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High-quality BR-AGCF2W battery pack for Panasonic A98L-0031-0011 Brown Plug 5pcs

Buy cheap 6V Panasonic BR-AGCF2W battery 6V Panasonic BR-AGCF2W battery, suitable for battery Panasonic A98L-0031-0011 Brown Plug 5pcs. Stable compatibility, quality assurance! 1 year warranty, 30 day money-back guarantee.

ECN10688_PLC_Oth

BR-AGCF2W battery Common replacement model :

BR-AGCF2W

Compatible with Panasonic A98L-0031-0011 Brown Plug 5pcs:

Date of manufacture:2018-02
Brand:For Panasonic
Model No.:BR-AGCF2W
Rated Voltage:6V
Rated Current:BR-AGCF2W 1800mAh 2.5mA 34X17X45.5mm 36g
Note:Do Not Recharge
you will get 5pcs battery

 

Common sense and usage precautions for various types of batteries

1. Calculation of charging time. The battery charging formula is generally: Charging time (hours) = charging battery capacity (mAh) / charging current (mA) * 1.5 coefficient.
If you use a 1000mAh rechargeable battery and the charger is charged with 200mA, the charging time is: 1000/200*1.5=7.5 hours.
2. The lead-acid battery battery does not need to be discharged before charging. Because it has no memory effect, it can be directly charged regardless of the state of charge of the battery, without discharging.
3. The battery should be recharged. The shallower the discharge, the greater the number of cycles. Therefore, according to this theory, the charging is beneficial to the cycle life. However, in terms of the chargers that are widely used in the market, the charger has a high failure rate and poor reliability due to price factors and technical levels. Defects such as low precision. Therefore, sometimes charging will affect the battery life. The battery is emptied and recharged. Although the number of charging times is reduced, some single-cell over-discharge may occur due to the difference between the single-cell batteries during discharge. The over-discharge battery charging acceptance capability will be greatly reduced, causing insufficient charging failure. Since the battery is recharged after being discharged, the charger has a heavy load for a long time and is liable to damage the charger. Therefore, in combination with the above, we believe that it is more reasonable to perform a charge when the battery discharges 50-70% of the power, which is beneficial to the use of the battery.
4. Pay attention to the effect of temperature on battery performance. When the battery is charged or discharged, an electrochemical reaction occurs on the battery electrode. The higher the temperature, the activity of each active material of the battery increases, the viscosity of the electrolyte decreases, and the electrical resistance decreases, so that the electrochemical reaction is easy to proceed, and vice versa. . The lower the temperature during discharge, the lower the discharge capacity. At a particularly low temperature, the discharge capacity will decrease drastically, and the higher the temperature is reversed. The lower the temperature during charging, the worse the charge acceptance capability, and the higher the charge voltage is required. Electricity.
5. The newly purchased battery should be charged before using it. In order to prevent accidents during transportation, rechargeable batteries are generally not fully charged. And the battery has the characteristics of self-discharge, so it will carry 30%-50% capacity guarantee voltage when shipped. Generally shipped batteries will guarantee a storage period of about 6 months. Because the battery is not fully charged, the customer may have stored it and stored it for a period of time when it was purchased. Therefore, if the battery that was just bought is used for large discharge, it may cause damage. It is recommended to use it after it is full.
6. The battery should pay attention to the storage conditions. Since long-term storage accelerates the self-discharge of the battery and reduces the reactivity, the temperature is preferably suitable for long-term storage at 10 ° C to 30 ° C. When the battery needs to be stored for more than one year, it is necessary to ensure that the battery is charged and discharged at least once a year, which can prevent the battery from leaking alkali and the battery performance degradation caused by self-discharge of the battery.
When the battery is stored for a long time after the long-term storage, the battery voltage is high and the capacity is reduced due to a decrease in the internal reactivity of the battery. After repeated small current charging and discharging, the capacity can be restored.
7. Do not combine batteries of different capacities. Mixing different capacities or old and new batteries may cause leakage, zero voltage, etc. This is due to the difference in capacity during charging, some batteries are overcharged during charging, some batteries are not fully charged, and batteries with high capacity are not discharged when discharged, while those with low capacity are over-discharged. In such a vicious circle, the battery is damaged and leaks or low (zero) voltage.
8. Do not store the battery in the appliance after it has been used or not used for a long time. If the appliance is no longer used for a long period of time, it is best to take the battery out and put it in a cool, dry place. If this is not the case, the appliance will be turned off and the system will still have a low current output, which will shorten Battery life.
9. Do not over discharge or overcharge the battery. After the battery has discharged the internal stored power, after the voltage reaches a certain value, the discharge will continue to cause overdischarge, and the discharge cutoff voltage is usually determined according to the discharge current. 0.2C-2C discharge is generally set to 1.0V / support, above 3C is 0.8V / support (such as battery capacity is 2000mAH, 0.2C = 0.2 * 2000 = 400mAH), battery over discharge may have catastrophic consequences for the battery In particular, high current over-discharge, or repeated over-discharge, has a greater impact on the battery. In general, over-discharge will increase the internal pressure of the battery, and the reversibility of the positive and negative active materials will be destroyed. Even if the charging is only partially restored, the capacity will be significantly attenuated.
Overcharge refers to the behavior of the battery to continue charging after a certain charging process is fully charged. Under normal circumstances, the internal pressure of the battery will not increase significantly, but if the charging current is too large, or the charging time is too long, the generated oxygen can not be consumed, it may cause the internal pressure to rise, the battery is deformed, the liquid leakage, etc. phenomenon. At the same time, its electrical performance will be significantly reduced.

