STEP Digital Elevator Mini Program (4): Newcomer Guide and Debugging Function
2025-08-15
This issue will provide an in-depth analysis of the three core feature highlights of the digital elevator mini-program:
✓ Smart operator: Remotely and in real time control elevator operation
✓ Parameter library: Predefined configurations can be called with one click.
✓ Fast and Slow Train Guidance Debugging: Get up to speed quickly following the instructions.
Keep pace and unlock a new, highly efficient operations experience today!
Turn your phone into a controller in seconds.
Say goodbye to traditional operators! Your smartphone can instantly transform into a professional debugging terminal—now, users of the STEP system can complete elevator debugging anytime, anywhere. What’s more, the system now supports a “real-time debugging interface sharing” feature: When you encounter technical challenges, simply share your operation interface with collaborators at the touch of a button, enabling multiple people to collaborate remotely for diagnosis and boosting team-efficiency!
Data fast storage call
Intelligent debugging data is automatically stored in the parameter library, supporting:
✓ View in real time and share securely
✓ One-click association and binding to a specified elevator
✓ Flexible invocation of historical configurations
Achieve efficient, full-lifecycle management of debugging data.
Beginner-friendly guided debugging
Mobile phone debugging has now been upgraded to a dual-mode system featuring “Guided Debugging” and “Smart Debugging.”
✓ Smart Debugging: For users familiar with the STEPeng system
✓ Guided Debugging: Designed for users who are new to the system or still unfamiliar with it, this is a completely revamped iteration based on the original operator, offering step-by-step guidance and a zero-barrier entry point. Guided debugging is further subdivided into “Slow-Start Guidance” and “Fast-Track Guidance,” which will be discussed in detail below.
• Slow-train guidance and debugging
Users simply need to follow the debugging sequence—“On-site inspection → Status check → Parameter setting → Emergency electric operation of control cabinet → Car top inspection → Pit inspection → Completion”—and proceed step by step according to the instructions. For example, during the status check, refer to the content displayed on the mobile app to verify whether the signals are functioning properly; during parameter setting, the mobile app will list all parameters—just confirm or set them one by one; and during the slow-speed trial run, you can view the equipment’s operating status in real time directly from the mobile app.
• Fast-track guided debugging
After completing the slow-train guidance debugging, you’ll be able to smoothly and confidently proceed to the fast-train guidance debugging. Follow these steps: “Confirm installation information → Self-learning → Confirm fast-train trial run → Complete.” First, confirm all the information as prompted on the screen, then enter the self-learning mode, monitor the equipment status in real time, and wait for the self-learning process to finish. Finally, enter the instruction registration interface, confirm the operation, and you’ll have successfully completed the fast-train guidance debugging.
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No. 1560, Siyi Road, Jiading District, Shanghai Municipality