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رادیو کنترل futaba SG14

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Highlights
FASSTest® 2.4 GHz technology
Combined advantages of DSSS and FHSS modulation for superior interference rejection
Future-proof already meets the new EU norm
Telemetry
32-channel telemetry system
Up to 1000 m telemetry range
Real-time display on large integral screen
Speech output* via optional earphones
Melody and sound output
Vibration alarm
Data recording* of control signals and telemetry data
Large (74 x 38.5 mm) backlit screen 128 x 64 dot
S-BUS technology for fully digital inclusion of S.BUS servos, S.BUS speed controllers and S.BUS sensors
Fully expanded 14-channel transmitter with 20 freely programmable control elements
Precision stick units with Open-Stick mechanism and 12-bit resolution
zero backlash
ballraced
*Hardware prepared for speech output and data recording, function to be implemented by free software update, available 07/2013

Transmission
14 channels
FASSTest® technology(Futaba Advanced Spread Spectrum Technology)
The FASSTest® Hybrid technology combines the advantages of DSSS and FHSS Modulation. Extreme channel spread (spread factor 11) with DSSS Spreading, combined with optimised FHSS frequency hopping, produces outstanding interference rejection and ultra-fast response speeds for a direct, precise sensation of control.
100 mW transmitter power
Real-Time-Response
The latency (delay between moving the stick and the servo’s initial movement) of the FASSTest® / FASST system is significantly faster than other 2.4 GHz systems.
Very long range >3000 m
Ultra-fast, direct, fully digital modulation for extremely direct response
Switchable FASSTest® High-Speed mode for ultra-fast digital servo response and 6.3 ms frame rate 12-channel, reduced telemetry functions
Easy Link - extremely simple, high-speed binding process between transmitter and receiver
Extremely fast, reliable automatic re-binding even under difficult conditions
Intelligent servo timing for simultaneous servo movement, prevents differential servo response
Dual Antenna Diversity – lightning-fast switching between two receiver aerials for optimum reception signal quality according to receiver
Pre-Vision – FASST / FASSTest® receivers constantly scan the input signal, and apply intelligent Futaba error correction.
No loss of response speed even when frequency band is densely occupied
Integrated range test function for checking effective range before launching
Modulation switchable to FASST or FHSS for downward compatibility with existing Futaba components

Telemetry
Synchronised bi-directional communication between transmitter and receiver, with high telemetry data rate max. 9 times per second
32 telemetry channels
Max. 1000 m telemetry range
Real-time display of telemetry data on integral screen
Speech output* via optional earphones
Speech output controlled by user-selectable switch *
Melody and sound output (for differentiated vario information)
Vibration alarm
Data recording of control signals (stick movements) and telemetry data on SD card*
PC analysis software for recorded telemetry / GPS data and control signals**
Receiver signal strength indicator for monitoring range
Range warning system (with optional GPS sensor) for safe flying close to the limits of vision
Receiver low voltage warning system for monitoring the receiver battery
Freely configurable output of telemetry data via screen, sound, speech and vibration
*Hardware prepared for speech output and data recording, function implemented by free software update available as of 02/2013
**in preparation

Ergonomics
Precision stick units with 12-bit (4096-step) resolution for accurate, ultra-fine control
The "Open-Stick" mechanics of the stick units are ballraced and virtually devoid of backlash
Large, high-contrast 74 x 38.5 mm backlit screen (128 x 64 dot) for excellent legibility even in strong sunlight
Graphic user interface and intuitive Cap-Touch control wheel (with button lock) for simple operation of all functions
9 languages available: German, English, French, Italian, Spanish, Czech, Russian, Japanese and Dutch
Uniform, intuitive Futaba method of control for simple switch-over
Freely assignable transmitter controls
Freely assignable channel sequence
Fully expanded, with 20 transmitter controls: 7 switches, 1 button, 2 front-face rotary controls, 2 side-mounted rotary controls
2 lateral rotary controls provide a practical means of operating auxiliary functions without releasing the sticks
Freely selectable trim controls for all transmitter controls including switches etc
Hardware reverse for all transmitter controls and switches, allowing any preferred direction of switching
Direct choice of model memory in start-up display for rapid model selection
Switchable stick modes; 1 - 4 available

