EPRO CON021/916-160

Technical Parameter

Linearity: ≤2.0%.

Operating temperature: 20℃ to +70℃

Humidity range: 10% to 95%, no condensation.

Protection level: Front panel protection level is IP20.

Communication protocol: Support Modbus RTU communication protocol.

Features

Remote Monitoring and Control: It is possible to communicate via these interfaces-EPRO CON021/916-160, enabling remote monitoring and control. From afar, an operator can extract and review data collected by the device to observe the condition of equipment without his immediately being present in the field. Also, some commands can be remotely delivered to change parameters of their connected equipment with an authorized permission.

Noise Filtering: EPRO CON021/916-160 integrates an advanced noise reduction filter, characterised as low-pass, high-pass, and band-pass filter types. All these filters are tunable, letting the user optimise the filtering necessities by determining the characteristics of input signals and noise surroundings. These will filter out unwanted noise and interference on the noisy factory floor populated with several simultaneously working electrical apparatuses. For example, removal of the signal noise in such sensor signals, say noise from the temperature signal, allows only the actual signal pertaining to temperature to pass through for further analysis instead.

Automatic Detection and Configuration: One of the best things with EPRO CON021/916-160 is that it recognises the type of connected sensor by itself and correctly sets itself up. When a new sensor is plugged in, the device will recognise its characteristics and accordingly adapt its internal settings so as to ensure optimal signal acquisition and processing. Such plug-and-play features get rid of the tedious task of setting them and thus save time and reduce configuration errors. For instance, when an RTD is plugged in to monitor the temperature of an exquisitely critical component in a production process, temperatures will automatically configure themselves for precise temperature measurements without any human assistance.

Improved Data Use: EPRO CON021/916-160 does these calculations providing more useful data. Instead of raw signal quantities, the higher processed data allow engineers and operators to learn better about the condition of the process or equipment that is being monitored. For instance, understanding the RMS values of the vibration signal coming from the turbine shaft plus an average temperature reading gives a macro view of the turbine health and its performance thus more informed maintenance and operational management decision making can occur.

Reliable in the Complex Environment: As EPRO CON021/916-160 survives electromagnetic interference, it can continually provide credible operations and accurate data in challenging electromagnetic environments. This reliability is crucial for all industrial operations that depend on estimating and controlling equipment operations enabled by these measurements since, injured by electromagnetic disturbances, the possibility of reaching erroneous decisions or equipment failure opens vastly.

Applications

Oil and Gas: it is used for monitoring several process parameters, e.g. temperature and pressure in distillation columns, in order to assure the correct separation of different hydrocarbon fractions. EPRO CON021/916-160 can be used for monitoring the vibration of pumps and compressors, and thus help in checking other mechanical failures that may lead to loss of efficiency or later breakdowns which ensure a smooth experience of refinery processes.

Manufacturing: It is used to monitor temperature and humidity in clean rooms, as well as the performance of various equipment: pick and place machines, soldering stations, etc. EPRO CON021/916-160 is important to maintain the proper temperature and humidity for the quality of electronic components and success in the manufacturing process. Monitoring equipment's vibration and temperature ensures chips are placed accurately and soldering quality is ensured, leading to high-quality electronic products.

Aerospace: In-flight monitoring of vital systems, such as landing gear, flight control surfaces, and avionics, is also feasible. Specific vibrations and temperatures can be continuously sampled, allowing potential failures to be noticed during the flight. Monitoring this information helps ground control or the flight crew to take preventive actions that protect the aircraft and its passengers.

Renewable Energy: In solar power plants, it may serve to measure the temperature of solar panels and inverters. Monitoring panel temperature helps with optimizing energy conversion efficiency because temperature affects solar panel performance. EPRO CON021/916-160 measures the vibration of the support structures and electrical parameters of the inverters to ensure smooth operation of the solar power generation system. It detects any abnormal conditions early on, ensuring the long-term performance and reliability of the solar power plant.