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SCD2022 FT-Slottechnik Carrera Digital Decoder Chip 1:32 Slot Car Part

FT-Slottechnik

$44.95
SKU:
SCD2022
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Product Overview

Brand New/Never Used/Original Packaging

SCD2022 FT-Slottechnik Carrera Digital Decoder Chip 1:32 Slot Car Part

Technical data:

  • Minimum operating voltage: 12,0 Volt DC
  • Maximum operating voltage: 15,5 Volt DC
  • Size (L x W x H): 18,8 x 14,2 x 6,5 mm (4,5 mm without plugs)
  • Net weight: 2 g
  • angled plug
  • Longer connection cable
  • underside without components

Decoder connections:

  • Braids: Cable black = - / red = +, without plugs, tinned
  • IR diode: Cable black = - / red = +, IR diode soldered
  • Motor: Cable grey = - / purple = +, without plugs, tinned
  • Light: Plugs for enclosed light cords

Special functions:

  • front light, rear light with brake light, and auxiliary brake light
  • Ghostcar function
  • No accidental transcoding while driving
  • stronger braking effect
  • INSTRUCTIONS ARE INCLUDED

Converts an NSR, Slot.it, and many more Cars to Carrera Digital132

Installation instructions:
The decoder has to be fixed, e.g., by mirror adhesive tape (not included), into the chassis at the appropriate place. For mounting the IR diode, a hole with a diameter of 3.0 mm has to be drilled in range of the front third and seen from above 12.5 mm left of the centerline of the chassis. The enclosed support for the IR diode has to be glued into the chassis in the region of the drilled hole, and the IR diode has to be mounted therein (hot glue recommended). In addition to a front and rear light output with an integrated brake light function, the decoder has an additional brake light output. For example, an orange flashing LED can be connected to this output to simulate exhaust flames.

Notices:
The pitlane function is only possible using the CU 30352 of Carrera®.

Recommendations:
Attaching a suppression capacitor parallel to the motor terminals (47-100 nanofarads - not included). Using series 3mm Standard LEDs in white or red with upstream resistance for better appearance (680Ω for white and 330Ω for red - not included).

Main Functions:
To change settings, the slot car has to be placed on the track in the driving direction. Any change in the programming is confirmed by fast flashing lights. Any settings remain stored until new programming is carried out. The slot car must be de-energized at least 3 seconds before each encoding!

Encoding to an according speed controller Start the encoding process by pressing the CODE button on the CU once and complete the process by pressing the lane change button on the speed controller. In the case of encoding by double pressing the lane change button on the speed controller, please note a short break between the clicks (about 0.5 seconds). Fast flashing lights visually signal the introduction of the encoding process after the first double pressing of the lane change button on the speed controller.

Setting the basic speed By pressing the SPEED button on the CU, select the desired speed level, and confirm by pressing the ENTER button on the CU.

Setting the braking effect By pressing the BRAKE button on the CU, select the desired braking level, and confirm by pressing the ENTER button on the CU.

Light on/off The slot car must be located at least 3 seconds at a  standstill on the track. Then, the light can be switched on or off by pressing the lane change button on the speed controller.

Encoding the ghostcar™ Start the encoding process by pressing the CODE button on the CU twice and continue the process by pressing the lane change button on the speed controller. While the lights are flashing, use the speed controller to bring the slot car to the desired speed and complete the process by pressing the lane change button on the controller.

Safety Information:
Warning! Small parts – choking hazard - Not suitable for children under 14 years. This device is marked with the symbol for the selective disposal of electrical equipment ( WEEE ). This product must be disposed of in accordance with the EU Directive 2002/96 / EC in order, if necessary, to minimize resulting environmental damage.