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General| Brand | FUTABA |
|---|---|
| Model | 9ZAP - PART1 |
| Category | Remote Control |
| Language | English |
Menu for settings applying to all model setups stored in the transmitter.
Contains settings specific to each model, like servo reversing.
Menus for Airplane, Helicopter, Sailplane, customized for flight conditions.
Procedure for checking radio range before flight to ensure proper operation.
Correct sequence for turning the transmitter and receiver on/off to prevent damage.
How to check transmitting frequency before powering on the synthesized module.
Advice on charging duration, voltage checks, and avoiding quick charge.
Allows immediate change of trims, mixing, and responses via switch.
Allows rapid frequency changes to avoid conflicts.
Initial display of current model number and name for verification before flight.
Warnings for memory errors, low battery, PLL errors, and backup battery failure.
Verifying power, antenna, and servo movements for correct operation.
Performing range checks and minimizing electrical noise.
Connecting and charging transmitter and receiver battery packs.
Using DSC for direct transmitter-receiver connection for adjustments.
Information on compatible RF modules (FP-TK-FM, FP-TK-FSS).
Allows software frequency switching, eliminating crystal changes.
Critical warning about knowing frequency before powering on.
Use to load desired model's settings from transmitter or CAMPac.
Steps to load model data from the transmitter's built-in memory.
Steps to load model data from an optional CAMPac module.
Displays transmitter and receiver battery voltages with a digital voltmeter.
Testing receiver battery under no load or with 250/500 mA loads.
Measuring rotational speed of propellers or rotor blades up to 50,000 RPM.
Setting up the instructor and student transmitters for training.
Connecting transmitters and entering Data Transfer mode.
Copying model data within transmitter or to/from CAMPac.
Procedure to copy one flight condition to another.
Switching transmission frequency via software.
Locating and selecting the desired transmit frequency.
Critical warning to know frequency before powering on the synthesized module.
Setting the channel number using rotary switches.
Use to select flight condition for the model.
Defines servo positions when radio signal is lost.
Allocating flight conditions to a model and defining activation switches.
Selecting timer mode (up/down) and setting target time.
Setting servo positions for failsafe or last commanded position.
Function to release throttle when receiver battery is low.
Selecting PCM or PPM transmission mode.
Steps to reverse servo direction for proper control movement.
Defining relationship between transmitter controls and receiver output channels.
Activating and setting the engine cut command.
Selecting Airplane, Helicopter, or Sailplane model type.
Activating or deactivating the throttle curve function.
Defining the swashplate mixing type for helicopters.
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