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XRNT 10kV Transformer Fuse With Fast Acting Current Limiting Design
Product Spotlights
The XRNT 10kV Transformer Fuse features a fast-acting, current-limiting design that rapidly interrupts faults and drastically limits peak let-through current, protecting transformers from severe damage. It enhances system safety, reduces equipment stress, and supports selective coordination. Offered by an experienced manufacturer with global export reach, it provides a reliable and customizable solution for medium-voltage protection needs.
US$ 5
≥100 Units
Key Specifications
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Rated Voltage:
10kV
Fuse Type:
Fast Acting Current Limiting
Application:
Transformer Protection
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
Delivery time depends on order quantity.
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Rated Voltage
10kV
Fuse Type
Fast Acting Current Limiting
Application
Transformer Protection
Interrupting Capacity
High (specifics available upon request)
Mounting Type
Optional (e.g., dropout, bolted)
Material
Customizable (e.g., ceramic body, silver-plated elements)
Standard Compliance
Available upon request
Dimensions
Customizable based on model
As a specialized manufacturer with a strong export presence, Jinhua Dika Electrical Equipment Co., Ltd. leverages its expertise to deliver the XRNT 10kV Transformer Fuse. Engineered with a fast-acting, current-limiting design, this product provides a critical layer of protection for valuable electrical assets. We understand the importance of system reliability and safety in power distribution, and our fuse is crafted to offer precise and rapid interruption of fault currents, minimizing potential damage and downtime.
Our commitment to quality is reflected in our manufacturing processes. The XRNT fuse is designed to address the specific demands of transformer protection in medium-voltage networks. Here are its key characteristics and advantages:
- Fast-Acting Operation: The fuse element is engineered to respond with exceptional speed to overcurrent conditions, significantly limiting the peak let-through current and energy.
- Current-Limiting Design: This core feature actively suppresses the magnitude of short-circuit currents before they reach their first peak, protecting downstream equipment from severe thermal and mechanical stress.
- Enhanced Transformer Safety: By providing swift and reliable fault clearance, the fuse helps prevent catastrophic transformer failures, extending equipment lifespan and enhancing overall grid stability.
- Selective Coordination: The precise time-current characteristics of the XRNT fuse allow for better coordination with other protective devices in the system, ensuring only the faulty section is isolated.
- Robust Construction: Built with durable materials suitable for 10kV applications, the fuse offers excellent performance under various environmental conditions.
Understanding the technical specifications is crucial for proper selection and application. Below is a summary of typical parameters. Please note that specific values may vary based on model and customization.
| Parameter | Description / Typical Value |
|---|---|
| Rated Voltage | 10 kV |
| Rated Current Range | Customizable (e.g., 10A, 20A, 40A, 63A) |
| Breaking Capacity | High interrupting capability, details available upon request |
| Operating Temperature Range | Designed for standard utility operating environments |
| Standards | Compliance with relevant IEC, ANSI, or other standards is customizable |
| Body Material | High-strength ceramic or composite housing |
The benefits of integrating the XRNT 10kV Transformer Fuse into your system are substantial:
- Reduced Equipment Stress: The current-limiting action lowers the electromagnetic forces and thermal energy imposed on transformers, switchgear, and cables during a fault.
- Cost Savings: By preventing extensive damage, the fuse helps avoid costly repairs or replacements of major electrical components.
- Improved System Availability: Faster fault clearing times contribute to quicker restoration of service and reduced outage durations.
- Flexibility: Available in various ratings and mounting configurations to suit different transformer designs and protection schemes.
Jinhua Dika Electrical Equipment Co., Ltd. stands behind the XRNT fuse with a foundation built on quality and global reach. Our annual export value reflects the trust partners place in our products across diverse markets including North America, Europe, Southeast Asia, and beyond. Operating from our base in Jinhua, Zhejiang, we combine manufacturing expertise with a commitment to meeting international standards. Choosing our 10kV Transformer Fuse means selecting a component designed for performance, backed by a company dedicated to reliability and customer support. We invite you to contact us to discuss how this fuse can enhance the protection and efficiency of your power distribution network.
Frequently Asked Questions (FAQ)
-
Q: What is the primary advantage of a "fast-acting, current-limiting" fuse design for transformer protection?
A: This design offers two main benefits: speed and limitation. It interrupts the fault circuit extremely quickly, and more importantly, it restricts the peak current that flows during the short-circuit event. This dual action drastically reduces the thermal and mechanical stress on the protected transformer and associated equipment, preventing severe damage. -
Q: How do I select the correct current rating for my 10kV transformer application?
A: Selection depends on the transformer's full-load current and the desired protection curve. It's essential to consider factors like inrush current, overload capacity, and coordination with upstream/downstream devices. We recommend consulting our technical team with your transformer specifications and system single-line diagram for precise recommendation. -
Q: Can this fuse be used in outdoor substations or only indoor switchgear?
A: The XRNT fuse is designed for typical utility environments. Specific models can be tailored for outdoor use with appropriate housing and sealing to withstand weather conditions. Please specify your installation environment when inquiring. -
Q: What is the typical operational lifespan or maintenance schedule for this type of fuse?
A: These fuses are generally maintenance-free. Their lifespan is contingent on not operating under fault conditions. Once a fuse operates to clear a fault, it must be replaced. Regular visual inspection for physical damage is recommended as part of a broader maintenance routine. -
Q: Does the fuse provide protection against both internal transformer faults and secondary side (LV) faults?
A: The fuse is primarily designed to protect the transformer itself from internal faults and faults on its immediate HV connections. Protection for the low-voltage secondary side typically requires separate LV fuses or circuit breakers, as the fault characteristics and current levels are different. -
Q: Are replacement fuse links or indicators available?
A> Yes, replacement elements for reusable fuse holders and indicating devices (like striker pins for signaling operation) are common options. The availability of these features depends on the specific model and can be discussed during the customization process. -
Q: How does the fuse coordinate with other system protection like circuit breakers or relays?
A> Proper coordination is key. The time-current characteristic (TCC) curve of the fuse should be analyzed against the curves of other protective devices. Our fuses offer predictable TCCs that facilitate selective coordination, ensuring the fuse acts before an upstream breaker for faults in its zone, minimizing outage scope. -
Q: What documentation or test reports accompany the product?
A> Standard documentation includes product datasheets and certificates of conformity. Detailed type test reports (e.g., for breaking capacity) can be provided upon request, subject to the specific standards and tests applicable to your order.
Send Inquiry to This Supplier
1Yr
Business Type
Manufacturer
Annual Export Value
US$1 Million - US$1.5 Million
Total Employees
11 - 50 People
Product Certifications
HACCP, TL900, QS9000, SA8000, ISO9001, ISO9004, ISO17799, ISO9000, ISO14000, ISO10441, ISO16949, TS16969, ISO19011:2000, OHSAS18001, Others
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