Item Number: 310311Application:  EVE LF280K LF304K LF313 MB31 | M6-TerminalHole Diameter: M6Dimensions: 113 x 34 x 7 mmConnection: AMP - TE 8-215083-0 Wire-To-Board ConnectorOperating Voltage: 12V DCVoltage Range: 2.5V - 4.2VShunt Resistance: 2.4 OhmBalancing Current Inom: 1.6A at 3.2VPtot: 3.8W (max. 5.5W)Voltage Measurement Accuracy: +/-10mVTemperature Range: -40°C to +80°CTemperature Measurement Accuracy: 2KCell Board BalancingThe resistance on the cell boards is activated when:Cell voltage > Shunt voltage AND current < 10AThe shunt voltage (Ushunt) can be set via the menu between 3.40V and 4.00VRecommended basic setting for Ushunt is 3.48VTemperature Measurement for Cell Boards with Temperature SensorMeasurement of cell temperature with sensor on the cell board:The measurement of the cell temperature is primarily for controlling the climate (heating, cooling) of the cells.Tolerance of the measurement: +/- 2KSwitching thresholds for relay with address 232 “Heating/Climate”:< 5°C “on”> 8°C “off”Please note during installation:After placing the cell connectors on the poles, the cell boards are screwed onto the cell connectors. It is essential to ensure that the polarity of the cell and cell board match (+ and - polarity is marked on the board)!

This service is for the compression of EVE LF280K A-Grade battery packs in 4S configuration (series connection).The price includes our compression service and separation plates.If you require a different connection type other than series, please contact our support, and we will create a custom package tailored to your needs.

This service is for the compression of EVE LF280K A-Grade battery packs in an 8S configuration (series connection).The price includes our compression service for an 8S configuration.If you require a different configuration than a series connection, please contact our support team, and we will create a custom package tailored to your needs.

The probably smartest battery management system in the world.This is the latest evolutionary stage of battery management systems with smart operation via a touch display, countless interfaces, OTA* updates (self-updating like you know from your smartphone via Wi-Fi), and nearly unlimited compatibility with photovoltaic inverters or HV chargers.Complicated operation via PC software is a thing of the past. With our battery management systems, you can conveniently make all settings directly and easily via the touch display.You benefit from constant software development through free OTA updates, so you are prepared for the future.For you, the best feature and probably the most exclusive is that you purchase a battery management system that offers almost limitless possibilities, and you only pay for what you really need. This allows us to keep the price as low as possible for you, while other battery management systems have already factored this into the selling price. With our battery management system, you can easily select the functions you need and activate them as an add-on.Our team works daily to integrate more products like additional photovoltaic inverters, HV chargers, or motor controls.Currently, our battery management system supports the following languages:GermanEnglish(Of course, more languages will be added)Typically, our battery management system communicates with chargers or photovoltaic inverters via data communication, known as CAN-BUS. If you have a charger that cannot do this, it is no problem.You can conveniently configure one of the four relays for this through the menu.Would you like to set parameters such as shutdown at a certain voltage, current, temperature, or desired battery state? No problem! Just sit back and relax. You can set all of this if you wish.Our smart slave boards are available in two versions: the C-Line and the L-Line slave boards.The slave boards can either be screwed directly onto the batteries or, depending on the version, plugged into the battery management system connections of the battery.Our slave boards measure the voltage of each individual battery and the corresponding temperature. Each slave board of the L-Line series has a temperature sensor built-in, allowing you to keep track of all temperatures. Additionally, each slave board can balance the batteries to align their states with the surrounding batteries.To monitor the state of charge of the battery, our battery management system features various current sensors with a measurement range of up to 1600A.No matter if it’s small systems with 12V or systems with over 800V, you are in the right place with us.By the way, our battery management system is developed and produced in Reutlingen, where quality is our top priority.*OTA = Over the airCurrently Supported Devices

Isolierplatte EVE LF280KDiese Isolierplatte/Trennplatte wird benötigt, um die EVE LF280K Akkus beim Aufbau eines Akkupacks zu schützen und sicher voneinander zu trennen. Sie sorgt für eine sichere und stabile Montage, indem sie die Akkuzellen voneinander isoliert und somit potenzielle Kurzschlüsse verhindert.Warum diese Isolierplatte?✔ Sicherheit: Schützt die Akkus vor Kurzschlüssen und sorgt für eine sichere Trennung der Zellen.✔ Optimale Passform: Speziell für die EVE LF280K Akkus entwickelt, um eine einfache Montage und perfekte Isolierung zu gewährleisten.✔ Langlebiges Material: Hochwertige Materialien sorgen für eine lange Lebensdauer und eine stabile Konstruktion.AnwendungEs wird immer eine Isolierplatte/Trennplatte für ein Akku-Paar benötigt, um eine sichere Trennung der Zellen sicherzustellen.

Clamp Plate for EVE BatteriesLF280/304/313 MB31Our high-quality clamp plate made of high-strength aluminum is specifically designed for clamping EVE batteries, especially the LF280K and LF304/LF313/MB31 models.Long holes for M8 studs, ideal for mounting in a battery box.Allows for secure and permanent clamping of the battery pack.Can be mounted on a surface for additional stability.Only with this clamp plate can you achieve an optimal clamping force of approximately 300 kg, which is necessary for the longevity and performance of your EVE batteries. Other solutions, such as 3D-printed parts or wooden constructions, are not comparable and do not offer the same stability and safety.Why Choose Our Clamp Plate?Featureshop4Akku Clamp Plate3D-Printed SolutionsWooden PlatesMaterial QualityHigh-Strength AluminumPlasticWoodMaximum Clamping Force300 kg~100 kg~150 kgDurabilityVery HighLowMediumMounting OptionsScrewing into Battery BoxesLimitedRestrictedWith the shop4Akku clamp plate, you can securely and durably mount your batteries to fully utilize the cycle count of your EVE batteries. Our clamp plate ensures stability and is the perfect choice for high-quality energy projects!