the TRIAC to switch on and the corresponding output load is activated. When the input current falls below a certain level, the relay contacts open causing the TRIAC to switch off. This action deactivates the output load.

The MCTC4825KLB solid state relays are suitable for a wide range of applications including lighting, heating, and motor control. They are also used in circuits that require frequent on/off switching or circuit isolation. These relays are a cost effective solution for industrial applications due to their low cost, high performance, and long service life.

In summary, the MCTC4825KLB series of solid state relays are ideal for a range of industrial applications. They are highly reliable, feature a wide temperature range, and offer a 1 million hour service life. The working principle is based on TRIAC technology and when the current flow in the input line exceeds a certain level, the contacts close to allow a forward current flow. These relays are suitable for lighting, heating, motor control and circuits that require frequent on/off switching or isolation.

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