RoboteQ AX2550/2850 ユーザーズマニュアル
AX2500/2850 Motor Controller User’s Manual
15
Powering On the Controller
This wiring - with the wire loop uncut - assumes hat the R/C radio will be powered by the
AX2500/2850 controller. Other wiring options are described in “R/C Operation” on page 69
of the User’s Manual.
AX2500/2850 controller. Other wiring options are described in “R/C Operation” on page 69
of the User’s Manual.
Important Warning
Do not connect a battery to the radio when the wire loop is uncut. The RC battery
voltage will flow directly into the controller and cause permanent damage if its volt-
age is higher than 5.5V.
voltage will flow directly into the controller and cause permanent damage if its volt-
age is higher than 5.5V.
Connecting the optional channel 3 will enable you to turn on and off two accessory out-
puts. See “Connecting Sensors and Actuators to Input/Outputs” on page 49 and “Activat-
ing the Accessory Outputs” on page 83 of the User’s Manual.
puts. See “Connecting Sensors and Actuators to Input/Outputs” on page 49 and “Activat-
ing the Accessory Outputs” on page 83 of the User’s Manual.
Powering On the Controller
Important reminder: There is no On-Off switch on the controller. You must insert a switch
on the controller’s power wire as described in section“Connecting to the Batteries and
Motors” on page 13.
on the controller’s power wire as described in section“Connecting to the Batteries and
Motors” on page 13.
To power the controller, center the joystick and trims on the R/C transmitter. Then turn on
the switch that you have placed on the Battery Power wire or on the Power Control wire.
the switch that you have placed on the Battery Power wire or on the Power Control wire.
If the R/C transmitter and/or receiver is powered off, the display on the controller will alter-
nate the letters spelling “no ctrl” to indicate that it is On but is not receiving a control sig-
nal.
nate the letters spelling “no ctrl” to indicate that it is On but is not receiving a control sig-
nal.
8
9
15
Pin 1
Channel 1
Wire loop bringing power from
controller to RC radio and
to optical isolators
controller to RC radio and
to optical isolators
Channel 2
3:
Channel 1 Command Pulses
4:
Channel 2 Command Pulses
6:
Radio battery (-) Ground
7:
Radio battery (+)
8:
Channel 3 Command Pulses
Channel 3
FIGURE 4. R/C connector wiring for 3 channels and battery elimination (BEC)