GBC6/180
Gel Zelus GBC series gel batteries, model GBC6/180B.B., use gel electrolyte and solid lead plate technology, providing 6V voltage and 180Ah capacity. They have deep cycle capability, a cycle life of up to 2500 cycles, and a design life exceeding 12 years. The product has good high-temperature stability, is shock and impact resistant, and supports horizontal or vertical installation. Specifically designed to provide long-lasting and reliable power solutions for equipment such as UPS power supplies, emergency lighting, security systems, medical devices, renewable energy sources, and golf carts.
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Product Features
- GBC was designed with solid lead plated and gelled electrolyte technology
- A deep-cycle lead-acid battery is designed to deliver a maximum capacity and cycles as discharging
- High temperature stability, mechanical strength and low acid displacement
- Superior performance with deep discharges
- Patented safety valve to have accurate pressure operating for long battery life
- A small distribution of the special valve opening and closing pressure is important for a good (cycle) life time of the battery
- Strengthened rib design to maintain structural integrity
Application Scenarios
- Medical equipment
- Lawnmowers
- Golf cars
- Telecommunication facilities
- Alternative energy sources
- Electrical supply network and power industry
- Street lighting and traffic lights
- Electric vehicles
- Data processing centres
- Floor cleaning equipment
Product parameters
- ModelGBC6/180
- Voltage6 V
- Nominal Capacity(Ah) 5hr rate180
- Weight kg32.8
- Weight lb72.31
- Terminal standard typeI3
- Terminal standard position-
- Terminal optional typeI4
- Terminal optional position-
- Length L mm244
- Length L inches9.61
- Width W mm190
- Width W inches7.48
- Height H mm275
- Height H inches10.83
- Thickness TH mm275
- Thickness TH inches10.83
Product details
The GBC6/180B.B. battery is part of the Zelus GBC series, a valve - regulated sealed lead - acid battery that adopts gel electrolyte technology. Its core technology lies in mixing sulfuric acid with silica ash to form a gel - like and immobile electrolyte. This GEL technology almost completely eliminates the common problems of electrolyte evaporation and overflow in traditional flooded batteries, thus effectively avoiding the corrosion caused by these issues and significantly enhancing the battery's ability to resist extreme temperatures, shocks, and vibrations. The built - in valve adjustment system of the battery can safely discharge the internally generated gas.Its structural design is similar to that of wet batteries, but it uses calcium instead of antimony in the lead plates. While maintaining excellent mechanical properties, it greatly reduces the gassing tendency.
This battery is provided in a 6 - volt unit form. Its nominal capacity reaches 180Ah at the 5 - hour rate, and its weight is approximately 32.8 kilograms. Its compact dimensions (length 244 mm, width 190 mm, height 275 mm) facilitate flexible installation, and it supports multiple installation positions, both horizontal and vertical, which provides convenience for system integration. The terminals offer standard I3 type options.
The GBC series is an outstanding representative of deep-cycle lead-acid batteries, meticulously designed with solid lead coating and gel electrolyte technology to provide maximum capacity and excellent deep discharge cycle performance. Under normal operating conditions, its design life exceeds 12 years, with a cycle life of up to 2500 cycles, meeting Eurobat standards for long-life batteries. Its excellent deep discharge recovery capability, outstanding high-temperature stability, high mechanical strength, and low acid displacement characteristics collectively ensure long-term reliable operation. The patented safety valve design precisely controls internal pressure, further ensuring safety and extending the overall battery life.
This makes the GBC6/180B.B. battery an ideal power choice for numerous high-requirement applications. It is highly suitable for scenarios requiring continuous and stable power supply, such as uninterruptible power supply (UPS) systems, fire and safety alarm systems, emergency lighting, and monitoring systems. It also performs exceptionally well in telecommunication facilities, critical medical equipment, street lighting, and traffic signals. Additionally, it serves as a reliable power source for electric mobility devices like golf carts, electric wheelchairs, and floor scrubbers, as well as recreational vehicles (RVs) and energy storage systems for renewable energy sources such as solar and wind power.
