MSU-600-BB Battey2V600AH
MSU-600 B.B. Battery 2V 600Ah VRLA battery, with a long-life design of 15-18 years, is suitable for telecommunication UPS, central computer rooms, and energy storage systems. The high-corrosion-resistant plates and safe sealing structure ensure stable power supply.
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Product Features
- Sealed structure, no electrolyte leakage or spill
- High performance alloy to secure corrosion-proof feature
- Unique electrolyte system achieves maximum service life
- Low self-discharge rate, lower than 3% capacity loss per month
- Special paste formula promotes the good charging acceptance
- Electrolyte with gel technology
- Absorbent Glass Mat technology for efficient gas recombination
Application Scenarios
- Uninterruptible power supplies
- Security and safety systems
- Emergency lighting and video surveillance systems
- Access control and management systems
- Medical equipment
- Lawnmowers
- Golf cars
- Telecommunication facilities
- Alternative energy sources
- Electrical supply network and power industry
Product parameters
- ModelMSU-600
- Voltage2 V
- Nominal capacity (Ah) 10-hour rate600
- Weight kg36.3
- Weight lbs80
- Standard terminal typeB6
- Standard terminal position-
- Optional terminal typeI3
- Optional terminal position-
- Length mm241
- Length inches9.49
- Width mm172
- Width inches6.77
- Height mm331
- Height inches13.03
- Overall height mm359
- Overall height inches14.13
Product details
MSU series B.B. Battery VRLA batteries are produced in 2V monoblock form, with capacities ranging from 200 to 3000Ah. They are developed specifically for power supply networks, the power industry, and telecommunication applications, featuring long float life and high capacity. Among them, the MSU-600 model, as an important member of the series, has a nominal voltage of 2V and a nominal capacity at 10-hour rate of 600Ah, which is a reliable power source choice for various key scenarios.
The MSU-600 battery case is made of opaque impact-resistant ABS plastic. The battery cover is firmly connected to the case, and the terminal area is strictly sealed to effectively prevent electrolyte leakage or overflow.There are six holes in the case for electrolyte filling during production. After filling, a pressure relief valve is installed, which is made of non-combustible materials to ensure a high level of fire and explosion safety. Both positive and negative plates are coated with a pasty coating, combined with high-tech alloy materials, which significantly improves corrosion resistance and extends service life. The battery supports both horizontal and vertical installation methods to meet the layout requirements of different scenarios.
In terms of performance advantages, the MSU-600 adopts a unique electrolyte fixing system combined with gel technology electrolyte, which can maximize the service life of the battery. The expected life under normal working conditions is up to 15-18 years, conforming to Eurobat's standards for long-life batteries. The special active material formulation gives the battery good charge acceptance, ensuring efficient charge and discharge performance.
This battery is widely applicable to telecommunication facilities, renewable energy (solar, wind energy) energy storage systems, power supply networks, and the power industry. It is also an ideal power source choice for scenarios such as uninterruptible power supplies (UPS), data processing centers, oil and gas exploitation, fire and safety alarm systems, emergency lighting, video surveillance systems, access control management systems, medical equipment, rural estates, hotel shops, and electric vehicles.
Product parameters: Model MSU-600, voltage 2V, rated capacity (10-hour rate) 600Ah, weight 36.3 kg (80 lbs), standard terminal type B6, optional terminal type I3, length 241 mm (9.49 inches), width 172 mm (6.77 inches), height 331 mm (13.03 inches), total height 359 mm (14.13 inches). The combination of the sealed structure design and high-performance alloy plates enables MSU-600 to demonstrate stable, safe, and long-lasting power support capabilities in various key power supply scenarios.
