Yes, as a two-wire 4-20 mA loop device, provided the loop supply, polarity and load meet the transmitter requirements. Machinery alarming and control logic remain responsibilities of the receiving control system.

That level represents a NOT OK or signal-defeat condition rather than normal vibration. Allow the documented two-to-three-second power-up interval, then review loop power, polarity, probe condition, connection security and the complete proximity-transducer path.

The loop signal carries the proportional peak-to-peak vibration value, but it does not preserve the dynamic waveform needed for detailed diagnosis. Use the PROX OUT signal with battery-powered or properly isolated test equipment for waveform analysis.

The transmitter includes a TEST input for applying a function-generator signal and checking the resulting loop output. Follow the manufacturer procedure and keep the test setup electrically compatible with the two-wire loop.

The public ordering table does not define XX, so that substitution would be an unsupported assumption. Obtain the supplied-unit nameplate and any MOD documentation before selecting a probe, extension cable or replacement transmitter.

CN is a country-specific hazardous-area ordering option, not a manufacturing-origin statement. Acceptance should be based on the actual markings and certificate scope of the supplied transmitter together with the site's area classification.

The transmitter supplies a vibration loop signal and NOT OK behavior, but functions such as gap alarms, phase alarms, Danger Bypass and Trip Multiply are not provided through the 4-20 mA output. Confirm that the receiving control system covers the required protection logic.