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G4350
Kjellberg
· all components of the plasma power source are mounted into a rugged housing, which is movable by hand
as well as transportable with the crane
· all operation and display elements are placed at the front panel.
· the entry vents for cooling air are to find on the front panel.
· at the rear panel are:
- the filler neck and the level indicator for the coolant,
- the connectors for the workpiece cable,
- the mains cable entry,
- the outlet vents for cooling air,
- the connector for the remote control,
- the CNC-interface,
- the connectors for the plasma gas connection unit PBA-161 with an integrated high voltage ignition unit
- the connectors for the plasma gas control or adjustment unit and
- voltage-carrying connectors and fuses, are accessible after opening the rear cover plate.
· the internal cooling system consists of the pump, the coolant tank, the heat exchanger and the flow
controller for switching off the power source in case of insufficient flow rate.
· the power module contains the inverter module, the cutting choke coil, the pilot resistors and the power
contactors.
By the application of the Plasma Fine-Focus-Principle acc. to Professor Manfred von Ardenne with its
extreme constriction of the plasma arc extraordinarily energy densities will be achieved, which will be
additionally increased in the HiFocus range with HiFocus
advantages.
· minimized consumption of gas and energy due to the highly constricted plasma arc
· precise cutting surfaces and less rework reduces costs considerably
- small right-angled and inclination tolerance of the cuttings
- high dimensional accuracy and repeat accuracy of the cutting parts
- excellent contour at sharp corners and little radii
- hole cutting with a low diameter
- almost reworking free cuttings
- low heat input, low distortion of the workpiece
· plasma cutting with laser-like quality over many material thickness ranges
· investment and operation costs are less than a tenth of the investment and operation costs of the laser
cutting unit with the same cutting requirement
· high product life of consumables because of:
- second gas ignition,
- nozzle-saving hole piercing with swirl gas technology
- extreme effective cooling
- pilot arc adapted to the torch (nozzle-saving cutting)
Plasma Cuuting Consumable G4350 Swirl Gas Cap .11.848.401.1550 For Kjellberg Torch
· all components of the plasma power source are mounted into a rugged housing, which is movable by hand
as well as transportable with the crane
· all operation and display elements are placed at the front panel.
· the entry vents for cooling air are to find on the front panel.
· at the rear panel are:
- the filler neck and the level indicator for the coolant,
- the connectors for the workpiece cable,
- the mains cable entry,
- the outlet vents for cooling air,
- the connector for the remote control,
- the CNC-interface,
- the connectors for the plasma gas connection unit PBA-161 with an integrated high voltage ignition unit
- the connectors for the plasma gas control or adjustment unit and
- voltage-carrying connectors and fuses, are accessible after opening the rear cover plate.
· the internal cooling system consists of the pump, the coolant tank, the heat exchanger and the flow
controller for switching off the power source in case of insufficient flow rate.
· the power module contains the inverter module, the cutting choke coil, the pilot resistors and the power
contactors.
By the application of the Plasma Fine-Focus-Principle acc. to Professor Manfred von Ardenne with its
extreme constriction of the plasma arc extraordinarily energy densities will be achieved, which will be
additionally increased in the HiFocus range with HiFocus
advantages.
· minimized consumption of gas and energy due to the highly constricted plasma arc
· precise cutting surfaces and less rework reduces costs considerably
- small right-angled and inclination tolerance of the cuttings
- high dimensional accuracy and repeat accuracy of the cutting parts
- excellent contour at sharp corners and little radii
- hole cutting with a low diameter
- almost reworking free cuttings
- low heat input, low distortion of the workpiece
· plasma cutting with laser-like quality over many material thickness ranges
· investment and operation costs are less than a tenth of the investment and operation costs of the laser
cutting unit with the same cutting requirement
· high product life of consumables because of:
- second gas ignition,
- nozzle-saving hole piercing with swirl gas technology
- extreme effective cooling
- pilot arc adapted to the torch (nozzle-saving cutting)
Plasma Cuuting Consumable G4350 Swirl Gas Cap .11.848.401.1550 For Kjellberg Torch