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hpmont HD09-4T1P5G-S - User Manual

hpmont HD09-4T1P5G-S
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V1.1 2018.07
HD09-S Series
High-performance Smart Inverter
User Manual
Single-phase 220 - 240V, 0.25 - 2.2kW
Three-phase 380 - 460V, 0.4 - 5.5kW

Table of Contents

Questions and Answers

  • K
    kelli33Aug 18, 2025
    What to do if my hpmont HD09-4T1P5G-S is overloaded?
    • J
      John PetersonAug 18, 2025
      If your hpmont Inverter is overloaded, there are several potential causes and solutions: * If the acceleration time is too short, adjust the acceleration time using parameters F03.01, F08.03, F08.05, and F08.07. * If the motor parameters are not set correctly, set the correct motor parameters using F08.00 - F08.04. * If the V/f curve or torque boost settings are improper, leading to overcurrent, adjust the V/f curve using F09.01 - F09.06 or the torque boost using F09.07 and F09.08. * If using vector control without parameter auto-tuning, perform parameter self-tuning (F08.06). * Check that the mains supply voltage is adequate. * If the motor load is too high, use an inverter with a proper power rating.
  • A
    Amy OnealAug 20, 2025
    How to fix hpmont Inverter output over current?
    • A
      Alicia SmithAug 20, 2025
      If your hpmont Inverter shows an output over current during acceleration, consider these possible causes and solutions: * Ensure the inverter and motor are properly connected. * Set the correct motor parameters using settings F08.00 - F08.04. * If the inverter's rating is too small, select an inverter with a higher rating. * Adjust the acceleration and deceleration times using parameters F03.01 - F03.08 if they are too short. * If using vector control, perform parameter self-tuning (F08.06).
  • D
    Dennis FletcherAug 23, 2025
    What causes motor overload in hpmont Inverter and how to resolve it?
    • S
      Stanley BriggsAug 23, 2025
      If you are experiencing motor overload with your hpmont Inverter, here are some possible causes and solutions: * If the V/f curve setting is improper, adjust it using parameters F09.01 - F09.06. * Ensure that the mains supply voltage is adequate. * For long-term, low-speed, high-load operation, consider replacing the motor with a variable frequency motor. * If the motor runs with blocked torque or the load is too heavy, check the load and mechanical transmission devices.
  • C
    Cheryl MathewsAug 25, 2025
    How to correct parameter setting errors on hpmont HD09-4T1P5G-S?
    • H
      hannah18Aug 26, 2025
      To correct parameter setting errors on your hpmont Inverter: * Select a motor that matches the drive power if the motor's rated power is far from the drive's rated power. * Set the correct motor parameters using settings F08.00 - F08.04 if the motor parameter setting is improper.
  • T
    Tim JamesAug 28, 2025
    Why is my hpmont Inverter showing stall overvoltage, and how can I fix it?
    • S
      Samantha BrownAug 28, 2025
      If your hpmont Inverter is showing a stall overvoltage error, it could be due to: * Bus voltage being too high: Check the power input or the function of the brake. * The stall overvoltage setting being too low: Set the value of stall overvoltage properly (F19.19).
  • E
    Erica LeachAug 30, 2025
    How to resolve heatsink overheat on hpmont HD09-4T1P5G-S Inverter?
    • M
      Michael FloydAug 30, 2025
      If your hpmont Inverter's heatsink is overheating: * If the ambient temperature is too high, use an inverter with higher power capacity. * If the inverter's external ventilation is poor, improve the ventilation around it. * If the fan is faulty, replace the cooling fan. * If a fault occurs to temperature detection circuit, please seek technical support.
  • C
    Christina MarquezSep 1, 2025
    What causes a fault of output phase in hpmont HD09-4T1P5G-S?
    • J
      Jamie AdamsSep 2, 2025
      A fault in the output phase of your hpmont Inverter can be caused by: * Output phase disconnection or loss: Check the connection between the inverter and the motor. * Heavy imbalance of the inverter’s three-phase load: Check the quality of the motor.
  • A
    Ashley MitchellSep 4, 2025
    What to do if hpmont HD09-4T1P5G-S parameters auto-tuning fails?
    • P
      Patricia RiveraSep 4, 2025
      If the parameter auto-tuning fails on your hpmont Inverter: * Check the motor’s connection if the parameter auto-tuning times out. * Input the correct motor parameters (F08.01 - F08.04). * If the issue persists, seek technical support.
  • W
    whitelynnSep 6, 2025
    How to troubleshoot SCI communication errors on hpmont HD09-4T1P5G-S Inverter?
    • C
      Carl YoungSep 7, 2025
      To troubleshoot SCI communication errors on your hpmont Inverter: * Check the connection of the communication cable for faults. * Ensure the cable is securely connected. * Correctly set the communication format (F17.00) and baud rate (F17.01). * Verify the communication data for errors.
  • E
    Eric MccallSep 9, 2025
    What causes operation keypad EEPROM read and write problems in hpmont HD09-4T1P5G-S Inverter?
    • W
      Wanda RobinsonSep 9, 2025
      If you're experiencing operation keypad EEPROM read and write problems with your hpmont Inverter, it could be due to: * The control keypad EEPROM memory circuit has failed: Replace the operator keypad. * If the issue persists, contact factory maintenance.

