33 Kv Hg Fuse

Price 9999 INR/ Set

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MOQ : 5 Sets

33 Kv Hg Fuse Specification

Insulation Material
Porcelain

Power Factor
0.95

Connector Type
Clamp Type

Mounting Type
Pole Mounted

Operating Temperature
-25C to +55C

Shape
Cylindrical

Overheating Protection
Integrated

IP Rating
IP54

Humidity %
Up to 95%

Efficiency
98%

Feature
High Breaking Capacity

Surface Finish
Smooth

Protection Level
High Voltage (33 Kv)

Frequency (MHz)
50 Hz

Rated Voltage
33 Kv

Energy Consumption
Low

Output Type
Fuse Output

Dimension (L*W*H)
470 mm x 100 mm x 90 mm

Weight
5 kg

Input Voltage
33 Kv

Phase
Three Phase

Size
Standard

Connection Type
Bolted

Material
Ceramic and Metal

No Of Poles
1

33 Kv Hg Fuse Trade Information

Minimum Order Quantity
5 Sets

Delivery Time
7-10 Days

About 33 Kv Hg Fuse

Discover the new 33 Kv Hg Fuse, a phenomenal addition to your industrial protection setup. Crafted with a wondrous blend of ceramic and metal, this lavish fuse ensures exceptional dielectric strength (>70 kV) and rapid response time (<0.1 sec). With a high interruption rating of 12.5 kA and robust IP54 protection, its designed for heavy-duty industrial applications. Add to Cart to procure reliability and longevity, supported by a 10-year service life and warranty. Its polished gray finish, standard size, outstanding efficiency (98%), and integrated overheating protection make it the ultimate choice for safeguarding high-voltage systems in India.

Wondrous Build & Versatile Usage

The 33 Kv Hg Fuse boasts a durable cylindrical shape, manufactured from a combination of ceramic, metal, and porcelain insulation for enhanced safety and longevity. Its pole mounted with a secure bolted connection, ensuring steadfast operation in industrial settings. Ideal for high-voltage circuit protection, its single-pole three-phase design is tailored for rigorous usage. This fuse fits seamlessly into existing setups, thanks to its compatibility with fuse carriers, making it perfect for a wide range of industrial applications.

Flexible Sample Policy & Seamless Procurement

Sample requests for the 33 Kv Hg Fuse are welcome, helping clients estimate performance in actual conditions. Supply ability is robust and reliableplace your purchase order and benefit from our efficient drop-off, ensuring timely delivery. With sample availability, decision-makers can assess quality before a full-scale investment. The procurement process is streamlined to offer complete transparency, making it convenient for manufacturers, suppliers, and industrial clients across India to access this high-performance fuse.

FAQs of 33 Kv Hg Fuse:

Q: How does the 33 Kv Hg Fuse provide protection in industrial applications?

A: The 33 Kv Hg Fuse offers high breaking capacity and fast response time, quickly interrupting the circuit in cases of faults or overloads. This safeguards equipment and personnel from damage or hazards.

Q: What materials make up the 33 Kv Hg Fuse and why are they used?

A: This fuse is constructed with ceramic, metal, and porcelain insulation. These materials provide excellent dielectric strength, durability, and reliabilityessential properties for handling high-voltage industrial environments.

Q: When should the 33 Kv Hg Fuse be replaced?

A: With a service life of 10 years, it should be checked regularly as part of routine maintenance. Replace immediately if any signs of damage, wear, or performance drop are detected.

Q: Where can the 33 Kv Hg Fuse be installed?

A: It is designed for pole-mounted installations in industrial settings, compatible with standard fuse carriers and three-phase systems operating at 33 Kv.

Q: What is the process to procure samples of the 33 Kv Hg Fuse?

A: Simply contact the supplier or manufacturer with your purchase order request. Samples are available for drop-off to facilitate real-time evaluation and performance estimation before bulk procurement.

Q: What are the primary benefits of using this high-voltage fuse?

A: Key benefits include rapid arc extinguishing (<0.1 sec), high voltage protection (33 Kv), integrated overheating defense, energy efficiency (98%), and a robust 10-year lifespan, all contributing to reliable industrial operation.

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