Hypertherm HPR400XD HyPerformance Plasma
HPR400XD and HPR800XD* CE models
| Requirement Idle With load | ||
| The following values were measured at the rated duty cycle for the system at the highest output power: | ||
| Output current | – | 401.63 A |
| Output voltage | – | 201.68 V |
| Output active power | – | 80.93 kW |
| The following values were measured at idle state** and at the rated duty cycle for the system at the highest output power: | ||
| Root mean square (RMS) supply voltage | 401.28 V | 397.28 V |
| Supply active power | 42.16 W | 88.11 kW |
| Total harmonic distortion of the supply voltage (UTHD) | 1.15% | 4.37% |
| The following value was measured at idle state**: | ||
| Idle state power consumption by the power source | 42.16 W | – |
| The following value was calculated at the rated duty cycle for the system at the highest output power: | ||
| Efficiency | – | 91.85% |
- For HPR800XD cutting systems, the values in the table are for each plasma power supply.
- External devices were disconnected during idle measurement.
A jumper was installed on pins 1 and 3 of TB2 to enable the power supply to remain powered in idle state.
Critical raw materials
| Critical raw material | Components that contain more than 1 gram |
| Borate | All printed circuit boards, torch, torch mounting sleeve |
| Magnesium | Heatsinks |
| Natural graphite | Pump motor, resistors |
| Phosphorus | Sheet metal panels |
| Rare earth elements (heavy and light) | Torch breakaway, pump motor |
| Silicon metal | Heatsinks, transformers, inductors, IGBT modules |
| Tantalum | Capacitors |
| Tungsten | Power resistors, 800 A process electrodes |
ABOUT COMPANY
- HPR400XD, HPR800XD, and Hypertherm are trademarks of Hypertherm, Inc. and may be registered in the
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Hypertherm Associates