Summary

Chapter 1 Safety Information

Chapter 3 Machenical Installation

3.1 Dimension and Weight

3.2 Requirement for the Installation Site

Specifies environmental and installation site requirements for optimal inverter performance and safety.

Chapter 4 Electrical Installation

4.1 Electric Requirements

Details grounding and wiring requirements for safe and reliable electrical connections.

4.1.1 Grounding Requirements

Specifies reliable grounding methods and resistance requirements for the inverter.

4.1.2 Wiring Requirements

Outlines guidelines for cable separation and routing to prevent interference.

4.2 Power Terminals and Connection

Description of power terminals and connection diagrams for different inverter sizes.

4.3 Control Terminals and Connection

Details and diagrams for connecting various control terminals, including digital and analog inputs/outputs.

Chapter 6 Operation

6.1 Keypad

Explains the standard LCD and optional LED display keypads and their components.

6.3 Keypad Control Operation

Step-by-step guide for operating the inverter directly using the keypad.

6.4 Terminal Control Running

How to control the inverter's start, stop, and direction using external terminals.

6.5 Communication Control Operation

Chapter 7 Detailed Function Introduction

7.2 F00: Basic Parameter

Covers basic parameters like control mode selection and frequency setting access.

7.2 F00: Basic Parameter (Continued)

Explains parameters for original frequency setting, UP/DOWN control, and inching operations.

7.3 F01: Parameter Protection Function

7.4 F02: Start and Stop Controlling Parameter

Parameters related to start modes, delay times, and DC braking for starting and stopping.

7.4 F02: Start and Stop Controlling Parameter (Continued)

Details parameters for stopping DWELL frequency, DC braking, and jog control modes.

7.5 F03: Acc. and Dec. Parameter

Parameters for acceleration and deceleration modes, including linear and S-curve settings.

7.6 F04: Process PID Controlling Parameter

7.6 F04: Process PID Controlling Parameter (Continued)

7.9 F08: Motor Parameter

Parameters for configuring motor characteristics and performing auto-tuning.

7.9 F08: Motor Parameter (Continued)

Details motor parameter self-tuning procedures and related settings.

7.10 F09: V;f Controlling Parameter

7.11 F10: Motor Vector Control Speed-loop Parameters

7.11 F10: Motor Vector Control Speed-loop Parameters (Continued)

7.12 F11: Motor Vector Control Current Loop Parameter

7.13 F15: Digital Input; Output Terminals Parameter

Configuration of digital input/output terminals for various functions.

7.13 F15: Digital Input; Output Terminals Parameter (Continued)

Details parameters for set running time, count value reach presets, and output terminal delay.

7.14 F16: Analogue Input; Output Terminal Parameter

7.14 F16: Analogue Input; Output Terminal Parameter (Continued)

7.15 F17: SCI Communication Parameter

7.15 F17: SCI Communication Parameter (Continued)

Overvoltage stall function (F19.18, F19.19)

Automatic current limit function (F19.20 - F19.22)

Chapter 8 Troubleshooting and Maintenance

8.1 Troubleshooting

Guidance on identifying and resolving common faults and alarms in the inverter.

8.1 Troubleshooting (Continued)

Continues the list of faults and troubleshooting steps, covering motor overload and communication errors.

8.2 Maintenance

Daily and periodical maintenance procedures to ensure the inverter's longevity and performance.

8.2 Maintenance (Continued)

Guidelines for periodical maintenance checks, including terminal screws, power terminals, and cleaning.

Chapter 10 Parameter

F00: Basic Parameter

Covers basic parameters like control mode selection and frequency setting access.

F00: Basic Parameter (Continued)

Explains parameters for original frequency setting, UP/DOWN control, and inching operations.

F01: Parameter Protection Function

F02: Start and Stop Controlling Parameter

F02: Start and Stop Controlling Parameter (Continued)

F03: Acc. and Dec. Parameter

F04: Process PID Controlling Parameter

F04: Process PID Controlling Parameter (Continued)

F08: Motor Parameter

Parameters for configuring motor characteristics and performing auto-tuning.

F08: Motor Parameter (Continued)

Details motor parameter self-tuning procedures and related settings.

F09: V;f Controlling Parameter

F09: V;f Controlling Parameter (Continued)

F10: Motor Vector Control Speed-loop Parameters

F10: Motor Vector Control Speed-loop Parameters (Continued)

F11: Motor Vector Control Current Loop Parameter

F11: Motor Vector Control Current Loop Parameter (Continued)

F15: Digital Input; Output Terminals Parameter

Configuration of digital input/output terminals for various functions.

F15: Digital Input; Output Terminals Parameter (Continued)

Details parameters for set running time, count value reach presets, and output terminal delay.

F16: Analogue Input; Output Terminal Parameter

F16: Analogue Input; Output Terminal Parameter (Continued)

F17: SCI Communication Parameter

F17: SCI Communication Parameter (Continued)

F20: Fault Protection Parameter

Configuration of overload protection, output phase fault detection, and self-recovery functions.

F20: Fault Protection Parameter (Continued)

Details fault types, automatic reset settings, and protection parameters.

F23: PWM Controlling Parameter

hpmont HD09-4T1P5G-S Specifications

General IconGeneral
Brandhpmont
ModelHD09-4T1P5G-S
CategoryInverter
LanguageEnglish

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