Trainer function
Using optional lead or radio module
with individual function transfer (teacher can transfer individual functions to the pupil) and mix-mode operation (teacher can override all functions)
Freely configurable Trainer channel assignment

S.BUS technology
Digital BUS technology for modelling
Pioneering serial control bus
Fully digital inclusion of S-BUS components such as S.BUS servos, S.BUS speed controllers and S.BUS sensors
S.BUS1 and S.BUS2 (bi-directional) compatible
Allows ideal positioning of all components, with efficient wiring
Future-proof digital technology for all future Futaba components
S-BUS components can be programmed and registered directly via the transmitter
Serial digital signal - ideal for flybarless systems, gyros and battery backers

Functions - General
30 integral model memories, infinite expansion possible using SD cards (max. 2 GB, SD and SD-HC), 3862 models per optional 2GB SD card.
Model memories from T8 or FX-20 transmitters stored on SD card can be read directly into the T14SG
Graphic servo monitor provides a clear display of all servo travels including servo test function
Broad receiver voltage range from 3.6 V to 8.4 V allows wide choice of receiver battery types
Future-proof design, as software can be updated by SD card.
Practical, thoroughly tested mixer menus for programming all servos and mixer functions according to model type, e.g. wing mixers
Special model type specific mixer programs for
Power models 2 - 6 wing flaps
Model gliders 2 - 8 wing flaps,
Model helicopters (6 swashplate types) (more information: see “Functions in Detail”)
5 flight modes (Heli and Glider menu) for each model memory, freely programmable for optimum flight mode settings - flight mode switching with priority and switching delay for smooth transitions
Programs for all tail types: normal, V-tail, delta, flying wing, separate elevators (ailvators)
Servo travel adjustment with Limit function for all proportional channels
Servo reverse and centre offset for channels 1 - 12
Trim controls optionally flight phase specific
Trim value display in Steps or %, with zero setting through trim memory
Fail-safe setting and battery fail-safe setting
2 operating hours counters, one of them model memory specific
2 freely configurable stopwatches with memory function
Switchable large-type stopwatch display
Function button lock prevents accidental inputs
Functions in detail
Power model functions
Comprehensive mixer menus for models with up to 6 wing-mounted servos. In addition to the choice of wing type, the user can select from the following tail variants: normal, separate elevators with aileron function (ailvator) and V-tail. Deltas and powered flying wings with 2...6 wing-mounted servos are also available. These mixer menus are pre-programmed to suit the model type, and contain all the essential mixer functions as standard.
5 freely assignable and switchable Dual Rate / Expo settings.
5 free programmable mixers, linear or with 5-point curve, per model memory, optionally with / without trims and offset mixer.
5-point throttle curve
Speed adjustment for throttle servo
Aileron differential
Spoiler mixer flaperon)
Elevator - spoiler mixer flaperon)
Rudder-aileron mixer
Rudder-elevator mixer
Snap-roll mixer
Mixture adjustment
Gyro settings
Motor mixer, for 2-step motor switching, with separate speed settings for steps 1 /2 as well as forwards and backwards.

Glider functions
Comprehensive mixer menus are also available for model gliders, including those with up to 8 wing-mounted servos. Optionally with or without motor. In addition to the choice of wing type, the user can select from the following tail variants: normal, separate elevators with aileron function (ailvator) and V-tail. Flying wings with 2 ... 8 wing-mounted servos can also be selected. These mixer menus are pre-programmed to suit the model type, and contain all the essential mixer functions as standard.
5 flight modes per model memory, with priority allocation and variable transition delay. With logical switch function.
5 free programmable mixers, linear or with 5-point curve, per model memory, optionally with / without trims and offset mixer.
Aileron differential
Flap travel adjustment
Aileron-flap mixer
Aileron-rudder mixer
Spoiler-flap mixer
Elevator-spoiler mixer
Flap-elevator mixer
Rudder-aileron mixer
Butterfly (crow) mixer with offset and delay settings
Butterfly - elevator mixer
Trim-mixer for aileron, rudder, and elevator, with speed setting and flight phase transition delay.
Gyro settings
Motor mixer, for 2-step motor switching, with individual speed settings for steps 1 /2 as well as forwards and backwards.

