HobbyKing Turnigy V-Bar 600 Manual Download Page 3

 

Please perform the following steps, to install the Turnigy® V-Bar 600.  

  A rigid rotor head has no flybar, no washout assembly and no pitch mixer arms. 

   You must have a flybarless head with proper geometry installed 

  Install Turnigy® V-Bar 600 correctly as illustrated above. 

  Connect Turnigy® V-Bar 600 to receiver. Don not connect the servos to the Turnigy® V-Bar 600 at this 

time. 

  Ensure that the transmitter trims and sub-trims are set to zero, and that collective pitch to tail pitch mixing 

is disabled.  

  Ensure the swashplate type of transmitter is H1.  

  Adjust the rudder, pitch, aileron and elevator servo travel (ATV, end point) to +/-100% in your transmitter. 

  Set a gain switch in your transmitter for switching flight mode

  Refer to the following LCD Setting Adaptor guide for detailed setting . 

  Connect the servos(rudder,aileron, elevation,pitch) to Turnigy® V-Bar 600.  

  Set the gain in your transmitter so that the Turnigy® V-Bar 600 is in memory bank 0, see page 5 before 

continuing 

  Set tail gyro gain in Turnigy® V-Bar 600 to be in normal mode (heading hold off). 

  Select “READ DATA” menu and read the data under the flight mode 

    If  you  switched  gain  switch,  you  must  select  “READ  DATA”  menu  and  read  the  data  under  the  flight 

mode. 

  Rudder servo is in normal mode. Perform mechanical adjustment of the rudder servo horn and control 

linkages to achieve approximately 8deg tail pitch. 

  Confirm correct relationship of rudder stick and Turnigy® V-Bar 600 response to tail movement. Confirm 

there is no mechanical binding. 

  Confirm correct relationship of aileron stick and Turnigy® V-Bar 600 response to swashplate movement. 

Confirm there is no mechanical binding. 

    Confirm  correct  relationship  of  elevation  stick  and  Turnigy®  V-Bar  600  response  to  swashplate 

movement. Confirm there is no mechanical binding . 

   Confirm  correct  relationship  of  pitch  stick  and Turnigy® V-Bar  600  response  to swashplate  movement. 

Confirm  there is no mechanical binding. 

 

 In order to determine Turnigy® V-Bar 600’s Neutral Point, please don’t move the helicopter for 

3 seconds    

after powering on. Bind Turnigy® V-Bar 600 tightly with Velcro, avoiding that the helicopter body is  

vibrated to cause Turnigy® V-Bar 600's shake.  

Power up Turnigy® V-Bar 600, and connect with LCD programmer. 

 

Status LED:  

 

During normal operation the LED provides simple status information for users. 

 

On

 

AVCS and Normal mode. Rudder stick at neutral. 

Short blink two times: 

Rudder input detected. 

Off

 

Lose of gain signal . 

repeating flash: 

Error. Gyro not receiving valid signal from the receiver or unable to calibrate 
because the rudder stick is not centred.  

 

LCD Setting: 

Summary of Contents for Turnigy V-Bar 600

Page 1: ...cessor Operating voltage 4 10 Volts current 80mA Temperature range 10 C to 50 C Size 33x34x18 mm Weight 15 g Servo compatibility 1520uS 333Hz 1520uS 250Hz 1520uS 167Hz and 760uS 333Hz digital servos 1...

Page 2: ...link and the center of the helicopter rotor head should be no less than 25mm for rotor diameter of 1 15m As rotor diameter increases adjust this value accordingly Too small of an offset will result in...

Page 3: ...under the flight mode Rudder servo is in normal mode Perform mechanical adjustment of the rudder servo horn and control linkages to achieve approximately 8deg tail pitch Confirm correct relationship o...

Page 4: ...an configure all the flight characteristics on three axis s If you only plan on using one flight mode it is advisable to leave the gain wire off of the installation and move on to setup 9 TAIL GAIN MI...

Page 5: ...ase consult your radio manual for instruction on how to setup multiple flight modes A pulse width of approximately 1500 microseconds corresponds to center stick center servo position Flight modes with...

Page 6: ...SWPL HIGH POINT Submenu Configuration Steps SWPL SERVOTRIM Submenu Configuration Steps 1 GYRO POS 2 SWPL TYP 3 SWPL SRV 4 AIL DIRE 5 ELE DIRE 6 PIT DIRE 7 RETURN 2 ELEV RAT 3 PITC RAT 4 CYCL LMT 5 RE...

Page 7: ...s SWPL GAIN FEEDBK Submenu Configuration Steps 4 RETURN 1 AIGY DIR 2 ELGY DIR 3 AIL DEAD 4 ELE DEAD 5 RETURN 2 RUDLSTOP 3 RUDRSTOP 4 RUDD ACC 5 RUDD DEC 6 RUD EXP 1 TAILGAIN 8 RETURN 7 RUD SENS 3 RETU...

Page 8: ...efault value System Reset Reset button is located at the bottom of LCD configuration card Return to the previous menu Press FUNC or FUNC buttons select return menu when Scroll up down function menu Pr...

Page 9: ...JR 8700G 2700G Align DS510 DS520 DS620 152 167 Servo pulse width 1520us working frequency 167Hz includes Align DS410 DS610 Low speed digital servo 152 07 Servo pulse width 1520us working frequency 71...

Page 10: ...Description 130 240 Default 160 Adjust rudder servo travel at end limit Suggestion Suggested setting between 160 230 If setting is higher than 230 please install ball link to the outer hole of servo...

Page 11: ...uns perpendicular to the helicopter nose and can be placed at the top and the bottom It shall be powered on when changing the placement 2 SWPL TYPE Swashplate Type Selection Item Content 120DEG Defaul...

Page 12: ...G 76 33 Servos pulse width 1520us working frequency 333Hz includes Futaba S9251 S9256 BLS251 LogicTech 6100G 152 25 Servos pulse width 1520us working frequency 250Hz includes Futaba S3153 JR 8700G 270...

Page 13: ...n Selection Item Content NORM Default Move the collective pitch stick forward while the pitch servo should be moved upward if not please adjust the data to REV REV Move the collective pitch stick forw...

Page 14: ...ng 1520us neutral point of neutral point 1520us all the time adjust AIL LEND only AIL HEND not work 2 ELE LEND Settings for Low Point Travel of Elevator Servo Item Content 0 200 default 100 The elevat...

Page 15: ...until the swashplate is in horizontal 2 ELE TRIM Elevator Servo Neutral Point Fine Tuning Note Elevator SUB TRIM value should be set to zero in transmitter Item Content 100 100 Default 0 Adjust the p...

Page 16: ...of aileron stick The value is bigger and the dead zone is larger the body shall be no response when slightly contacting the aileron stick Suggestion If the aileron stick interferes with other sticks i...

Page 17: ...esponse to the actual piro rate The higher the setting the more sensitive the stick movement TAIL TORQUE COMP Submenu Configuration Steps 1 PIT COMP Compensation of Collective Pitch to Tail Rotor Item...

Page 18: ...of swashplate moving from the position of title to horizontal position makes the locking mode of aileron is between AVCS mode and the normal mode The value of AIL FEED is smaller the aileron returns...

Page 19: ...gain when inclining frontward The stop speed against side wind and inclining frontward 9 V SWPLRO Settings of Virtual Swashplate Rotation Item Content 89 89 Default 0 The phase compensation of swashpl...

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