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hpmont HD3N Series - User Manual

hpmont HD3N Series
170 pages
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HD3N Series
High-performance Smart Inverter
V1.1 2018.09
HD3N Series
High-performance
Smart Inverter
User Manual

Table of Contents

Questions and Answers

hpmont HD3N Series Specifications

General IconGeneral
Brandhpmont
ModelHD3N Series
CategoryInverter
LanguageEnglish

Summary

FORWARD

Connection with peripheral devices

HD3 N Quick Start Guide

Set rated parameters of motor

Configure motor's rated electrical parameters using the keypad.

Start;Stop HD3 N and set running frequency via keypad

Learn to start, stop, and adjust frequency using the keypad for HD3N.

To use terminal to start;stop, and use keypad to set running frequency

To use terminal to start;stop and set analogue running frequency

To use terminal to start;stop, and use communication to set running frequency

To use communication to start;stop and to set running frequency

Motor parameter auto-tuning

Input;Output parameter setting for analogue AI and AO current 4 - 20 mA

Analogue 4 - 20 mA input

Configuration for analogue inputs using a 4-20mA current signal.

Chapter 1 Safety Information and Precautions

Safety Definition

Defines safety terms like Danger, Warning, and Note for hazard avoidance.

About Motor and Load

Discusses motor behavior and load characteristics during inverter operation.

Chapter 1 Safety Information and Precautions

About HD3 N

Specific safety considerations and characteristics related to the HD3N inverter.

Chapter 1 Safety Information and Precautions

Altitude and derating

Guidelines for derating inverter performance at high altitudes due to reduced air density.

Chapter 2 Product Information

Nameplate Description

Explanation of information found on the product's nameplate.

Chapter 2 Product Information

Rated Value

Table detailing rated electrical values for different HD3N models.

Chapter 2 Product Information

Technical Data

Comprehensive technical specifications for electrical and performance aspects.

Chapter 3 Machenical Installation

Precautions for Mechanical Installation

Safety guidelines and warnings before performing mechanical installation.

Chapter 3 Machenical Installation

Installation Direction and Space

Specifies required clearances for cooling and proper installation orientation.

Chapter 4 Electrical Installation

Precautions for Electrical Installation

Essential safety warnings and guidelines for electrical wiring.

Peripheral Accessories Selection

Guidance on choosing appropriate peripheral accessories for the HD3N.

Chapter 4 Electrical Installation

Wiring Specifications of Input and Output

Details on recommended wire sizes and specifications for input/output connections.

Chapter 4 Electrical Installation

Main Circuit Terminals and Wiring

Information on main circuit terminal connections and proper wiring practices.

Chapter 4 Electrical Installation

Supply and Motor Terminal Identification

Illustration and description of supply and motor terminal layouts for various frames.

Chapter 4 Electrical Installation

Control Board Overview

Introduction to the HD3N control board and its layout.

Chapter 4 Electrical Installation

Control Terminal (7.5 - 75 kW)

Detailed description of control terminal functions for 7.5-75kW models.

Chapter 4 Electrical Installation

Control Terminal (90 - 400 kW)

Detailed description of control terminal functions for 90-400kW models.

Chapter 4 Electrical Installation

Control Terminal Wiring

Detailed guide on wiring the control terminals to minimize interference.

Chapter 4 Electrical Installation

Analogue Input (AI) Connection

Guidance on connecting analogue input signals for AI1 and AI2.

Chapter 4 Electrical Installation

Digital Output (DO) Connection

Wiring instructions for digital output (DO1) using internal or external power supplies.

Chapter 4 Electrical Installation

4.5 Meet EMC Requirement of Installation

Guidelines for ensuring electromagnetic compatibility during installation.

Correct EMC Installation Practices

Guidelines for achieving good electromagnetic compatibility (EMC) during installation.

Chapter 4 Electrical Installation

Motor Connection Guidelines

Recommendations for motor cable length and its impact on inverter performance.

Chapter 4 Electrical Installation

Ground Connection Methods

Proper grounding techniques to ensure safety and performance.

Chapter 4 Electrical Installation

Reactor Selection and Purpose

Guidance on selecting AC/DC reactors and their functions.

Chapter 5 Operation Instructions

Function Description Overview

Explains how to understand function descriptions in the manual.

Chapter 5 Operation Instructions

Running modes

Descriptions of various running modes such as Jog, PID, multi-speed, and wobble.

Chapter 5 Operation Instructions

Keypad Description

Explanation of the LCD and LED keypad functions and buttons.

Chapter 5 Operation Instructions

Display Status

How to interpret status indicators and fault codes on the keypad display.

Chapter 5 Operation Instructions

Parameter setting

Step-by-step guide for navigating menus and setting parameters.

Chapter 5 Operation Instructions

User Password Management

Instructions for unlocking, modifying, and clearing the user password.

Chapter 6 Function Introduction

Display parameter:

Introduction to parameters related to displaying inverter status and data.

Chapter 6 Function Introduction

d00: Status Display Parameter

Detailed information on displaying various inverter statuses and parameters.

