STEP Elevator Car Top Control PCB Board With CANBUS Comm For Door & Load Signal IO Control Spare Part SM.02H-C

STEP Elevator Car Top Control PCB Board With CANBUS Comm For Door & Load Signal IO Control Spare Part SM.02H-C

• The SM.02H-C is an original car top control PCB board designed for STEP elevator control systems, serving as the core IO communication node between the main controller and car top components to coordinate door operation, load detection and safety circuit signals.
• It adopts high-speed CANBUS serial communication technology, which greatly reduces the number of traveling cable cores and simplifies on-site wiring, ensuring stable and real-time data transmission between the car top and the machine room main control cabinet.
• It integrates rich input and output interfaces, supporting door position signal input, light curtain / safety edge signal, load weighing signals (light load / full load / overload), as well as door control output, arrival gong and car lighting control.

  Brand	SULAB
  Description	Elevator parts
  Model	SM.02H-C
  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

• Built with industrial-grade electronic components and multi-layer anti-electromagnetic interference circuit design, it has excellent anti-static and anti-interference performance, maintaining stable operation in the complex electrical environment of elevator hoistways.
• It is equipped with intuitive status indicator lights for power supply, communication and each IO channel, which helps maintenance technicians quickly judge the working state and locate faults, effectively reducing elevator downtime.
• Each board undergoes strict functional testing and aging testing before delivery, with CE and CSA certification, fully compatible with STEP elevator control systems, and supports plug-and-play installation without modifying system parameters.