Tamiya 42135 VG Fast Charger - Hobbyist Multi Mode Charger  [42135]

Tamiya 42135 - VG Fast Charger For Ni-MH/Ni-Cd Battery
Price:
AUD$476.79
Brand:
Tamiya
Model:
42135
GTIN:
4950344421350
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Versatile Charger for RC Hobbyists

The Tamiya 42135 VG Fast Charger supports Ni-MH, Ni-Cd and Li-Po chemistries with flexible charge and discharge currents and a magnetic temperature sensor for added safety. It is aimed at hobbyists who need reliable, selectable charging options.

Features and Practical Uses

Designed to work with Tamiya packs and many other brands, this charger is a convenient bench tool for maintaining a variety of cell types and sizes.

Specifications

  • Dimensions: 14x114x47mm
  • Weight: 520g
  • Ni-MH/Ni-Cd Cells: 1~14 cells (12~16.8V)
  • Li-Po Cells: 1~6 cells (3.7/7.4/11.1/14.8/18.5/22.2V)
  • Max. Charge Current: 0.1~10A
  • Max. Discharge Current: 0.1~10A
  • Input Voltage: 9~15V
  • Charging Modes: Ni-MH, Ni-Cd, Li-Po
  • Discharge Modes: Ni-MH, Ni-Cd, Li-Po
  • Trickle Charge Rate: 0.1A (Ni-Cd mode)
  • Voltage Threshold: 3mV/cell (Ni-MH), 6mV/cell (Ni-Cd)
  • Max. Charge Watts: 120 watts
  • Max. Discharge Watts: 40 watts
  • Temperature Probe: Magnetic sensor (35~65C)
  • Cooling: IC controlled single fan

Tamiya 42135 VG Fast Charger is a practical choice for modellers who need a compact, multi mode charger that covers common RC battery types. Its adjustable currents help tailor charging to different pack sizes.

Is the magnetic temperature sensor required every time?

The magnetic probe is recommended when you want to monitor pack temperature during charge cycles, especially for higher currents or fast charging sessions.

What cell counts does the charger accept for Ni-MH packs?

It supports 1 to 14 Ni-MH or Ni-Cd cells, covering small receiver packs up to large stick packs. Set the correct cell count before starting a charge.

Can I leave a pack connected overnight?

Avoid leaving packs unattended for long periods. Use appropriate charge rates and the trickle function for Ni-Cd if needed, and always monitor charging when possible.

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