Futaba CR-2000 DC Peak Charger - Reliable Hobby Charger  [CR-2000]

Futaba CR-2000 DC Peak Charger
Price:
NZD$140.99
Brand:
Futaba
Model:
CR-2000
Condition:
Brand New
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Consistent battery care with the Futaba CR-2000

The Futaba CR-2000 DC Peak Charger is aimed at RC users who want reliable charging of NiCD and NiMH packs. Built-in peak detection and auto shut-off reduce the risk of overcharging and prolong pack life.

What the display shows

The charger features an LCD that reports input/output voltages, charging current, detected peak voltage, elapsed charging time, and cumulative charge. That information helps you confirm each charge cycle is behaving correctly.

Supplied cables and adapters

Included are a 12V charger with cigarette lighter lead, alligator clips, a 28" transmitter charge cord and two receiver adapter cords of 20" and 80". These items cover a wide range of connection needs at the bench or track.

Required supply and compatibility

The CR-2000 needs an 11-15V DC supply able to deliver a minimum of 6A to function properly and supply the charger current ranges listed in the specifications.

Specifications

  • Battery Range: Tx: 6-8 cells, 500-2000mAh; Rx: 4-6 cells, 50-2000mAh
  • Glow Plugs: 1 cell, 2000-3000mAh
  • Input Voltage: DC11V-16V
  • Operation Voltage: 10.5V
  • Charging Current: Tx 0.5A-2A; Rx 0.05-2A
  • Cut Off: Delta Peak
  • Trickle Charge Rate: 0.05 to 0.45A rate is 5 mA; 0.5 to 2.5A rate is 70 mA
  • Dimensions: Length: 6" (152mm), Width: 3.4" (86mm), Height: 1.4" (36mm)
  • Weight: 355g (12.5oz)

The Futaba CR-2000 DC Peak Charger suits pilots and modellers who prefer a straightforward NiCD/NiMH charging station with clear readouts and practical leads.

Choose a charge current within the listed Tx or Rx ranges based on pack capacity. For example, a 1000mAh transmitter pack can be charged around 1A for a sensible balance of speed and safety.
Yes. The specifications list a glow plug mode for a single cell at 2000-3000mAh, so check your glow element requirements before use.
Verify your DC source meets the 11-15V and 6A minimum, inspect cable connections, and ensure the battery leads are attached correctly before retrying.

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