New induction generators SA/400 series

CEIA
Pad. 13 stand B38

CEIA has been manufacturing for more than 40 years High and Medium frequency Inductive Generators that distinguish themselves for the very high energy efficiency and the minimum operating costs. Thanks to the outstanding experience grown on the field, and to the continuous and scrupulous technological research, CEIA is pleased to introduce the new range of Generators POWER CUBE SA/400.

Modular and Configurable System
This line, with a wide frequency range from 100 to 400 kHz, due to its unique modular design is available in several configurations to satisfy different user requirements. They are available with single head, double head with alternating operation, or dual head with simultaneous operation solutions. Powers available from 12.5KW, 25KW, 50KW and 100KW.

Advanced Control and Interface Functions
The Power Cube SA/400 Generator Series, due to its advanced built-in controller, are equipped with DATA LOGGER for quality process control and WEB SERVER for remote control and service.
Furthermore all CEIA accessories can be implemented as well as Optical Pyrometers or Thermal Camera, automated Wire Feeder for brazing process or Field Bus for an implementation into automation lines
Moreover, the new SA/400 generators are equipped with standard Harting connectors for an easy and quick managing of the many I/O signals available.

All these specifications make the new SA/400 generators comply and ready for Indutry 4.0 requirements.
Increased productivity.
Among other features, we highlight the high performance, higher than 96%, and maximum operational flexibility. In fact, all the new Generators are equipped with the Dynamic function, which allows automatic configuration of internal parameters of the Generator, reducing to a minimum the machine time set-up, with the consequent reduction in operating costs for the customer. The Generator, thanks to a specific control software, is able to adapt in real time to changes in workload, automatically modifying the circuit of internal coupling, maximizing the transferred energy and avoiding energy waste.

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