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Table of Contents
Related Manuals for Drypower 6LFP3.8
Summary of Contents for Drypower 6LFP3.8
- Page 1 Drypower Series LiFePO4 Battery Technical Handbook V 1.0...
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Page 2: Table Of Contents
4.5 State of charge via voltage checking....5 Transportation 6 Technical Support 7 Notes to handbook users Master Instruments | Official Drypower Distributor Page 2 of 13... -
Page 3: Introduction
1 Introduction Welcome to the comprehensive technical handbook for Drypower LiFePO4 batteries. This handbook has been carefully prepared to provide you with important information on the correct use, maintenance, and safety precautions of batteries. Whether you are using it for the first time or seeking review, this guide is designed to help you maximize the performance and lifespan of your battery. -
Page 4: General Safety Guidelines
LiFePO4 batteries. Your safety and optimal battery performance depend on strict adherence to these instructions. Identification Follow the instructions for safe use. Follow the instruc- tions on the battery and in the technical handbook. Master Instruments | Official Drypower Distributor Page 4 of 13... -
Page 5: Recycling
3 Installation of the battery 3.1 Receiving and unpacking Check the packaging for any signs of damage during transportation. If you notice obvious damage to the packaging, please take photos for record before Master Instruments | Official Drypower Distributor Page 5 of 13... -
Page 6: Location And Mounting
Install the battery in an upright position. Unless explicitly permitted in the manufacturer's handbook, avoid installing it sideways or upside down. Please refer to the details as below. Master Instruments | Official Drypower Distributor Page 6 of 13... - Page 7 √ ╳ ╳ 24LFP150P √ ╳ ╳ 36LFP100P √ ╳ ╳ 12LFP18TB √ √ ╳ 12LFP25TB √ √ ╳ 12LFP32 √ ╳ ╳ “√” means allowed. “╳” means not allowed. Master Instruments | Official Drypower Distributor Page 7 of 13...
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Page 8: Electrical Connections
Usually, the batteries are not allowed for parallel use. Regularly inspect and tighten cable connections to prevent loosening due to vibrations or temperature variations. Comply with relevant electrical codes and standards applicable to your installation. Master Instruments | Official Drypower Distributor Page 8 of 13... -
Page 9: Operation
4 Operation 4.1 Charging Please use a dedicated charger approved by Drypower for LiFePO4 batteries that meet specific battery parameters. The appropriate continuous charging current is 0.2CA to 0.5CA. The battery is equipped with overcharging protection, which will be triggered ... -
Page 10: Storage
Battery Management System (BMS) cannot function. In this situation, the battery will not function. Please note that such damage is not covered by the warranty! Master Instruments | Official Drypower Distributor Page 10 of 13... -
Page 11: Self-Discharge
Below chart is for reference. But the result may vary a lot at different environment. 40 days 80 days 160 days 240 days 320 days 360 days Number of days since last charge Master Instruments | Official Drypower Distributor Page 11 of 13... -
Page 12: State Of Charge Via Voltage Checking
D-type, foam fire extinguisher or carbon dioxide fire extinguisher) shall be provided for use in case of battery related accidents. Keep all relevant product documents, including technical handbooks and safety information, easily accessible during transportation. Master Instruments | Official Drypower Distributor Page 12 of 13... -
Page 13: Technical Support
Mail: info@master-instruments.com.au Web: www.master-instruments.com. 7 Notes to handbook users This technical handbook aims to safely and effectively operate Drypower LiFePO4 batteries. Before installation and use, please carefully read and understand the content of this handbook. Adhering to the safety precautions and operating guidelines outlined in this ...
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