1. Technical Parameter

l Range of Measurements: 12.00 mm

l Linearity Error: 1.5.

l Frequency range(-3dB): 0-20000 Hz

l Rise Time: <15 s.

l Operating Temperature: -30 C-100 C

l Shock & Vibration: 5 g shock and 25 g vibration at 25 C, 60 Hz.

l Protection Level: IP20.

l Supply Voltage: −23 to −32 V.

l Output: −4 V to 20 V.

l Sensor Connection: Self-locking LEMO plug.

l Power Connection /Output Connection: Screw terminal, maximum of 1.5 mm2 wire.

l Certification: CE, ATEX, IEC-EX, CSA and other certifications, including those appropriate for hazardous locations, where intrinsic safety features are a concern.

2. Features

l Precise Signal Conditioning: EPRO CON021/916-120 employs advanced filtering algorithms. There is the provision of low-pass, high-pass, and band-pass filters with configurable cut-off frequencies. Such filters are able to filter out unwanted noise and electromagnetic interference from the input signals. For instance, in an ndarray environment where several electric appliances operate concurrently, it measures more accurately; for instance, it extracts such a high-quality signal from the sensor, threw out data of high measurement quality.

l Seamless Sensor Compatibility: EPRO CON021/916-120 supports many sensors. It can automatically recognize and configure itself when connected to different sensor types such as thermocouples, resistance temperature detectors (RTDs), and piezoelectric sensors. This plug-and-play structure makes installations and setups fast and allows for system integration time and effort savings.

3. Applications

l Oil and Gas Industry: EPRO CON021/916-120 for pipeline monitoring, which was installed in an offshore oil platform, had its ability to handle various signal types as one of the most significant features. EPRO CON021/916-120 can be easily installed either in the control room or adjacent to the pipeline; another plus with it is that such an installation would not necessarily oversee a large space. Further, modularity meant that additional sensors to monitor more parameters could easily be added for improved monitoring purposes in the future. Such a step would result in better safety and more efficient operation of oil and gas production and transportation on the platform.

l Manufacturing Application in Automotive Factory: EPRO CON021/916-120 connected with accelerometers and temperature sensors on the welding equipment. The on-board processing capabilities of the device helped in the calculation of the RMS values of the vibration signals from the accelerometers to assess both the stability and performance of the robotic arms while welding. The peak and average value calculations by EPRO CON021/916-120 also threw good insights on equipment's dynamic behavior.

Aerospace Application: EPRO CON021/916-120 was connected to many sensors, including temperature sensors situated near the combustion chamber and vibration sensors placed on the engine casing, for monitoring engine performance during the aircraft engine ground-testing phase.