EPRO CON041

Technical Parameter

Frequency Range: From 0 to 20,000Hz (-3dB).

Rise Time: <15µs.

Temperature Drift: Zero point 200mV/100K.

Time Drift: Maximum 0.3%.

Supply Voltage Error: <0.2%/V.

Working Temperature Range: -30℃ to 100℃.

Internal Resistance: 100kΩ.

Response Time: <15μs.

Applicable Sensor: Can be used with eddy current sensors PR6422, PR6423, PR6424, PR6425, PR6426, etc.

Installation Method: Mounted in a DIN rail; wiring connection via screw terminal; maximum 1.5mm² wire to be used; wire-end sleeves are required.  

Features

Sensor Compatibility: EPRO CON041 accepts virtually any type of sensor, including thermocouples, RTDs, strain gauges, accelerometers, and many others. It can sense and configure itself automatically depending on the sensor used, reducing the setup time considerably.

Data Processing: EPRO CON041 has an internal data processing action. It can calculate RMS, peak, mean or average values of the input signals to provide meaningful useable data for analysis and decision-making processes.

Flexibility and Expandability: Its modular structure provides means for easy expansion. In addition to that, EPRO CON041 may be configurated on the software side in a very flexible manner, allowing users to tailor its functions and parameters according to diverse operational scenarios.

Applications

Power Generation: In the nuclear power plant, EPRO CON041 was installed to monitor the secrete functional parts of the steam turbine. Because of the 200 kHz sampling rate, the vibration signals from the turbine shafts could be more clearly captured. The accurate amplitude and frequency measurements of the turbine vibration are critical, since even minor deviations could signal potential problems.

Manufacturing:In the automotive manufacturing plant, EPRO CON041 was inserted into the assembly line to monitor the performance of the robotic welding arms. Using its multiple input channels, it connected to the accelerometers and the temperature sensors mounted on the welding arms. Also, the filtering of numerous factory noises through EPRO CON041 was performed, allowing accurate measurement of vibration and temperature of the welding equipment.

Aerospace: During the field tests for a new aircraft engine design, EPRO CON041 took measurements from a variety of parameters such as the vibrations of the engine components, the temperature in the combustion chamber, and the pressure in the fuel injection system. Its very high accuracy (+-0.05% of full scale) provided the ability to generate accurate data for engine performance assessments.

Data-Driven Asset Management: In a large wind farm, one EPRO CON041 has been installed in every wind turbine to monitor the condition of the turbine blades and the generator. Each device connected to sensors measuring blade vibration, rotational speed of the turbine, and temperature of the generator.