Hypertherm 141368 PRINTED CIRCUIT BOARD ASSEMBLY:XPR OHMIC CONTROL

Overview

The Hypertherm 141368 PRINTED CIRCUIT BOARD ASSEMBLY:XPR OHMIC CONTROL is a critical component of the XPR plasma cutting system. It is responsible for controlling the ohmic voltage of the plasma arc, which is essential for maintaining a stable and consistent cut. The board is also responsible for monitoring the system's current and voltage, as well as for providing fault protection for the system.

Specifications

The Hypertherm 141368 PRINTED CIRCUIT BOARD ASSEMBLY:XPR OHMIC CONTROL has the following specifications:

• Input voltage: 24 VDC
• Input current: 10 A
• Output voltage: 0-10 VDC
• Output current: 10 A
• Fault protection: Overvoltage, undervoltage, overcurrent, short circuit

Installation

The Hypertherm 141368 PRINTED CIRCUIT BOARD ASSEMBLY:XPR OHMIC CONTROL is installed in the control cabinet of the XPR plasma cutting system. The board is mounted to a chassis using four screws. The board is connected to the system's power supply, the plasma torch, and the control panel using a variety of cables.

Operation

The Hypertherm 141368 PRINTED CIRCUIT BOARD ASSEMBLY:XPR OHMIC CONTROL operates by monitoring the system's current and voltage and adjusting the ohmic voltage of the plasma arc accordingly. The board also provides fault protection for the system by shutting down the system in the event of an overvoltage, undervoltage, overcurrent, or short circuit.

Troubleshooting

If the Hypertherm 141368 PRINTED CIRCUIT BOARD ASSEMBLY:XPR OHMIC CONTROL is not functioning properly, the following troubleshooting steps can be performed:

1. Check the input voltage and current to the board.
2. Check the output voltage and current of the board.
3. Check the fault protection circuits of the board.
4. If the board is still not functioning properly, it may need to be replaced.

Conclusion

The Hypertherm 141368 PRINTED CIRCUIT BOARD ASSEMBLY:XPR OHMIC CONTROL is a critical component of the XPR plasma cutting system. The board is responsible for controlling the ohmic voltage of the plasma arc to maintain a stable and consistent cut, and It is important to ensure that the board is installed and operating properly to maintain the system's performance.