Vibration IQS452

Sensitivity: With a sensitivity of 4 millivolts per micron, the Vibration IQS452 can detect tiny vibrations and convert them into electrical signals for further high-precision analysis.

Mounting Type: Designed for rail mounting, the installation method is simple and stable, and it is easy to integrate into other systems, making the entire measurement process reliable.

System Length: The Vibration IQS452 comes with a 10-meter system, which is large enough to accommodate other components or sensors in the measurement device, and has flexibility in different application scenarios.

Power Supply: The electrical working voltage provided by most factories and laboratories is 75 mA, 24 volts, ensuring easy power supply and adaptation to existing power supply systems.

Product Function

Vibration Signal Conditioning: The Vibration IQS452 is used to condition the vibration signal received from the sensor. It amplifies and filters the weak electrical signal emitted by the vibration sensor, thereby improving the signal-to-noise ratio and ensuring the reliability and fidelity of the obtained vibration data. The conditioned signal is passed on for further analysis and monitoring of the vibration state of the equipment or structure under test.

Compatible with a wide range of sensors: The Vibration IQS452 is compatible with a wide range of VIBRO-METER sensors, such as the TQ402 series eddy current sensors. The most suitable sensor can be selected based on the entire range of measurement parameters required, which are related to the measurement range, the operating environment and the type of monitored equipment. The seamless integration of the Vibration IQS452 with different sensors provides a deterministic and flexible solution for vibration measurement.

Accurate measurement and monitoring: The Vibration IQS452 performs its functions under the conditions required by the internal operating signals, so that the amplitude and frequency of vibrations can be correctly measured separately. With this information, the detectable parameters can be used to predict mechanical failures in advance, such as: imbalance, misalignment, bearing wear and churning feedback in rotating machinery, reciprocating engines or other vibrating structures. Early detection of anomalies with the Vibration IQS452 ensures that costly failures and maintenance downtime are reduced, thereby improving the overall reliability and availability of the equipment. 

Data Transfer and Integration: Conditioned vibration data can be easily transferred to other monitoring or control systems such as PLC, DCS or DAQ, enabling them to seamlessly integrate vibration measurement data into the overall factory or process automation infrastructure within their technical capabilities.

Application Areas

Aerospace Industry: The Vibration IQS452 is used in the aviation sector to monitor the vibration activity of aircraft engines, turbines and any other critical components. Continuous measurement and analysis of vibration levels between flight and ground operations ensures safe and reliable operation of aircraft, while detecting the correct failure or performance degradation of the engine enables predictive maintenance, minimizing the possibility of unplanned maintenance events and flight disruptions.

Power Generation: The Vibration IQS452 is used to measure the vibration of generators, turbines, pumps and other rotating equipment in thermal, hydro and nuclear power plants, helping power plant operators ensure that power generation equipment is operating within design ranges, thereby taking a preventive maintenance approach.

Industrial Manufacturing: The Vibration IQS452 monitors the vibration status of production machinery in various industrial manufacturing processes such as automotive manufacturing, metal manufacturing and chemical processing. By detecting abnormal vibrations, mechanical problems can be identified and resolved, reducing production losses due to equipment failures while improving product quality through stable mechanical performance and increased operational efficiency.

Research and Development: The Vibration IQS452 in research labs and test facilities provides researchers and engineers with a novel and valuable tool for analyzing vibrations and investigating new materials, mechanical components, and structures. Accurately measuring and characterizing vibration behavior under different operating environments provides the context for design optimization, performance evaluation, and durability testing of new products and technologies.