SKU: | |
---|---|
Availability: | |
Quantity: | |
Please feel free to contactus Parts Sea engineers or sales for help if you have no parts No.
tse@partssea.com | sales@partssea.com
Industrial handles include agricultural machinery handles, industrial joysticks, industrial operating handles, multi-function grips, Hall handles, industrial rockers, excavator handles, crane handles, industrial handles, handles, and joysticks.
When the computer detects current on a specific line, it will know the current position of the joystick and need to connect the relevant circuits. Pushing the joystick forward will turn off the forward switch, pushing the joystick left will turn off the left switch, and so on. In some designs, the computer can also identify the diagonal position when the joystick closes both switches (for example, closing the forward switch and the left shift switch simultaneously means diagonal movement to the left front). The ignition button works exactly the same way: when you press the button, it means the circuit will close and the computer will recognize the ignition command, electronically controlling the handle.
Moving the joystick diagonally causes both axes to rotate simultaneously. When the joystick is released, the springs on the joystick will spring back to the center position. Each voltage divider consists of a movable contact arm and a resistor in the form of a crimp rail. When the computer's power supply current enters the input terminal, it flows back through the contact arm and curls into the resistor of the computer's joystick port electrically controlled handle.
Please feel free to contactus Parts Sea engineers or sales for help if you have no parts No.
tse@partssea.com | sales@partssea.com
Industrial handles include agricultural machinery handles, industrial joysticks, industrial operating handles, multi-function grips, Hall handles, industrial rockers, excavator handles, crane handles, industrial handles, handles, and joysticks.
When the computer detects current on a specific line, it will know the current position of the joystick and need to connect the relevant circuits. Pushing the joystick forward will turn off the forward switch, pushing the joystick left will turn off the left switch, and so on. In some designs, the computer can also identify the diagonal position when the joystick closes both switches (for example, closing the forward switch and the left shift switch simultaneously means diagonal movement to the left front). The ignition button works exactly the same way: when you press the button, it means the circuit will close and the computer will recognize the ignition command, electronically controlling the handle.
Moving the joystick diagonally causes both axes to rotate simultaneously. When the joystick is released, the springs on the joystick will spring back to the center position. Each voltage divider consists of a movable contact arm and a resistor in the form of a crimp rail. When the computer's power supply current enters the input terminal, it flows back through the contact arm and curls into the resistor of the computer's joystick port electrically controlled handle.