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INHOUD SET:
XD-6 iFS transmitter with integral
8NH-2000mA TX transmitter battery (Order No. 2498.8TX),
XR-6 iFS receiver (Order No. 23607),
C 5177 servo
switch harness
Specification, XD-6 iFS transmitter
Frequency band: 2.4 ... 2.4835 GHz
Max. D.C. transmitter input power: 0.8 W
Modulation: Intelligent Frequency Select
Servo resolution: 65,536 steps (16-bit)
Operating voltage: 9.6 ... 12 V
Current drain approx. 100 mA
Control functions: 3, 2 with trims
Temperature range: -15° ... +55° C
Aerial length approx. 110 mm
Dimensions approx. 240 x 180 x 90 mm
Weight incl. battery approx. 640 g
Specification, XR-6 iFS receiver
Order No. 23607
Servo functions: 3
Current drain approx. 60 mA / 4.8 V
Aerial: Integral
Dimensions approx. 38 x 28 x 16 mm
Weight approx. 12 g
Specification, C 5177 servo
Operating voltage: 4.8 6 V*
No-load current drain approx. 12 mA
Max. current drain approx. 1.5 A
Torque approx. 95 Ncm
Angular travel approx. 2 x 45°
Transit speed approx. 0.13 s / 40°
Dimensions (L x W x H) approx. 39 x 19 x 40 mm
Weight approx. 45 g
*4.8 V = 4 cells, 6 V = 4 dry cells
Micro-computer radio control system exploiting the latest 2.4 GHz Graupner iFS technology
Bi-directional communication between transmitter and receiver
No crystals, no channel setting procedures. Simultaneous use of up to 120 transmitters possible without interference
Ultra-fast transmission rate for extreme response
Rejects interference caused by electric motors, servos and electrical charge (metal-to-metal noise)
Stub aerial, folding and removable
Steering wheel with soft rubber lining and adjustable spring centring force, guaranteeing excellent grip and ultra-fine control
Large LCD screen provides clearly legible information regarding function data and set-up parameters, plus digital display of transmitter battery voltage
Visual and audible battery low-voltage warning
Four-button terminal for programming, and accurate setting of desired functions and parameters
Comprehensive individual set-up and programming facilities
Ten model memories for function and set-up data. Each memory can be assigned a brief model name
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