What to do if hpmont Controller displays E0023 error?
If the hpmont Controller displays error E0023, which indicates a faulty setting of parameters, select a controller with a suitable power rating and set correct value of motor parameters.
What to do if hpmont Controller displays E0025 error?
If the hpmont Controller displays error E0025, which indicates too small running current, correct the setting of F16.14, F16.15, check the connection between HD5L and motor, detect HD5L whether output and detect whether the output contactor work is normal.
Why hpmont Controller shows E0018 error?
The E0018 error on the hpmont Controller indicates excessive speed deviation. To fix it, change the contactor, set proper PG P/R, correct the setting of F05.19 - F05.20, select bigger capacity, and correctly set speed-loop PI parameter.
How to troubleshoot DC bus undervoltage on hpmont HD5L?
If you are experiencing DC bus undervoltage with your hpmont Controller, it could be due to normal power on/off cycling, low input voltage, or improper wiring. Check the input power voltage and ensure the controller is wired properly. Note that undervoltage can occur at the beginning of power on and at the end of power off, which is normal.
Why did the soft start fail on my hpmont HD5L?
If the hpmont Controller indicates a 'Soft start failed' error, it could be due to a contactor fault or a fault in the control circuit. Replace the contactor.
What does Controlboard EEPROM faulty mean on hpmont HD5L Controller?
If the hpmont Controller displays 'Controlboard EEPROM faulty', it means there is a memory circuit fault of control board EEPROM. Please contact the supplier for repairing.
What to do if hpmont HD5L shows E0004 error?
If the hpmont Controller displays error E0004, which indicates Acc over voltage, you should check the power input, set a proper value for Dec time, and check wiring to ensure HD5L is wired properly.
What does Lu error mean on hpmont Controller?
The Lu error on the hpmont Controller indicates DC bus undervoltage. This can be normal during power on and power off. Check the input power voltage and ensure the HD5L wiring is correct.
What to do if hpmont HD5L Controller displays E0019 error?
If the hpmont Controller displays error E0019, which indicates a motor overload, you can adjust the V/f curve, check the power input, properly set the overload protection factor of the motor, and check the load and mechanical transmission devices.
What to do if hpmont HD5L Controller displays E0017 error?
If the hpmont Controller displays error E0017, which indicates a controller overload, you can adjust the Acc time, adjust the V/f curve or torque boost, check the mains supply voltage, or use a controller with proper power rating.
General| Brand | hpmont |
|---|---|
| Model | HD5L series |
| Category | Controller |
| Language | English |
Defines Danger, Warning, and Note symbols used in the manual.
Discusses motor characteristics, overload protection, and lubrication.
Details restrictions on output side connections, voltage, and input configurations.
Explains the structure and meaning of the product model designation.
Illustrates the location and components of the product's nameplate.
Lists the electrical, performance, and characteristic specifications of the controller.
Provides a table detailing the rated capacity, input/output current, and motor power for various models.
Identifies and illustrates the main external and internal parts of the controller.
Outlines critical safety precautions before and during controller installation.
Specifies environmental and physical requirements for the controller's installation location.
Details the recommended installation orientation and necessary clearances for heat dissipation.
Provides detailed physical dimensions and mounting hole specifications for the controller.
Explains the procedure for installing and removing the controller's front panel.
Describes the step-by-step process for removing the controller's upper and lower covers.
Lists essential safety warnings and guidelines for electrical wiring procedures.
Covers selection of peripheral devices, main circuit terminals, and general wiring practices.
Details control terminals, wire jumpers, SCI communication, and terminal connections.
Explains I/O card functionality and different types of encoder cards for motor feedback.
Provides guidelines for installation to meet electromagnetic compatibility standards, including wiring and grounding.
Provides an overview of the controller's functions and operational states.
Explains the four different operation modes for receiving run commands and setting speed.
Lists the three control modes available: V/f, SVC, and VC.
Describes the various states the controller can be in, such as Stop, Run, and Fault Alarm.
Details the five running modes: Auto-tuning, MS speed, Inspection, Battery-driven, and Normal.
Guides the user on operating the controller through its panel interface.
Identifies the keys on the HD5L controller's LCD panel and their functions.
Explains how the panel displays parameters during stopping, running, editing, and alarming states.
Provides examples of common operations performed using the controller's panel.
Details how to navigate and display specific parameters when the controller is stopped.
Guides the user through the process of unlocking the controller's password protection.
Explains how to change or set a new user password for the controller.
Describes the procedure for clearing the controller's user password.
Outlines the process for performing a self-test on the controller's panel and keys.
Details the steps and checks required before the initial power-on of the controller.
Introduces parameter groups for displaying system, drive, analogue, and encoder states.
Lists parameters for displaying controller series, software versions, and elevator running/controller states.
Covers parameters for showing control mode, speeds, frequencies, and output values.
Explains parameters for displaying analog input and output voltage/current values.