Heli functions
The helicopter mixer menus differentiate themselves primarily in the swashplate control. All the classic linkage types are included as standard: H1, H2, HR3, HN3, H4 and the new H3 90° and H3 140° A special feature is the new form of variable pushrod travel compensation for the H3 and H4 types. This function eliminates a common problem involving unequal travels, which can result in servo damage in the long-term when travels are fairly large or asymmetrical. The speed of the pitch-axis (elevator) function can also be adjusted, in order to avoid synchronisation problems with the HR3 / HN3 120° swashplate linkage.
5 freely programmable linear mixers or 5-point curves per model memory, optionally with / without trim and offset mixer.
Swashplate mixer
Swashplate ring mixer
5-point collective pitch curve, normal, idle-up 1, 2, 3, auto-rotation. With logical switch function.
5-point throttle curve, normal, idle-up 1, 2, 3, auto-rotation. With logical switch function.
Auto-rotation
Swashplate mixer virtual rotation
Swashplate mixer – Throttle linear / centre
Tail rotor – throttle mixer linear / centre
5-point collective pitch - tail rotor mixer, normal, idle-up 1, 2, 3, auto-rotation. With logical switch function.
Mixture adjustment
Gyro mixer (tail rotor) with 3 rates and fine trim adjustment
•  Gyro mixer (swashplate) with 3 rates and fine trim adjustment
•  Speed governor with 3 rates and fine trim adjustment
New update for T14SG V 3.0
Changes
In the current sensor telemetry menu the capacity limit is now pre-set to 4000 mAh. In the rpm sensor telemetry menu the adjustment range for the gearbox reduction ratio is expanded to 1 - 99.
Sensor data for "RX-BATT", "EXT-Volt" and signal quality are displayed directly, i.e. the values are not stored. This means that the transmitter immediately displays a value of 0.0 V when the receiver is switched off. All other sensor data (e.g. GPS co-ordinates) are stored.

New functions
The "SBUS servo" now has the additional function O.L.P. Overload Load Protection (current overload guard). O.L.P. means Overload Protection. If this function is programmed the servo electronics switch off the motor if it is overloaded before damage is caused. If the overload situation passes, the electronics switch the motor back on again immediately.
All SV and SVi servo types are suitable for this function see also the summary list in the Download area

In the menu "Tele. settings" the function Telemetry Log has been added. This can be used to save the telemetry data on the SD card. The data for all control channels 1 - 12 and up to 32 telemetry channels are stored (depending on the number of sensors in use).
The Futaba File System Utility V3 can be used to convert the data into a CSV file, and then read out using a PC. Programs such as Excel can be used to display the control signal and sensor data in tabular or graphic form.

Wireless Trainer function with S.BUS receivers.
This function enables any robbe-Futaba S.BUS receiver to be used as a "wireless Trainer system", whether it is an S-FHSS, FASST or FASSTest receiver. Of course, the S.BUS receiver to be used must operate on the same modulation as the Pupil transmitter, and must be bound to it. The signal and power are supplied via the S-BUS Trainer lead (No. F1263) from the Trainer socket.
All other settings are entered in the Trainer menu at the Teacher transmitter in the usual way. This forms a simple method of setting up a wireless Trainer system which operates with all modes of modulation. At the same time the channel count is increased to max. sixteen channels, depending on the type of modulation.
Safety function:
If the Pupil transmitter is switched off, the software automatically switches to the Teacher transmitter's control signal.
 
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