| 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 |
Beyond Components: A Full Lifecycle Value Analysis of High-Voltage Doorhandle Capacitors in Material Handling Equipment
For material handling equipment manufacturers, competitive advantage lies not only in initial performance, but also in the equipment's long-term operational stability, energy consumption, and maintenance costs. As a critical component, the value of high-voltage doorhandle capacitors should be evaluated through the lens of total cost of ownership, not just the initial purchase price.
Reexamining the Cost Structure
Visible Costs, Potential Risks, and Hidden Costs
Capacitor Procurement Costs: Entire process batches scrapped due to premature capacitor failure (significant loss of raw materials).
- Lost production capacity and customer penalties resulting from unplanned downtime.
- High labor and travel expenses and brand damage due to on-site emergency repairs.
- Increased electricity costs due to capacitor performance degradation (e.g., increased losses).
Our Value Proposition: Invest in Reliability, Reap Long-Term Profitability
Choosing our high-quality high-voltage doorhandle capacitors is a strategic investment in your equipment's market competitiveness and profitability:
Ensuring process consistency and improving customer product yield: Excellent long-term stability ensures that your equipment produces highly consistent products for end customers throughout its lifecycle, which is the cornerstone of your brand reputation.
Maximize equipment utilization: Extremely high reliability translates directly into a longer mean time between failures, creating maximum value for your customers and significantly reducing your after-sales maintenance costs.
Improve energy efficiency and create a green selling point: A low dissipation factor directly reduces equipment operating energy consumption, making this a strong competitive advantage in today's increasingly expensive energy landscape.
Establish a reliable supply chain: Our stable product quality and guaranteed supply allow you to focus on core R&D and market expansion without worrying about component quality fluctuations.
Case Study: A High-End Optical Coating Equipment Manufacturer
This customer uses our customized high-voltage door handle capacitors in their LiDAR filter coating equipment. While the cost per component increased by 20%, the following was achieved:
A 90% reduction in the annual equipment failure rate.
Due to the extremely stable process, the coating yield remains stable at over 99.5%, setting an industry benchmark.
Taking into account maintenance costs and losses due to downtime over three years, the actual value created by the equipment for the customer increased by over 30%.
We sell more than just capacitors; we provide a guarantee. We are committed to becoming your trusted partner and working together to enhance the core competitiveness and long-term value of your equipment.
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High Voltage Doorknob Capacitor for Material Handling Equipment with Long-Term Stability and Energy Efficiency Images
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