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General| Channels | 14 |
|---|---|
| Frequency | 2.4 GHz |
| Telemetry | Yes |
| Type | Computer Radio |
| Modulation | PPM |
| Display | Color LCD |
| Battery | NiMH |
| Model Memory | 30 |
| Memory | SD Card |
| Programming Features | Extensive programming options including curves, mixes, and conditions |
Information on obtaining assistance and recommended annual servicing for the equipment.
Guidelines for product usage, export regulations, and modifications to the system.
Explains safety symbols and warnings used throughout the manual.
Essential safety instructions to be read before operating the system.
Overview of the key features and technologies incorporated in the T14MZ transmitter.
Details the components included in the set and the system's technical ratings.
Lists additional optional accessories available for purchase for the T14MZ system.
Identifies and describes the various buttons, switches, and controls on the transmitter.
Details the layout and components of the R5014DPS receiver unit.
Instructions on properly inserting connectors to prevent flight issues.
Methods to shield the receiver from environmental damage and vibration.
Guidelines for handling the receiver's antenna to maintain signal integrity.
Advice on adjusting servo throw to prevent binding and battery drain.
Recommendations for securely mounting servos to minimize vibration transfer.
Procedures for charging both the transmitter's Lithium-Ion and receiver's Ni-Cd batteries.
Step-by-step guide for safely powering on the transmitter, including start-up modes.
Instructions for properly shutting down the transmitter to prevent data loss.
Steps to configure the transmitter's frequency and link it to the receiver's ID.
Procedure for resetting the transmitter's software if the screen freezes.
Process for entering and saving a user-defined name on the transmitter.
Detailed description of each section and interactive area on the transmitter's home screen.
Instructions on how to store and play music files using the CF card and transmitter.
Introduction to the System Menu and its available setup options.
How to configure the trainer system for instructor-student operation.
Explains the different modes and settings for teacher and student roles.
Customizing LCD contrast, brightness, and setting auto power off timers.
Adjusting the system clock and resetting the integrating timer.
Registering a user name and setting a PIN for data protection.
Assigning functions to toggle switches and selecting their position types.
Changing the direction of operation for sticks, switches, and other controls.
Viewing program version, CF card details, and product identification.
Adding new models, selecting existing ones, and managing model data.
Choosing the correct model type, wing type, and tail type for aircraft configuration.
Initial configuration steps for airplane and glider models.
Connecting servos and control surfaces according to the model's manual.
Process for adding and selecting helicopter models and their configurations.
Setting the helicopter model type and the appropriate swash plate type.
Adding and managing multiple flight conditions for helicopter operation.
Visual guide showing how to connect the receiver, servos, and battery.
Tables detailing servo channel assignments for various airplane and glider configurations.
Specific channel assignments for V-tail aircraft configurations.
Tables outlining servo channel assignments for different helicopter configurations.
Introduction to the Linkage Menu and its role in model setup and adjustments.
A comprehensive list of functions available within the Linkage Menu.
Function for testing servo operation and displaying their positions.
Operations for adding, calling, deleting, copying, and renaming model data.
Function to set the aircraft type for optimal channel and function assignment.
How to assign a custom image to the model's display screen.
Utilizing the transmitter's microphone and CF card for sound playback.
Configuring the transmission frequency and modulation type for the receiver.
Entering the receiver's unique ID code for secure communication.
Changing how functions are mapped to output channels and input controls.
Adjusting trim settings, rates, modes, and assignment for flight conditions.
Fine-tuning the neutral position of individual servos for precise control surface alignment.
Adjusting the direction of servo response to control inputs.
Configuring servo positions for signal loss and low receiver battery voltage.
Setting a method to release the failsafe position when the receiver battery is low.
Adjusting servo throw limits, travel rates, and operating speed.
Setting up a switch to safely stop the engine at idle.
Configuring a switch to reduce engine idle speed for specific flight phases.
Correcting swash plate movement for optimal control response.
Adjusting servo neutral points and swash AFR rates for helicopter control.
Adjusting elevator delay and speed for smoother control transitions.
Configuring and using the transmitter's dual timers for flight and lap timing.
Monitoring the current and last-used positions of dials, levers, and trims.
Procedures for resetting specific data sets or all model memory settings.
Overview of common settings like AFR, program mixing, and fuel mixture.
Adding, deleting, copying, renaming, and setting delays for flight conditions.
Function to limit maximum engine speed for safety during helicopter adjustments.
Setting dual rate and operation curves for various functions, switchable by mode.
Creating and customizing up to ten mixes per flight condition.
Dedicated mixing for adjusting engine fuel mixture via carburetor.
Overview of specific mixing functions for airplane and glider models.
Listing common functions for airplane and glider setups.
Adjusting camber, aileron, flap, and elevator rates for attitude correction.
Lowering flaps with up elevator to increase lift.
Adjusting elevator direction changes caused by camber flap operation.
Using ailerons and flaps simultaneously for effective landing control.
Setting preset trim offset rates for ailerons, elevators, and flaps.
Using switches to activate preset elevator and flap offsets for airbrakes.
Configuring gyro sensitivity and operating mode for flight stabilization.
Fine-tuning rudder angles for V-tail aircraft's elevator and rudder operations.
Enhancing roll axis performance by using elevators as ailerons.
Fine-tuning rudder angles for winglet-equipped aircraft.
Configuring operation speeds for electric glider motors.
Adjusting elevator response during rudder inputs for roll maneuvers.
Setting up switches and rates for executing snap rolls.
Managing throttle, cut, idle down, and hold positions for multi-engine setups.
Introduction to functions applicable exclusively to helicopter models.
A list of available functions for helicopter configuration.
Configuring pitch curves for optimal flight state relative to throttle stick movement.
Adjusting hovering pitch for stable rotor speed under various conditions.
Setting high and low side pitch trim for servo adjustments.
Setting throttle curves for optimum engine speed based on throttle stick movement.
Temporarily increasing pitch and throttle operations during acceleration/deceleration.
Configuring throttle cut and idle positions for auto-rotation and training.
Adjusting swash plate for aileron and elevator inputs to correct tendencies.
Adjusting engine speed affected by aileron or elevator swash plate operation.
Setting a needle curve for engines with fuel-air mixture adjustment.
Minimizing rudder direction changes caused by main rotor pitch and speed variations.
Configuring gyro sensitivity and operating mode for flight stabilization.
Setting and controlling the rotor RPM using the governor function.
Selecting group or single modes for setting flight conditions.
Applying delays for smoother transitions during condition switching.
Performing adjustments using Variable Resistors (VRs) for fine-tuning.
Configuring the speed at which servos move and return to position.
Choosing from various curve types like Linear, EXP, VTR, Line, and Spline.
Adjusting rates, offsets, and reference points for linear curves.
Adjusting points, rates, and offsets for Line and Spline curves.
Methods for selecting switches and configuring their ON/OFF settings.
Using hysteresis for ON/OFF point setting with sticks, trims, or VRs.
Utilizing box modes for ON/OFF switching within a defined range.
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