吉田 陽一

Maintenance includes:

Regular Inspection: Checking for wear, leaks, or damage in components like hoses, seals, and filters.
Filter Replacement: Changing filter elements according to manufacturer recommendations or when pressure differentials indicate clogging.
Cleaning Components: Removing accumulated contaminants from tanks, chambers, and piping.
Lubrication: Ensuring moving parts like pumps and valves operate smoothly.
Calibration: Verifying the accuracy of sensors and control systems.
Software Updates: Keeping control software up-to-date for optimal performance and security.
Record Keeping: Documenting maintenance activities and system performance data.
Routine maintenance ensures the system operates efficiently and prolongs its service life.

Advantages of synthetic turbine oil:

Enhanced Thermal Stability: Better resistance to high temperatures, reducing oxidation and sludge formation.
Improved Low-Temperature Performance: Maintains fluidity in cold conditions.
Longer Oil Life: Extended service intervals due to superior oxidation stability.
Better Lubrication: Consistent viscosity across temperature ranges, ensuring effective lubrication.
Reduced Maintenance Costs: Longer oil life and improved equipment protection lower overall maintenance expenses.
These benefits make synthetic oils suitable for demanding applications where performance and reliability are critical.

Transformer testing is conducted through various methods that assess the operational efficiency and safety of the transformer. One of the most crucial aspects is the insulation resistance test, which checks the dielectric strength of the oil and insulation materials by using a Megger or insulation resistance tester. Additionally, a power factor test helps evaluate the insulation quality by measuring the capacitance and power factor of the transformer. Dissolved gas analysis (DGA) is also essential, where oil samples are analyzed for dissolved gases to identify potential faults. Another critical test is the winding resistance measurement, which is performed using a digital micro-ohmmeter to gauge the resistance of transformer windings. For practical applications, using a portable oil testing kit can streamline these processes, providing on-site analysis and ensuring that critical parameters are evaluated effectively. If you need specific testers, consider Globecore products such as the UOS-1, which is designed for the continuous monitoring of transformer oil quality. By integrating these testing methodologies, operators can maintain transformer reliability and longevity, ensuring optimal performance.

An oil dielectric breakdown voltage tester works by applying a high-voltage electrical charge to a sample of industrial oil to determine its insulating properties and dielectric strength. The tester consists of two electrodes immersed in the oil sample. When voltage is gradually increased, the tester measures the voltage at which dielectric breakdown occurs, meaning the oil becomes conductive and allows current to flow. This breakdown voltage indicates the oil’s ability to resist electrical breakdown, which is crucial for its performance in electrical systems. By assessing dielectric strength, users can ensure the oil’s reliability and longevity in operational conditions, thus maintaining the efficiency of equipment and preventing failures.