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販売元:
5pcs BR2450A / GBN 3V 600mAh High Temperature Lithium Button Battery for Small Appliances
- 通常価格
- $30.99
- 通常価格
-
- セール価格
- $30.99
- 単価
- あたり
5pcs BR2450A / GBN 3V 600mAh High Temperature L... -
販売元:
5pcs BR2450A / GBN 3V 600mAh High Temperature Lithium Button Battery for Small Appliance
- 通常価格
- $30.99
- 通常価格
-
- セール価格
- $30.99
- 単価
- あたり
5pcs BR2450A / GBN 3V 600mAh High Temperature L... -
販売元:
5pcs BR1632A/FAN High Temperature Resistant 3V 120mAh Button Battery with Original Pins
- 通常価格
- $31.99
- 通常価格
-
- セール価格
- $31.99
- 単価
- あたり
5pcs BR1632A/FAN High Temperature Resistant 3V ... -
販売元:
5pcs 3V 120mAh BR-1632/DBN high temperature resistant industrial bare battery for small appliances
- 通常価格
- $13.99
- 通常価格
-
- セール価格
- $13.99
- 単価
- あたり
5pcs 3V 120mAh BR-1632/DBN high temperature res... -
販売元:
5PCS 3V 225mAh Lithium Button Battery CR2032 Welding Foot Battery for Small Appliances
- 通常価格
- $6.99
- 通常価格
-
- セール価格
- $6.99
- 単価
- あたり
5PCS 3V 225mAh Lithium Button Battery CR2032 We... -
販売元:
3V CMOS Battery CR2025 with Spare Lithium Battery Connector
- 通常価格
- $5.99
- 通常価格
-
- セール価格
- $5.99
- 単価
- あたり
3V CMOS Battery CR2025 with Spare Lithium Batte... -
販売元:
33 3.6V 3g2a9 Bat08 C500 Bat08 Er17 OMRON Omron PLC Lithium Battery
- 通常価格
- $7.99
- 通常価格
-
- セール価格
- $7.99
- 単価
- あたり
33 3.6V 3g2a9 Bat08 C500 Bat08 Er17 OMRON Omron... -
販売元:
3.6V Original Imported Maxell Er6c AA F2-40bl Mitsubishi Fx2n 1n PLC Programmer Battery
- 通常価格
- $10.99
- 通常価格
-
- セール価格
- $10.99
- 単価
- あたり
Original Imported Maxell Er6c AA 3.6V F2-40bl M... -
販売元:
3.6V 1700mAh lithium-ion battery for Mitsubishi ER17330V MR-BAT CNC machine tool server 2-wire connector
- 通常価格
- $13.09
- 通常価格
-
- セール価格
- $13.09
- 単価
- あたり
3.6V 1700mAh lithium-ion battery for Mitsubishi... -
販売元:
3.0 v 20mAh VL2020-1HF button cell vanadium lithium battery, rechargeable
- 通常価格
- $5.99
- 通常価格
-
- セール価格
- $5.99
- 単価
- あたり
3.0 v 20mAh VL2020-1HF button cell vanadium li... -
販売元:
3 pieces Ni-MH button batteries 3.6V 160MAH for the PLC data backup power supply
- 通常価格
- $12.56
- 通常価格
-
- セール価格
- $12.56
- 単価
- あたり
3 pieces Ni-MH button batteries 3.6V 160MAH for... -
販売元:
2pcs New SAFT Ls14250 3.6V 1200mAh Lithium Battery PLC Delta Programming Probe IoT Scope ETC
- 通常価格
- $7.99
- 通常価格
-
- セール価格
- $7.99
- 単価
- あたり
2pcs New SAFT Ls14250 3.6V 1200mAh Lithium Batt...
Showing 49 -60 of 71 items
1. What Is an Industrial Battery?
An industrial battery is a power storage device used in large equipment and industrial applications. These batteries are designed to provide long-lasting energy to support heavy machinery, emergency power systems, and other high-demand equipment.
Unlike common consumer batteries, industrial batteries offer greater capacity and longer life. They typically use lead-acid, nickel-cadmium, or lithium-ion technology to accommodate different environmental and operational requirements.
