The Magnum Energy ME-BMK is an essential tool for optimizing battery performance and extending their lifespan. This advanced battery monitoring device enables users to accurately track the state of charge (SOC) of their batteries, ensuring they are maintained properly. With its user-friendly interface, the ME-BMK simplifies the process of monitoring battery efficiency and health, making it an indispensable addition for anyone reliant on battery power.
The ME-BMK’s primary feature is its ability to provide real-time SOC readings, empowering users to keep track of their battery’s condition. This feature helps to prevent over-discharge and ensures the longevity of the battery, allowing users to utilize their energy systems with confidence.
With its integrated amp-hour meter, the ME-BMK calculates the amp-hours consumed and replenished within the battery. This enhances user awareness regarding energy consumption and promotes better energy management practices, making it invaluable for efficient battery use.
The ME-BMK comes equipped with a simplified interface, making it easy for users of all technical backgrounds to navigate and utilize the system effectively. This user-centric design minimizes the learning curve associated with battery management, ensuring a smoother experience.
The robustness of the ME-BMK allows it to function optimally within a broad range of voltage and temperature conditions, making it suitable for diverse applications. This reliability ensures that users can depend on the ME-BMK for accurate readings and insights regardless of environmental conditions.
The ME-BMK kit includes all necessary components such as the sense module, DC shunt, and communication cables, simplifying the installation process. This ensures that customers can set up their monitoring system quickly and start benefiting from it without delays.
The Magnum Energy ME-BMK operates by connecting to the battery system and utilizing a sense module and DC shunt to gather real-time data on the battery’s voltage and current. This information is processed to display the SOC and historical usage data, providing users with critical insights into their battery performance.
The sense module plays a crucial role by detecting the voltage and current flowing through the batteries. This component is fundamental in calculating the SOC accurately, allowing users to keep tabs on their battery health effectively.
The included DC shunt is responsible for measuring the direction and magnitude of the battery currents. By providing precise readings, it enhances the accuracy of the ME-BMK’s performance metrics, allowing for an in-depth understanding of energy inflow and outflow.
The communication cables included in the kit facilitate a seamless connection between the sense module and the display system. This connection is essential for transmitting the gathered data, ensuring that users have access to all necessary information at their fingertips.
| Specification Title | Specification Value |
| DC Voltage Range | 7 to 70 VDC (±0.5% auto voltage detection) |
| DC Current Measurement | ±0.1 to 999 A (±1.0%) |
| Battery SOC Measurement | 0 to 100% (1% increments) |
| Power Draw | Less than 0.6 watts |
| Amp Hours In/Out | ±32,768 Amp Hours (1 AH increments) |
| Resettable Amp Hours Out | 0 to 65,535 AH (0.1 AH increments) |
| Total Amp Hours Removed | 0 to 65,535,000 AH (0.1 k or 100 AH increments) |
| Shipping Weight | 2 lb (0.9 kg) |
| Included Components | Manual, sense module, DC shunt, twisted pair wire, communication cable |
| DC Shunt Resistance | 0.1 mΩ (500 A at 50 mV) |
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