BST IMS-DS20P2C2-B Elevator Door Controller with Self-Learning Anti-Pinch and Closed-Loop Vector Control for K300 System

BST IMS-DS20P2C2-B Elevator Door Controller with Self-Learning & Anti-Pinch for K300 System Replacement Part

1. The IMS-DS20P2C2-B is a professional elevator door operator control box manufactured by BEST (Shanghai Best Electric), specially matched for K300 series elevator door drive systems, suitable for permanent magnet synchronous door motor speed regulation.
2. It adopts closed-loop vector control technology to realize stepless speed regulation of door opening, closing and buffering stages, ensuring smooth and low-noise door operation with accurate in-position performance, improving passenger riding experience.
3. Built-in intelligent door width self-learning function can automatically identify door travel parameters and match optimal operation curves, greatly simplifying on-site debugging steps and reducing maintenance technical threshold.

   Brand	SULAB
   Description	Elevator parts
   Model	IMS-DS20P2C2-B
   MOQ	1PC
   Transportion	TNT, UPS, DHL, Fedex, Air, Sea
   Applicable	Elevator
   Packages	Carton, Wooden case, Pallet etc
   Delivery Time	Normally 2-3 working days after payment
   Warranty	One year
   Payment Method	Company Bank, Western union, Paypal etc

4. Equipped with comprehensive safety protection mechanisms including overcurrent, overvoltage, overload, overtemperature and obstacle anti-pinch protection, it will automatically reverse when encountering resistance, complying with EN81 elevator safety standards.
5. It reserves standard dry contact interfaces for open/close commands, door zone signals and safety edge inputs, with relay output of door position and fault status, perfectly adapting to the logic of elevator main control systems.
6. Each control box undergoes strict full-load aging test and function verification before delivery, with standard mounting dimensions and plug-in wiring terminals, supporting direct replacement of original faulty units to shorten on-site maintenance time.