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Ulefone BE_PRO_2 2600mAh 3.8V

ASUS C21N1408 4775mAh 7.6V

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Oukitel K10000 10000mAh 3.8V

Panasonic BR-AGCF2W battery 6V for Panasonic Cutler Hammer GE Fanuc A98L-0031-0011/L 2pcs

Buy cheap 6V Panasonic BR-AGCF2W battery 6V Panasonic BR-AGCF2W battery, suitable for battery Panasonic Cutler Hammer GE Fanuc A98L-0031-0011/L 2pcs. Stable compatibility, quality assurance! 1 year warranty, 30 day money-back guarantee.

ECN10689_PLC_Oth

BR-AGCF2W battery Common replacement model :

BR-AGCF2W

Compatible with Panasonic Cutler Hammer GE Fanuc A98L-0031-0011/L 2pcs:

Date of manufacture:2018-02
Brand:For Panasonic
Model No.:BR-AGCF2W
Rated Voltage:6V
Rated Current:BR-AGCF2W 1800mAh 2.5mA 34X17X45.5mm 36g
Note:Do Not Recharge
you will get 2pcs battery

 

Common sense and usage precautions for various types of batteries

1. Calculation of charging time. The battery charging formula is generally: Charging time (hours) = charging battery capacity (mAh) / charging current (mA) * 1.5 coefficient.
If you use a 1000mAh rechargeable battery and the charger is charged with 200mA, the charging time is: 1000/200*1.5=7.5 hours.
2. The lead-acid battery battery does not need to be discharged before charging. Because it has no memory effect, it can be directly charged regardless of the state of charge of the battery, without discharging.
3. The battery should be recharged. The shallower the discharge, the greater the number of cycles. Therefore, according to this theory, the charging is beneficial to the cycle life. However, in terms of the chargers that are widely used in the market, the charger has a high failure rate and poor reliability due to price factors and technical levels. Defects such as low precision. Therefore, sometimes charging will affect the battery life. The battery is emptied and recharged. Although the number of charging times is reduced, some single-cell over-discharge may occur due to the difference between the single-cell batteries during discharge. The over-discharge battery charging acceptance capability will be greatly reduced, causing insufficient charging failure. Since the battery is recharged after being discharged, the charger has a heavy load for a long time and is liable to damage the charger. Therefore, in combination with the above, we believe that it is more reasonable to perform a charge when the battery discharges 50-70% of the power, which is beneficial to the use of the battery.
4. Pay attention to the effect of temperature on battery performance. When the battery is charged or discharged, an electrochemical reaction occurs on the battery electrode. The higher the temperature, the activity of each active material of the battery increases, the viscosity of the electrolyte decreases, and the electrical resistance decreases, so that the electrochemical reaction is easy to proceed, and vice versa. . The lower the temperature during discharge, the lower the discharge capacity. At a particularly low temperature, the discharge capacity will decrease drastically, and the higher the temperature is reversed. The lower the temperature during charging, the worse the charge acceptance capability, and the higher the charge voltage is required. Electricity.
5. The newly purchased battery should be charged before using it. In order to prevent accidents during transportation, rechargeable batteries are generally not fully charged. And the battery has the characteristics of self-discharge, so it will carry 30%-50% capacity guarantee voltage when shipped. Generally shipped batteries will guarantee a storage period of about 6 months. Because the battery is not fully charged, the customer may have stored it and stored it for a period of time when it was purchased. Therefore, if the battery that was just bought is used for large discharge, it may cause damage. It is recommended to use it after it is full.
