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· Product code:
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RA12-120 (12V-120Ah)
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· Battery type:
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AGM VRLA (sealed, maintenance-free)
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· Capacity:
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120Ah
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· Weight:
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35Kg
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· Dimensions:
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L:407 – W:177 – H:225 – TH:225
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· Origin:
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Ritar- china
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· Specially designed for:
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UPS, power inverters, telecommunications equipment, network equipment ...
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· Design life:
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10 years
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· Service life:
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3 – 10 years (with proper use)
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Communication system
- Uninterruptible power supply system ( UPS)
- Switching systems, 110, 220KV power stations
- Fire alarm and fire fighting system, camera
- Emergency lighting
- Backup power for medical sources and medical equipment.
- Handheld testing equipment
- Backup lighting for ships, railways, and aviation.
- Computer data backup system.
- Home and office backup system.
- Used for solar power systems.
- Battery dedicated for UPS. A lifespan of decades, with a discharge time 1.6 times longer than a starting battery (a battery used to start a car) of the same capacity.
- Although power inverters have been on the market for decades, batteries specifically designed for power inverter has not kept pace. Currently, users still use starting batteries (specifically designed to start internal combustion engines). Compared to starting batteries, batteries specifically designed for energy storage (also known as telecom batteries because they are widely used in the telecommunications industry) have the following advantages:
1. 3 times longer service life: starting batteries used in backup power applications have a service life of about 2-3 years. Telecom battery has a design lifespan of 12 years. The actual service life can reach 8-10 years.
2. Discharge time: A characteristic feature of starting batteries is their ability to deliver high discharge current, allowing up to 400% of battery capacity, but they do not allow deep discharge. Normally, when used for power inverters, only 60% of the battery capacity can be discharged before the voltage drops below 10V. Inverters with low-voltage protection will cut off and stop operating further. Inverters without low-voltage protection, if discharged further, will lead to battery degradation, with the number of charge/discharge cycles reduced to even just a few. Telecom batteries, being a type specialized for energy storage applications, can achieve a discharge capability of nearly 100% of capacity. This allows a usage time 1.6 times longer than a starting battery of the same capacity.