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TG200-12
GANGANG or OEM
12V 200AH AGM Gel battery, the electrode is mainly made of lead and its oxide, and the electrolyte is sulfuric acid solution. When been discharged, the main component of the positive electrode is lead dioxide, and the main component of the negative electrode is lead; When been charged, the main components of the positive and negative electrodes are lead sulfate, it is used for UPS, EPS, portable power station and some large medical equipments.
Technical Parameters
| Standard Voltage: | 12V |
| Battery Capacity | 200AH |
| Floating Charging Voltage: | 2.275-2.3V/cell |
| Max Discharging Rate: | 0.1-0.25C |
| Max Charging Currnt: | 0.1C |
| Terminal: | M8 Coppers |
| Working Temperature: | -20℃ to 50℃(-4℉ to 122℉) |
| Dimensions: | L522*W239*H218(mm) |
| Carton Size: | L535*W253*H278(mm) |
| Pieces/ Carton | 1 PCS |
| Storage Self-loss: | 3%-4% per month at 25℃ (-4℉) |
| Battery Unit Weight: | 54KGS |
| Designed Life: | 10 Years |
| Warranty: | 3 Years |
Product Advantage
1. Maintenance free- with the gas recombination technology, there is no need to replenish water or sulfuric acid until tht whole life of the battery.
2. Safety- with the valves covering on the acid filling wholes, when the internal pressure is getting higher, the valves will open and release the pressure power and there will be no danger with harm gas or electrolyte.
3. Low self-discharge rate: high quality Pb Ca alloy plates are used, the ovr potential of hydrogen precipitation is increased, and the self-discharge rate of the battery is reduced
4. Long Lifespan- at the temperature of 20 degrees, the design lifespan is 10 years and the floating life of the battery could be 3-5 years.
5.Deep cycle capability: Solar batteries need to have good deep cycle capability and be able to withstand repeated charging and discharging processes, especially the ability to overcharge and overdischarge.
6.Environmental adaptability: Solar batteries need to be able to adapt to different environmental requirements, such as high altitude, high temperature, low temperature and other conditions to work normally.
Product Uses
Telecom power station: provide uninterrupted power supply guarantee for communication networks.
Home solar and wind power systems: store renewable energy and ensure self-sufficiency in household electricity.
Project solar system: In large-scale solar power generation projects, as a key component of energy storage.
Bank power supply supplier: Provide stable power supply for financial transactions and ensure business continuity.
Large medical equipment: In medical facilities, ensure the operation of critical medical equipment in the event of an emergency.
Product Operate Guides
When installing lead-acid batteries, tools with insulating sheaths, such as pliers, should be used to prevent the battery from short-circuiting, heating, or burning.
Avoid airtight and ignition sources: Do not place batteries in a closed room or near a fire source to prevent an explosion or fire that could be triggered by hydrogen accumulation.
Clean the battery properly: Do not clean the battery with thinner, gasoline, kerosene, or synthetic fluids, which may cause the battery case to crack, leak, or catch fire.
Take safety precautions: When handling high-voltage batteries, safety precautions, such as wearing insulated rubber gloves, should be taken to prevent electric shock.
Waterproof measures: Avoid leaving the battery in a place where it may be flooded, as water immersion of the battery may cause burning or electric shock to injure people.
Slow disassembly: When disassembling the battery, it should be handled slowly to avoid battery rupture or leakage.
Installation location: Try to install the battery at the bottom of the device for easy inspection, maintenance and replacement.
Do not move the battery when charging: Do not move the battery when charging, pay attention to the weight of the battery, and avoid causing injury to the operator.
Anti-static: Do not cover the battery with materials that can generate static electricity, which may cause a fire or explosion.
Insulation protection: Use insulating covers on battery terminals and connecting pieces to prevent electric injuries to people.
Product Video
12V 200AH AGM Gel battery, the electrode is mainly made of lead and its oxide, and the electrolyte is sulfuric acid solution. When been discharged, the main component of the positive electrode is lead dioxide, and the main component of the negative electrode is lead; When been charged, the main components of the positive and negative electrodes are lead sulfate, it is used for UPS, EPS, portable power station and some large medical equipments.
Technical Parameters
| Standard Voltage: | 12V |
| Battery Capacity | 200AH |
| Floating Charging Voltage: | 2.275-2.3V/cell |
| Max Discharging Rate: | 0.1-0.25C |
| Max Charging Currnt: | 0.1C |
| Terminal: | M8 Coppers |
| Working Temperature: | -20℃ to 50℃(-4℉ to 122℉) |
| Dimensions: | L522*W239*H218(mm) |
| Carton Size: | L535*W253*H278(mm) |
| Pieces/ Carton | 1 PCS |
| Storage Self-loss: | 3%-4% per month at 25℃ (-4℉) |
| Battery Unit Weight: | 54KGS |
| Designed Life: | 10 Years |
| Warranty: | 3 Years |
Product Advantage
1. Maintenance free- with the gas recombination technology, there is no need to replenish water or sulfuric acid until tht whole life of the battery.
2. Safety- with the valves covering on the acid filling wholes, when the internal pressure is getting higher, the valves will open and release the pressure power and there will be no danger with harm gas or electrolyte.
3. Low self-discharge rate: high quality Pb Ca alloy plates are used, the ovr potential of hydrogen precipitation is increased, and the self-discharge rate of the battery is reduced
4. Long Lifespan- at the temperature of 20 degrees, the design lifespan is 10 years and the floating life of the battery could be 3-5 years.
5.Deep cycle capability: Solar batteries need to have good deep cycle capability and be able to withstand repeated charging and discharging processes, especially the ability to overcharge and overdischarge.
6.Environmental adaptability: Solar batteries need to be able to adapt to different environmental requirements, such as high altitude, high temperature, low temperature and other conditions to work normally.
Product Uses
Telecom power station: provide uninterrupted power supply guarantee for communication networks.
Home solar and wind power systems: store renewable energy and ensure self-sufficiency in household electricity.
Project solar system: In large-scale solar power generation projects, as a key component of energy storage.
Bank power supply supplier: Provide stable power supply for financial transactions and ensure business continuity.
Large medical equipment: In medical facilities, ensure the operation of critical medical equipment in the event of an emergency.
Product Operate Guides
When installing lead-acid batteries, tools with insulating sheaths, such as pliers, should be used to prevent the battery from short-circuiting, heating, or burning.
Avoid airtight and ignition sources: Do not place batteries in a closed room or near a fire source to prevent an explosion or fire that could be triggered by hydrogen accumulation.
Clean the battery properly: Do not clean the battery with thinner, gasoline, kerosene, or synthetic fluids, which may cause the battery case to crack, leak, or catch fire.
Take safety precautions: When handling high-voltage batteries, safety precautions, such as wearing insulated rubber gloves, should be taken to prevent electric shock.
Waterproof measures: Avoid leaving the battery in a place where it may be flooded, as water immersion of the battery may cause burning or electric shock to injure people.
Slow disassembly: When disassembling the battery, it should be handled slowly to avoid battery rupture or leakage.
Installation location: Try to install the battery at the bottom of the device for easy inspection, maintenance and replacement.
Do not move the battery when charging: Do not move the battery when charging, pay attention to the weight of the battery, and avoid causing injury to the operator.
Anti-static: Do not cover the battery with materials that can generate static electricity, which may cause a fire or explosion.
Insulation protection: Use insulating covers on battery terminals and connecting pieces to prevent electric injuries to people.
Product Video
