Vibration RLC16

Usage Parameters

Input Channels: The Vibration RLC16 is equipped with 16 input channels, capable of accepting and processing multiple vibration signals simultaneously. It allows for simultaneous multi-point or multi-component monitoring within a system, resulting in a fairly complete understanding of vibration characteristics.

Sampling rate: 200 kHz means that it can pick up very fast changes and transient events in vibration signals very accurately. This is critical for the correct detection and analysis of short-duration vibrations or shocks that may indicate potential failures or abnormal operating conditions.

Resolution: 16-bit resolution ensures that the measured vibration data is accurate and detailed. This specification can finely distinguish the various amplitudes and frequencies of vibrations and enable more accurate diagnosis and assessment of the mechanical condition of the monitored equipment.

Product Function

Vibration Data Acquisition: The main function is to collect data from various types of sensors or transducers. The Vibration RLC16 is able to accept a variety of input signals that represent various physical quantities related to vibration parameters, such as acceleration, velocity or displacement. By converting these analog signals into digital form, they can be continuously processed and analyzed.

Signal Analysis: After data acquisition, the Vibration RLC16 performs extensive signal analysis. The device can calculate various parameters and characteristics of the vibration signal, including frequency spectrum, amplitude, phase angle, and harmonic components. This analysis will help determine the root cause of the vibration, i.e. any abnormal patterns or frequencies present in the range that appear to be related to mechanical failure or wear.

Relay Outputs and Control: The module has 16 SPDT (Single Pole Double Throw) relays that can perform each action based on the analysis results that have been obtained. It may issue a warning or further activate protective measures or other external devices. For example, high vibration levels exceeding a predefined threshold may trigger a relay to stop the equipment or alert the operator, thereby preventing further damage or ensuring safer operation.

Data Transmission: The Vibration RLC16 can transmit/retransmit the acquired and analyzed vibration data to a host system or central monitoring station at a distance. The device has multiple output options: Ethernet and serial interfaces, so it can be easily integrated into existing control systems or data acquisition networks. This allows the equipment to be monitored and managed remotely for further analysis and diagnostics in real time or at a later time when engineers and technicians can access and review the vibration data.

Applications

Industrial Machinery Monitoring: In manufacturing plants, the Vibration RLC16 is widely used for condition monitoring of various industrial machinery such as motors, pumps, compressors, fans and conveyors. Continuous monitoring of vibration levels and patterns can provide service predictions, preventive maintenance plans, and optimize the performance and reliability of equipment, ultimately reducing downtime, improving productivity and reducing maintenance costs.

Power Generation Equipment: Power plants use online, continuous vibration monitoring of turbines, generators and other key power generation components. Vibration anomalies can be detected at an early stage to avoid catastrophic failures, ensuring stable and efficient operation of power generation systems, thereby ensuring reliable power supply to schools.

Automotive Testing and Research: The Automotive Vibration RLC16 is widely used in various vehicle testing and research laboratories to analyze the vibration characteristics of engines, transmissions, chassis and other components to improve the design and performance of automotive products, while improving passenger comfort by improving ride quality and reducing noise and vibration levels.

Aerospace and Defense: In aerospace and defense applications, accurate vibration monitoring is essential to ensure the safety and reliability of aircraft engines, avionics systems and other key components. The Vibration RLC16 provides precise real-time vibration measurements, providing early warning of possible problems and enabling necessary maintenance actions, ensuring the highest degree of flight readiness and safety.

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