Vibration IPC707

Operating Parameters

Measurement System: Two sensor types, CA vibration sensor (accelerometer) and CP dynamic pressure sensor. This versatility allows for the dynamic measurement of different physical quantities and thus the easy monitoring of many applications.

Frequency Range: Due to the very wide alternating filters, from 0.5 to 20,000 Hz, these filters are of course capable of a wide range of dynamic behavior. The filters can be configured as high-pass or low-pass. Their independent configurability offers the user the ability to differentiate by adjusting the filter characteristics when looking for specific frequency components of interest in the measurement signal.

Sensitivity: The sensitivity of the Vibration IPC707 can be adjusted together with the measuring unit: the signal amplification - scaling is matched to the special requirements of the connected sensor and the general measurement system in order to produce accurate and meaningful measured values.

Linearity: Deviations of less than 0.2% indicate excellent linearity. This high linearity ensures that the output signal represents the input physical quantity precisely and proportionally, thus minimizing measurement errors and providing consistency for subsequent data analysis or control.

Temperature Range: The ideal operating temperature range is -40 to 85 °C (-40 to 185 °F). Being able to operate in this temperature range means that adjusted use can be ensured in some different climate conditions, including extremely harsh industrial conditions where the temperature amplitude seems to vary over a wide range, depending on the process.

Protection Rating: The IP40 rating provides protection against solid objects larger than 1 mm and splashing water, providing a single protection, which is ideal for working in general industrial conditions, with a certain degree of protection against dust and moisture.

Hazardous Area Certification: The importance of safety when using in hazardous locations: The Ex IA, AEx IA, Ex EC, AEx EC, Ex NA certified IPC707 is designed and manufactured for use in potentially explosive atmospheres. Suitable for use in the oil, gas and chemical industries, making it an option for atmospheric hazards.

Product Functions

Signal Conditioning: The main function of the Vibration IPC707 is to condition the signals from the accelerometer (CA) and the dynamic pressure sensor (CP). During this process, the charge signals generated by these piezoelectric sensors are converted into current or voltage signals for easier processing and transmission to other elements in the monitoring system, and better interpretation of the signals through amplification, filtering and bio-intelligence integration: improving signal quality for further analysis and control.

Configurable transfer function: The Vibration IPC707 allows the transfer function to be configured for the measurement device, including parameters such as sensitivity and measurement units. This device configuration enables it to operate within the operating range of multiple sensors while meeting measurement performance requirements; this will ensure that different systems have accurate and consistent measurement outputs. In addition, the integrator can be selectively turned on to provide an output in the form of velocity, further expanding the capabilities of the signal conditioner.

Filtering capabilities: The high-pass and low-pass filters of the Vibration IPC707 can be adjusted to allow it to truly filter out unwanted noise and interference in the measurement. This is to improve the signal-to-noise ratio while extracting the fundamental frequency components of interest, thereby more accurately monitoring and diagnosing the condition of the equipment. The filters can be freely adjusted through the transmission gain and input impedance settings, which is actually very flexible in signal processing.

Diagnostic Circuitry: The Vibration IPC707 features built-in diagnostic circuitry that continuously provides information about the health of the entire measurement chain, including the sensor, cabling, and signal conditioner itself. This allows for maintenance intervention or changes in operating strategy when the accumulated sensor-layer diagnostics show early signs that something may be failing or abnormal. This information often forms the basis for triggering alarms or alerting operators, warning them of impending problems before they develop into larger issues. Monitoring systems is very convenient.

Applications

Industrial Machinery Monitoring: The Vibration IPC707 is commonly used in factories to monitor vibration and pressure in industrial machinery, including motors, pumps, compressors, and turbines; continuous monitoring can detect machinery failures such as imbalance, misalignment, bearing wear, and cavitation at the earliest possible moment, enabling predictive maintenance by minimizing unplanned downtime and improving overall equipment productivity and reliability.