66KV Cables DMRC 0.1 VLF Testing Services

Name: 66KV Cables DMRC 0.1 VLF Testing Services
Brand: JUPITER INSTRUMENTS INDIA
Price: 30000 INR
Availability: InStock

Price 30000 INR/ Unit

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MOQ : 1 Unit

66KV Cables DMRC 0.1 VLF Testing Services Specification

Material
XLPE (Cross Linked Polyethylene)

Frequency
0.1 Hz (VLF)

Size
Customizable as per cable specification, standard test length up to 500 meters

Weight
Varies according to cable length and gauge

Driven Type
Portable, Electric powered VLF Test Set

Display
Digital readout panel for voltage, current, and time

Power
Standard single-phase AC supply (220V/110V, 50/60Hz)

Usage & Applications
66kV Power Cable Voltage Withstand & Condition Assessment Testing for DMRC and similar installations

Voltage
Test voltage up to 66kV (VLF RMS)

Interface
Test lead connections with insulated clamps

Temperature
Operating environment: 0C to 50C

Measuring Range
0-66kV (RMS)

66KV Cables DMRC 0.1 VLF Testing Services Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Day

Delivery Time
2-4 Days

Main Domestic Market
All India

About 66KV Cables DMRC 0.1 VLF Testing Services

Experience unrivaled assurance with our Popular 66KV Cables DMRC 0.1 VLF Testing Services. Designed for high voltage XLPE/PILC cables, our service delivers rare expertise backed by compliance with IEEE 400.2, IEC 60502-2 & IEC 60060-3 standards. This masterpiece in onsite testing ensures rapid, reliable insulation assessment with reduced risk, thanks to its fully integrated safety features. With testing carried out by certified high voltage engineers and comprehensive digital or hardcopy reports, our gorgeous solution guarantees a new level of accuracy and protection for power installations.

Guidance, Applications & Usage Directions

For optimal use, connect the VLF test set directly to cable terminations or through dedicated test terminals. The service is exceptionally suited for 66kV cable condition assessment and withstand testing, but can also be used for XLPE and PILC cables in various substations and trackside installations. Utilized as an essential maintenance and commissioning tool, it supports both preventive diagnostics and post-installation certification, enhancing power system reliability and performance.

FOB Port, Supply Ability & Delivery Policy

Orders can be arranged through our primary FOB Ports across India, ensuring seamless arrival and handover at your facility. With robust supply ability and flexible transport services, we can support prompt mobilization for both sample and full-scale projects. Our sample policy allows for trial testing upon request, providing clients the confidence of our expertise before full service deployment. Transport, handover, and setup are executed by seasoned professionals for smooth project initiation.

FAQs of 66KV Cables DMRC 0.1 VLF Testing Services:

Q: How is the 66KV Cables DMRC 0.1 VLF Testing Service conducted?

A: The testing service is performed onsite by a certified high voltage test engineer who connects the portable VLF test set directly to cable terminations or test terminals. The test typically runs for 15 to 60 minutes, depending on length and protocol.

Q: What cables and installations are supported by this testing service?

A: This service supports high voltage XLPE and PILC cables up to 66kV, making it suitable for DMRC power installations, indoor substations, and outdoor trackside applications.

Q: When will I receive the comprehensive test report?

A: A full digital and hardcopy test report, including insulation assessment and tailored recommendations, is usually provided immediately after the testing is completed and analysis finalized on-site.

Q: Where can the VLF test set be used?

A: The VLF test set is designed for easy mobility with trolley mounting, making it perfect for both indoor substations and demanding outdoor environments along the railway trackside.

Q: What are the main benefits of using this service?

A: Clients benefit from enhanced safety through overload and personnel protection, reliable condition assessment for preventative maintenance, and compliance with rigorous international standards, ultimately improving system reliability.

Q: How does your team ensure safety during testing?

A: Our equipment integrates specialized overload and personnel protection features, and services are performed by qualified high voltage engineers following stringent safety protocols.

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