6. The battery should pay attention to the storage conditions. Since long-term storage accelerates the self-discharge of the battery and reduces the reactivity, the temperature is preferably suitable for long-term storage at 10 ° C to 30 ° C. When the battery needs to be stored for more than one year, it is necessary to ensure that the battery is charged and discharged at least once a year, which can prevent the battery from leaking alkali and the battery performance degradation caused by self-discharge of the battery.
When the battery is stored for a long time after the long-term storage, the battery voltage is high and the capacity is reduced due to a decrease in the internal reactivity of the battery. After repeated small current charging and discharging, the capacity can be restored.
7. Do not combine batteries of different capacities. Mixing different capacities or old and new batteries may cause leakage, zero voltage, etc. This is due to the difference in capacity during charging, some batteries are overcharged during charging, some batteries are not fully charged, and batteries with high capacity are not discharged when discharged, while those with low capacity are over-discharged. In such a vicious circle, the battery is damaged and leaks or low (zero) voltage.
8. Do not store the battery in the appliance after it has been used or not used for a long time. If the appliance is no longer used for a long period of time, it is best to take the battery out and put it in a cool, dry place. If this is not the case, the appliance will be turned off and the system will still have a low current output, which will shorten Battery life.
9. Do not over discharge or overcharge the battery. After the battery has discharged the internal stored power, after the voltage reaches a certain value, the discharge will continue to cause overdischarge, and the discharge cutoff voltage is usually determined according to the discharge current. 0.2C-2C discharge is generally set to 1.0V / support, above 3C is 0.8V / support (such as battery capacity is 2000mAH, 0.2C = 0.2 * 2000 = 400mAH), battery over discharge may have catastrophic consequences for the battery In particular, high current over-discharge, or repeated over-discharge, has a greater impact on the battery. In general, over-discharge will increase the internal pressure of the battery, and the reversibility of the positive and negative active materials will be destroyed. Even if the charging is only partially restored, the capacity will be significantly attenuated.
Overcharge refers to the behavior of the battery to continue charging after a certain charging process is fully charged. Under normal circumstances, the internal pressure of the battery will not increase significantly, but if the charging current is too large, or the charging time is too long, the generated oxygen can not be consumed, it may cause the internal pressure to rise, the battery is deformed, the liquid leakage, etc. phenomenon. At the same time, its electrical performance will be significantly reduced.

Looking for other batteries

Panasonic BR-AGCF2W 6V

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Ulefone BE_PRO_2 2600mAh 3.8V

ASUS C21N1408 4775mAh 7.6V

HP OD06XL 3800mAh 11.1V

ER17330V 1700mah Battery for Mitsubishi A6BAT 100pcs

Buy cheap 1700mah 3.6v Mitsubishi ER17330V battery 1700mah 3.6v Mitsubishi ER17330V battery, suitable for battery Mitsubishi A6BAT 100pcs. Stable compatibility, quality assurance! 1 year warranty, 30 day money-back guarantee.

