Vibration CE110

Specification

Sensitivity and reasons: 100 mV/g;

Range of measurement: 0.5 Hz to 10 kHz;

Range of acceleration measurement: ±500g;

Operating-temperature range: -55 to +125°C;

Supply voltage: 12 to 28 V DC;

Linearity: ±5 percent within the measurement range.

Features

High-Precision Measurement: One of the most important features of Vibration CE110 is its advanced technical specifications wedded to modern sensing technology, which makes it capable of highly accurate measurement of vibrations. Vibration CE110 records very minute changes in vibration levels, which may, in turn, provide important data regarding early fault detection and preventive maintenance strategies.

Wide Frequency Response Range: Broad frequency responsiveness of the sensor means it will cope with the different vibration signatures generated by distinct equipment types. Its versatility thus makes Vibration CE110 a good candidate for monitoring many forms of machines, such as rotating equipment, reciprocating engines, and vibrating structures, as it will be able to record and characterize various vibrations existing for the entire frequency range relevant to the operation of the equipment.

Stable Performance: Vibration CE110 remains stable and consistent during harsh industrial conditions. The sturdy and well-made design guarantees its strong resilience and dependence on operational capacities of high degrees of temperatures, humidity, shock, and vibration. These conditions reduce the chances of measurement error and sensor failure. This very-scale stability is elementary for the continuous and accurate monitoring of the machines in critical applications requiring uninterrupted data collection.

Compatibility: Vibration CE110 is intended compatible with a number of monitoring systems and data acquisition equipment willing to run in, remote monitoring functions; as such, it can quickly plug into the existing industrial automation systems to facilitate easy data exchange while seamlessly functioning with other control and monitoring functions. This characteristic confers flexibility for users who wish to develop a general monitoring solution for their needs while improving the collective efficacy and efficiency of equipment management.

Application

Aerospace: Vibration CE110 constitutes one of the most important monitoring devices for the health-maintenance of aircraft engines, landing gears, and other quality components in the aerospace industry. Continuous measurement of vibrations aids early detection of wear, fatigue, and failures of these critical components, ensuring safe and sound operations of flights.

Power Generation: Used to monitor vibration on the various types of steam turbines, gas turbines, and generators used in power plants, which allows operators to optimize their maintenance scheduling, helping to prevent unplanned downtime while generating power system efficiency and assurance.

Automotive: In automotive manufacturing and testing, Vibration CE110 is used to evaluate the vibration characteristics of engines, transmissions, and chassis components. It becomes a part of quality control during production to help pick out and identify potential defects or performance issues against the backdrop of developing more reliable and efficient vehicles.

Industrial Machinery: Vibration CE110 is extensively used in various industrial sectors to manage the vibration of rotating equipment such as  compressors, fans, and pumps. It is extensively deployed within predictive maintenance to provide real-time vibration data in order to avoid high-maintenance costs and extending the life of the machinery, thus increasing productivity and profitability.