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Senlan SLANVERT Hope530 Series - User Manual

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Table of Contents

Questions and Answers

Summary

Preface

Notes for Unpacking Inspection

Guidelines for checking the product after unpacking to ensure it matches the order and is undamaged.

Model Description of the Inverter

Explanation of the model naming convention for the Hope530 series inverter.

Definition of Safety Signs

Explanation of safety symbols used in the manual, indicating potential hazards and precautions.

Terms and Abbreviations

List of common terms and abbreviations used in the manual with their meanings.

1. Safety and Precautions

1.1 Safety Precautions

Essential safety guidelines for installation, wiring, power-on, operation, transportation, and scrapping of the inverter.

1.2 Precautions

Important considerations for motor and mechanical load operation, including comparisons with power frequency.

2. Product Specification

2.1 General Technical Specification of Hope530 Series Inverter

Detailed technical specifications of the Hope530 series inverter, covering input, output, and basic parameters.

2.2 Product Series Specification

Table detailing the specifications for different models in the Hope530G series inverter product line.

3. Installation and Wiring

3.1 Inverter Installation

General instructions and safety warnings for installing the inverter, emphasizing qualified personnel.

3.1.1 Installation Environment

Requirements for the installation environment, including temperature, humidity, dust, vibration, and clearance for heat dissipation.

3.1.2 Installation Spacing and Direction

Guidelines for proper spacing between inverters and mounting direction for optimal cooling and performance.

3.1.3 Complete Installation of Each Model

Details on wall-mounted and embedded installation methods for different Hope530G models.

3.1.4 Disassembly and Installation of Cover Plate

Step-by-step instructions for removing and installing the inverter cover plate for various models.

3.2 Wiring of the Inverter

General guidelines and safety precautions for wiring the inverter, emphasizing trained personnel.

3.2.1 Main Circuit Terminal Wiring and Configuration

Schematic diagrams and terminal descriptions for connecting the inverter to the main circuit and peripherals.

3.2.2 Incoming and Outgoing Form of Lines of the Inverter

Illustrates the wiring effects and terminal layouts for input and output connections of the inverter.

3.2.3 Control board Terminal, Jumper and Wiring

Details on control board terminals, jumper settings, and wiring for proper operation.

3.3 Suppression Method for Inverter Electromagnetic Interference

Methods to suppress electromagnetic interference from the inverter and protect it from external interference.

4. Inverter Operation and Test Run

4.1 Inverter Operation and Display

Overview of the operation panel functions, display areas, and key operations for controlling the inverter.

4.1.1 Functions of Operation Panel

Detailed explanation of the functions of each key on the HOPE-PU07 operation panel.

4.1.2 Display Status and Operations on the Operations Panel

Description of different display states and navigation within the inverter's operation panel menus.

4.2 First Energization

Steps and precautions for the initial power-on of the inverter after installation and wiring.

4.3 Quick Commissioning Guidelines

Essential steps for commissioning the inverter's speed regulation based on default values.

4.3.1 Settings for Public Parameters of Each Control Mode

Guidelines for setting essential public parameters for various control modes before quick commissioning.

4.3.2 V;F Control Quick Commissioning

Methods for performing quick commissioning of the inverter using V/F control mode.

4.3.3 Vector Control Quick Commissioning

Methods for performing quick commissioning of the inverter using vector control mode.

5. List of Functional Parameters

F0 Basic Parameters

Details on fundamental parameters (F0-00 to F0-09) related to digital settings, frequency channels, and direction.

F1 Acceleration & Deceleration, Starting, Stopping and Jogging Parameters

Parameters related to acceleration, deceleration, starting, stopping, and jogging functions of the inverter.

F2 V;F Control Parameters

Parameters specific to the V/F control mode, including curve settings, torque boost, and slip compensation.

F3 Speed, Torque and Flux Control Parameters

Parameters for controlling motor speed, torque, and flux, essential for vector control and ASR functions.

F4 Digital Input Terminal and Multi-Speed

Configuration of digital input terminals for various functions, including multi-speed selection and PLC control.

F5 Digital Output and Relay Output Settings

Settings for digital outputs (DO1, DO2) and relay outputs (T1-T6) defining their functions.

F6 Analog and Pulse Frequency Terminal Settings

Configuration of analog inputs (AI1-AI4) and outputs (AO1-AO3), including PFI and PFO settings.

F7 Process PID Parameters

Detailed explanation of F7 parameters for configuring Process PID control, including selection, gains, and transitions.

F8 simple PLC

Settings for the simple PLC function, including running modes, stage settings, and cycle times.

F9 Textile Wobble Frequency, Counter, Length Counter, Zero Servo and Position Control

Parameters for wobble frequency, counting, length counting, zero servo, and position control functionalities.

FA Motor Parameters

Parameters for motor setup, including self-tuning, rating, and protection settings for optimal performance.

Fb Protection Function and Inverter Advanced Settings

Configuration of various protection functions and advanced settings to ensure safe and reliable inverter operation.

FC Keyboard Operation and Display Settings

Settings for the operation panel's keys, display behavior, lockout functions, and navigation.

FE Programmable Unit

Configuration of comparators, logical units, timers, and arithmetic units for creating custom functions.

FP Fault Record

Details on last and previous faults, including operation frequency, output values, and terminal input states.

FU Data Monitoring

Parameters for monitoring various inverter operating data, including frequency, current, voltage, and speed.