ECN10691_PLC_Oth

ER17330V battery Common replacement model :

ER17330V

Compatible with Mitsubishi A6BAT 100pcs:

Specification:
Model number:ER17330V/3.6V
TYPE:A6BAT
Cell type:Lithium
Voltage:3.6v
Capacity:1700mah
Rechargeable:NO
Dimensions(cm):7.0*6.0*2.0
Weight:20g
Mitsubishi A6BAT Battery-Size 2/3A
Product Size:Dimensions battery:17mm*33.6mm
Product Name:Mitsubishi A6BAT Battery-Size 2/3A 3.6V Lithium Battery
Product ID:A6BAT,ER17330V/3.6V,ER17330V
Product Weight:Cable Length:160mm,2 wire 2-pin connector
Other applications:
Alarm system,PLC memory backup power supply,CNC system,servo motors,machine tools,instruments,special electronic equipment,etc.
Package Included:
100*For Mitsubishi A6BAT ER17330V PLC Battery

 

Common sense and usage precautions for various types of batteries

1. Calculation of charging time. The battery charging formula is generally: Charging time (hours) = charging battery capacity (mAh) / charging current (mA) * 1.5 coefficient.
If you use a 1000mAh rechargeable battery and the charger is charged with 200mA, the charging time is: 1000/200*1.5=7.5 hours.
2. The lead-acid battery battery does not need to be discharged before charging. Because it has no memory effect, it can be directly charged regardless of the state of charge of the battery, without discharging.
3. The battery should be recharged. The shallower the discharge, the greater the number of cycles. Therefore, according to this theory, the charging is beneficial to the cycle life. However, in terms of the chargers that are widely used in the market, the charger has a high failure rate and poor reliability due to price factors and technical levels. Defects such as low precision. Therefore, sometimes charging will affect the battery life. The battery is emptied and recharged. Although the number of charging times is reduced, some single-cell over-discharge may occur due to the difference between the single-cell batteries during discharge. The over-discharge battery charging acceptance capability will be greatly reduced, causing insufficient charging failure. Since the battery is recharged after being discharged, the charger has a heavy load for a long time and is liable to damage the charger. Therefore, in combination with the above, we believe that it is more reasonable to perform a charge when the battery discharges 50-70% of the power, which is beneficial to the use of the battery.
4. Pay attention to the effect of temperature on battery performance. When the battery is charged or discharged, an electrochemical reaction occurs on the battery electrode. The higher the temperature, the activity of each active material of the battery increases, the viscosity of the electrolyte decreases, and the electrical resistance decreases, so that the electrochemical reaction is easy to proceed, and vice versa. . The lower the temperature during discharge, the lower the discharge capacity. At a particularly low temperature, the discharge capacity will decrease drastically, and the higher the temperature is reversed. The lower the temperature during charging, the worse the charge acceptance capability, and the higher the charge voltage is required. Electricity.
5. The newly purchased battery should be charged before using it. In order to prevent accidents during transportation, rechargeable batteries are generally not fully charged. And the battery has the characteristics of self-discharge, so it will carry 30%-50% capacity guarantee voltage when shipped. Generally shipped batteries will guarantee a storage period of about 6 months. Because the battery is not fully charged, the customer may have stored it and stored it for a period of time when it was purchased. Therefore, if the battery that was just bought is used for large discharge, it may cause damage. It is recommended to use it after it is full.
6. The battery should pay attention to the storage conditions. Since long-term storage accelerates the self-discharge of the battery and reduces the reactivity, the temperature is preferably suitable for long-term storage at 10 ° C to 30 ° C. When the battery needs to be stored for more than one year, it is necessary to ensure that the battery is charged and discharged at least once a year, which can prevent the battery from leaking alkali and the battery performance degradation caused by self-discharge of the battery.
When the battery is stored for a long time after the long-term storage, the battery voltage is high and the capacity is reduced due to a decrease in the internal reactivity of the battery. After repeated small current charging and discharging, the capacity can be restored.
7. Do not combine batteries of different capacities. Mixing different capacities or old and new batteries may cause leakage, zero voltage, etc. This is due to the difference in capacity during charging, some batteries are overcharged during charging, some batteries are not fully charged, and batteries with high capacity are not discharged when discharged, while those with low capacity are over-discharged. In such a vicious circle, the battery is damaged and leaks or low (zero) voltage.
8. Do not store the battery in the appliance after it has been used or not used for a long time. If the appliance is no longer used for a long period of time, it is best to take the battery out and put it in a cool, dry place. If this is not the case, the appliance will be turned off and the system will still have a low current output, which will shorten Battery life.
9. Do not over discharge or overcharge the battery. After the battery has discharged the internal stored power, after the voltage reaches a certain value, the discharge will continue to cause overdischarge, and the discharge cutoff voltage is usually determined according to the discharge current. 0.2C-2C discharge is generally set to 1.0V / support, above 3C is 0.8V / support (such as battery capacity is 2000mAH, 0.2C = 0.2 * 2000 = 400mAH), battery over discharge may have catastrophic consequences for the battery In particular, high current over-discharge, or repeated over-discharge, has a greater impact on the battery. In general, over-discharge will increase the internal pressure of the battery, and the reversibility of the positive and negative active materials will be destroyed. Even if the charging is only partially restored, the capacity will be significantly attenuated.
Overcharge refers to the behavior of the battery to continue charging after a certain charging process is fully charged. Under normal circumstances, the internal pressure of the battery will not increase significantly, but if the charging current is too large, or the charging time is too long, the generated oxygen can not be consumed, it may cause the internal pressure to rise, the battery is deformed, the liquid leakage, etc. phenomenon. At the same time, its electrical performance will be significantly reduced.

