Xian Sulab Machinery Co., Ltd. 86--15109261813 sulaberic@parts-elevator.com
V3F16L Inverter Driver Boards KM825950G01 KM870350G01 KM937520G01

V3F16L Inverter Driver Boards KM825950G01 KM870350G01 KM937520G01

  • Highlight

    V3F16L inverter driver board

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    elevator inverter driver board KM825950G01

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    KM870350G01 elevator driver board

  • Description
    Elevator Board
  • Model
    KM825950G01
  • Transportion
    TNT, UPS, DHL, Fedex, Air, Sea
  • Packages
    Carton, Wooden Case, Pallet Etc
  • Delivery Time
    Normally 2-3 Working Days After Payment
  • Payment Method
    Company Bank, Western Union, Paypal Etc
  • Brand Name
    SULAB
  • Model Number
    KM825950G01
  • Minimum Order Quantity
    1
  • Delivery Time
    2-3 working days
  • Payment Terms
    D/P,T/T

V3F16L Inverter Driver Boards KM825950G01 KM870350G01 KM937520G01

V3F16L Inverter Driver Boards KM825950G01 KM870350G01 KM937520G01

The KONE KM825950G01 is the MCDLc power-drive board for V3F16L inverter, serving as the core power component of KONE elevator drive systems. This board performs critical functions including rectification, filtering, voltage conversion, and power output to supply stable power for traction machines.

Integrated with high-voltage capacitors, filter inductors, and power components, it is compatible with multiple KONE passenger elevator models. Board failure may result in drive error codes, system startup failure, power tripping, or traction machine non-operation, making it an essential spare part for elevator maintenance operations.

Product Specifications
Description Elevator board
Model KM825950G01
Transportation TNT, UPS, DHL, Fedex, Air, Sea
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
Installation & Maintenance Notes

Important: This drive board is highly sensitive to static electricity and voltage fluctuations. Strict static protection measures must be implemented during disassembly and installation to prevent chip damage.

Before replacement, thoroughly inspect the power supply, reactor, and terminals to eliminate peripheral faults. After mounting, double-check all connectors. Following power-on, commission drive parameters and perform both no-load and full-load test runs.

Verify elevator performance across all operational phases including starting, running, and deceleration. Ensure no error codes appear before formal operation to guarantee reliable drive-system performance.