WFLY ET16S 2.4GHz 16 Channel FHSS Remote Control Compatible Blacksheep Transmitter Instruction Manual

WFLY ET16S 2.4GHz 16 Channel FHSS Remote Control Compatible Blacksheep

Transmitter

ET16 PARTS NAME AND FUNCTION INTRODUCTION

• Power LED: Red
• RF LED: Blue
• Power Button: Click only one power key for 3 seconds to Startup & Shutdown; Press 2 power keys at the same time to flash shutdown.
  • SA: 3 positions; alternate; Short lever
  • SB: 3 positions; alternate; Long lever
  • SC: 3 positions; alternate; Long lever
  • SD: 3 positions; alternate; Short lever
  • SE: 3 positions; alternate; Short lever
  • SF: 2 positions; alternate; Long lever
  • SG: 3 positions; alternate; Short lever
  • SH: 2 positions; momentary; Long lever
  • LS/RS: Sticker,(user-defined)
  • T1-T6: Trim,(user-defined)

5-way button: Move the cursor button up and down or left and right, middle button for confirmation(Long press to reset) Fn key: Click lo switch for 5-way navigation working mode. Fn status LED lighting-off,5-way navigation key works for interface operation setting and parameters input when touch screen is out of work. Fn status LED is on,5-way key works as control switch, click button or trimming. JR Bay adapter: Support mulli-prolocol(Open TX protocol), Blacksheep CRSF module and FrSky R9M module. PHONE: Plug in the earphone transmitter speaker, meanwhile earphone output the voice.

TRAINER: Trainer port.

HOME/MON.: Home/Monitor key, slightly click home, press and hold monitor.
EXIT/LOCK: Exit/Lock key, slightly click to exist, press and hold to lock the screen.

OPERATION

Link: Charge the receiver then press and hold ‘SET’ button for 3 seconds, wait for the link instruction after the orange light flashes slowly. Mode select:

1.  Receiver setting way, press the “SET” to charge, then enter into model setting, gently click the “SET” into switcher mode, press and hold “SET” to confirm .
2. Transmitter setting way , please carry out in [Linkage setting]· [Receiver output] under the normal communication state of transmitter and receiver .After setting, return to the superior menu and save the setting (the receiver light color would be changed).

WORK

| Purple| Never| PWM normal work mode
---|---|---|---
Green| Never| W.BUS normal work mode
Blue

Red

| Never Never

Slow flash

| PPM normal work mode No signal

Low voltage

Orange| Slow flash| Linking

SET

| Purple| Slow flash| PWM mode
Green| Slow flash| W.BUSmode
 | Blue| Slow flash| PPM mode

INTERFACE DEFINITION

PARAMETERS

• Transmitter
• Type:ET16
• Channel:16
• Vollage:3.5V-13V(LiFe 1 cell-3cells) Current:260-400mA
• Application: Helicopter, Airplane,

Multicopter, Vehicle, boat

• Resolution: Full Channel 4096
• Band:2.4GHz (Bidirectional)
• Storage:30 models
• Programming: 5 Groups Mixed Control
• Language: Chinese, English
• Upgrading: USB online upgrade
• Display: 3.5inch touch, 480*320, TFT

color display

• Voice: Support voice broadcast
• Relay flight: Support
• 180/270’Servo: Support
• Wireless signal copy: model data
• External RF modules:Support

Receiver

• Type:RF209S
• Band:2.4GHz
• Voltage:3.5V-13V
• Current:95mA
• Application: Helicopter, Airplane, multicopter, Vehicle, Ship, Robot.
• Resolution:4096 PWM:9channels
• W.BUS: Compatible
• W.BUS2: Remote sensor input
• Two-way transmission: Support
• Fail save: Support
• Online upgrading: Support
• Relay flight: Support
• 180/270’servo:Su pport
• Receiver port setting: Support
• External voltage detection: DC 0-96V Dimension:47x14x25mm
• Weighl:12g

MAIN INTERFACE INTRODUCTION

1. Transmitter model
2. LOGO, Click to enter main menu
3. Timer 1
4.  Return data(Receiver voltage)
5.  Return data(External battery)
6. Model active lime, switch model, press and hold, reset shutdown.
7. Trim monitor, display active trimming status(Right side diagram)
8. “Home2” key, click to enter Home Interface 2
9. Model name: Click to enter model select interface
10. Model type: Click to enter current model type interface
11. Timer 2
12.  User name, click into user defined name
13. Indicate trim status, display the current trim action
14. Transmitter battery voltage
15. Receiver signal strength
16. Fly mode, current flight mode
17. Trainer mode(Trainer/Simu lator/Student)
18. Lock(Click EXIT/LOCK 2s enter lock status)
19. “Home1 interface1 “,click into main interface
20. Return data(Receiver voltage)
21.  Timer 1
22. Timer 2
23. Return dala(Ext battery voltage)

INTERFACE AND BUZZER WARNING

LED indication

Interface and buzzer warnings

Low voltage warning
The battery voltage is low when turn on, the buzzer alarm and the screen turn to warning interface, press”yes” , power on as usual; press “no”,power off.
The power is low when using, the buzzer alarms, the voltage value flash on upper right corner (transmitter power low) or on lower left corner (receiver or external voltage is low) of the screen.