Looking for other batteries

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Panasonic BR-AGCF2W 6V

Panasonic BR-AGCF2W 6V

ER17330V battery 1700mah for Mitsubishi A6BAT 3PCS

Buy cheap 1700mah 3.6v Mitsubishi ER17330V battery 1700mah 3.6v Mitsubishi ER17330V battery, suitable for battery Mitsubishi A6BAT 3PCS. Stable compatibility, quality assurance! 1 year warranty, 30 day money-back guarantee.

ECN10690_PLC_Oth

ER17330V battery Common replacement model :

ER17330V

Compatible with Mitsubishi A6BAT 3PCS:

Specification:
Model number:ER17330V/3.6V
TYPE:A6BAT
Cell type:Lithium
Voltage:3.6v
Capacity:1700mah
Rechargeable:NO
Dimensions(cm):7.0*6.0*2.0
Weight:20g
Mitsubishi A6BAT Battery-Size 2/3A
Product Size:Dimensions battery:17mm*33.6mm
Product Name:Mitsubishi A6BAT Battery-Size 2/3A 3.6V Lithium Battery
Product ID:A6BAT, ER17330V/3.6V,ER17330V
Product Weight:Cable Length:160mm,2 wire 2-pin connector
Other applications:
Alarm system,PLC memory backup power supply,CNC system,servo motors,machine tools,instruments,special electronic equipment,etc.
Package Included:
3*For Mitsubishi A6BAT ER17330V PLC Battery

 

