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Equipment Performance Monitoring

Mechanical Looseness Detection Using Vibration Analysis

How to Identify Mechanical Looseness Using Vibration Analysis

AI Based Predictive Maintenance, Equipment Performance Monitoring, Vibration Analysis in Maintenance /

Mechanical looseness generates complex and irregular vibration patterns; it is not as simple as vibration anomalies that occur due to misalignment or unbalance. Depending on where the measurement is taken and the direction of measurement, the machine may show several running-speed harmonics, different vibration amplitudes, and varying vibration levels. This can make it difficult to […]

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partial discharge testing in transformers

How to Detect Partial Discharge in Power Transformers?

Cloud based Vibration Monitoring, Equipment Performance Monitoring, Partial Discharge Detection, Partial Discharge Testing /

Partial discharge (PD) in transformers due to Insulation defects is one of the key causes of dielectric failure. In transformers, PD is usually seen in windings and bushings when the insulation separating conductors at different voltage potentials becomes damaged, deteriorates, or develops manufacturing defects.

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Rotor Balancing

Rotor Balancing: Key to Mitigating Vibration and Fatigue Failure

Condition Based Maintenance, Equipment Performance Monitoring /

Rotor balancing is indispensable for smooth, reliable operations and machine efficiency. In industries such as manufacturing, automotive, power generation and aerospace, where rotating equipment is in the thick of action, precise rotor balance is pivotal. An unbalanced rotor equals excess vibration and component fatigue, leading to premature wear, structural compromises, and equipment shutdown. Implementing precision

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Electric Maintenance

Electric Motor Maintenance: A Comprehensive Guide to Boost Efficiency

Cloud based Vibration Monitoring, Electrical Preventive Maintenance, Equipment Performance Monitoring /

Electric motors are an inevitable part of the engineering industry in powering machinery and processes that drive innovation and productivity. In today’s industrial landscape, electric motors are the workhorses powering countless applications.  From manufacturing plants to construction sites, electric motors ensure seamless operations. However, the reliability and efficiency of electric motors depend on regular maintenance—a

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Types of Condition Monitoring Sensors

What Are the Different Types of Condition Monitoring Sensors?

Condition Monitoring Of On-Board Ships, Equipment Performance Monitoring, IoT Condition Monitoring, Vibration Sensors /

Condition monitoring is an important technique for evaluating the health of machinery and equipment across various industries. It entails continuously tracking parameters such as temperature, vibration, pressure, sound, and current to identify early signs of wear or malfunction. This approach enables timely maintenance and helps minimise downtime. This blog will discuss the benefits of condition

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Cable Testing.

Cable Testing: A Crucial Practice in Ensuring Reliability and Safety

Electrical Preventive Maintenance, Equipment Performance Monitoring, Partial Discharge Detection, Partial Discharge Testing /

Cable testing is a process used to assess the integrity and performance of cables, which serve as vital conduits in modern electrical and communication systems. It involves a range of techniques to evaluate the physical, electrical, and insulation properties of cables to ensure they function as intended and meet safety standards. Detecting potential issues can

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Motor Alignment

Importance of Motor Alignment: A Comprehensive Guide

Condition Based Maintenance, Equipment Performance Monitoring /

Motors are the driving force behind industrial automation—the machinery that powers countless industrial processes. Optimising motor performance is essential for flawless industrial operations, and one crucial element in achieving this is precise motor-pump alignment. The faulty motor alignment not only consumes more energy but also experiences increased wear and tear, leading to costly repairs and

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thermal imaging

Thermal Imaging for Preventive and Predictive Maintenance

AI Based Predictive Maintenance, Condition Based Maintenance, Equipment Performance Monitoring, IoT Condition Monitoring /

Preventive maintenance is the process of routine inspection and upkeep of equipment to avert failures by identifying issues before they escalate. Unlike other methods, preventive maintenance incorporates real-world insights to foresee and prevent equipment failures and malfunctions. It’s used to ensure the equipment’s longevity and reliability. On the other hand, predictive maintenance is a proactive

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electrical-monitoring-and-Inspection

Electrical Inspection and Monitoring: A Complete Guide

AI Based Predictive Maintenance, Condition Based Maintenance, Equipment Performance Monitoring /

Electrical inspections are crucial in areas where electrical safety incidents still persist as a significant threat. Numerous factors contribute to this hazard, including old or malfunctioning equipment, outdated wiring, overloaded circuits, faulty outlets, and low-quality components, all of which can lead to electrical fires, shocks, arc flashes, and other life-threatening situations. This underscores the importance

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How-thermal-cameras-used-in-Infrared-thermography

How Thermal Cameras Are Used in Infrared Thermography?

Condition Based Maintenance, Electrical Preventive Maintenance, Equipment Performance Monitoring, Infrared Thermography Testing /

Thermal imaging has emerged as a crucial process in various practical applications,  from home inspections to wildlife research. This advanced technology facilitates real-time monitoring of heat signatures, which can assist in diagnosing potential problems, tracking critical systems, and even saving human lives. This blog post aims to provide an in-depth insight into the fundamental aspects

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