Throttle stick position alarm when power on
Warning interface pops up,press “ok” or put the throttle to the lowest position, then the radio is normal boot(Boot warning can be set in “System setting”-“Warning”)

lnterface of power off alarm
When the telemetry works, the receiver will detect whether it’s communicating when the transmitter is turned off, and the communication will pop up a warning interface to be confirmed to shut down.

Linking
Once finished linking,the buzzer alarms once.When linking times out,the buzzer alarms once and linking status exits automatically.

Warning of trim
When trimming at the midpoint or endpoint, there will be voice prompt.

LINK
When Linking, do not connect the power equipment or dismantle the propeller. Caution!
Setting method:

1. Charge the receiver , press and hold “SET” key for 3 second, the orange light flash.
2. For transmitter, press “start” button to link: WFLY -[Linkage setting] – [Linkl(lnternal RF)- press”start”
3. When successfully linking, the RF light of transmitter is on, the green light of receiver is on (W.BUS mode), or the blue light in on (PPM mode),or the purple light is on (PWM mode).

Cautions:

1. The distance between transmitter and receiver must be near (less than 1 meter).
2. Linking cannot be operated when transmitter is in Simulator, Student mode (System Setting-Trainer);
3. There is no other WFLY 2.4 GHz systems linking nearby.
4. When linking, press ‘cancel’ or return button to quit if necessary.
5. Connection and validation must be done after linking.
6. Only when the telemetry works during linking status, can the telemetry information be obtained, and shutdown protection is enabled at the same time. Validation: After linking, the server can synchronously reacts follow the order.

Mode: The default is MODE A

PORT

| CHANNEL DEFINED
---|---
MODE A| MODE B
 |  | 7
2| 2| 8
3| 3| 3
4| 4| 9
5| 5| 10
6| 6| 11
7| 7| 12
8| W.BUS| W.BUS
9| W.BUS2| W.BUS2

FAIL-SAFE

The importance of Fail-safe: Reduce the rate of body injury□ UAV crash, lost or explosion when the aircraft lost control. Advice: Before each debugging or preparation flying, in order to avoid very dangerous conditions such as falling when .

the throttle is fully open, the fail safe data should be set before other operations.

Set fail-safe data firstly before calibration or flight .
Steps:

1. [Linkage setting ]- [Fail safe], to enter the F/S interface. 2.Set mode:
2. HOLD: Hold mode, the receiver outputs the F/S value after fail safe(hold action) F/5, receiver outputs the set value after fail safe (preset action)  OFF: Shut down the current channel output (only for some special models or some flight-control panel detection ports)
3. Set fail-safe value: F/S value can only be set under F/S mode, click numeric frame for current channel value. Attention: For safety, you can refer to following suggestion or consult after-sales service

The parameter suggested

1.  For helicopter, throttle set to lowest value, other channels set as smooth flight mode
2.  For airplane/glider, throttle set to lowest or idle down, other channels set as smooth or hovering, because airplane/glider can slip down without power
3. For multicopter,please refer to FC(flight Control) manual. (Only for suggestion, other settings are based on actual situation)

MODEL SELECT

Save: Switch the model, set the “wing type” and “tail type”, etc. The “OK” button performs the save operation and the interface returns to the standby interface. Current (Standby Home Screen) model type has changed to the modified model picture.

Attention: NOTE that when the “model type” is replaced (all data of the current model will be cleared!), the model data is reset to the factory configuration of the new model. Therefore, you must confirm that you do not need these data, or use the [Model select] function to “copy” the backup of the model data, and then do the replacement operation. Same as above, such as “Swash”, “wing type” and “tail type” operation, the corresponding operation will clear and change the current model data to the default parameter of the newly selected type, so it is necessary to reset all model features of [ Model menu ].

STICK MODE

Provides 4 operating modes, customized operating mode at the [Function] additionally, custom operating mode:You need to modify the definition in [Function]. After the modification, the [Stick mode] interface mode changes to “User defined”.

([Function] 1-4 channel stick settings)
Setting method:
WFLY- [System setting] -[Stick mode] Save:
Select (1, 2, 3, 4) mode, there will be a safety prompt for each operation, select “Yes” to save directly.
Note: Changing the stick mode involves setting the contents of [Function] in [General menu].

FCC Radiation Exposure Statement:

This device meets the government’s requirements for exposure to radio waves. The guidelines are based on standards that were developed by independent scientific organizations through periodic and thorough evaluation of scientific studies. The standards include a substantial safety margin designed to assure the safety of all persons regardless of age or health. The SAR limit of USA (FCC) is 1.6 W/kg averaged. Device types: Model remote control (FCC ID: TZV-ET16S) has also been tested against this SAR limit. SAR information on this and other pad can be viewed on ‐ line at http://www.fcc.gov/oet/ea/fccid/. Please use the device FCC ID number for search. This device was tested simulation typical 0mm to body. To maintain compliance with FCC RF exposure requirements, use accessories should maintain a separation distance between the user’s bodies mentioned above, use accessories should not contain metallic components in its assembly, the use of accessories that do not satisfy these requirements may not comply with FCC RF exposure requirements, and should be avoided.
FCC Warning
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
NOTE 1: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

NOTE 2: Any changes or modifications to this unit not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

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