Vibration TQ402

Product Parameters

Frequency: The frequency range of Vibration TQ402 is 10 to 1000 HZ; the vibration analyzer has different frequency spectra and can accurately detect and analyze vibrations present in a large spectrum. It helps monitor a wide range of mechanical equipment and systems at various operating frequencies. It can measure acceleration in a sensitive range of 0.1 m/s² to 100 m/s². This wide acceleration range allows for some sensitive detection of small to large amplitudes. This sensitive acceleration range can detect subtle changes in vibration levels, enabling early fault detection and preventive maintenance.

Speed: The operating speed of Vibration TQ402 varies from 0.1mm/s to 100mm/s, which is suitable for defining the severity of vibration and the dynamic behavior of rotating machinery such as motors, pumps and fans.

Displacement: With a displacement range of 0.001mm-10mm, this product can accurately measure the physical displacement of vibrating objects. This is particularly useful for monitoring the movement of components in mechanical systems and displacement anomalies that could indicate a problem.

Temperature Range: The Vibration TQ402 is suitable for operation in a temperature range between -20 and +60, ensuring reliable performance even in changing environmental conditions. It supports both indoor and outdoor applications and combines with different industrial settings to meet different temperature requirements.

Key Features

Continuous monitoring of vibration levels of machinery and equipment: The Vibration TQ402 provides online calculated vibration amplitude, frequency and acceleration values, from which operators can more easily identify any abnormal vibrations that may indicate impending failures and performance issues.

Vibration Data Analysis: Will enable the Vibration TQ402 to diagnose many types of faults, including imbalance, misalignment, bearing wear and resonance. The algorithms and signal processing used in fault diagnosis detect characteristic vibration patterns associated with various faults, allowing for faster detection and targeted maintenance.

Data Logging: The Vibration TQ402 can log data using internal memory, while providing storage capacity. Therefore, over a longer period of time, the unit will record its vibration history, allowing for in-depth trend analysis and historical reference. Data can be called up later for analysis to show long-term changes in vibration levels and assess the effectiveness of maintenance measures.

Alarms and Notifications: It does have built-in alarm functionality that can be set to trigger when a defined vibration level threshold is reached. These alarms can be configured based on amplitude, frequency or acceleration, notifying a control center or mobile device with visual aids, sound or remote alarms.

Integration with Control Systems: Designed to integrate with existing control systems and automation platforms; this allows for centralized monitoring and control of many devices and provides automated responses to vibration-related events. In the example application, integration with a PLC can be used to initiate shutdown or corrective actions if vibration exceeds a defined threshold.

Applications

Industrial Manufacturing: The Vibration TQ402 is widely used in manufacturing plants to monitor industrial production equipment - vacuum conveying, machine tools and packaging machinery. It monitors vibrations while in continuous operation, allowing us to avoid unexpected failures, minimize maintenance, and generally increase production efficiency.

Power Generation: The device is primarily used to monitor vibrations during operation of turbines, generators and other rotating equipment in power plants. By detecting vibration issues early, these critical components can be prevented from major failures, while ensuring reliable performance of power generation and avoiding costly outages.

Petrochemical Industry: The Vibration TQ402 is used in the petrochemical industry to monitor vibrations in pumps, compressors, and other process equipment. This helps ensure that the equipment is operating within the standards that must be maintained to operate safely and efficiently in harsh and hazardous environments, thereby minimizing the risk of leaks, explosions, and accidents.

HVAC Systems: Going back to the HVAC section again, it can be described as monitoring vibrations in fans, motors, and air handling units. As a result, this product will help maintain optimal system performance, re-establish improved indoor air quality, and save energy by quickly paying attention to any vibration issues that arise.