What to do if Smartrise Controller shows MOSFET Failure?
If the Smartrise Controller experiences a MOSFET failure, which occurs when the MOSFET output feedback signal deviates from the input signal by more than 20% for over 2 seconds, you should first check the wiring for the brake coil, BRC, and AC supplied voltage to the Brake board. Also, inspect the brake coil for shorts. If problems persist, consider replacing the Brake board.
What to do if Smartrise Controller shows Communication error?
If the Smartrise Controller displays a communication error, which means there has been no communication for 2 seconds, verify the CAN bus connection for miswiring and check the bus termination.
How to fix Watchdog Reset on Smartrise HPV900 Controller?
A Watchdog Reset (4) on your Smartrise Controller indicates a CAN bus error or the processor has stalled. To resolve this, check the CAN bus connections for any miswiring.
What to do if Smartrise HPV900 Controller displays Duplicate Brake error?
A 'Duplicate Brake' error on the Smartrise Controller means multiple Brake boards have the same DIP addressing. Check the Brake boards for identical DIP switch settings. Then, remove and reconnect power to the Brake board.
Why does Smartrise Controller show Brown Out Reset?
A Brown Out Reset (10) on the Smartrise Controller is caused by voltage rail DIP causing a processor reset. Ensure that the power supply rating is sufficient for the Brake board.
How to fix CAN Bus Offline error on Smartrise Controller?
To address a CAN Bus Offline (8) issue on your Smartrise Controller, check the CAN bus connections for miswiring.
How to fix Communication error on Smartrise HPV900 Controller?
To resolve a Communication error on the Smartrise Controller, verify the CAN bus connection for any miswiring and check the bus termination.
Why does my Smartrise HPV900 Controller experience Watchdog Reset?
A Watchdog Reset on the Smartrise Controller typically occurs due to a CAN bus error or the processor stalling. To address this, check the CAN bus connections for any miswiring.
How to troubleshoot Unknown error on Smartrise HPV900?
If the Smartrise Controller displays an Unknown error, a possible solution is to replace the Brake board.
The provided document is a startup manual for the Smartrise C4 HPV900-Induction Drive, specifically version 3.0, dated March 5, 2020. This manual outlines the procedures for setting up, wiring, powering up, operating, and troubleshooting the HPV900-S2 induction AC drive.
The Smartrise C4 HPV900-Induction Drive is an induction AC drive designed for elevator systems. Its primary function is to control the operation of an induction motor, facilitating the movement of an elevator car. The drive works in conjunction with a Smartrise C4 Controller, which provides job-specific parameters and control signals. The manual emphasizes the importance of verifying equipment and settings against job-specific parameters for proper operation, as detailed in the C4 Controller sheet 01 "Getting Started Parameter Table."
While the manual doesn't list a comprehensive set of technical specifications in a dedicated section, it references several key parameters that are crucial for the drive's operation and configuration. These parameters are typically found in the "Job Specifications" section of the C4 Controller sheet 01 and are used to configure the Magnetek drive.
Key Parameters for Configuration (Adjust A0, Configure C0):
Wiring References:
The manual provides a "Terminal Descriptions" table (Table 1) for the drive's TB1 terminal block, detailing the signals and their descriptions:
Additionally, a "Wiring References for Common Encoders" table (Table 2) lists color codes for various encoder brands (Imperial / PG-X3, Magil, IH740 / IH950, Accucoder, Wachendorff, Industrial Encoder (Canada)) for PWR, COM, A, /A, B, /B, Z, /Z, DATA, /DATA, CLOCK, /CLOCK, and SHIELD signals. This table serves as a reference, but users are advised to follow the actual pin-out instructions provided with their specific encoder.
The manual guides users through the initial setup and operational checks of the HPV900-Induction Drive.
Construction Mode: During construction mode, all safety inputs are functional. The manual provides detailed steps for wiring the "Construction Box" and configuring the controller for this mode:
Powering Up: The power-up sequence involves:
Operation: Once powered up, the car is run, and a checklist is completed during verification. Key operational checks include:
The manual primarily focuses on initial setup and troubleshooting rather than ongoing maintenance. However, the troubleshooting section can be considered a guide for diagnosing and resolving common issues that might arise during the drive's operational life or initial commissioning.
Troubleshooting:
The document serves as a crucial guide for technicians and installers, ensuring the correct and safe commissioning of the Smartrise C4 HPV900-Induction Drive in elevator applications. It emphasizes adherence to wiring diagrams and parameter settings provided in the accompanying C4 Controller sheets.
General| Brand | Smartrise |
|---|---|
| Model | HPV900 |
| Category | Controller |
| Language | English |
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