5KV Insulation Resistance Tester S1-568/2

5KV Insulation Resistance Tester S1-568/2 Specification

Usage
Hospital & Laboratory

Color
Black

Features
Good Quality

Operate Method
Manual

Automation Grade
Semi-automatic

Power Supply
Manual

Hardness
Yes

5KV Insulation Resistance Tester S1-568/2 Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
30 Days

About 5KV Insulation Resistance Tester S1-568/2

The 5KVInsulation Resistance TesterS1 568/2is a high-accuracy, portable testing instrument designed for industrial and field applications. It provides dependable insulation resistance measurements, ensuring the reliability and safety of electrical installations and equipment. This model is ideal for testing transformers, switchgear, motors, and cables in demanding environments.

Key Features:

Test Voltage Range: Up to 5kV for comprehensive insulation testing.
Wide Measurement Range: Measures insulation resistance from kilo-ohms to tera-ohms with high precision.
Enhanced Safety: Built-in protection against overload and transient voltages.
Digital Display: Large, easy-to-read backlit display for clear visibility.
Durable & Portable: Rugged construction with a lightweight design for field and industrial use.
User-Friendly Operation: Simple interface for quick setup and accurate readings.
Applications: Suitable for testing insulation of transformers, motors, cables, and high-voltage electrical systems.

Benefits:

Ensures long-term electrical reliability and performance
Detects insulation faults early to prevent failures
Suitable for routine maintenance, commissioning, and diagnostics

Reliability for Professional Testing

The S1-568/2 is engineered for consistent insulation resistance checks required in sensitive hospital and laboratory environments. Semi-automatic operation streamlines testing workflows while manual controls provide flexibility and user governance. Quality assurance is prioritized through sturdy construction and protected design.

Manual Power for Safe Operation

This tester operates on a manual power supply, mitigating risks of electrical fluctuations and offering straightforward functionality. The manual operation method enables users to control test parameters, resulting in safer and more accurate results, especially in settings where precision is paramount.

FAQs of 5KV Insulation Resistance Tester S1-568/2:

Q: How does the 5KV Insulation Resistance Tester S1-568/2 benefit laboratory and hospital usage?

A: This tester provides reliable insulation resistance measurements, aiding in the protection of sensitive equipment and electrical circuits in laboratories and hospitals. Its high quality and durability reduce the risk of equipment failure, making it a trusted choice in healthcare and research environments.

Q: What is the process for operating this insulation resistance tester?

A: Operation is manual, requiring the user to set up the device and initiate the testing sequence. The semi-automatic features guide users through the testing process, while manual controls allow them to adjust parameters according to specific testing requirements.

Q: Where can the S1-568/2 insulation tester be used?

A: It is suitable for use in laboratories and hospitals, wherever insulation resistance measurements are required for safety and equipment maintenance. Its robust build allows use in environments needing precise and reliable testing.

Q: When should insulation resistance be tested using this device?

A: Insulation resistance should be tested during routine electrical maintenance, equipment commissioning, or troubleshooting of electrical circuits to ensure operational safety and detect potential insulation faults early.

Q: What makes this insulation resistance tester durable and reliable?

A: With a high hardness rating and good quality construction, the tester withstands wear and frequent usage. Manual operation adds to reliability, minimizing dependence on complex electronics or automatic systems.

Q: How does manual power supply improve the safety of operation?

A: Manual power supply ensures the device isnt susceptible to sudden electrical surges or fluctuations, reducing risks associated with automated operation and giving users more control over testing conditions.

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