Phoenix Contact MINI MCR Series Signal Conditioner, Current Input,
Phoenix Contact
Phoenix Contact MINI MCR Series Signal Conditioner, Current Input,
Phoenix Contact MINI MCR Series Signal Conditioner, +70 °C Maximum Operating Temperature, DIN Rail Mounting - 2901998 This signal conditioner from Phoenix Contact is a highly reliable and temperature resistant signal converter designed for industrial signal processing. With a current input range of 0 20 mA and a DIN rail mount module, the mini MCR series ensures precise signal conditioning for a wide range of applications. Features & Benefits Three way signal conditioner with plug in connection technology Electrical isolation of analogue signals Input signal range of 0 20 mA, output signal range of 0 22 mA Suitable for current signals with screw connection technology Supports fault monitoring and NFC communication Wide operating temperature range from 40°C to +70°C Supply voltage range of 9.6 30 V DC for versatile applications Applications Ideal for automation, electronics, electrical, and mechanical industries Used for electrical isolation, conversion, amplification, and filtering of standard current signals Perfect for applications requiring reliable signal conditioning in harsh environments Can it be used for current signals other than 0-20 mA? Yes, it supports current input signals from 4-20 mA as well. Will it maintain signal integrity in extreme temperatures? Yes, with a temperature range of -40°C to +70°C, it ensures stable performance in challenging environments. Is it suitable for industrial use? Yes, this signal conditioner is designed for industrial applications requiring precise signal processing. Can it be easily integrated into existing systems? Yes, with DIN rail mount compatibility and plug-in connection technology, it can be easily installed in various setups. Will it ensure accurate signal transmission within the specified output range? Yes, the Phoenix Contact MINI MCR series guarantees precise signal conditioning within the output range of 0-22 mA.Show moreShow less
