PowerBox CockpitTM SRS
World's first power supply system with the facility to connect four different receiver types with serial interface + + + 1st power supply system with downlink channel transmission for Spektrum and MPX + + + 1st power supply system with unrestricted channel assignment for output sockets (channel output mapping) + + + 1st power supply system with synchronised servo output for totally simultaneous servo movements + + + 1st power supply system with four-stage user-variable servo frame rate (12 ms, 15 ms, 18 ms, 21 ms) + + + 1st power supply system with integral freely programmable door sequencer + + + 1st power supply system which saves the reception data for all connected receivers - whether Spektrum, Futaba, Multiplex or Jeti - and provides a post-flight data display on the OLED screen, showing all "lost frames" and "fail-safes" from the last flight.
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| | Features:
- For Spektrum and Jeti satellites, Futaba S-BUS Multiplex M-LINKand HoTT receivers
- All channels from the receiver are transferred using a three-core lead
- Complete receiver redundancy, double the security
- Complete battery redundancy: two batteries, two electronic switches, redundant output voltage with dual regulation
- Spektrum with four satellites, Futaba with two S-Bus receivers, Multiplex with two M-Link receivers, HoTT, Jeti with two satellites
- High-resolution graphic OLED screen with 128 x 64 pixels
- Ultra-simple menu-based programming using the SensorSwitch
- Eleven channels + one channel for door sequencer
- Downlink channel transmission for Spektrum and MPX
- Unrestricted channel assignment for all output sockets, (channel output mapping)
- Synchronised servo outputs for totally simultaneous servo movements
- Four-stage user-variable servo frame rate (9ms, 12 ms, 15 ms, 18 ms, 21 ms)
- Integral freely programmable door sequencer
- The unit saves receiver data, such as "lost frames" and "failsafes", for all connected receivers - whether Spektrum, Futaba, Multiplex, Jeti. Data can be read out after the flight on the OLED screen
- Four match-channels for two servos each; both servos individually variable
- 16-bit processor for high-speed, high-resolution signal processing
- Signal amplification for a total of 12 channels and 21 servos
- Direct transmission of battery voltages and capacities to the transmitter (downlink channels)
- On-screen voltage display for each battery separately, with bar indicator
- Residual capacity display for both batteries separately
- User-variable servo voltage: choice of 5.9 V or 7.4 V
- Minimum value memory shows any voltage collapses
- Large-area heat-sink for high regulator capacity
- Regulator monitor and regulator error indicator
- Supports three battery types: LiPo, LiIon, NiMH / NiCd, LiFePo
- Suppression of any servo feedback currents which might occur
Specification:
- Bus systems for seriell receivers from: Spektrum, Futaba, Multiplex, Jeti, HoTT
- Operating voltage: 4,0 Volts to 9,0 Volts
- Power source:
2 x two-cell LiPO batteries 7,4 Volts
2 x five-cell NiCd or. NiMH batteries
2 x two-cell LiFePo batteries 6,6 Volts (A123) - Current drain:
Power-on state approx. 130 mA
Power-off state approx. 15 µA - Dropout voltage: approx. 0,25 V
- Max. seriell receiver current
2 x 3 A (stabilised) - Max. servo current:
according to efficiency of cooling
Peak 2 x 20 A - Servo signal resolution: 0,5µs
- Signal frame rate:
User variable: 9ms, 12ms, 15ms, 18ms, 21ms - Screen: OLED 128 x 64 pixels, graphic
- Servo sockets: 21 sockets, 12 channels, 4 of them match-channels,
single-channel door sequencer with 6 servo sockets - Temperature range: - 30 °C to + 75 °C
- Dimensions: 110 x 72 x 24 mm
(incl. base plate) - Weight: 115 g
- SensorSwitch: 15 g
- EMV approval: EN 55014-1:2006
- CE approval: 2004/108/EG
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