Arc Voltage Height Controller Torch Height Controller Reduce Workpiece Scrap Continuous Adjustment For Welding

Arc Voltage Height Controller Torch Height Controller Reduce Workpiece Scrap Continuous Adjustment for Welding Specification: Item Type: Torch Height Controller Material: Aluminum alloy Dimension: Width: Approx. 225mm / 8.86in Height: Approx. 80mm / 3.15in Depth: Approx. 49mm / 1.93in Input: DC 24V±10% 2A Lifting Motor: DC24V permanent DC motor Output: DC 24V Maximum 40W Speed Control: Dual Pulse Width Modulation PWM with electric drive voltage feedback Arc Voltage Range: 30-250V Arc Voltage Accuracy: 1V-5V which can be adjusted by parameters Initial Positioning: 1. Proximity switch initial positioning 2. Contact initial positioningneed to support isolation positioning box Input Arc Voltage: 1: 1 or 50: 1 arc voltage valuebuilt in isolation voltage divider Working Environment: -10 degrees Celsius ~60 degrees Celsius Host Weight: 0.8 kg / 1.8 lbapprox. Protection Class: IP64 from entering Mounting Connector: 2 pin 4 pin 5 pin DB 9 pin Installation Location: Away from heat sources a place with air convection Package List: 1 x Controller 5 x Screw 2 x Nut 6 x Accessories 1 x User Manual Note: The built in isolation voltage divider of the controller defaults to input the actual arc voltage of 1:1. For some plasmas that come with a 50:1 non isolated divider the input can be set to 50:1. 1. Do not connect the actual arc voltage wire directly to the ground clip and torch cable. 2. The cable from the arc voltage height controller to the motor should be shielded cable and the shielded network should be connected to the ground of the machine. 3. The power supply and arc voltage height controller must be strictly grounded. Be careful to check the torch height and grounding clamp before starting the arc. 4. Domestic Power Supply: Arc voltage must be taken from the high frequency arc ignition stage and before the reactor. Sampled from the position of the rectified output of the . 5. Any control cable and torch cable should be kept as far away as possible above 5cm when wiring to prevent high frequency coupling into the control signal and damage to the controller and numerical control system.