Chapter 6 Function Introduction

F00: Basic Parameters

Configuration of fundamental parameters such as motor control mode and frequency limits.

Chapter 6 Function Introduction

F01: Protection of Parameters

Settings for protecting parameters from unauthorized changes or accidental resets.

Chapter 6 Function Introduction

F02: Parameters for Start and Stop

Configuration options for motor start and stop behaviors, including dwell and braking.

Chapter 6 Function Introduction

F03: Acc.; Dec. Parameter

Settings for acceleration and deceleration times, including linear and S-curve profiles.

Chapter 6 Function Introduction

F08: Asyn. Motor Parameters

Settings for asynchronous motor characteristics, essential for vector control.

Chapter 6 Function Introduction

F09: V;f Control Parameters

Parameters for configuring the Volts/Hertz (V/f) control method.

Chapter 6 Function Introduction

F10: Motor Vector Control Speed-loop Parameters

Tuning parameters for the speed control loop in vector control mode.

Chapter 6 Function Introduction

F15: Digital I;O Terminal Parameters

Configuration of digital inputs and outputs for control and monitoring.

Chapter 6 Function Introduction

Braking unit (F19.24 - F19.25, F19.40 - F19.41)

Settings related to the operation and voltage of the braking unit.

Chapter 6 Function Introduction

F16: Analogue I;O Terminal Parameters

Configuration of analogue inputs and outputs for variable control signals.

Chapter 6 Function Introduction

F17: SCI Communication Parameter

Settings for serial communication (SCI) parameters, including data format and baud rate.

Chapter 6 Function Introduction

6.2.18 F20: Fault Protection Parameters

Configuration of parameters for protecting the inverter and motor from various faults.

Overload Fault Protection

Configuration for overload detection and pre-alarm settings to protect motor and inverter.

Input;Output Phase Loss Fault

Settings for detecting and acting on phase loss faults.

PID Fault Detection

Parameters for detecting issues with PID control settings and feedback signals.

Chapter 6 Function Introduction

Fault Auto-reset Function and Fault Relay Action

Settings for automatic fault reset and relay output behavior.

Chapter 6 Function Introduction

F21: Torque Control Parameter

Parameters for configuring and managing motor torque control.

Chapter 7 Troubleshooting and Maintenance

Troubleshooting Guide

A comprehensive list of faults, their reasons, and corresponding countermeasures.

Chapter 7 Troubleshooting and Maintenance

Maintenance Procedures

Guidelines for routine daily and periodic maintenance of the controller.

Chapter 8 Accessories

Braking Unit and Braking Resistor Selection

Guidance on selecting appropriate braking units and resistors based on motor power.

Chapter 8 Accessories

Reactor Selection

Tables and information for selecting AC input, AC output, and DC reactors.

Appendix A Parameters

d00: Status Display Parameter (on pages 46 - 49)

A comprehensive list of status display parameters and their codes.

Appendix A Parameters

F02: Parameters for Start and Stop (on pages 54 - 57)

Comprehensive list of parameters related to motor start and stop behavior.

Appendix A Parameters

F02.00 Start mode

Defines the method used for starting the motor, including DWELL and re-start options.

Appendix A Parameters

F04.01 Setting channel selection

Specifies the source for PID control setting values.

F04.02 Feedback channel selection

Determines the source for PID feedback signals.

Appendix A Parameters

F08: Asyn. Motor Parameters (on pages 67 - 69)

Detailed list of parameters for configuring asynchronous motor characteristics.

F09: V;f Control Parameters (on pages 69 - 71)

Parameters for configuring the Volts/Hertz (V/f) control method.

Appendix A Parameters

F15: Digital I;O Terminal Parameters (on pages 73 -83)

Configuration of digital inputs and outputs for control and monitoring.

Appendix A Parameters

F17: SCI Communication Parameter (on pages 86 - 87)

Settings for serial communication (SCI) parameters, including data format and baud rate.

Appendix A Parameters

6.2.18 F20: Fault Protection Parameters

Configuration of parameters for protecting the inverter and motor from various faults.

Overload Fault Protection

Configuration for overload detection and pre-alarm settings to protect motor and inverter.

Input;Output Phase Loss Fault

Settings for detecting and acting on phase loss faults.

PID Fault Detection

Parameters for detecting issues with PID control settings and feedback signals.

Appendix A Parameters

Fault Auto-reset Function and Fault Relay Action

Settings for automatic fault reset and relay output behavior.

Appendix A Parameters

F21: Torque Control Parameter (on pages 98 - 99)

Parameters for configuring and managing motor torque control.

Appendix B Communication Protocol

1. Introduction

Overview of the standard MODBUS communication protocol used by HD3N.

Communication Terminal Configuration

Details on the communication terminal and its settings.

Appendix B Communication Protocol

Protocol Format

Explanation of the MODBUS RTU and ASCII frame formats.

Appendix B Communication Protocol

3. Protocol Function

Supported MODBUS functions for reading and writing parameters.

Appendix B Communication Protocol

Fault and Exception Code

List and explanation of MODBUS fault and exception codes.

Appendix B Communication Protocol

4. Address Mapping

Table mapping function codes to MODBUS register addresses.

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