What to do if the Hypertherm HyPerformance Plasma HPR400 flow switch test fails?
If the flow switch test fails on your Hypertherm Cutter, first wait 10 seconds to allow the flow rate to stabilize. Next, verify that the secondary power supply is turned ON. Finally, confirm that the current for the selected process is within the power supply's range (up to 400A for the 400XD and up to 800A for the 800XD).
How to fix a 'Cut gas channel 1 fail' error on a Hypertherm HyPerformance Plasma HPR400 Cutter?
If you're getting a 'Cut gas channel 1 fail' error on your Hypertherm Cutter, it indicates the gas pressure in channel 1 is decreasing, suggesting a leak. Inspect for any leaks and ensure all connections between the selection console and the metering console are secure.
General| Duty Cycle | 100% at 400 A |
|---|---|
| Cutting Capacity | up to 50 mm (2 in) |
| Output Current | 30-400 A |
| Input Voltage | 200 – 480 V, 3-PH, 50/60 Hz |
| Gas Supply | Oxygen, Air, Nitrogen |
Overview of EMC compliance requirements for the plasma system.
Techniques to minimize electromagnetic interference from the cutting equipment.
Outlines Hypertherm's warranty coverage for defects in materials and workmanship.
Specifies the limits of Hypertherm's liability regarding product use and damages.
Guidelines for electrical and plumbing system installation conforming to codes.
Guidance on positioning system components before making connections.
Procedures to follow before starting the plasma cutting system operation.
Guidance on choosing appropriate consumable parts for various cutting applications.
Steps for regular maintenance tasks performed during consumable changes.
Explanation of the system components and their interconnections.
List of part numbers and descriptions for the power supply unit.
List of part numbers and descriptions for the system's cooling unit.
Components related to the HyPerformance torch assembly and its parts.
Explains the format and organization of wiring diagrams in the manual.
Identification and explanation of symbols used in wiring diagrams.
Information on potential hazards associated with the torch coolant.
Details on the physical requirements for the CNC interface connection.
Lists and describes signals for the CNC interface. Includes Machine Motion and Plasma Start.
Defines the format and commands for serial communication with the CNC.
To Next Page