SHR3.6-12 BB Battery 12V13W for Emergency lighting and video surveillance systems, Access control systems, Telecommunications facilities, Data processing centers, Alternative energy
The SHR3-6-12 is a 12 V valve-regulated sealed lead-acid battery from the B.B. Battery SHR high rate deep cycle series. Its rated power is 13 W per cell at the 15-minute rate, and it weighs 0.93 kg, with a standard terminal type of T2. Absorbent glass mat (AGM) technology for efficient gas recombination supports the sealed design, and the battery is maintenance free (no water addition required) with no free acid (leak-proof battery). It is designed for high-rate discharge, and power density at 2 to 15 minute discharge rates is 30% higher than the BP series. A flame arrestor fitted for safety adds protection. The battery can be installed in any orientation (except inverted), and the monobloc format keeps the unit compact for equipment with limited internal space. Typical applications include uninterruptible power supply, medical equipment, emergency lighting and video surveillance systems, access control systems, telecommunications facilities, data processing centers, alternative energy, and power supply networks and the energy industry.
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Product Features
- Maintenance free (no water addition required)
- Designed for high-rate discharge
- Can be installed in any orientation (except inverted)
- Absorbent glass mat (AGM) technology for efficient gas recombination
- Power density at 2 to 15 minute discharge rates is 30% higher than the BP series
- Flame arrestor fitted for safety
- No free acid (leak-proof battery)
Application Scenarios
- Emergency lighting and video surveillance systems
- Access control systems
- Telecommunications facilities
- Data processing centers
- Alternative energy
- Power supply networks and the energy industry
- Uninterruptible power supply
- Medical equipment
Product parameters
- Model：SHR3-6-12
- Voltage：12 V
- Rated Power(W//cell) 15-minute rate：13W W/单体
- Weight(kg)：0.93
- Standard Terminal Type：T2
Product details
The SHR3-6-12 belongs to the B.B. Battery SHR high rate deep cycle series and is a 12 V monobloc valve-regulated sealed lead-acid battery. Its nominal ratings are 12 V and 13 W per cell at the 15-minute rate, and the unit weighs 0.93 kg. The standard terminal type is T2, which provides the electrical connection point for the equipment it serves.
Maintenance free (no water addition required) operation is a basic characteristic of the battery, so users never need to add water during service. The no free acid (leak-proof battery) design keeps the electrolyte contained inside the case. Internally, absorbent glass mat (AGM) technology for efficient gas recombination handles the gas cycle that follows each recharge, which supports the sealed construction. The battery is designed for high-rate discharge, and power density at 2 to 15 minute discharge rates is 30% higher than the BP series, so it delivers strong output when the load demands current over a short window. A flame arrestor fitted for safety adds a further layer of protection. The battery can be installed in any orientation (except inverted), which gives designers freedom in how the unit is placed inside an enclosure.
Typical applications for the SHR3-6-12 include uninterruptible power supply, medical equipment, emergency lighting and video surveillance systems, access control systems, telecommunications facilities, data processing centers, alternative energy, and power supply networks and the energy industry. In these roles the compact 0.93 kg unit provides short-duration, high-power output, and its sealed valve-regulated construction keeps it ready for standby duty without routine water checks. The 12 V design and the 13 W per cell rating at the 15-minute rate describe the power the model delivers under that discharge condition, while the T2 standard terminal type completes the physical description of the battery. Because the model is built for high-rate discharge, it is intended for duty cycles in which the load draws a large current for a brief period rather than for continuous long discharges.
