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ENC EN600PV Series - User Manual

ENC EN600PV Series
91 pages
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PV Pump Inverter User Manual
EN600PV Series
Ver. 1.0
ISO9001:2015 Quality Management System Authentication
SHENZHEN ENCOM ELECTRIC TECHNOLOGIES CO., LTD

Table of Contents

Questions and Answers

  • P
    paul31Aug 6, 2025
    How to fix over current during acceleration of ENC Inverter?
    • F
      fgarciaAug 6, 2025
      If the ENC Inverter experiences overcurrent during acceleration, several factors could be responsible. It might be due to an accelerating time that is too short, in which case you should prolong the accelerating time. Another cause could be an improper V/F curve; try adjusting the V/F curve setting, manually adjust torque boost, or switch to automatic torque boost. If the motor is restarting while rotating, set the speed checking restart function. Also, check the input power supply in case of low voltage. If the inverter's power is too small, opt for a higher-power inverter. Lastly, under vector control, check the motor wiring for good condition if there's a loss of output phase.
  • T
    Timothy HortonAug 12, 2025
    What to do if ENC EN600PV Inverter shows overvoltage during deceleration?
    • M
      moonbrandyAug 12, 2025
      If your ENC Inverter is showing an overvoltage error during deceleration, there are a few things to investigate. First, the decelerating time may be too short, so prolonging it could resolve the issue. If you have a potential energy load or a large inertia load, consider increasing the braking power of the external energy consumption braking subassembly. Check the input power supply for any unwonted input voltage. Also, ensure that the accelerating/decelerating time is appropriately set and prolonged if too short. Finally, if the input voltage changes abnormally, assemble a reactor.
  • J
    joanna52Aug 19, 2025
    Why ENC EN600PV Inverter shows overcurrent during constant speed?
    • C
      Caitlin JimenezAug 19, 2025
      If the ENC Inverter is showing overcurrent during constant speed, it could be due to a sudden load change or unwonted phenomena; in this case, check or reduce saltation of the load. Also, check if the Acc./Dec. time is set too short, and prolong the accelerating/decelerating time properly. Low power source voltage can cause this problem, so check the input power supply. The inverter's power might also be a bit small, so consider choosing an inverter with higher power.
  • B
    Brittany JohnsonAug 25, 2025
    What causes overcurrent during deceleration in ENC EN600PV Inverter?
    • A
      Aaron PatrickAug 25, 2025
      If you're experiencing overcurrent during deceleration with your ENC Inverter, it could be due to a few reasons. The decelerating time might be too short, so prolonging it is a possible solution. Another cause could be having a potential energy load or a big Inertia load. Also, the power of the inverter might be a bit small, so consider choosing an inverter with high-power.
  • J
    Jeffery MitchellAug 30, 2025
    How to troubleshoot overvoltage during acceleration of ENC Inverter?
    • D
      Denise MorseAug 30, 2025
      If the ENC Inverter displays an overvoltage error during acceleration, it could be due to a few reasons. Check the input power supply for unwonted input voltage. If the Acc. time is set too short, prolong the accelerating time properly. Also, if the motor restarts while rotating, set the speed checking restart function.

Summary

EN600 PV Series PV Pump Inverter User Manual

Foreword

Safety Information and Usage Notices

Safety Precautions

Details essential safety warnings, precautions, and prohibition points for inverter operation.

Inverter Type and Specifications

Incoming Inverter Inspection

Procedure for checking inverter condition and parts upon delivery.

Type Explanation

Details on how to interpret the inverter model naming convention.

Nameplate Explanation

Description of information provided on the inverter's nameplate.

Inverter Type Details

Categorizes inverters by input voltage, output current, motor power, and battery compatibility.

EN600 Appearance and Parts

Identifies external components and features of the EN600 inverter model.

Keypad Dimensions and Mounting

Provides dimensions for keypad mounting and installation hole sizes.

Product Technical Specifications

Details input/output characteristics, running functions, and environmental requirements.

Installation and Wiring

Main Loop Terminal Wiring

Diagrams and descriptions for connecting main power input/output terminals.

