Summary of Contents for TRIVIEW 12.8V/100Ah-280Ah
- Page 1 Lithium iron phosphate battery (LiFePo4) 12.8V/100Ah-280Ah 25.6V/100Ah-200Ah-280Ah 51.2V/100Ah-200Ah-280Ah User Manual...
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Page 2: Table Of Contents
TABLE OF CONTENTS ...............1 Important Safety Instructions ................3 Battery Installation ........3 Battery Settings and Configuration Via Bluetooth ..............10 Technical Specifications .................13 Dial Switch Settings ................13 Interface Definition ..............14 Over-Charge Protection ..............15 Over-Discharge Protection ..............16 Over-Current Protection ..............17 Short Circuit Protection ............17 High Temperature Protection ............18... -
Page 3: Important Safety Instructions
IMPORTANT SAFETY INSTRUCTIONS This manual contains important ins allation,operation,and maintenance ructions for the smart LiFePO4 Battery.Please observe these ins ructions and keep them located near the battery for further reference. Handling Precautions: DO NOT puncture,drop,crush,burn,penetrate,shake,or s rike the battery. Avoid opening,dismantling,or modifying the battery. Refrain from touching any terminals or connectors. -
Page 4: Usage Instructions
The battery should be ins alled in a clean,cool,and dry place,away from water,oil,and dirt. Accumulation of these materials on the battery can lead to current leakage,self-discharge,and potential short-circuits. Ensure sufficient air flow around the battery to prevent excessive heat build-up and minimize temperature variation between batteries.This helps maintain optimal performance and prolongs battery life. -
Page 5: Battery Installation
BATTERY INSTALLATION Before ins alling and operating the battery,it is advisable to have the following equipment or tools readily available: Proper Protective Equipment Insulated Tool(s) Multimeter Battery Cable Battery Charger/Charge Controller BATTERY SETTINGS AND CONFIGURATION VIA BLUETOOTH Download Scan the QR code with your smartphone to download the app version for your phone. You’ll be directed to the App Store(Apple) or Google Play(Android) automatically. -
Page 6: Parallel Mode
Single Group mode: If only one group of batteries needs to be managed,then click”Single Group”,enter the device selection interface. After selecting the device,you can view and modify the battery data. In “Single Pack” mode,the data on the firs interface is consis ent with the data on the battery pack. - Page 7 After confirmation,enter the device selection interface. After selection the device,what you see on the firs interface is the total data of the entire parallel battery pack. If you need to view the data of a single battery pack,click the battery pack at the bottom of the firs interface.
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Page 8: Series Mode
Series mode: If there are multiple sets of the batteries in series that need to be managed,click “Series”.The app will remind the user to confirm the s atus of the battery pack. After confirmation,enter the device selection interface.After selection the device,what you see on the firs interface is the total data of the entire battery pack. - Page 9 App can access up to 6 bluetooth devices,after connecting 6 bluetooth devices,you need to delete the connected devices before you can connect to other new bluetooth devices. Multiple Group of non-series-parallel batteries: If you need to manage multiple groups of batteries that are not connected in series or parallel,you can choose parallel or series mode.
- Page 10 Setting up reverse variable protocol on mobile phone After ins alling “Smart BMS” on the mobile phone, open the app to connect to bluetooth device, enter the secondary interface Click ”Parameters Settings” in the bottom right corner.and then click “Sys em Setting”...
- Page 11 After all are selected, click setting then click read. If the communication protocol is set seccessfully, after clicking Read,the “protocol type” and “communcation method” will not change, but if the communication protocol setting failed,after clicking read,the “protocol type” and “communication method” will return to the parameters before setting. Modify the name of the bluetooth device The default name for the bluetooth device is a long s ring of numbers and letteres.
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Page 12: Technical Specifications
TECHNICAL SPECIFICATIONS 12.8V/100Ah-280Ah (Hardware BMS) Rated Voltage 12.8 V Rated Capacity 100 Ah 280 Ah Rated Energy 1.28 Kw 3.584 Kw Output Voltage Range 10.0V to 14.6V Charging Voltage 14.2V to 14.6V Max.Charging Current Max.Discharging Current BMS Type H-Type Hardware LFP 4S 60A... - Page 13 25.6V/100Ah-200Ah-280Ah (Smart BMS) Rated Voltage 25.6 V Rated Capacity 100 Ah 200 Ah 280 Ah Rated Energy 2.56 Kw 5.120 Kw 7.168 Kw Output Voltage Range 20.0V to 29.2V Charging Voltage 28.4V to 29.2V Battery 100A Max.Charging Current General Max.Discharging Current 100A Spec 40X30X20 cm...
- Page 14 51.2V/100Ah-200Ah-280Ah (Smart BMS) Rated Voltage 51.2 V Rated Capacity 100 Ah 280 Ah 200 Ah Rated Energy 14.336 Kw 5.120 Kw 10.240 Kw Output Voltage Range 40.0V to 58.4V Charging Voltage 56.8V to 58.4V Battery 100A Max.Charging Current 200A 200A General 100A Max.Discharging Current...
