| No. |
Specification |
Dissipation |
Withstanding Voltage |
Insulation Resistance |
Dimensions (mm) |
| 1 |
20kV-2000pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:45 | H:19 | L:23 | D:12 | M:5 |
| 2 |
20kV-10000pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:65 | H:15 | L:19 | D:12 | M:5 |
| 3 |
20kV-18000pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:80 | H:17 | L:25 | D:12 | M:5 |
| 4 |
30kV-1000pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:45 | H:24 | L:32 | D:12 | M:4 |
| 5 |
30kV-2700pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:60 | H:20 | L:28 | D:12 | M:4 |
| 6 |
30kV-12000pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:45 | H:19 | L:23 | D:12 | M:5 |
| 7 |
40kV-150pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:74 | H:18 | L:26 | D:12 | M:5 |
| 8 |
40kV-500pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:28 | H:33 | L:41 | D:8 | M:4 |
| 9 |
40kV-7500pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:80 | H:24 | L:29 | D:12 | M:6 |
| 10 |
40kV-10000pF |
≤0.0040 |
1.5Ur● 1min |
≥1.0 x 105MΩ |
D:80 | H:22 | L:26 | D:16 | M:5 |
eyond BOM Cost: The Lifecycle Value of High-Voltage Doorhandle Capacitors in Nondestructive Testing Equipment
In the highly competitive industrial equipment market, purchasing decisions are shifting from a single "initial cost" analysis to a more comprehensive "total cost of ownership" analysis. For high-value, high-reliability assets like nondestructive testing equipment, high-voltage doorhandle capacitors, as critical components, have value far beyond the unit price.
Redefining Cost: The Visible and Invisible Trade-offs
Visible Costs (Initial)
Invisible Costs (Long-Term Risk)
Capacitor Unit Price
Equipment Downtime Losses Due to Early Capacitor Failure
- Labor and Travel Costs for On-site Repairs
- Brand Reputation Loss and Potential Compensation Due to Inaccurate Test Results (False Positives/Missed Tests) Due to Performance Degradation
- Additional Electricity Costs Due to Inefficient Capacitors (High Losses)
Our Value Proposition: Invest in Reliability, Reap the Future
Choosing our high-quality high-voltage doorhandle capacitors is a strategic investment in the long-term profitability of your equipment and your brand reputation:
Maximizing Equipment Uptime: Extremely low failure rates directly translate into higher equipment availability, creating maximum value for your end customers and strengthening your reputation as a reliable supplier. Maintaining long-term accuracy of test results: Excellent long-term stability ensures consistent performance throughout the equipment's lifecycle, preventing degradation in test quality due to component drift and protecting your brand.
Improving energy efficiency and reducing customers' total energy consumption: A low dissipation factor means less energy waste, which, in line with the "dual carbon" goals, becomes a green competitive advantage for your equipment.
Simplifying supply chain and management: Our stable product quality and availability reduce your burden of incoming material inspection and mitigate the risk of production interruptions due to component issues.
Case Study: An Aerospace NDT Equipment Manufacturer
This customer fully utilizes our high-voltage door handle capacitors in its flagship composite material testing equipment. Although the cost per capacitor is 15% higher than competitors, it has achieved:
A 70% reduction in the equipment's three-year return rate.
Thanks to its outstanding stability, the reproducibility of its test results has become an industry benchmark, recognized by major aircraft manufacturers.
A comprehensive evaluation shows a reduction of over 40% in maintenance costs over the equipment's lifecycle.
We sell more than just capacitors; we provide a guarantee, a commitment to reliability that will make your equipment stand out in the market. Together with you, we will build core competitiveness for the future.
Product Tags:
|
|
High Voltage Doorknob Capacitor for Non-Destructive Testing with Extreme Space Requirements and Functional Integration Images
|
