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Summary of Contents for FoxESS HV2600
- Page 1 User Manual HV2600 In order to prevent improper operation before use, please carefully read this manual.
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Page 2: Table Of Contents
Table of Contents 1. Introduction ........................1 2. Symbols ..........................1 3. Safety ..........................2 3.1 Handling ........................2 3.2 Installation ....................... 2 4. Response to Emergency Situations ................. 3 4.1 Warning Labels ....................... 3 5. Product Information ......................4 5.1 Battery Module Specifications ................. -
Page 3: Introduction
HV2600 Note: HV2600 = 2.6kWh High Voltage The battery chemistry of these products is Lithium Iron Phosphate. This manual is designed for qualified personnel only. The tasks described in this document should be performed by authorized and qualified technicians only. -
Page 4: Safety
· Do not store the battery near water sources. 3.2 Installation · Do not connect the HV2600 to inverter conductors or Photo-Voltaic conductors. This will damage the battery and may result in explosion. · After unpacking, please check the product for damages and missing parts. -
Page 5: Response To Emergency Situations
4. Response to Emergency Situations The batteries comprise of multiple batteries connected in series. It is designed to prevent hazards or failures. However, Fox cannot guarantee their absolute safety. Under exposure to the internal materials of the battery the following recommendations should be carried out by the user. -
Page 6: Product Information
2. BMS BOX is the controller of the whole system, so each system must have one BMS BOX; 3. Our system consists of at least 2 HV2600 + 1 BMS BOX and up to 8 HV2600 + 1 BMS BOX. -
Page 7: Battery System Specifications
5.3 Battery System Specifications Specifications for Battery System The number of 2*HV2600 3*HV2600 4*HV2600 5*HV2600 6*HV2600 7*HV2600 8*HV2600 batteries Normal 102.4 153.6 204.8 307.2 358.4 409.6 voltage(V) Normal capacity (Ah) Voltage range(V) 80-116.8 120-175.2 160-233.6 200-292 240-350.4 280-408.8 320-467.2 Recommended... -
Page 8: Product Features
This LED is used to indicate if the battery is operating failure. A red light on this LED means the battery is operating abnormally. Communication Port A(RS485-1) and B(RS485-2) HV2600 has two 485 communication units in series operation, one for master control and one for slave control. Network interface description: RS485-1 is connected to the upper battery module, RS485-2 is connected... - Page 9 Pin configuration is as follows: - RS485-1 Function Definitions Function Declaration Power/signal ground Power/signal ground RS485-B RS485-A Wake up the power VCC_485_2 supply+5v Signal P+ Signal N- VCC_485 power supply+5v - RS485-2 Function Definitions Function Declaration Power/signal ground Power/signal ground RS485-B RS485-A Wake up the power...
- Page 10 Black start switches, if you want to start the battery system when there is no grid, press this switch first and then power on the system. DIP switches BMS relies on DIP switches to confirm the number of HV2600 in the system. SOC LED LED display battery system power and specific alarm information.
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Page 11: Installation
7. Installation 7.1 Items in the package Please check if following items are including with the package: For HV2600 Quick Installation Guide Number Items Number Items Communication cable (0.21m) Grounding cable (0.19m) Battery power cable (0.19m) Mounting screw pack Fixing bracket Installation guide Note: item C is provide separately, not including in battery package. -
Page 12: Clearance
7.2 Clearance Make sure to leave a space of at least 300 mm. A clearance of at least 300 mm must be Ieft around the battery pack for proper cooling. Note: Make sure that the battery pack is always exposed to the ambient air. The battery pack is cooled by natural convection. -
Page 13: Installation Steps
7.4 Installation Steps Step 1: Place the front bracket and back bracket as shown below. Step 2: Insert the battery module into the bracket from front horizontally, and tighten the four screws on the side. Step 3: Locate the brackets for the second battery on top of the first pair of the bracket and fasten the connecting button on the side. - Page 14 Step 5: Connect the inverter as shown in the figure below. Note: If the Battery modules are more than 4 pieces, please separate into multiple stacks. Please make sure each stack only including max. 1 BMS and 4 battery modules. Battery modules less than 4 pieces: Battery modules more than 4 pieces: Note: For another installation, please refer to the All-In-One user manual.
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Page 15: Wiring Steps
7.5 Wiring Steps Battery power cable Step 1: Connect the power cable starting from the first battery module in series with other battery modules (Orange opposite, black negative). A ‘click’ sound indicates the connections are secured. The positive and negative connection of the battery cable is shown in below. Measure voltage value: After all battery modules are connected in series, use a multimeter to Step 2: measure the DC voltage on DC terminal. - Page 16 Grounding cable: Connect the grounding cable to ensure that all batteries are grounded. Wiring shall be connected in the sequence as shown in below.
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Page 17: System Start Up
· Turn on DC switch and press the POWER switch, all the light will light up, and the green and red LED on the HV2600 module will light up for 1s at the same time, you will hear the sound of closing and cutting off the relay in BMS BOX to prove that the system works normally. - Page 18 - SOC LED indication Status Charge Discharge Stand By =100% Flash >100%>soc>=75% Flash 75%>soc>=50% 50%>soc>=25% Flash 25%>soc>=0 - SOC LED fault message Fault Differential pressure fault Flash Under voltage fault Flash Over temperature fault Flash Flash Under temperature fault Flash Discharge over current Flash Flash...
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Page 19: Exclusion
10.2 Troubleshooting When the red / green LED on the panel is flashing or normally on, it does not mean that the HV2600 is abnormal, it may be just an alarm or protection. Please check the ‘LED status indicators’ in chapter 7 for the detailed faulty definition before any trouble-shooting steps. - Page 20 The copyright of this manual belongs to FOXESS CO., LTD WUXI BRANCH. Any corporation or individual should not plagiarize, partially or fully copy (including software, etc.), and no reproduction or distribution of it in any form or by any means is permitted. All rights reserved.
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