Vibration CA202

Technical Specification

Operating temperature range: -55° C to 260° C.

Frequency response: 0.5 H. to 5. kHz and measuring range: dynamic measuring range from 0.0981 to 3924 m/s².

Sensitivity tolerance : ±5%

Subjected to linearity: ±1%.

Transverse sensitivity: ≤3%.

Resonant frequency： 20 kHz.

Bed strain sensitivity of less than: 0.1 e⁻³g/µϵ.

Type of hazardous area certification: Ex ia, Ex na and other hazardous area certification available.

Features

Designed for Extreme Environments:Vibration CA202 is aimed at the long-term measurement of vibration in extreme conditions, such as those of heavy-duty gas turbines and steam turbines. Thanks to their sturdy construction and high-temperature resistance, it guarantees that reliable operation in the harshest of industrial environments.

Integrated Soft-line Cable: An integral soft-line cable with a flexible stainless steel hose not only protects mechanically but also allows for easy installation and routing in complex machinery layouts.

Compatibility with Signal Conditioners: Due to its charge output, it requires an external charge amplifier to convert output into a current or voltage signal, allowing for easy integration with existing measurement and monitoring systems. This high sensitivity and accurate sensing of 100 pc/g enables Vibration CA202 to detect even a tiniest vibration, thus providing highly accurate information about the mechanical condition of equipment under observation. Early detection of any potential trouble could prevent costly breakdown and maintenance shutdowns.

Wide Frequency Range: The broad frequency response from 0.5 Hz to 5000 Hz ensures that the sensor can capture vibrations across a wide range of frequencies covering most of the typical vibration frequencies encountered in industrial machinery. Thus, a clear frequency coverage facilitates a more accurate assessment of the health and performance of equipment.

Safety in Hazardous Areas: Due to its explosion-proof certification, Vibration CA202 is used in applications posing the risk of explosion in petrochemical plants and refineries, or in any other branch of industries where safety is of the utmost priority. It does provide reliable monitoring of vibration while adhering to stringent safety regulations.

Application Fields

In Oil and Gas: Within the Oil and Gas industry, Vibration CA202 is utilized for the monitoring of vibration of pumps compressors other devices in the exploration production, and refining processes. The explosion-proof construction and thermal endurance render it ideal for deployment on offshore platforms, refineries, and pipeline facilities where safety and reliability are paramount.

Aerospace: Vibration CA202 may be used in the aerospace industry to monitor engine landing gears and other equipment onboard during flight testing and operational service. Its high sensitivity and high accuracy enhance the safety and reliability of aircraft systems and allow the prompt detection of possible faults while reducing the risks of in-flight failures.

Auto: With the Automotive industry, Vibration CA202 can have wide-ranging application in testing and development in vehicle components, monitoring engine, transmission, and chassis vibrations in operation, and sensing abnormal vibrations that may indicate potential problems or performance issues, leading to improvements in vehicle quality, reliability, and safety.

Industrial Manufacturing: At manufacturing plants,Vibration CA202 can be applied to monitor vibration at manufacturing machines, such as machine tools, conveyors, and robots. Enrollment and keeping records of vibration level allows manufacturers to obtain insight into machine functioning and enable maintenance action that prevents premature wear while improving production efficiency and product quality.