Common sense and usage precautions for various types of batteries

1. Calculation of charging time. The battery charging formula is generally: Charging time (hours) = charging battery capacity (mAh) / charging current (mA) * 1.5 coefficient.
If you use a 1000mAh rechargeable battery and the charger is charged with 200mA, the charging time is: 1000/200*1.5=7.5 hours.
2. The lead-acid battery battery does not need to be discharged before charging. Because it has no memory effect, it can be directly charged regardless of the state of charge of the battery, without discharging.
3. The battery should be recharged. The shallower the discharge, the greater the number of cycles. Therefore, according to this theory, the charging is beneficial to the cycle life. However, in terms of the chargers that are widely used in the market, the charger has a high failure rate and poor reliability due to price factors and technical levels. Defects such as low precision. Therefore, sometimes charging will affect the battery life. The battery is emptied and recharged. Although the number of charging times is reduced, some single-cell over-discharge may occur due to the difference between the single-cell batteries during discharge. The over-discharge battery charging acceptance capability will be greatly reduced, causing insufficient charging failure. Since the battery is recharged after being discharged, the charger has a heavy load for a long time and is liable to damage the charger. Therefore, in combination with the above, we believe that it is more reasonable to perform a charge when the battery discharges 50-70% of the power, which is beneficial to the use of the battery.
4. Pay attention to the effect of temperature on battery performance. When the battery is charged or discharged, an electrochemical reaction occurs on the battery electrode. The higher the temperature, the activity of each active material of the battery increases, the viscosity of the electrolyte decreases, and the electrical resistance decreases, so that the electrochemical reaction is easy to proceed, and vice versa. . The lower the temperature during discharge, the lower the discharge capacity. At a particularly low temperature, the discharge capacity will decrease drastically, and the higher the temperature is reversed. The lower the temperature during charging, the worse the charge acceptance capability, and the higher the charge voltage is required. Electricity.
5. The newly purchased battery should be charged before using it. In order to prevent accidents during transportation, rechargeable batteries are generally not fully charged. And the battery has the characteristics of self-discharge, so it will carry 30%-50% capacity guarantee voltage when shipped. Generally shipped batteries will guarantee a storage period of about 6 months. Because the battery is not fully charged, the customer may have stored it and stored it for a period of time when it was purchased. Therefore, if the battery that was just bought is used for large discharge, it may cause damage. It is recommended to use it after it is full.
6. The battery should pay attention to the storage conditions. Since long-term storage accelerates the self-discharge of the battery and reduces the reactivity, the temperature is preferably suitable for long-term storage at 10 ° C to 30 ° C. When the battery needs to be stored for more than one year, it is necessary to ensure that the battery is charged and discharged at least once a year, which can prevent the battery from leaking alkali and the battery performance degradation caused by self-discharge of the battery.
When the battery is stored for a long time after the long-term storage, the battery voltage is high and the capacity is reduced due to a decrease in the internal reactivity of the battery. After repeated small current charging and discharging, the capacity can be restored.
7. Do not combine batteries of different capacities. Mixing different capacities or old and new batteries may cause leakage, zero voltage, etc. This is due to the difference in capacity during charging, some batteries are overcharged during charging, some batteries are not fully charged, and batteries with high capacity are not discharged when discharged, while those with low capacity are over-discharged. In such a vicious circle, the battery is damaged and leaks or low (zero) voltage.
8. Do not store the battery in the appliance after it has been used or not used for a long time. If the appliance is no longer used for a long period of time, it is best to take the battery out and put it in a cool, dry place. If this is not the case, the appliance will be turned off and the system will still have a low current output, which will shorten Battery life.
9. Do not over discharge or overcharge the battery. After the battery has discharged the internal stored power, after the voltage reaches a certain value, the discharge will continue to cause overdischarge, and the discharge cutoff voltage is usually determined according to the discharge current. 0.2C-2C discharge is generally set to 1.0V / support, above 3C is 0.8V / support (such as battery capacity is 2000mAH, 0.2C = 0.2 * 2000 = 400mAH), battery over discharge may have catastrophic consequences for the battery In particular, high current over-discharge, or repeated over-discharge, has a greater impact on the battery. In general, over-discharge will increase the internal pressure of the battery, and the reversibility of the positive and negative active materials will be destroyed. Even if the charging is only partially restored, the capacity will be significantly attenuated.
Overcharge refers to the behavior of the battery to continue charging after a certain charging process is fully charged. Under normal circumstances, the internal pressure of the battery will not increase significantly, but if the charging current is too large, or the charging time is too long, the generated oxygen can not be consumed, it may cause the internal pressure to rise, the battery is deformed, the liquid leakage, etc. phenomenon. At the same time, its electrical performance will be significantly reduced.

Looking for other batteries

Mitsubishi ER17330V 1700mah 3.6v

Dell PT6V8 4800mAh 14.8V

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Panasonic BR-AGCF2W 6V

Buy cheap Mitsubishi A6BAT 10pcs A6BAT battery 3.6v

Buy cheap 1700mah 3.6v Mitsubishi A6BAT battery 1700mah 3.6v Mitsubishi A6BAT battery, suitable for battery Mitsubishi A6BAT 10pcs. Stable compatibility, quality assurance! 1 year warranty, 30 day money-back guarantee.

