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Hoymiles HM-1200NT User Manual

Hoymiles HM-1200NT
30 pages
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Version 1.2 (June 2020)
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Hoymiles HM-1200NT Specifications

General IconGeneral
BrandHoymiles
ModelHM-1200NT
CategoryInverter
LanguageEnglish

Summary

Important Notes

1.1 Product Range

Lists the Hoymiles Microinverter models covered by this manual.

1.2 Target Group

Specifies that the manual is intended for qualified technicians only.

1.3 Symbols Used

Explains safety symbols such as Danger, Warning, and Caution.

About Safety

2.1 Important Safety Instructions

General safety precautions for installation and operation of the microinverter.

2.2 Explanation of Symbols

Explains the WEEE symbol for waste electrical and electronic equipment.

2.3 Radio Interference Statement

Details FCC compliance and measures to reduce radio interference.

About Product

3.1 About 4 in 1 Unit

Introduces the "4 in 1 Unit Microinverter" and its key features.

3.2 Highlights

Lists key features and specifications like peak output power and efficiency.

3.3 Terminals Introduction

Identifies and describes the AC and DC connectors on the microinverter.

3.4 Dimension(mm)

Provides the physical dimensions of the microinverter.

About Function

4.1 Work Mode

Explains the different operating modes: Normal, Zero Export Control, and Standby.

About Installation

5.1 Accessories

Lists and describes the accessories required for installation.

5.2 Installation Precaution

Advises on precautions for installing the microinverter and DC connections.

5.3 Space Distance Required

Specifies the necessary spacing for optimal communication and performance.

5.4 Preparation

Outlines preparatory steps before installing the equipment.

5.5 Pre-installation

Details steps for planning cable length and installing AC bus end caps.

5.6 Installation Steps

Step-by-step guide on how to fix the microinverter onto the rail.

Step 2. Complete the AC Connection

Instructions for connecting the AC bus cable and securing vacant ports.

Step 3. Install AC End Cable

Guide on preparing and connecting the AC end cable to the distribution box.

Step 4. Create an Installation Map

Process for creating an installation map using serial numbers.

Step 5. Connect PV Modules

Instructions for mounting PV modules and connecting DC cables.

Step 6. Energize the System

Steps to turn on the AC breakers and energize the system.

Step 7. Set Up the Monitoring System

Guidance on setting up the monitoring system using DTU documentation.

Troubleshooting

6.1 Troubleshooting List

A comprehensive list of alarm codes, names, and suggested solutions.

6.2 Status LED Indicator

Explains the meaning of different LED flash patterns for status indication.

6.3 On-site Inspection (For qualified installer only)

Step-by-step guide for troubleshooting inoperable microinverters.

6.4 Routine Maintenance

Guidelines for performing regular maintenance and safety precautions.

6.5 Replace Microinverter

Detailed instructions on how to remove and replace a microinverter.

Decommissions

7.1 Decommissions

Steps for disconnecting and removing the microinverter from the frame.

7.2 Storage and Transportation

Guidelines for safely storing and transporting the microinverter.

7.3 Disposal

Instructions for proper disposal of the microinverter and packaging.

Technical Data

8.1 DC Input

Table detailing DC input specifications for different models.

8.2 AC Output

Table detailing AC output specifications for different models.

8.3 Efficiency, Safety and Protection

Table of efficiency ratings and safety parameters.

8.4 Mechanical Data

Table of mechanical specifications like dimensions and weight.

8.5 Features

Lists key features such as communication, monitoring, and warranty.

Grid Support Details

Grid Support System Overview

Describes the grid support interactive inverter and its compliance.

Manufacturer's Stated Accuracy

Table showing measurement accuracy tolerances for Volts, Watts, VAr, etc.

SA9: Low/High Voltage Ride Through (L/H VRT) and Must Trip Settings

Details voltage ride-through parameters and trip settings.

SA10: Low/High Frequency Ride Through (L/H FRT) and Must Trip Settings

Details frequency ride-through parameters and trip settings.

SA11: Ramp Rate (RR) and Soft Start (SS)

Specifies ramp rate and soft start adjustment ranges and tolerances.

SA12: Specified Power Factor (SPF)

Table for specified power factor adjustment ranges.

SA13: Volt/VAr (VV)

Table for Volt/VAr parameters like output power and reactive power.

SA14: Frequency-Watt (FW)

Table for Frequency-Watt parameters like output power and frequency droop.

SA15: Volt-Watt (VW)

Table for Volt-Watt parameters like output power and power reduction slope.

Appendix 1: Installation Map

Appendix 2: WIRING DIAGRAM – 120VAC / 240VAC SPLIT PHASE

WIRING DIAGRAM – 120VAC/208VAC THREE PHASE

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