The N25SR is a current transducer which operates on the principle of magnetic compensation with multirange and small size. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
The NxxNEP is a current transducer which operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
The NxxA series is a current transducer which operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
The NxxASP is a current transducer which operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
The NxxA series is a current transducer which operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
The NxxASP is a current transducer which operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
The NxxH series is a current transducer which operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
The NxxNEP is a current transducer which operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
The NxxP series is a current transducer which operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations, with galvanic isolation techniques used to separate the primary and secondary circuits.
E-Connector: DIN75301-803A, Direct cable, M12X1, Metri-Pack 150, RK03FB
Range: 0…100 bar
Output: 0.5-4.5V ratio 5VDC, 1-5V 12 to 30VDC, 0-10V 14 to 30VDC, 4-20mA 12 to 30VDC
Type: Absolute, Relative
The P02 series pressure transmitter for almost all industries applications that provide reliable pressure even in extreme environments measurement results.
The pressure transmitter combines the latest Application Specific Integrated Circuit (ASIC) and Oil-Filled piezoresistive technology, provides flexible output signals, absolute or relative (gauge) versions with measurement ranges from 0–1 to 0–100 bar. A wide variety of pressure and electrical connections are available.
Output: 0.5-4.5V ratio 5VDC, 0.5-2.5V ratio 5VDC, 0.5-3.5V ratio 5VDC, 1-5V 12 to 30VDC, 0-10V 14 to 30VDC, 4-20mA 12 to 30VDC
Type: Absolute, Relative
The PA series pressure transducer combines the latest Application Specific Integrated Circuit (ASIC) technology with proven piezoresistive sensors. The measuring bridge is printed directly on one side of the diaphragm by means of Thick-Film technology. The rear part of the diaphragm can be exposed directly to the medium to be measured. The 304 housing surrounds a pressure transducer designed for general use wherever a rugged, reliable pressure transducer is required.
The PSC series pressure sensors feature a ceramic cell using the piezoresistive principle. A Wheatstone bridge is screen-printed on one side of the ceramic diaphragm via thick film technology, while the other side directly contacts the measured medium. The Al₂O₃ ceramic offers excellent chemical resistance, eliminating the need for additional protection. The monolithic design with a reinforced outer area allows O-ring mounting in housings. PSC sensors ensure reliability under temperature changes, provide precise linearity and minimal hysteresis.