Vibration IPC704

Power Supply Voltage: The Vibration IPC704 operates at 18 - 30 V DC, and different power supplies can be selected during installation.

Current Consumption: The maximum consumption is 25 mA, which is relatively low and can be used in systems where the available power supply is heavily burdened.

Input and Output Sensitivity: The input sensitivity is set to 100 µA/µm and the output sensitivity is set to 50 µA/µm. This sensitivity enables excellent piezoelectric sensor signal measurement and subsequent conversion, resulting in reliable and precise data acquisition.

Filter Frequency: The high-pass filter frequency is 10 Hz and the low-pass filter frequency is 2000 Hz. Configurable filters allow customized signal conditioning to meet certain application requirements, filtering out all other frequencies while improving signal quality.

Operating Temperature Range: The Vibration IPC704 can operate in a temperature range of -30°C to over 85°C, and can operate reliably in a variety of different environmental conditions; therefore, it is suitable for indoor and outdoor applications and suitable for different climates.

Protection rating: The device has an IP40 rating, which protects against solid objects larger than 1 mm and splashing water. The fact that it meets the requirements will extend the service life and ensure efficient operation in normal industrial and outdoor environments.

Product Features

Signal Conditioning: The Vibration IPC704 can be used with accelerometers (CA) and dynamic pressure sensors (CP). High-quality, reliable charge converters determine the conversion of the piezoelectric sensor charge signal into the selected output form (usually current or voltage) for subsequent process data analysis.

Wide G-nand filtering: With a wider continuous frequency range (i.e. 0.5 to 20,000 Hz) and adjustable high-pass and low-pass filter configurations, vibration/pressure signals within any specified frequency can be accurately captured and subsequently analyzed. This is very important for identifying and diagnosing various mechanical faults or dynamically monitoring rotating machinery.

Configurable transfer function: The input sensitivity and output sensitivity as well as the units are configured by user selection. It is also used in conjunction with an optional integrator to provide a velocity output, thus expanding its potential use in any measurement and monitoring application.

Output Options: Depending on the application requirements and the operating instrument, the Vibration IPC704 provides options for current output (2-wire) for long-distance transmission or voltage output (3-wire) for short-distance transmission.

Hazardous Area Certification: Certified for use with ex ia, ex ib, ex na, aex na and other equipment in potentially explosive environments. The Vibration IPC704 can be used in hospitals, refineries, chemical plants and other industries directly related to the operation of explosion-proof equipment.

Application Range

Power Generation: It monitors the vibration of turbines, generators and other rotating equipment in power plants. By continuously measuring and analyzing vibration signals, operators can detect harmful mechanical conditions such as imbalance, misalignment and bearing wear before disaster strikes. Therefore, predictive maintenance can be initiated in time to avoid damage and unplanned downtime.

Petrochemical: It is used in chemical plants and refineries to use the Vibration IPC704 for pumping and compression, making it able to withstand seismic stress and machine control. Therefore, it ensures safe operation of equipment and prevents damage caused by leaks, explosions and any fatal accidents, while avoiding loss of life and environmental degradation.

Aerospace: In aerospace, it can be used to monitor the vibration dynamics of aircraft engines and landing gear, as well as test the operation of other components during flight testing and operations. In this field, the ability to monitor precise vibration is critical to ensure the integrity and performance of aerospace components meet stringent safety and reliability requirements.

Automotive: In automotive manufacturing and testing, the Vibration IPC704 can be used to monitor the vibration of engines, transmissions, and other rotating components during the production process and road testing. This helps improve the quality and reliability of automotive products by identifying and resolving vibration issues in them.