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Page 15: Dial Switch Settings
Dial switch Settings Dip switch position Introductions address PACK1 Let PACK1 set to be master PACK2 Let PACK2 set to be slave PACK3 Let PACK3 set to be slave PACK4 Let PACK4 set to be slave PACK5 Let PACK5 set to be slave PACK6 Let PACK6 set to be slave PACK7 Let PACK7 set to be slave PACK8 Let PACK8 set to be slave... -
Page 16: Over-Charge Protection
Over-Charge protection Factory default parameters Test content Unit LiFePO4 Single Cell over-charge alarm voltage 3.6±0.05 Single Cell over- charge alarm Single Cell over-charge alarm delay 1±0.8 Single Cell discharge alarm release voltage 3.5±0.05 Single Cell Single Cell over-charge protection voltage 3.65±0.05 over-charge protection Single Cell over-charge protection delay... -
Page 17: Over-Discharge Protection
Over-Discharge protection Factory default parameters Test content Unit LiFePO4 Single Cell discharge alarm voltage 2.8±0.05 Single Cell discharge alarm Single Cell discharge alarm delay 1±0.8 Single Cell discharge alarm release voltage 2.9±0.05 Single Cell over-discharge protection voltage 2.7±0.05 Single Cell over-discharge protection delay Single Cell 1±0.8 over-discharge... -
Page 18: Over-Current Protection
over-current protection Test content Unit Factory default parameters 105±3/210±6 Discharge over-current Level 1 alarm current 1±0.8 Discharge over-current Level 1 alarm delay 110±3/220±7 Discharge over-current Level 2 protection current 1±0.8 Discharge over-current Level 2 protection delay Discharge over-current 150±5/300±9 Discharge over-current Level 3 protection current Level protection 1±0.8 Discharge over-current Level 3 protection delay... -
Page 19: Short Circuit Protection
Short circuit protection Test content Unit Factory default parameters Short-circuit protection current 1000/2000 Short-circuit protection delay Short circuit protection 300±200 The actual customer sent back to our test shall prevail） Short-circuit protection release： Remove Load release/charge release High temperature protection Test content Unit Factory default parameters... -
Page 20: Low Temperature Protection
Low temperature protection Test content Unit Factory default parameters Charge low temperature alarm 5±2 ℃ Charge low temperature alarm delay 1±0.8 Charge low temperature alarm release 10±2 Charge low temperature protection Charge low temperature protection 0±2 ℃ Charge low temperature protection delay 1±0.8 Charge low temperature protection release 5±2... -
Page 21: Mos Temperature Protection
MOS temperature protection Test content Unit Factory default parameters 95±2 ℃ MOS high temperature alarm MOS temperature 90±2 ℃ MOS high temperature alarm release protection 100±2 ℃ MOS high temperature protection 65±2 ℃ MOS high temperature protection release voltage difference alarm Test content Unit Factory default parameters... -
Page 22: Realibity Parameter
others Test content Unit Factory default parameters SOC alarm ＜10% Battery capacity low alarm internal resistance <20 mΩ The main circuit conducts the internal resistance With display ≤60 Self-consuming electrical current during operation current consumption Without display ≤45 <800 The sleep mode consumes electrical current Sleep time 3600 communication mode... -
Page 23: Led Indication
LED indication Battery Indicator RUN LED Alarm LED status Instructions ● ● ● ● ● ● Power Off Or Sleep Flash 1 standby state Secondary protection has been triggered. Connect the standby state Refer to host computer to check the fault information and take appropriate measures Flash 1 Flash 3... -
Page 24: Soc Instructions
SOC Instructions charging discharge standby state ● ● ● ● ● ● ● ● ● ● ● ● Flash2 0~25% 25~50% Flash2 Flash2 50~75% 75~100% Flash2 Reset button description 1、When the BMS is in sleep state, press the button and release it. The protection board is activated, and the LED indicator turns on for 0.5 seconds from "RUN". -
Page 25: Parameter Configuration Description
Parameter configuration description Save/load configuration: Users can save the configuration and load through the host computer for the factory-configured or set parameters; Sleep and wake up If any of the following conditions are met, the system enters sleep mode: 1) Monomer or overall overrelease protection is not removed within 30 seconds. 2) Press the button (3~6S) and release the button. -
Page 26: Communication Instructions
Communication instructions External communication RJ45 single network port integrates RS485, UART, CAN functions, BMS can communicate with the host computer through RJ45 single port, so that the host computer can monitor various information of the battery, including battery voltage, current, temperature, status and battery production information, the default baud rate is 9600bps. -
Page 27: Battery Maintenance
BATTERY MAINTENANCE Regular Inspections: Examine the external appearance of the battery. Ensure the top of the battery and terminals are clean,dry,and free of corrosion. Check battery cables and connections;replace damaged cables and tighten loose connections. Cleaning Procedure: Disconnect the battery from the charging source or electric load. Clean the top of the battery and terminals with a damp cloth or non-metallic brush.
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