If you are looking for a partner offering reliable and high-performing high-voltage testing solutions, look no further than DEMIKS. Visit us to see the full range of cutting-edge products tailored to the specific demands of utilities, industries, and contractors globally.
Check out our high voltage testing equipment for precision reliability and safety. Great for specialists handling sophisticated electrical systems.
Tough outer cases built to endure extreme conditions.
Embedded systems with USB and Ethernet ports for backup of test data.
We optimize integration with the latest advancements in testing through continual investments in product R&D.
Easy-to-use control menus with both digital and analog selections.
Additional functionalities can be incorporated to address operational requirements.
All products undergo testing and are assured to comply with international safety standards such as IEC, ISO and ANSI.
| Specification | Details |
|---|---|
| Voltage Range | AC output: 3 kV to 300 kVDC output: 5 kV to 80 kV |
| Frequency | 50 Hz and 60 Hz options available |
| Dimensions | Compact, modular designs starting from 0.5 m x 0.3 m x 0.4 m (L x W x H) |
| Weight | Lightweight models: starting from 15 kgHeavy-duty models: up to 250 kg |
| Insulation Monitoring | Built-in ground fault detection for operator safety |
⚡️ Our offers are unrivaled because of the equipment’s superior quality and reliability.
We value the opinion of each customer. Read below for some of the testimonials concerning our high voltage test equipment and services:
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Read MoreFollow the Blog for the latest updates on best practices, methods, innovations, and other insights pertaining to the field which will help refine your creativity.
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We encourage you to contact us with any questions or requests on support concerning high voltage test equipment. We are here to provide assistance in the forms of solutions, relevant documentation, and expert guidance.
A: High Voltage Test Equipment is a set of devices specifically designed to test high voltage electrical components, systems and equipment for safety and reliability. They are essential for diagnosing potential failures and validating the functional integrity of electrical systems.
A: Oil is an electrically insulating material used in a number of high voltage apparatuses, including, but not limited to, transformers and circuit breakers. Oil’s dielectric properties enable it to avert electrical breakdowns and safely high operate under high voltage conditions.
A: Dielectric tests determine the insulation of materials subjected to high voltage and are critical in a very wide range of applications. For example, they help in ascertaining the condition of electrical insulation of equipment such as an instrument transformer, safeguarding against failures which may result in circuit outages, or posing a safety risk.
A: High voltage test equipment can perform diagnostics such as measuring insulation resistance, testing power factors, and detecting partial discharges. These diagnostics help to pinpoint failures in insulation systems and support dependable functioning of high voltage installations.
A: Instrument transformers, which include current and voltage transformers, are tested by verification of high voltage application tests. These tests include burden, ratio, and insulation tests, which ensure measurement and reliability standards.
A: Water is a contaminant that can lower the dielectric strength of insulating oils used in high voltage equipment. Moisture checks are performed in oil as part of Preventive Maintenance (PM) to ensure the operational and aging performance of high voltage systems.
A: High voltage testing provides assurance that the generator will function safely and reliably throughout the operational voltage levels by verifying that the generator can withstand the expected operational voltages. Measuring insulation resistance and dielectric testing are performed to locate and remediate weaknesses improving generator safety.
A: Accuracy is earned in high voltage testing through calibrated apparatus, set operating protocols, and qualified staff. This is vital to diagnostics and equipment validation since accuracy and precision in measurement are dependable.