ECN10692_PLC_Oth

A6BAT battery Common replacement model :

A6BAT

Compatible with Mitsubishi A6BAT 10pcs:

Specification:
Model number:ER17330V/3.6V
TYPE:A6BAT
Cell type:Lithium
Voltage:3.6v
Capacity:1700mah
Rechargeable:NO
Dimensions(cm):7.0*6.0*2.0
Weight:20g
Mitsubishi A6BAT Battery-Size 2/3A
Product Size:Dimensions battery:17mm*33.6*mm
Product Name:Mitsubishi A6BAT BatterySize 2/3A 3.6V Lithium Battery
Product ID:A6BAT,ER17330V/3.6V, ER17330V
Product Weight:Cable Length:160mm,2 wire 2-pin connector
Other applications:
Alarm system,PLC memory backup power supply,CNC system,servo motors,machine tools,instruments,special electronic equipment,etc.
Package Included:
10*For Mitsubishi A6BAT ER17330V PLC Battery

 

Common sense and usage precautions for various types of batteries

1. Calculation of charging time. The battery charging formula is generally: Charging time (hours) = charging battery capacity (mAh) / charging current (mA) * 1.5 coefficient.
If you use a 1000mAh rechargeable battery and the charger is charged with 200mA, the charging time is: 1000/200*1.5=7.5 hours.
2. The lead-acid battery battery does not need to be discharged before charging. Because it has no memory effect, it can be directly charged regardless of the state of charge of the battery, without discharging.
3. The battery should be recharged. The shallower the discharge, the greater the number of cycles. Therefore, according to this theory, the charging is beneficial to the cycle life. However, in terms of the chargers that are widely used in the market, the charger has a high failure rate and poor reliability due to price factors and technical levels. Defects such as low precision. Therefore, sometimes charging will affect the battery life. The battery is emptied and recharged. Although the number of charging times is reduced, some single-cell over-discharge may occur due to the difference between the single-cell batteries during discharge. The over-discharge battery charging acceptance capability will be greatly reduced, causing insufficient charging failure. Since the battery is recharged after being discharged, the charger has a heavy load for a long time and is liable to damage the charger. Therefore, in combination with the above, we believe that it is more reasonable to perform a charge when the battery discharges 50-70% of the power, which is beneficial to the use of the battery.
4. Pay attention to the effect of temperature on battery performance. When the battery is charged or discharged, an electrochemical reaction occurs on the battery electrode. The higher the temperature, the activity of each active material of the battery increases, the viscosity of the electrolyte decreases, and the electrical resistance decreases, so that the electrochemical reaction is easy to proceed, and vice versa. . The lower the temperature during discharge, the lower the discharge capacity. At a particularly low temperature, the discharge capacity will decrease drastically, and the higher the temperature is reversed. The lower the temperature during charging, the worse the charge acceptance capability, and the higher the charge voltage is required. Electricity.
5. The newly purchased battery should be charged before using it. In order to prevent accidents during transportation, rechargeable batteries are generally not fully charged. And the battery has the characteristics of self-discharge, so it will carry 30%-50% capacity guarantee voltage when shipped. Generally shipped batteries will guarantee a storage period of about 6 months. Because the battery is not fully charged, the customer may have stored it and stored it for a period of time when it was purchased. Therefore, if the battery that was just bought is used for large discharge, it may cause damage. It is recommended to use it after it is full.
6. The battery should pay attention to the storage conditions. Since long-term storage accelerates the self-discharge of the battery and reduces the reactivity, the temperature is preferably suitable for long-term storage at 10 ° C to 30 ° C. When the battery needs to be stored for more than one year, it is necessary to ensure that the battery is charged and discharged at least once a year, which can prevent the battery from leaking alkali and the battery performance degradation caused by self-discharge of the battery.
When the battery is stored for a long time after the long-term storage, the battery voltage is high and the capacity is reduced due to a decrease in the internal reactivity of the battery. After repeated small current charging and discharging, the capacity can be restored.
7. Do not combine batteries of different capacities. Mixing different capacities or old and new batteries may cause leakage, zero voltage, etc. This is due to the difference in capacity during charging, some batteries are overcharged during charging, some batteries are not fully charged, and batteries with high capacity are not discharged when discharged, while those with low capacity are over-discharged. In such a vicious circle, the battery is damaged and leaks or low (zero) voltage.
8. Do not store the battery in the appliance after it has been used or not used for a long time. If the appliance is no longer used for a long period of time, it is best to take the battery out and put it in a cool, dry place. If this is not the case, the appliance will be turned off and the system will still have a low current output, which will shorten Battery life.
9. Do not over discharge or overcharge the battery. After the battery has discharged the internal stored power, after the voltage reaches a certain value, the discharge will continue to cause overdischarge, and the discharge cutoff voltage is usually determined according to the discharge current. 0.2C-2C discharge is generally set to 1.0V / support, above 3C is 0.8V / support (such as battery capacity is 2000mAH, 0.2C = 0.2 * 2000 = 400mAH), battery over discharge may have catastrophic consequences for the battery In particular, high current over-discharge, or repeated over-discharge, has a greater impact on the battery. In general, over-discharge will increase the internal pressure of the battery, and the reversibility of the positive and negative active materials will be destroyed. Even if the charging is only partially restored, the capacity will be significantly attenuated.
Overcharge refers to the behavior of the battery to continue charging after a certain charging process is fully charged. Under normal circumstances, the internal pressure of the battery will not increase significantly, but if the charging current is too large, or the charging time is too long, the generated oxygen can not be consumed, it may cause the internal pressure to rise, the battery is deformed, the liquid leakage, etc. phenomenon. At the same time, its electrical performance will be significantly reduced.

