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12V/60A PCM Specifications For 4S /12.8V LiFePO4 Battery Pack

12V/60A PCM Specifications For 4S /12.8V LiFePO4 Battery Pack
Product Detailed
12V/60A PCM Specifications For 4S /12.8V LiFePO4 Battery Pack

12V/60A   PCM Specifications For 4S /12.8V LiFePO4 Battery Pack

Model: PCM-XGL120W50T14 (4S 60-60A)

No.

Test   item

Criterion

1

Voltage

Charging voltage

DC:14.4V   3.6V/Cell

    2

Current

Current consumption for single cell

≤20μA

Maximal continuous Charging current

60A

Maximal continuous Discharging current

60A

3

Over charge Protection

Over charge detection voltage

3.90+0.025V

Over charge detection delay time

0.5—2S

Over charge release voltage

3.80+0.025V

4

Over discharge protection

Over discharge detection voltage

2.00+0.062V

Over discharge detection delay time

10-300mS

Over discharge release voltage

2.0+0.062V

5

Over current protection

Over current detection voltage

0.62V

Over current detection current

240+30A

Detection delay time

5ms—20mS

Release condition

Cut load, Automatic Recovery

6

Short protection

Detection condition

Exterior short circuit

Detection delay time

200-500us

Release condition

Cut load, Automatic Recovery

7

Resistance

Protection  circuitry (MOSFET)

≤20mΩ

8

Temperature

Operating TemperatureRange

-40~+85°C

StorageTemperatureRange

-40~+125°C

    9

Size

L120*W50*T14mm

   10

Motor Power

750W or below

 

 

Main Functions:

 

The product has 6 main functions: over charge, over discharge, over current, short circuits, balancing and low-current lock. 

 

1. Function of over charge protection: once voltage of any battery in the pack gets higher than the over charge protection point, charge cuts off to ensure all batteries work within the over charge protection point.

 

2. Function of over discharge: once voltage of any battery in the pack gets lower than the over charge protection point, discharge cuts off to ensure all batteries work beyond the over charge protection point.

 

3. Function of over current: during the discharge process of battery pack, once discharge current gets over the set over current protection point, output cuts off to ensure battery pack works within the safe limit of current.

 

4. Function of short circuit protection: once battery pack’s output port appears the condition of short circuit, it cuts off to ensure battery group not to be damaged because of short circuit.

 

5. Function of voltage balancing: in the late charging period of battery pack, voltage difference that appears during the using process of each battery could get balancing revised to ensure battery pack’s capacitance.

 

6. Function of low-current lock: series connection of low-current lock gets reserved and low current controls on-and-off of the main high current to make it safer and more convenient.

 

 

Usage and Attention:

1. After purchasing the protection mould, users should connect lines in compliance with the instruction. Voltage usually exists in the battery, so operators should peel one line and then connect another starting from B-. Lines should be connected from the low position to the high position with no mistake of order, or the irreparable damage could be caused.

2. When lines get connected, bits of copper and tin should not cling to the guard shield.

3. Protection board should be connected to battery group with compliance to specifications and any leading line should not be put on the back of the board but on the lateral side.

4. When equipping the guard shield, hard epoxy sheer should be fixed on the back of the board as the barrier to prevent the squeezing against short circuit.

5. When welding output lines, power supply line with the proper diameter should be chosen to prevent great temperature rising and great dropping of line voltage while high current discharges.

6. The guard shield is usually fixed in the battery box, insulation, heat relief and tightness should be greatly concerned, or the internal short circuit could lead to some danger.

7. The full-charged battery group should be put properly out of children’s touch.

8. If any unusual condition appears during the using process, please stop using the product immediately.

Ways of line-connection:

The following procedures should be accorded with the referrence of drawings:

1.Weld a power supply line with the proper diameter from the B- port of guard shield and connect it with negative pole of battery pack (B-);

2.Connect line 1 signed in the line-connection drawing with the second battery's pole in the battery pack;

3.Connect line 2 signed in the line-connection drawing with the third battery's pole in the battery pack;

4.Connect line 3 signed in the line-connection drawing with the fourth battery's pole in the battery pack;

5.Connect line 4 signed in the line-connection drawing with the fifth battery's pole in the battery pack;

6.Connect the red line on the highest position signed inthe line-connection drawing  with the last battery's positive pole in the battery group;(different signal lines' connection could be operated with the above reference)7.A power supply line with the proper diameter led from the battery pack's positive pole (B+) and another similar line led from the guard shield's P- should be respectively connected with the positive and negative poles of the load.8.A power supply line with the proper diameter led from guard shield's C- and another power supply line led from the battery pack's positive pole (B+) should be respectively connected with the negative and positive poles of the charger.

 

 

12V/60A PCM Specifications For 4S /12.8V LiFePO4 Battery Pack



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