Soft start technology can better protect motor equipment, such as fault protection, overload protection and voltage protection. For example, once the motor is short-circuited, the motor will be in a fault state of too small or too large voltage, so if the soft start technology is applied, the motor can be better protected, so that the motor can be in a normal working state without causing more serious consequences. Moreover, in the process of applying soft start technology, it can also be automatically detected in the work of motor equipment to obtain various working data of the motor, which can provide accurate reference for relevant staff to evaluate the running state of the motor, not only reducing the cost of traditional detection, but also effectively reducing the inspection time. At the same time, in case of any failure of motor equipment, the soft start technology can also automatically analyze the cause of the failure, so that maintenance personnel can "suit the remedy to the case" and repair the equipment better and faster, effectively reducing the maintenance cost of the equipment.

GE module IC693MDL330

OMRON switch E2E-X10E1

OMRON switch E2E-X2F2-M1

OMRON switch WLCA12-2N

Festo switch SME-8-K-LED24

Shanwu switch 1LS1-J

Mitsubishi Mitsubishi communication module FR-E5NC

Schneider module 140NOE77101

WANDFLUH solenoid valve SDSPM22-AB-G24/KD35

WANDFLUH solenoid valve SDSPM18-BA-G24/KD35

ABB inverter ACS550-01-015A-4

ABB inverter ACS800-04-0400-3+P901

ABB inverter ACS800-04-0210-3+P901

ABB inverter ACS550-01-012A-4

ABB inverter ACS550-01-072A-4

ABB inverter ACS550-01-04A1-4

AB module 1769-OF8C

Fanuc Memory Board A16B-2201-010

Allen-Bradley-14 1746-IM16 C

ABB contactor TBC7-30-10

TWK sensor SWF-15B-01

YASKAWA drive SGDS-04A01A

Keens servo driver SV-020P2