Abstract: Electric current transducer module comprising a magnetic circuit with a magnetic core and an air gap, the magnetic core having a central passage configured to receive a primary conductor carrying a primary current to be measured. The electric current transducer module further comprises a signal processing circuit including a circuit board and contact terminals for connection to external circuitry, and a magnetic field detector arranged at least partially in the air gap of the magnetic circuit. The electric current transducer module further comprises a magnetic core mounting support comprising a molded support and a grounding and fixing mechanism configured to hold and rigidly fix the magnetic core to the molded base to form a magnetic circuit unit. The magnetic circuit unit is configured to be fixedly assembled to the printed circuit board.

Abstract: An arrangement for generating oxygen in a facility is described, which arrangement has at least one unit for generating medical air (V, R), a vacuum system (VS), and a PSA unit (A), which serves to generate an oxygen product stream. According to the invention, the PSA unit (A) and the vacuum system (VS) are interconnected in such a way that the adsorber or adsorbers of the PSA unit (A) can be regenerated by means of the vacuum system (VS), and/or the unit for generating medical air (V, R) is connected to the PSA unit (A) in such a way that at least a subsidiary stream (2) of the generated medical air is delivered as feed gas to the PSA unit (A).

Abstract: An arrangement for generating oxygen in a facility is described, which arrangement has at least one unit for generating medical air (V, R), a vacuum system (VS), and a PSA unit (A), which serves to generate an oxygen product stream. According to the invention, the PSA unit (A) and the vacuum system (VS) are interconnected in such a way that the adsorber or adsorbers of the PSA unit (A) can be regenerated by means of the vacuum system (VS), and/or the unit for generating medical air (V, R) is connected to the PSA unit (A) in such a way that at least a subsidiary stream (2) of the generated medical air is delivered as feed gas to the PSA unit (A).