Reliability
Infrared Thermal Imaging
fantek Private Limited is equipped with world’s leading Infrared thermal imaging cameras. We use our equipment as a non-invasive diagnostic technique to detect and visualize heat patterns and temperature variations in objects and systems. We apply this methodology in various industries for preventive maintenance, quality control, and safety inspections. Here’s a detailed overview of infrared thermal imaging services:
Electrical Systems
Inspecting Electrical Panels and Connections:
Detects loose connections, overloaded circuits, and failing components by identifying abnormal heat patterns.
Transformers:
Identifies overheating in transformer windings, bushings, and connections.
Motors and Drives:
Monitors motor windings and bearings for overheating due to friction or electrical faults.
Mechanical Systems
Bearings and Gearboxes:
Detects overheating due to friction, misalignment, or lubrication issues.
Conveyor Belts and Rollers:
Identifies areas of excessive friction or misalignment.
Building Inspections
Heat Loss Detection:
Identifies poorly insulated areas, air leaks, and thermal bridges in building envelopes.
Moisture Intrusion:
Detects areas of moisture accumulation that may not be visible to the naked eye
Process Industry
Piping and Tanks:
Monitors the temperature of pipes and tanks to ensure proper insulation and detect blockages or leaks.
Production Lines:
Inspects production equipment for overheating components that could lead to downtime or defects.
Vibration Analysis
fantek Private Limited offer the Vibration analysis services as a diagnostic tool to monitor the condition of your machinery and help you detect potential problems before they lead to equipment failure. By analyzing the vibrations produced by mechanical systems, our professionals can identify imbalances, misalignments, bearing failures, and other issues that may affect the performance and lifespan of machinery. Here’s an overview of our vibration analysis service areas:
Rotating Machinery
Motors and Generators:
Monitors for imbalance, misalignment, and bearing wear.
Pumps and Fans:
Detects cavitation, impeller wear, and imbalance.
Gearboxes:
Identifies gear wear, misalignment, and lubrication issues.
Bearing Analysis
Fault Detection:
Identifies bearing faults such as spalling, pitting, and lubrication failure.
Wear Monitoring:
Tracks the progression of bearing wear over time.
Structural Monitoring
Bridges and Buildings:
Monitors structural integrity and detects vibrations caused by external forces such as wind or traffic.
Machinery Foundations:
Ensures the stability of machinery bases and supports.
Turbines
Wind Turbines:
Monitors blade balance, gearbox health, and bearing condition.
Steam and Gas Turbines:
Detects rotor imbalances, misalignments, and bearing issues.
Electromagnetic Field Strength Analysis
fantek Private Limited’s Electromagnetic Field (EMF) Strength Analysis service help you in measuring and assessing the intensity of electromagnetic fields in various environments. Our analysis is crucial for evaluating potential exposure levels to EMF, ensuring compliance with safety standards, and identifying areas where electromagnetic interference (EMI) could affect sensitive equipment or individuals. Here’s an overview of our EMF Strength Analysis services:
Tele -communications
Cellular Towers:
Measures EMF levels around cell towers to ensure compliance with safety regulations and address community concerns.
Wi-Fi Networks:
Evaluates EMF emissions from wireless routers and access points to ensure safe levels of exposure.
Power Lines and Substations
High-Voltage Power Lines:
Assesses EMF strength near power lines and substations to mitigate exposure risks for nearby residents and workers.
Transformer Stations:
Measures EMF emissions from transformers to ensure they are within safe limits and do not interfere with nearby electronic equipment.
Industrial Environments
Manufacturing Facilities:
Evaluates EMF levels in industrial settings to protect workers from potential health risks and ensure compliance with occupational safety regulations.
Electric Vehicles:
Analyzes EMF emissions from charging stations and electric vehicles to assess potential exposure risks.
Research and Development
Medical Devices:
Evaluates EMF emissions from medical equipment such as MRI machines to ensure patient safety and operational efficiency.
Laboratory Settings:
Measures EMF levels in research laboratories to prevent interference with sensitive scientific experiments and equipment.
