The inverter technology applied to plasma cutting has enabled electro c.f. to develop a range of plasma metal-cutting inverter power sources with high duty cycle combined with low weight and compact dimensions.
In the three-phase models, automatic setting of appropriate voltage
within the following ranges: 3x208220230V and 400440V
Automatic detection of phase presence both upon start-up and during operation
Pilot arc
High FrequencyVoltage start
Post-gas function
Self Restart Pilot function for nets and grids cutting, for the models PLASMA 76 and 106
Safety systems on the torch
Electronic regulation of cutting current
Control and gauge for the presence of compressed air flow and thermostatic protection
Microprocessor-controlled cutting parameters and functions
Cutting current is not affected by voltage fluctuations, by change of distance between torch and piece as well as by the torch traveling speed
Their standard equipment includes the manual torch and the grounding cable

The inverter technology applied to plasma cutting has enabled electro c.f. to develop a range of plasma metal-cutting inverter power sources with high duty cycle combined with low weight and compact dimensions.
In the three-phase models, automatic setting of appropriate voltage
within the following ranges: 3x208220230V and 400440V
Automatic detection of phase presence both upon start-up and during operation
Pilot arc
High FrequencyVoltage start
Post-gas function
Self Restart Pilot function for nets and grids cutting, for the models PLASMA 76 and 106
Safety systems on the torch
Electronic regulation of cutting current
Control and gauge for the presence of compressed air flow and thermostatic protection
Microprocessor-controlled cutting parameters and functions
Cutting current is not affected by voltage fluctuations, by change of distance between torch and piece as well as by the torch traveling speed
Their standard equipment includes the manual torch and the grounding cable