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JINTION NNTN4851 1800mAh Ni-MH Battery Compatible for Motorola CP200 CP200D PR400 EP450 EP450S DEP450 CP140 CP160 CP180 CP250 GP3688 GP3188 Radio NNTN4851A NNTN4496 NNTN4497

KWD 9.500

Brand
JINTION
Category
Portable radios
Weight
252 g
ColorBlack
1 +

Special Features

  • 1. NiMH rechargeable battery 2000mAh 7.2V Compatible with NTN7143, NTN7143A, NTN7143B, NTN7143CR, NTN7143R, NTN7144, NTN7144A, NTN7144B, NTN7144CR battery and fit the Motorola GP900, GP1200, GP2010, GP2013, HT1000, HT6000, JT1000, MT2000, MTS2000, MTX8000, MTX9000, MTX-LS, MTZ2000, PTX1200
  • 2. Japan high quality and high capacity batteries. Each battery cell is strictly screened, divided and matched.
  • 3. The shell injected by ourselves and we use PC/ABS material imported.
  • 4. Ultrasonic sealing and welding increases the strength and reliability, this battery withstand multiple throwing tests on the concrete floor without looseness.
  • 5. Battery have protection function of over-temperature and over-current.

Description

Product model: NTN7143
Product name: two way radio batteries
Battery type: Ni-MH battery
Standard voltage: 7.2V
Compatible models: MTX838/868/2000/8000/9000 MTXLS/B5/7 GP900/GP1200/
HT1000/JT1000 MT2000/MTS2000/MTZ2000
Storage temperature: +25℃±5℃
Working temperature: -20℃ to +50℃

Note
A: All the components are distributed on the flexible circuit board, and the battery pack is connected by the circuit board to avoid short circuit due to wire connection or improper connection.
B: The over current protector is an automatic reset safety device set up in the circuit to prevent the occurrence of excessive temperature, excessive current, or both. When the current is cut off, the circuit will automatically reset to a low resistance state.
C: The thermistor is a temperature control device, which can cause the charger to enter a slow state later in the charging process. When the temperature rises to a certain value, charging stops.
D: The diode can prevent the reverse current in the circuit, and prevent the battery from flowing back to the current that is not allowed by the charger during the charging process.

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