0.1 VLF 66KV Cables Testing Services

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

Price 30000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

0.1 VLF 66KV Cables Testing Services Specification

Usage & Applications
Cable Fault Testing, Commissioning and Periodic Testing of 66KV cables using VLF (Very Low Frequency)

Interface
Digital Interface

Power
230V AC, 50Hz

Temperature
0C to 50C (Operating)

Weight
Custom as per equipment

Voltage
Up to 66KV output

Driven Type
Electronic Control

Material
Mild Steel

Size
Standard

Display
Digital LCD Display

Measuring Range
066KV

Frequency
0.1 Hz VLF Sine Wave

0.1 VLF 66KV Cables 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 0.1 VLF 66KV Cables Testing Services

Experience unassailable reliability with our 0.1 VLF 66KV Cable Testing Services, featuring accurate VLF Hipot Test for unbeatable price. Benefit from first-class data logging with USB export, stellar safety through overload protection and emergency stop, and the flexibility of portable, trolley-mounted use. Achieve best price cable testing, backed by IP54 environmental protection and microprocessor controlled operation. Enjoy precision measurement, digital LCD display, and compliance with IEC 60502 and IEEE 400.2. Available for commissioning and periodic maintenance, our service caters to distributors, exporters, manufacturers, suppliers, and traders in India.

Application Excellence for 0.1 VLF 66KV Cable Testing

Designed for cable fault detection, commissioning, and routine diagnostics, our VLF 66KV testing services are ideal for utilities, transmission networks, and electrical contractors. Use them for periodic testing, quality checks, and diagnostic analysis in substations, cable manufacturing, or on-site installations. Suited for both indoor and outdoor applications, these services ensure stable, accurate evaluation of cables up to 66KV, delivering reliable results for every use type and requirement.

Certified Performance & Swift Delivery

Our services fully comply with IEC 60502 and IEEE 400.2 standards, assuring certified excellence and confidence. With robust supply ability and efficient processes, we guarantee quick dispatch from the designated FOB port at a sale price tailored to your projects proposal amount. Enjoy seamless support whether you are a distributor, service provider, exporter, or trader. Trust us for dependable certification, prompt service, and competitive pricing every time.

FAQs of 0.1 VLF 66KV Cables Testing Services:

Q: How does the VLF Hipot Test process work for 66KV cables?

A: The VLF Hipot Test applies very low frequency high voltage to cables, detecting insulation faults and ensuring the integrity of cables rated up to 66KV. The test duration is adjustable between 1 and 60 minutes.

Q: What safety features are integrated into the testing system?

A: The system includes overload protection, emergency stop function, automatic discharge mechanism, and offers IP54 enclosure for effective water and dust resistance during testing.

Q: When should periodic VLF testing be conducted on 66KV cables?

A: Periodic VLF testing is recommended during commissioning, scheduled maintenance cycles, or whenever insulation integrity needs verification after repairs or extended operational periods.

Q: Where can your 0.1 VLF 66KV Cable Testing Services be utilized?

A: Our testing services are suitable for substations, cable manufacturing units, transmission networks, and on-site installationsensuring flexible usage across diverse locations.

Q: What is the benefit of integrated data logging and USB export?

A: Integrated data logging enables automatic storage of test results, which can be easily exported via USB for documentation, quality control, and compliance reporting.

Q: How accurate is the measurement during cable testing?

A: The system delivers measurement accuracy of 2% of full scale, providing highly reliable results for both leakage current and voltage during diagnostics.

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