How to fix Monarch nice3000 Controller Err03 error?
If the Monarch Controller displays Err03, it means motor auto-tuning was performed improperly. Ensure the motor parameters comply with the nameplate specifications. Then, perform motor auto-tuning again.
What does error Err22 on Monarch Controller mean?
If the Monarch Controller displays Err22, it means there is a short circuit to ground on the motor side. Check whether a short circuit to ground exists on the motor side.
What to do if Monarch nice3000 shows power output phase loss?
If the Monarch Controller is showing a power output phase loss: * The output wiring of the main circuit may be loose. * The motor may be damaged. To address this: * Check the wiring. * Check whether the contactor on the output side is normal. * Eliminate the motor fault.
What does error Err29 on Monarch nice3000 mean?
If the Monarch Controller displays Err29, it means the earthquake signal is active and the duration exceeds 2s. Check that the earthquake signal is consistent with the parameter setting (NC, NO) of the MCB.
What does error Err41 on Monarch nice3000 Controller mean?
If the Monarch Controller displays Err41, it indicates that the safety circuit signal becomes OFF. You should check whether the safety circuit switches and their states.
What does it mean if my Monarch nice3000 Controller displays Err24?
Replace the clock battery if the Monarch Controller displays Err24, as this indicates the RTC clock information of the MCB is abnormal.
What to do if Monarch nice3000 Controller shows module overheat?
If the Monarch Controller is overheating, consider the following: * The ambient temperature may be too high. * The fan may be damaged. * The air filter may be blocked. Here's what you can do: * Lower the ambient temperature. * Clear the air filter. * Replace the damaged fan. * Check whether the installation clearance of the controller meets the requirements.
How to troubleshoot Monarch motor auto-tuning fault?
A motor auto-tuning fault with the Monarch can arise if: * The motor cannot rotate properly. * The motor auto-tuning times out. * The encoder for the PMSM fails. To address this: * Enter the motor parameters correctly. * Check the motor wiring and whether phase loss occurs on the contactor at the output side. * Check the encoder wiring and ensure that the encoder PPR is set properly. * Check whether the brake keeps released during no-load auto-tuning. * Check whether the inspection button is released before the PMSM with-load auto-tuning is finished.
What causes Monarch nice3000 to display under-voltage?
An under-voltage error on the Monarch Controller can be triggered by: * Instantaneous power failure on the input power supply. * Input voltage being too low. * Failure of the drive control board. To troubleshoot: * Eliminate any external power supply faults and check for power failures during operation. * Ensure all power input cables are securely wired. * Contact the agent or Monarch.
How to fix over-voltage during acceleration on a Monarch nice3000?
Over-voltage during acceleration in the Monarch Controller can be due to: * Input voltage being too high. * Excessive regeneration power from the motor. * Braking resistance being too large or braking unit failure. * Acceleration rate being too short. To resolve this: * Adjust the input voltage and observe the bus voltage for normal behavior. * Check the balance coefficient. * Select a proper braking resistor, consulting the recommended braking resistance table to ensure the resistance isn't too large. * Inspect the cable connecting the braking resistor for damage, grounding of the copper wire, and reliable connection.
Notices to ensure personal safety and prevent damage to property.
Information on personnel qualified to operate the product/system.
Statement regarding manual consistency, changes, and application drawings.
Information on copyright and patent liability.
Describes correct use, features, safety, installation, and maintenance.
Provides website and email for the latest product information.
Overview of the NICE3000new controller and its advantages.
Covers safety precautions like preventing electric shock and sudden movement.
Details on RCD requirements and motor insulation testing.
Guidance on unpacking and checking the product upon receipt.
Explains the model designation and nameplate details.
Illustrates the internal and external components of the controller.
Lists available controller models with their specifications.
Describes the system components and their interconnections.
Covers mounting environment, clearance, and dimensions.
Details terminal arrangements, descriptions, wiring diagrams, and cable selection.
Describes digital inputs, analog inputs, relay outputs, and communication protocols.
Explains the installation of leveling, slow-down, and limit switches.
Covers device connection, descriptions, and selection.
Lists optional components available for the NICE3000new system.
Details model selection for braking components.
Describes optional boards like CTB, HCB, CCB, and GCB.
Covers PG card selection, connection, and precautions.
Details buttons, display, menu structure, and operations.
Explains panel introduction, key descriptions, and function code operations.
Provides a guide for elevator system commissioning.
Covers functions like PMSM stator scheme, emergency evacuation, and door control.
Explains the structure and meaning of function code entries.
Lists the classification of function code groups (F0-F9, FA, Fb, FC, Fd, FE, FP, Fr).
Details motor control mode and command source selection.
Covers motor type, parameters, encoder settings, and auto-tuning modes.
Explains speed loop PI, current loop PI, position lock PI, and torque settings.
Details running speed curve settings and startup/stop sequences.
Configures functions for low-voltage DI, high-voltage DI, and DO terminals.
Covers fire emergency and security floor functions.
Includes parameters for car call/hall call tests and running tests.
Provides details on designated, last 10, and latest 10 fault information.
Explains leveling accuracy adjustment methods for all floors and single floors.
Covers user password settings, restoration, and contract number checks.
Classifies faults into five levels based on severity.
Provides a table of fault codes, possible causes, and solutions.
Lists key technical specifications like frequency, control modes, and torque.
Explains how output power is derated with increasing altitude.
Compares NICE3000new features with the previous NICE3000 model.
Provides a daily checklist for inspecting motor, fans, environment, load, and voltage.
Outlines periodic checks for electrical shock prevention and component maintenance.
Details procedures for replacing cooling fans and electrolytic capacitors.
Provides guidelines for storing the controller to maintain component integrity.
Explains the CE mark and its compliance with European directives.
Details compliance requirements for the Low Voltage Directive.
Describes EMC capabilities and the controller's compliance standards.
Defines terms like First Environment, Second Environment, and Category C1 Controller.
Covers AC input reactors, EMC filters, dv/dt reactors, and common-mode filters.
Provides recommendations for circuit breakers and fuses.
Details requirements and cabling for shielded cables.
Discusses factors influencing leakage current and ELCB solutions.
Offers solutions for ELCB tripping, controller interference, and communication issues.
General| Control Method | Sensorless vector control |
|---|---|
| Protection Features | Overcurrent, overvoltage, undervoltage, overload, short circuit, overheating |
| Operating Temperature | -10°C to +40°C |
| Storage Temperature | -20°C to 60°C |
| Weight | Varies by model |
To Next Page
