>Features
- >SHV technology: input voltage up to 35 V
- 40A maximum. current load for all SHV servo outputs
- regulated8.4 V / 10 A for receivers, peripherals and four servos
- 22channels
- >optional drone version
- >high-performance backup batterywith high continuous charge capacity
- >2.4" TFT display, sunlight-readable
- >Bilingual menu system
- >consistent duplication ofall power electronics
- >redundant electronic switch
- >Servo matchingfor 22 outputs
- >auto-matching function
- twoindependent door sequencers with Setup Assistant.
- thelatest integrated iGyro technology, using the iGyroSAT as a gyroscopic sensor
- Twelveindependent gyro outputs for: 4x aileron, 4x elevator, 4x rudder
- >individual gain controlfor the twelve gyro outputs.
- >special control algorithmfor fixed-wing models
- Thesystem detects all transmitter mixers
- >Graphical menu diagrams guarantee ultra-simple programming
- >quick basic configuration procedureusing the sophisticated wizard
- >optional GPSIII for speed-dependent gyro compensation
- >Telemetry datafor PowerBox P²BUS, Futaba S.BUS2, Jeti Ex-BUS, Spektrum, SRXL2, Multiplex M-Link and Graupner HoTT
- Transmissionof battery, receiver and GPS data*.
- practicallyall features can be controlled from PowerBox and Jeti transmitters
- >Selectable servo frame rate: 10 ms, 12 ms, 14 ms, 16 ms, 18 ms
- Suppression ofservo feedback current.
- latest32-bit microprocessor for fast, accurate signal processing
- >high-performance machined heat sink foroptimized heat diffusion
- >Machined and anodized aluminum switch and display housing.
- >compact dimensions
>Product description
|
The Competition SHV is the latest member of the PowerBox product family and has been developed to meet the demands of the latest generation of servos, with their ever-increasing power and speed. SHV stands for Super High Voltage and - as the term suggests - the SHV competition operates with significantly higher voltages than previous 8.4 V systems. The unit can handle input voltages of up to 35 V, which are then redundantly transmitted to the servos. The advantage is obvious: for a given servo power, the current carried by the servo cable is reduced by the same amount. For example, a servo consuming 6A of current using 8.4V technology will consume only 2A using 25.2V technology and a 6S power supply.
The lower current consumption results in the following scenarios:
- For a given conductor cross-section, the lower current in the servo cable reduces the voltage drop to the servo. This in turn means more constant servo output power, and the servos operate with constant torque and speed.
- Much higher servo performance is possible, as currents increase by a smaller factor.
- For a given servo output, it is permissible to use a cable with a reduced cross-section. In the case of large models, this can result in considerable weight savings.
- Power supply batteries with a significantly lower capacity and current rating can be safely used.
|
|
The unit is equipped with two redundant DC/DC converters for the two receivers, a gyroscope, additional telemetry sensors and up to four servos; they generate a regulated voltage of 8.4 V and
can support loads of up to 10A.
In terms of software, the Competition SHV is based on the proven Competition SR2 and offers all the usual PowerBox functions: 12-axis iGyro with optional speed compensation, servo-matching with Auto-Match function, gate sequencer, input and output mapping and much more. more. The entire system can be configured using the high-resolution color screen, or from the transmitter if you're using PowerBox or Jeti equipment.
The UAV version operates using modified software: in this variant, RX1 acts as "Master", using channel 16 to switch between RX1 and RX2 inputs. This can be used, for example, to switch between a conventional RC system and a flight controller. The flight controller is also powered by the Competition SHV.
|
|
Includes box:
- PowerBox Competition SHV
- TFT display
- SensorSwitch
- 2 lead patches
- 4 rubber grommets and brass spacers
- 8 mounting screws
- Operating instructions in German and English
|
|
>technical data
| Operating voltage |
10.0 V - 35.0 V |
| Current source |
LiPo 3-8s or Lilon |
| Current consumption Power-up state |
170 mA at 20 V |
| Current consumption Standby |
40 µA |
| Maximum charging current |
2x20A (<30s 2x 40A) |
| Output voltage |
SHV and 8.0V |
| Signal input |
serial |
| RC systems supported |
PowerBox, Futaba, Jeti, Spektrum, Multiplex, Graup |
| Receiver redundancy |
SR2 |
| Channels |
26 |
| Servo sockets |
22 |
| Programmable servo outputs |
22 |
| Servo signal resolution |
0.5µs |
| Signal frame rate |
10 ms, 12 ms, 14 ms, 16 ms, 18 ms |
| Gyroscopic control |
Heading mode and normal mode |
| Gyro sensor type |
iGyro SAT external |
| Number of sensor axes |
12 |
| Display |
320x240 pixel TFT display |
| Integrated door sequencer |
Yes |
| Supported telemetry systems |
P²BUS, S.BUS2, EX-BUS, SRXL2, M-Link, Hott, DMSS |
| Dimensions |
118x71x19mm |
| Weight |
137g |
| Weight sensor switch |
15g |
| LCD display weight |
34g |
| Temperature range |
-30°C to +85°C |
|
.jpg)
Paiement sécurisé
Livraison 24/48h
Paiement 3X
