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Single Axis Throttle Data Sheet
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Single Axis Throttle Data Sheet
Product catalog summary
Key Features
- Durable, hand-operated design with Hall effect sensing for precision.
- Single-axis friction clutch with optional mechanical detents and microswitches.
- Available in CANbus J1939 and USB with redundant output capabilities.
- Sealed up to IP68 for environmental protection.
- Mechanical: Breakout force of 6.6N, operating force of 7.7N, 70˚ mechanical angle, lifespan of 10 million cycles.
- Environmental: Operating temperature from -25ºC to 70ºC, storage temperature from -40ºC to 70ºC, sealing from IP65 to IP68.
- Electrical: Hall effect sensor with infinite resolution, 5.00VDC supply voltage, maximum current consumption of 10mA.
- Various handle options including ball tip, stock grip, multifunction, and custom handles.
- Button configurations for front, top, and side positions.
- Microswitches and mechanical detents available at various angles.
- Mounting options include rear mount and drop-in.
- Output options range from 0V to 5V, USB, and CANbus.
- CANbus J1939 for communication between electronic control units.
- USB 1.1 HID compliant interface for plug-and-play functionality with Windows and Linux.
- Detailed dimensions provided for various mounting and handle configurations.
Voltage Regulator
The Voltage Regulator connects a Hall effect throttle to various industrial control voltages, supporting supply voltages greater than 5V and bipolar outputs. Users can specify supply voltages of 5 VDC, 10 VDC, 12 VDC, 24-30 VDC, or custom options. Output voltages can be 0-5 VDC, 0-10 VDC, +/-5 VDC, +/-10 VDC, or custom outputs. Electrical specifications include a supply power range of 5VDC to 30VDC and a maximum supply current of 90mA. Wiring involves a red wire for supply power, a black wire for ground, and various wires for outputs.
The Voltage Regulator connects a Hall effect throttle to various industrial control voltages, supporting supply voltages greater than 5V and bipolar outputs. Users can specify supply voltages of 5 VDC, 10 VDC, 12 VDC, 24-30 VDC, or custom options. Output voltages can be 0-5 VDC, 0-10 VDC, +/-5 VDC, +/-10 VDC, or custom outputs. Electrical specifications include a supply power range of 5VDC to 30VDC and a maximum supply current of 90mA. Wiring involves a red wire for supply power, a black wire for ground, and various wires for outputs.
Analog Deadband
This feature enhances return-to-center accuracy for joysticks with outputs ranging from 0VDC to 5VDC, providing a constant output of 2.5VDC for joystick positions within +/-2.5° from center. Ideal for safety-critical applications. Electrical specifications require a supply power of 4.5VDC to 5.5VDC and a supply current of 10mA per axis. Wiring specifications include a red wire for power supply, a black wire for ground, and various wires for outputs.
This feature enhances return-to-center accuracy for joysticks with outputs ranging from 0VDC to 5VDC, providing a constant output of 2.5VDC for joystick positions within +/-2.5° from center. Ideal for safety-critical applications. Electrical specifications require a supply power of 4.5VDC to 5.5VDC and a supply current of 10mA per axis. Wiring specifications include a red wire for power supply, a black wire for ground, and various wires for outputs.
Discrete Output
The Discrete Output option provides up to 6 high voltage/current on/off outputs and proportional outputs, suitable for small motors and hydraulic solenoids. Operates with a supply voltage of 5.0-40VDC and a supply current of 30mA plus 10mA per hall sensor. Wiring involves a red wire for power supply, a black wire for ground, and various wires for outputs.
The Discrete Output option provides up to 6 high voltage/current on/off outputs and proportional outputs, suitable for small motors and hydraulic solenoids. Operates with a supply voltage of 5.0-40VDC and a supply current of 30mA plus 10mA per hall sensor. Wiring involves a red wire for power supply, a black wire for ground, and various wires for outputs.
Center Detect
This feature uses a microprocessor to monitor joystick output, providing logic and proportional signals for safety. Specified for joysticks with a range of 0.5VDC to 4.5VDC. Electrical specifications include a supply power of 4.5V to 5.5V and a supply current of 30mA plus 10mA per axis. Wiring involves a red wire for power supply, a black wire for ground, and various wires for outputs.
This feature uses a microprocessor to monitor joystick output, providing logic and proportional signals for safety. Specified for joysticks with a range of 0.5VDC to 4.5VDC. Electrical specifications include a supply power of 4.5V to 5.5V and a supply current of 30mA plus 10mA per axis. Wiring involves a red wire for power supply, a black wire for ground, and various wires for outputs.
Dual Decode
Dual Decode monitors two linear opposite-ramp signals for each joystick axis, providing proportional and logical outputs. Ideal for high liability, safety-critical applications. Electrical specifications require a supply power of 4.5VDC to 5.5VDC and a supply current of 30mA plus 10mA per axis. Wiring specifications include a red wire for power supply, a black wire for ground, and various wires for outputs.
Dual Decode monitors two linear opposite-ramp signals for each joystick axis, providing proportional and logical outputs. Ideal for high liability, safety-critical applications. Electrical specifications require a supply power of 4.5VDC to 5.5VDC and a supply current of 30mA plus 10mA per axis. Wiring specifications include a red wire for power supply, a black wire for ground, and various wires for outputs.
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