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80kv High Voltage Test Instrument 80kv High Voltage Test Instrument 80kv High Voltage Test Instrument 80kv High Voltage Test Instrument 80kv High Voltage Test Instrument

80kv High Voltage Test Instrument

4900.00 - 5500.00 USD ($)

Product Details:

  • Protection Class IP54
  • Insulation High-grade insulation suitable for high voltage test applications
  • Dimension (L*W*H) 430mm x 330mm x 650mm
  • Product Type High Voltage Test Instrument
  • Output Type AC Output
  • Rated Voltage 0 - 80kV adjustable
  • Starting Type Manual
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80kv High Voltage Test Instrument Price And Quantity

  • 1 Unit
  • 4900.00 - 5500.00 USD ($)
  • 80% non-condensing
  • Air-cooled
  • Overvoltage and overcurrent protection
  • Adjustable
  • Shielded high voltage cable
  • 220V AC / 110V AC
  • Dielectric withstand and insulation testing
  • 1.5% FS
  • Knob adjustable
  • 5mA
  • Digital Meter
  • High voltage test leads, grounding wire, operator manual
  • -10C to +40C

80kv High Voltage Test Instrument Product Specifications

  • Blue / Grey
  • AC Output
  • Manual
  • Low
  • Single Phase
  • 430mm x 330mm x 650mm
  • 0 - 80kV adjustable
  • Approx. 32 kg
  • High Voltage Test Instrument
  • IP54
  • High-grade insulation suitable for high voltage test applications
  • Up to 80kV
  • 50Hz / 60Hz
  • 80% non-condensing
  • Air-cooled
  • Overvoltage and overcurrent protection
  • Adjustable
  • Shielded high voltage cable
  • 220V AC / 110V AC
  • Dielectric withstand and insulation testing
  • 1.5% FS
  • Knob adjustable
  • 5mA
  • Digital Meter
  • High voltage test leads, grounding wire, operator manual
  • -10C to +40C

80kv High Voltage Test Instrument Trade Information

  • 6000 Unit Per Month
  • 7 Days

Product Description

Backed by the year of industrial experience, our firm is engaged in offering a wide range of 80kv High Voltage Test Instrument. This test instrument is designed for detecting the voltage on electrical systems practically and safely in the rail network, petrochemical, power generation and distribution, electrical service, and maintenance industries. It is widely used by test engineers and electrical power technicians globally as it has a longstanding reputation for accuracy, reliability, and robust construction. 80kv High Voltage Test Instrument is tested thoroughly on various parameters thoroughly to ensure the safety as well as quality of the equipment.

Uses:

  • Proof testing and diagnostic testing

  • High voltage breakdown testing

  • Preventative maintenance testing

80kv High Voltage Test Instrument

Benefits of Sandi VLF

  • Portable and affordable.
  • All models feature is true sine wave output.
  • Wave form is independent of load capacitance between 0.01mF and maximum load.
  • Highest load ratings available.
  • Highest voltage models available.
  • Simple and easy operation.
  • AC testing does not degrade good cable insulation.
  • Harmful space charges are not injected into the cable insulation.
  • No traveling waves are generated during testing.
  • Rugged and reliable design less prone to failure from transients.
  • No polarization effects as with DC.
  • Breakdown detection.
  • Reporting
  • Display: The 7 'capacitive touch screen, the screen displays real-time measurement data and the output waveform.
  • Comprehensive protection: high, low pressure side of the over voltage and over-current protection, rapid response action (action time 10ms).
  • Small size, light weight: very conducive to outdoor work.
  • Communication interface: USB2.0.


Supplied Accessories

  • A dedicated high voltage-voltage connecting cable;
  • A dedicated low-voltage connecting cable;
  • A power line;
  • Ten power fuse;
  • A discharge stick;
  • An instruction manual.

Technical Specification:


Model

Output Peak voltage

Measuring range

Weight

Applications

SVLF-30

30KV

0.1Hz, <1.1

Controller: 4 kg

Booster: 25 kg

10KV and below voltage cables,generator

0.05Hz <2.2

0.02Hz <5.5

SVLF-40

40KV

0.1Hz <1.1

Controller: 4 kg

Booster: 45 kg

13.8KV and below voltage cables,generator

0.05Hz <2.2

0.02H <5.5

SVLF-50

50KV

0.1H <1.1

Controller: 4 kg

Booster: 45 kg

15KV and below voltage cables, generator

0.05Hz <2.2

0.02Hz <5.5

SVLF-60

60KV

0.1Hz <1.1

Controller: 4 kg

First Booster:25 kg

Second Booster:45 kg

20KV and below voltage cables, generator

0.05Hz <2.2

0.02Hz <5.5

SVLF- 80

80KV

0.1Hz <1.1

Controller: 4 kg

First Booster:25 kg

Second Booster:45 kg

35KV and below voltage cables, generator

0.05Hz <2.2

0.02Hz <5.5




Reliable High Voltage Testing Solution

Designed for performance and safety, this instrument delivers up to 80kV AC output, making it ideal for insulation and dielectric withstand tests. With built-in overvoltage and overcurrent protection, it minimizes testing risks, ensuring compliance and repeatable results in demanding conditions.


Accurate and User-Friendly Control

The digital meter display, combined with a knob-adjustable control method, allows precise voltage settings. Operators can easily monitor test values, and adjust test time as needed. High-grade insulation and shielded high voltage cables ensure safe operation throughout the testing process.


Durability and Versatility

With an IP54 protection class and robust air-cooled design, the instrument is suitable for harsh environments and continuous operation. Its flexible voltage input (220V/110V AC) and wide operating temperature range make it adaptable to various industrial and laboratory settings.

FAQs of 80kv High Voltage Test Instrument:


Q: How is the 80kV High Voltage Test Instrument typically installed and set up?

A: The instrument should be placed on a stable surface in a well-ventilated area within an operating temperature of -10C to +40C. Simply connect the instrument to a 220V or 110V AC power source, attach the high voltage test leads and grounding wire, and follow the operator manual for safe initial setup and calibration.

Q: What applications are best suited for this high voltage test instrument?

A: This device is primarily used for dielectric withstand and insulation testing in cables, transformers, electrical appliances, and various industrial components, making it essential for quality control, manufacturing, and R&D environments.

Q: When should the test time be adjusted during operation?

A: The test time can be adjusted using the control features of the instrument, depending on the specific testing protocol or standard being followed. Adjusting test duration ensures accurate assessment of insulation performance and dielectric strength under defined operating conditions.

Q: Where should operators connect the output and grounding leads during usage?

A: Connect the shielded high voltage output cable to the test object and securely attach the grounding wire to a proper ground point, as recommended in the operator manual, to ensure safety and optimal measurement accuracy.

Q: What is the process for controlling and monitoring the test voltage and current?

A: Operators manually adjust the output voltage using the control knob. The digital meter clearly displays real-time voltage and current values, allowing the user to monitor and fine-tune test parameters during operation.

Q: How do the included safety features protect users and equipment?

A: The instrument incorporates overvoltage and overcurrent protection, which automatically trigger to prevent damage to the equipment and ensure the operators safety in case of abnormal conditions or faults.

Q: What are the benefits of the instruments design and included accessories?

A: The air-cooled, low-noise construction combined with high-grade insulation and IP54 protection increases durability and ease of use. Included accessories, such as high voltage test leads, grounding wire, and operator manual, provide a comprehensive setup for efficient and safe operation.

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