GBC12-70 BB Battery 12V70AH for Golf carts, Telecommunications facilities, Alternative energy, Power supply networks and the power industry, Street lighting and traffic signals, Electric vehicles
The GBC12-70 is a Zelus-GBC series gel deep-cycle lead-acid battery with a nominal voltage of 12 V and a nominal capacity of 70 Ah at the 5-hour rate. It weighs 29.05 kg and uses a standard terminal type of I2. GBC is designed with solid lead plating and gelled electrolyte technology, and the deep-cycle lead-acid battery designed for maximum capacity and discharge cycles. The product offers high-temperature stability, mechanical strength and low acid displacement, together with excellent deep discharge performance. A patented safety valve precisely controls pressure, extending battery life, and minor variation in valve opening and closing pressure is critical to good battery (cycle) life. A reinforcing rib design maintains structural integrity. Typical applications include medical equipment, lawn mowers, golf carts, telecommunications facilities, alternative energy, power supply networks and the power industry, street lighting and traffic signals, electric vehicles, data processing centers and floor cleaning equipment, where repeated deep discharge and recharge are part of normal duty.
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Product Features
- GBC is designed with solid lead plating and gelled electrolyte technology
- High-temperature stability, mechanical strength and low acid displacement
- Excellent deep discharge performance
- Patented safety valve precisely controls pressure, extending battery life
- Minor variation in valve opening and closing pressure is critical to good battery (cycle) life
- Reinforcing rib design maintains structural integrity
- Deep-cycle lead-acid battery designed for maximum capacity and discharge cycles
Application Scenarios
- Golf carts
- Telecommunications facilities
- Alternative energy
- Power supply networks and the power industry
- Street lighting and traffic signals
- Electric vehicles
- Data processing centers
- Floor cleaning equipment
- Medical equipment
- Lawn mowers
Product parameters
- Model:GBC12-70
- Voltage:12 V
- Nominal Capacity(Ah) 5-hour rate:70
- Weight(kg):29.05
- Standard Terminal Type:I2
Product details
The GBC12-70 belongs to the Zelus-GBC gel deep-cycle series. GBC is designed with solid lead plating and gelled electrolyte technology, and the battery is a deep-cycle lead-acid battery designed for maximum capacity and discharge cycles. Its technical characteristics include high-temperature stability, mechanical strength and low acid displacement, as well as excellent deep discharge performance. The battery is fitted with a patented safety valve that precisely controls pressure, extending battery life, and minor variation in valve opening and closing pressure is critical to good battery (cycle) life. Structurally, a reinforcing rib design maintains structural integrity, so the case and plates stay firmly in place through repeated cycling duty. These characteristics are the focus of the design: the battery is built to keep delivering capacity as it is cycled deeply, and the reinforcing rib design helps it hold its form through that work.
In terms of specifications, the GBC12-70 has a nominal voltage of 12 V and a nominal capacity of 70 Ah at the 5-hour rate. It weighs 29.05 kg and uses a standard terminal type of I2. The 5-hour rate rating describes the capacity the battery delivers over a five-hour discharge, which suits duties that draw a steady, moderate current rather than a very short, high-power burst, and the I2 terminal format is common to every unit of this model.
The battery is suitable for a broad range of applications, including medical equipment, lawn mowers, golf carts, telecommunications facilities, alternative energy, power supply networks and the power industry, street lighting and traffic signals, electric vehicles, data processing centers and floor cleaning equipment. In each of these roles the emphasis falls on dependable deep-cycle service, where the battery is repeatedly discharged and recharged and is expected to keep delivering stable power over time. Across these duties the model is chosen for its ability to handle sustained deep discharge followed by recharge.