6. Detailed Explanation of Functional Parameters

6.1 F0 Basic Parameters

Detailed explanation of F0 Basic Parameters (F0-00 to F0-09), covering digital settings and frequency channels.

6.2 F1 Acceleration & Deceleration, Starting, Stopping and Jogging Parameters

Detailed explanation of F1 parameters for acceleration, deceleration, starting, stopping, and jogging.

6.3 F2 V;F Control Parameters

Detailed explanation of F2 parameters for V/F control, including curve settings and torque lift.

6.4 F3 Speed, Torque and Flux Control Parameters

Detailed explanation of F3 parameters for speed, torque, and flux control, including ASR and torque limitations.

6.5 F4 Digital Input Terminal and Multi-Speed

Configuration of digital input terminals for various functions, including multi-speed selection and PLC control.

6.6 F5 Digital Output and Relay Output Settings

Settings for digital outputs (DO1, DO2) and relay outputs (T1-T6) defining their functions.

6.7 F6 Analog and Pulse Frequency Terminal Settings

Configuration of analog inputs (AI1-AI4) and outputs (AO1-AO3), including PFI and PFO settings.

6.8 F7 Process PID Parameters

Detailed explanation of F7 parameters for configuring Process PID control, including selection, gains, and transitions.

6.9 F8 simple PLC

Settings for the simple PLC function, including running modes, stage settings, and cycle times.

6.10 F9 Textile Wobble Frequency, Counter, Length Counter, Zero Servo and Position Control

Parameters for wobble frequency, counting, length counting, zero servo, and position control functionalities.

6.11 FA Motor Parameters

Parameters for motor setup, including self-tuning, rating, and protection settings for optimal performance.

6.12 Fb Protection Function and Inverter Advanced Settings

Configuration of various protection functions and advanced settings to ensure safe and reliable inverter operation.

6.13 FC Keyboard Operation and Display Settings

Settings for the operation panel's keys, display behavior, lockout functions, and navigation.

6.14 FE Programmable Unit

Configuration of comparators, logical units, timers, and arithmetic units for creating custom functions.

6.15 FF Communication Parameters

Settings for communication parameters, including protocol, baud rate, addresses, and timeout settings.

7. Troubleshooting and Exception Handling

7.1 Faults of Inverter and Solutions

Table of inverter fault codes, possible causes, and recommended troubleshooting steps.

7.2 Alarms of Inverter and Solutions

List of inverter alarms, their content, solutions, and corresponding alarm words/bits.

7.3 Abnormal Operation of the Inverter and Solutions

Common abnormal operations of the inverter and their corresponding causes and solutions.

8. Maintenance and After-sales Service

8.1 Daily Care and Maintenance

Guidelines for routine checks and maintenance of the inverter and its operating environment.

8.2 Regular Maintenance

Recommendations for periodic inspection of the inverter's components and connections every three to six months.

8.3 Replacement for Vulnerable Parts of Inverter

Information on replacing vulnerable parts like cooling fans and filter capacitors, including damage causes and criteria.

8.4 Storage of the Inverter

Guidance on proper storage conditions for the inverter, both temporary and long-term.

8.5 After-sale Service

Details about the warranty period and conditions for paid repair services after purchase.

9. Optional Accessories

9.1 Brake Assembly

Selection guide for suitable braking resistors and insulated cables for inverters with built-in braking units.

9.2 Communication Components

List of optional communication modules including Profibus-DP, PROFINET, and RS485 modules.

9.3 AC Reactor

Functions and recommended use cases for AC reactors on the input and output sides of the inverter.

9.4 EMI Filters and Ferrite Common Mode Filters

Information on EMI filters and ferrite common mode filters for suppressing interference.

9.5 Digital I;O Expansion Board

Description of the digital I/O expansion board used to increase digital input and relay output terminals.

9.6 Encoder Interface Board

Details on the encoder interface board for PG control, counting, and analog output functions.

9.7 Operation Panel Option

Description of different operation panel options (HOPE-PU04, HOPE-PU07) and their functions.

9.7.1 Functions of the operator panel

Detailed explanation of the functions of the HOPE-PU04 LCD operation panel keys and status indicators.

9.7.2 Removal and Installation of Operation Panel

Step-by-step instructions for removing and installing the operation panel from the inverter.

9.7.3 Installation of the Operation Panel on the Cabinet Panel

Procedure for installing the operation panel on a cabinet panel using mounting boxes and extended cables.

9.8 Analog I;O Expansion Board

Details on the analog I/O expansion board for adding analog input and output terminals.

9.9 Flush Mounted Lanyards

Information on flush-mounted lanyard models used for connecting the inverter to installation cabinets.

9.10 Wiring Aid Kit

Introduction to wiring aid kits, including cable holders and wiring boards, for secure cable installation.

9.10.1 Cable Holder

Details on cable brackets (holders) for Hope530G45T4~Hope530G375T4 models, including selection tables.

9.10.2 Wiring Board

Information on wiring boards for Hope530G11T4~Hope530G37T4 models, recommended for thick or multi-stranded cables.

9.11 Protective Cover

Details on protective covers to enhance dustproof capability for Hope530G11T4~Hope530G37T4 models.

Senlan SLANVERT Hope530 Series Specifications

General IconGeneral
Control ModeV/F Control, Vector Control
Input Voltage380VAC ±15% (3-phase)
Output Voltage0~rated input voltage
Overload Capacity150% for 60 seconds
Braking UnitBuilt-in
CommunicationRS485
Protection FeaturesOvercurrent, Overvoltage, Undervoltage, Overheat, Short Circuit

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