Basic Running Wiring Diagram

Illustrates the fundamental wiring configuration for inverter operation.

Control Loop Configuration and Wiring

Control Board Terminal Descriptions

Details the functions and specifications of control board terminals.

Run and Operation Explanation

Run Modes

Describes the different operational modes of the inverter.

Keypad Operation

Details how to use the inverter's keypad for control and parameter access.

LED and Indicator Lights

Explains the meaning of various status indicator lights on the inverter.

Keypad Display Status

Describes the different display statuses shown on the inverter keypad.

User Management Parameters

Details how to manage and set inverter parameters for user customization.

Keypad Operation Methods

Explains common keypad operations like parameter display switching and function code setting.

Function Parameter Schedule

Symbol Description

Explains symbols used in parameter tables.

Core Operation and System Parameters

Covers system, basic run, V/F, auxiliary, terminal, curve, analog/pulse, and I/O parameters.

Advanced Control and Motor Parameters

Details PLC, PID, Solar, Traverse, Vector, and Motor specific parameters.

Configuration, Protection, and Diagnostic Parameters

Includes enhanced control, protection, virtual I/O, extended, user, fault, and security parameters.

Debugging Specification

Detailed Solar Inverter Function Description

Provides detailed descriptions and factory settings for system parameters (Group F00).

On-Off Input Function Parameters (F08)

Details the functions and settings for on-off input terminals (X1-X8).

Photovoltaic Special Function Parameters (F12)

Configures parameters for solar water supply modes, MPPT, and related protections.

Asynchronous Motor Pump Operation

Photovoltaic Inverter Protection Functions

Troubleshooting

Failure Types and Countermeasures

Lists common inverter failures (E-XX) and provides corresponding causes and solutions.

Failure Record Lookup

Explains how to access and interpret stored failure records using F26 parameters.

Failure Reset Procedures

Provides guidance on resetting the inverter after addressing failure causes.

Alarm Reset

Details the procedure for resetting alarms after resolving the alarm source.

Maintenance

Routine Maintenance and Inspections

Recommends daily and periodic inspection items to ensure inverter performance and prevent failures.

Inspect and Replace Wearable Parts

Identifies components prone to wear and recommends inspection and replacement, such as cooling fans and capacitors.

Repair Guarantee and Service

Outlines warranty terms, conditions for chargeable repair, and contact information.

Storage Recommendations

Provides guidelines for storing the inverter to maintain its condition, especially during long-term storage.

Modbus Communication Protocol

Summary

Overview of RS485 communication interface for monitoring and control.

Communication Networking Modes

Illustrates different networking configurations for inverter communication.

Communication Modes

Describes available communication modes, default settings, and address configuration.

Transmission Mode

Specifies the asynchronous serial, semiduplex transport mode and default settings.

Data Communication Structure

Data Frame Format (RTU)

Defines the structure and format for RTU mode communication frames.

Host Read Slave Parameter

Details the command structure for reading parameters from a slave device.

Host Write Slave Parameter

Details the command structure for writing parameters to a slave device.

Data Communication Address Allocation

Function Code F00-F26 Address Allocation

Explains the addressing scheme for inverter function parameters.

Control Command and Status Word Addresses

Defines communication addresses for control commands and status words.

Monitor Parameter Communication Address

Lists communication addresses for monitoring parameters C-00 to C-05.

Inside Hidden Parameters

Details communication addresses for various internal parameters like PID and torque.

Communication Error Processing

Data Frames Examples (RTU Mode)

ASCII Mode

Details the host and response frame formats for ASCII mode communication.

CRC Checkout Mode

Provides a C language function for calculating CRC checkout values.

Accessories Selection

Communication Expansion Cards

Lists available expansion cards for communication protocols like PROFIBUS, CANopen, and CANlink.

Isolated 485 Communication Extension Card

Describes the isolated 485 communication card for remote serial port control.

ENC EN600PV Series Specifications

General IconGeneral
BrandENC
ModelEN600PV Series
CategoryInverter
LanguageEnglish

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