Delivers stronger bimetal welds and longer electrode life with less part deformation.
Frequency Inverter Features
Reliable nugget formation and improved weld quality with no splash closed loop feedback control.
Built in monitoring capability
High Speed, suitable for automated systems (more than 5 welds per second).
4 channel transformer selector keeps costs down (IP-215A, IP-217A)
How Frequency Inverter Power Supplies Work
Three Phase, fully rectified DC current is repeatedly switched on and OFF by the semiconductor switches S1 S2, producing AC current (greater than 1 kHz). This current flows the welding transformer Tw, and the current I is rectified on the transformer secondary side and flows to the head H. The weld current is easily controlled and response is rapid because both the efficiency and power factors are excellent. Furthermore, because of the transformer’s small size, these power supplies are prefect for inclusion in automated systems.
Quality Assurance with Secondary Constant Current Control
Variations in resistance during welding are detected and fed back to the control unit. A frequency inverter circuit is used to maintain fixed power during welding (Power = Voltage x Current). The advantage of this type of control is that reliable welds can be achieved regardless of fluctuations in power source voltage or non-uniform workpiece resistance. Even with shunting or worn electrodes, quality welds with no splash and constant strength can be obtained even at lower pressures.
Lower Costs with Sequential Welding
MA-600A weld transformer selector — (for use only with the IP-215A and IP-217A).
Features:
Simultaneous squeeze and sequential welding
One frequency inverter power supply can be used with up to 4 weld transformers.
Weld schedules can be set individually for each weld
Random initiation is possible with the optional MIS-0104 PLC
Select the Power Supply and Transformer Suited for your Welding Needs
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