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Dell Battery for Dell Latitude E4300 E4310 Laptop E4300 60WH

The new Dell E4300 laptop battery, 60WH 11.1V, is suitable for battery Dell Latitude E4300 E4310 Laptop. Superior quality and cheap price! 1 year warranty, 30 days refund!

DEL19I448

  • Brand : Dell Battery
  • Type : Li-ion
  • Capacity : 60WH
  • Volatge : 11.1V

E4300 Replaceable universal battery model:

312-0822 312-0823 312-9955 312-9956 0FX8X 8N884 8R135 CP284 CP289 CP294 CP296 F732H FM332 FM335 FM338 G805H HW892 HW898 HW900 HW901 HW905 JX0R5 R3026 U817P X855G XX327 XX334 XX337 YP459 YP463

Perfectly compatible with Dell Latitude E4300 E4310 Laptop:

dell Latitude E4300 E4310 Series

 

Why the laptop can’t be charged

1. The laptop battery management software disables the charging function.
2. Laptop battery aging or daily careless maintenance, often use the battery power to exhaust until the computer automatically shuts down. In fact, this is very easy to damage the battery.
3. Some users will take out the laptop battery for a long time, put it away, this kind of battery will be taken down and stored, it will also lose the battery, which will make the battery life of the laptop worse and worse.

E4300 Notebook battery charging shows 0% available power is turned on and can not be charged solution

1. Check if the battery charging is disabled. If the user sets the laptop battery, the laptop battery management software disables the charging function
2. If there is no problem with the check settings, if the laptop battery is used for a long time, the over-discharge will cause 0% of the available power is turned on and not charged. If it is taken for repair, even if it is repaired, there will be problems such as battery life and long life. It is best to buy. Replace with a new laptop battery.
3. The battery has been used for too long, it is useless, resulting in poor contact, it is recommended to open the notebook clear gray, plug the power cord battery to try.
4. notebook win7 system battery internal control circuit or battery core problems, need to take over.

More batteries for your reference

Asus A32-N50 7200mAh 11.1V

ASUS A32-N50 4800mAh 11.1V

Lenovo 00HW006 3540mAh/27WH 7.4V

Lenovo 31502371 6270mAh/92.8WH 14.8V

ASUS C21-TX300D 3120mAh/43WH 7.4V


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