ThyssenKrupp Elevator Server CPIK Diagnostic Tool with RS485/CAN Interfaces for Parameter Reading an

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January 06, 2026
Category Connection: Elevator Spare Parts
Brief: In this video, we provide a professional walkthrough of the ThyssenKrupp Elevator Server CPIK Diagnostic Tool. Follow the narrative to see how small design choices affect everyday performance, including demonstrations of parameter reading and writing, fault diagnosis procedures, and system compatibility checks for elevator maintenance professionals.
Related Product Features:
  • Comprehensive parameter management for reading and writing P0-P999 parameters with EEPROM saving.
  • Advanced fault diagnosis system with fault code reading, clearing, and stack record query functions.
  • Motor control and monitoring capabilities including self-tuning and real-time parameter tracking.
  • Compatible with ThyssenKrupp CPI/CPIK series inverters and MC2 control systems.
  • Features RS485 and CAN communication interfaces for reliable connectivity.
  • Supports firmware versions V2.X, V5.X, and V11.X for broad system compatibility.
  • LCD monochrome display and 32-key operation panel for clear data visualization and intuitive control.
  • Essential for elevator installation, debugging, parameter optimization, and fault troubleshooting.
FAQs:
  • What elevator systems is the ThyssenKrupp CPIK Diagnostic Tool compatible with?
    The tool is compatible with ThyssenKrupp CPI/CPIK series inverters, TMI2/TMI3 mainboards, MC2 control systems, and Thyssen 3000 and 5000 elevator series, supporting firmware versions V2.X, V5.X, and V11.X.
  • What types of parameters can be managed using this diagnostic tool?
    It enables comprehensive parameter reading and writing for P0-P999 parameters, including key controls like P80 for motor self-tuning, P4 for control direction, and P15 for acceleration/deceleration time, with EEPROM saving and factory reset functionality.
  • How does the fault diagnosis system work on this tool?
    The tool offers advanced fault diagnosis through commands like 'f' for reading fault codes and 'c' for clearing faults, along with stack record query and deletion, covering various fault types such as Watchdog, EEPROM, and heatsink overtemperature.