Features of the SCKKR1-7000 series soft starter

1.The SCKR1-7000 series soft starters feature an LCD liquid crystal display with a clear interface, making operation effortless and smooth. The system comes with display in 8 languages and can also be customized to specify the country's language as needed.

2. It comes with the regular Modbus 485 communication function. It can also be customized with the Siemens Profibus protocol, mobile phone APP, etc., facilitating users' remote debugging and control.

3. The brand-new customized DC contactor has a performance three times higher than that of ordinary AC contactors, reduces heat by 2.6 times, offers 25% safety and 20% energy savings (with a 25% increase in safety and 20% energy savings), and has a service life of over 100,000 times.

4. It adopts a 24V high-speed DC fan for 360° all-round heat dissipation, providing stronger wind force.

5. We have a deep cooperation with Hubei Taiji, a domestic listed company, and use customized modules and thyristors, which are different from the general modules available on the market, to enhance the load capacity.

6. There is no need to install an external bypass contactor, which saves installation space and cable costs, and makes installation more convenient.

7. Compared with the conventional soft starter, the control mode has an additional square torque starting, which provides a greater torque during starting and makes the start-up process easier.

8. It is equipped with a PT100 input terminal, enabling real-time monitoring of the motor temperature.

9. It adopts plug-and-pull control terminal blocks, which are very easy to install. Just unplug each terminal block, reconnect the wires and reinsert them.

10. Operation simulation: It can simulate the start, operation and stop of the motor without connecting the main circuit of the soft starter to the power supply voltage, to confirm that the components of the soft starter itself are normal.

11. Add an emergency start function to ensure normal operation even in the event of a breakdown of a single-phase thyristor.