Vibration EA402

Technical Parameter

Cable type: 70Ω coaxial cable in FEP case; 3.6mm in axis diameter.

Connector type: A self-locking micro coaxial cable connector providing female-to-male connection has a good self-locking performance that guarantees that the connection is firm and stable.

Minimum bending radius: The flexible stainless steel hose is at least 50mm; the minimum bending radius of the FEP coaxial cable is 20mm.

Features

Signal Extension: Vibration EA402 is used as an extension cable that extends the distance between the front-end sensor and the signal conditioner. This allows flexibility in installation and configuration of the measurement system to suit various complex industrial environments that may be established with the sensor and conditioner at a distance.

Environmental Adaptability: Owing to its high-quality materials and rugged construction, Vibration EA402 has shown exceptional resistance to environmental extremes, including high temperatures, corrosive substances, and electromagnetic interference, thus functioning adequately in an industrial environment that runs vibratory monitoring consistently, even under unfavorable conditions.

Explosion-Proof Certification: Relevant explosion-proof certifications for Vibration EA402 mean that it may safely be used in potentially explosive atmospheres, thus becoming most suited to oil and gas petrochemical and mining applications, which require utmost safety.

Applications

Power Generation: Extensively deployed in power plants to monitor the vibrations of steam turbines, gas turbines, hydro turbines, and generators. By precisely measuring and analyzing vibrations, faults can be detected early, avoiding costly breakdowns while ensuring smooth and efficient operation in power generation equipment.

Petrochemical industry: In refineries and chemical plants, Vibration EA402 is used to monitor the vibrations and axial displacements of compressors, pumps, and fans. Keeping the integrity of critical equipment that runs under high pressure, high temperature, and possibly explosive conditions is significant to ensure safety and productivity.

Aerospace: Applied in the monitoring of aircraft engines and structural members of aerospace vehicles. Accuracy and reliability of Vibration EA402 will further enhance the safety of aerospace systems where even a tiny vibration anomaly can assume huge significance.

Industrial Automation: Suitable for monitoring the vibrations of motors, reducers, and drive shafts on various industrial automation production lines. By permitting real-time condition monitoring and prediction of failure, Vibration EA402 can help optimize equipment maintenance schedules, improve production efficiency, and minimize unplanned downtime.