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Information, guidance, and advice provided in this manual.
Description of the WeCo 5K3-XP Stackable Battery Module.
Factors affecting battery operation, storage, temperature, and charging.
Key notices, warnings, and explanation of symbols used in the manual.
Installation requirements, safety guidelines, and precautions for safe operation.
Hazard and precautionary statements for LiFePO4 battery safety.
Steps before installation: ensure modules OFF, enclosure OK, location safe.
Procedures for unpacking and handling battery modules.
Checking battery box contents and configuration list.
Steps and considerations for wall mounting the battery module.
Instructions for stacking battery modules securely.
Defines the function of each interface and connector on the battery module.
Procedures for initial checks before operating the battery module.
Introduction to LV modules and how to identify individual units.
Lists necessary accessories and installation tools for LV setup.
Guides for wiring battery connection terminals and CAN pin outs.
Configuring DIP switches and understanding LED visual indications.
Procedures for activating and shutting down battery modules.
Overview of connecting up to 15 modules in parallel.
Steps for auto ID assignment and DIP configuration for clusters.
Instructions for power cable connections and torque specifications.
Connecting power and data for single stack configurations up to 15 modules.
Explanation of LED Bar indicators for module status.
Controls for starting, shutting down, and forced charging the battery.
Connection methods with and without inverter BMS communication.
Instructions for power connection of a single cluster using bus bars.
Introduction to the CAN HUB for managing multiple clusters.
HUB dimensions, control logic, and protection limits.
Steps for setting up multi-cluster systems with the MASTER HUB.
Diagrams and instructions for setting up Master IDs and connections.
Examples of power connections for various cluster configurations.
Details on single cluster kits and multi-cluster hub devices.
Lists compatible inverters for Low Voltage configurations.
CAN terminal pin definitions for connecting LV inverters.
Introduction to HV modules and product identification labels.
Dimensions of HV BOX and lists of included accessories.
Necessary tools and personal protective equipment for HV setup.
Guides for HV battery connections and module communication board.
Overview of HV BOX components and terminal definitions.
Details possible module configurations in series for HV systems.
Instructions for configuring DIP switches for HV configurations.
Set-up for serial tower connection and HV Box CAN communication.
Diagrams and instructions for serial wiring connections.
Connecting power cables for HV Box, supporting up to 16 modules.
Steps for setting DIP switches and connecting CAN/Link ports for data.
Step-by-step guide for connecting power between HV Box and modules.
Steps to connect a single HV Box to an inverter.
Connecting multiple HV Boxes using single branch or HUB.
Table detailing HV Box addresses and DIP switch settings.
Guide for installing multi-cluster HV systems with the HV HUB.
Visual indications and controls on the HV Box.
Controls for standalone HV Box, including forced charge.
Lists compatible inverters for High Voltage configurations.
Pin definitions for CAN terminals of HV inverters.
Guide for using WECO BMS PC software for LV setup.
Steps to download and install firmware updates via PC software.
Guide for using WECO BMS PC software for HV setup.
Viewing system modules, voltage, current, and individual module details.
Searching and loading new HV Box XP firmware.
Instructions for installing and overview of mobile app functions.
Login procedure requiring password for private user access.
Data changes, charging limits, warranty, and usage ranges.
Procedures for recycling and disposing of batteries and packaging.
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General