Covers parameters for heatsink temperature, terminal states, MODBUS status, and runtime.
Describes parameters related to SINCOS and UVW encoder states, and PG pulses.
Introduces parameter groups for motor settings, protection, start/stop, and acceleration/deceleration.
Covers fundamental parameters like motor type, control mode, rated speed, and operating modes.
Details parameters for user password protection and parameter initialization.
Explains parameters that control the acceleration, deceleration, and start/stop behavior.
Details parameters for setting acceleration/deceleration speeds, jerks, and specific modes.
Describes parameters for defining analog input characteristic curves.
Details parameters for multi-speed settings, inspection, and battery-driven speeds.
Explains parameters for pre-torque selection and weighing compensation.
Covers parameters specific to asynchronous motors, including auto-tuning.
Details parameters for motor vector control, including speed-loop gains and limitations.
Explains parameters related to the controller's current-loop regulation.
Covers parameters specific to synchronous motors, including auto-tuning.
Details parameters for Pulse Generator (PG) cards used with motors.
Explains the functions assignable to digital input and output terminals.
Covers parameters for configuring analog input and output terminals.
Details parameters for Serial Communication Interface (SCI) settings.
Explains parameters for controlling the LCD panel display language and contrast.
Covers advanced functions like fan control, brake unit voltage, and inspection settings.
Details parameters for motor overheat, phase loss, overload, and auto-reset fault functions.
Explains parameters related to Pulse Width Modulation (PWM) output, such as carrier frequency.
Indicates parameters that are reserved and not used.
Indicates parameters that are reserved and not used.
Covers manufacturer-specific parameters used for factory debugging.
Guides users through the initial setup and debugging steps for elevator systems.
Recommends analyzing application requirements and outlines basic system configuration.
Details essential parameters to set for motor type, control mode, and speed.
Provides procedures for performing auto-tuning for asynchronous and synchronous motors.
Explains how to perform inspection running and set relevant speeds.
Guides on setting parameters for smooth elevator start/stop and leveling.
Details how to apply the controller in terminal MS run mode for elevator control.
Illustrates the control part connection diagram for terminal MS running.
Lists recommended values for general and special function codes for terminal MS run.
Explains how to apply the controller in terminal analogue run mode for elevator control.
Shows the control part connection diagram for terminal analogue running.
Lists recommended values for general and special function codes for terminal analogue run.
Describes the application of battery-driven run mode for power-off scenarios.
Outlines the basic connection diagram for the battery-driven run mode.
Details the sequence of operations during battery-driven running.
Lists common fault codes, their possible causes, and recommended counter-measures.
Specifies daily checks and environmental considerations for controller maintenance.
Outlines periodic checks to be performed every 3 to 6 months for proactive maintenance.
Discusses the lifespan and potential causes of damage for common components like fans and capacitors.
Provides guidelines and considerations for safely disposing of the controller.
Describes the components included in the panel installation assembly.
Provides a table for selecting appropriate braking resistors based on controller models.
Mentions the protective cover accessory and its application.
Refers to a separate manual for details on the power regenerative unit.
Lists parameters for displaying system, drive, analogue, and running states.
Introduces parameter groups for motor settings, protection, start/stop, and acceleration/deceleration.
Covers fundamental parameters like motor type, control mode, rated speed, and operating modes.
Details parameters for user password protection and parameter initialization.
Explains parameters that control the acceleration, deceleration, and start/stop behavior.
Details parameters for setting acceleration/deceleration speeds, jerks, and specific modes.
Describes parameters for defining analog input characteristic curves.
Details parameters for multi-speed settings, inspection, and battery-driven speeds.
Explains parameters for pre-torque selection and weighing compensation.
Covers parameters specific to asynchronous motors, including auto-tuning.
Details parameters for motor vector control, including speed-loop gains and limitations.
Explains parameters related to the controller's current-loop regulation.
Covers parameters specific to synchronous motors, including auto-tuning.
Details parameters for Pulse Generator (PG) cards used with motors.
Explains the functions assignable to digital input and output terminals.
Covers parameters for configuring analog input and output terminals.
Details parameters for Serial Communication Interface (SCI) settings.
Explains parameters for controlling the LCD panel display language and contrast.
Covers advanced functions like fan control, brake unit voltage, and inspection settings.
Details parameters for motor overheat, phase loss, overload, and auto-reset fault functions.
Explains parameters related to Pulse Width Modulation (PWM) output, such as carrier frequency.
Explains the RS485 communication interface and MODBUS protocol support.
Details the RJ45 interface pin definition for communication.
Illustrates different network modes for controller communication.
Describes the MODBUS RTU and ASCII frame formats.
Lists supported MODBUS function codes for parameter operations.
Details the MODBUS function codes supported for parameter read/write operations.
Explains command and response frames for RTU mode operations like reading and writing parameters.
Provides examples of communication commands and responses for specific operations.
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