Unlike common consumer batteries, industrial batteries offer greater capacity and longer life. They typically use lead-acid, nickel-cadmium, or lithium-ion technology to accommodate different environmental and operational requirements.
2. Is There a Difference Between Industrial Batteries and Regular Batteries?
There are several key differences between industrial and conventional batteries. Firstly, industrial batteries, such as industrial lithium batteries, typically have a larger size and capacity. Second, they are more durable and reliable than conventional batteries, and able to withstand extreme environments and frequent charge/discharge cycles.
Additionally, industrial batteries are designed and materials selected to meet the stringent requirements of specific industrial applications, whereas conventional batteries are more commonly used in everyday consumer electronics.
Additionally, industrial batteries are designed and materials selected to meet the stringent requirements of specific industrial applications, whereas conventional batteries are more commonly used in everyday consumer electronics.
3. Do Industrial Batteries Last Longer?
Yes, industrial batteries, including industrial AA batteries, typically last longer than conventional batteries. This is because industrial batteries use more durable materials designed to handle continuous operation and heavy loads.
As a result, industrial batteries tend to be superior in terms of durability and affordability over the long term, despite their higher initial cost.
As a result, industrial batteries tend to be superior in terms of durability and affordability over the long term, despite their higher initial cost.
4. How Many Times Can an Industrial Battery Be Recharged?
The number of charge/discharge cycles for industrial batteries depends largely on the battery type.
For example, industrial lithium batteries can perform about 500 to 1,500 charge/discharge cycles, while nickel-cadmium batteries can usually withstand about 500 to 1,000 cycles.
Lithium-iron-phosphorus (LiFePO4) batteries perform even better in terms of charge/discharge performance, reaching 2,000 to 5,000 cycles.
For example, industrial lithium batteries can perform about 500 to 1,500 charge/discharge cycles, while nickel-cadmium batteries can usually withstand about 500 to 1,000 cycles.
Lithium-iron-phosphorus (LiFePO4) batteries perform even better in terms of charge/discharge performance, reaching 2,000 to 5,000 cycles.
5. How Do You Charge an Industrial Battery?
To properly charge an industrial battery, you can follow these steps:
- Ensure that the charger used is matched to the type of industrial battery. Keep the voltage and current settings of the charger meet the specifications of the industrial battery packs.
- Adhere to the manufacturer's instructions during the charging process. Avoid risks such as overcharging which can damage the industrial batteries.
- Regularly check the condition of both the battery and the charger. This ensures that the charging process is efficient and safe.
- Ensure that the charger used is matched to the type of industrial battery. Keep the voltage and current settings of the charger meet the specifications of the industrial battery packs.
- Adhere to the manufacturer's instructions during the charging process. Avoid risks such as overcharging which can damage the industrial batteries.
- Regularly check the condition of both the battery and the charger. This ensures that the charging process is efficient and safe.
6. How Do You Store Industrial Battery?
If you are not using industrial batteries, you can store them in these ways:
- Industrial batteries should be stored in a dry, well-ventilated environment. They must be protected from temperature extremes and direct sunlight to prevent damage.
- Charge industrial battery packs to the recommended state before storage, typically maintaining a 50 to 80 percent charge level. This helps prevent over-discharge and prolongs the battery life.
- It is crucial to regularly check the battery’s charge level and overall health. This ensures the battery will continue to perform well when put back into service.
- Industrial batteries should be stored in a dry, well-ventilated environment. They must be protected from temperature extremes and direct sunlight to prevent damage.
- Charge industrial battery packs to the recommended state before storage, typically maintaining a 50 to 80 percent charge level. This helps prevent over-discharge and prolongs the battery life.
- It is crucial to regularly check the battery’s charge level and overall health. This ensures the battery will continue to perform well when put back into service.
7. Can Industrial Batteries Be Customised?
Yes, industrial batteries, including industrial aa batteries, can be customized to meet specific needs. We typically offer a variety of configuration options, including battery size, shape, voltage, capacity, and connection methods to suit different industrial applications and equipment needs.
Additionally, customers can choose a specific battery technology, such as lead-acid, nickel-cadmium, or lithium-ion, to meet specific size, performance, and durability requirements.
Additionally, customers can choose a specific battery technology, such as lead-acid, nickel-cadmium, or lithium-ion, to meet specific size, performance, and durability requirements.