CAT IV Silicone Test Leads (TA80)

Name: CAT IV Silicone Test Leads (TA80)
Brand: Vamara Techware
Price: 2550 INR
Availability: InStock

Price 2550 INR/ Piece

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CAT IV Silicone Test Leads (TA80) Specification

Temperature Range
-20C to +80C (Typical for silicone)

Equipment Type
Test Lead

Material
Silicone

Range
CAT IV

Probe Tip
Gold Plated for Improved Conductivity

Maximum Voltage
1000V CAT IV, 600V CAT IV

Application
Suitable for Multimeter/DMM, Clamp Meter, Electrical Testing

Flexibility
Highly Flexible Silicone Jacket

Compliance Standards
IEC61010-031

Maximum Current
10A Continuous

Color
Commonly Red and Black Pair

Cable Length
Approximately 1 meter

Insulation Rating
Double Insulated

About CAT IV Silicone Test Leads (TA80)

1000 V, 10 A test probes. UL certified to CAT IV1000 V rating. Gold-plated tips for professional precision. Double-extruded multi-color silicone leads with wear indication. High-strength stress relief integrated into the probe. 41 lead length with a total length of 46 including the probe. Removable probe protection caps for 4mm tips.

Superior Safety and Compliance

Engineered with double insulation and adherence to IEC61010-031 standards, these CAT IV Silicone Test Leads offer robust protection for users. With both 1000V and 600V CAT IV ratings, they assure confidence in high-voltage testing environments. The gold-plated probe tips further enhance reliability by minimizing contact resistance.

Exceptional Flexibility and Durability

Manufactured using premium silicone, these test leads maintain flexibility across a wide temperature range from -20C to +80C. Their resilient silicone jackets enable them to perform reliably in both demanding industrial and routine laboratory settings. The gold-plated tips also improve longevity and conductivity.

Universal Compatibility for Electrical Professionals

Designed for multimeters, DMMs, and clamp meters, the TA80 test leads can be seamlessly integrated into a variety of measurement processes. Their approximate 1-meter length strikes a balance between reach and manageability. The customary red and black coloring aids in correct polarity identification during testing.

FAQs of CAT IV Silicone Test Leads (TA80):

Q: How do I use the CAT IV Silicone Test Leads (TA80) with my multimeter or clamp meter?

A: Simply connect the leads to your devices input jacks, ensuring that the red and black color scheme corresponds with positive and negative terminals. The flexible silicone makes positioning the leads easy during measurement tasks.

Q: What types of applications are these test leads suitable for?

A: These TA80 test leads are designed for general electrical testing, measurements, and troubleshooting using digital multimeters, clamp meters, and other compatible equipment.

Q: When should I choose CAT IV rated test leads over lower category leads?

A: You should select CAT IV rated leads when working in environments with higher transient voltagessuch as utility connections or where maximum safety against surges is necessary. The TA80 supports up to 1000V CAT IV, ensuring robust protection.

Q: Where are these test leads typically used?

A: The TA80 leads are commonly employed in industrial and commercial electrical installations, laboratories, and by service professionals in settings where high-voltage measurement and safety are critical.

Q: What is the benefit of gold-plated probe tips on these test leads?

A: Gold plating on the probe tips enhances conductivity, reduces contact resistance, and improves corrosion resistance, resulting in more accurate and reliable measurements over prolonged use.

Q: What is the process for maintaining and storing these silicone test leads?

A: To maintain optimal performance, regularly inspect the insulation for wear, keep the probe tips clean, and store the leads coiled loosely in a dry environment away from direct sunlight.

Q: How does the double insulation provide additional safety?

A: Double insulation adds an extra protective layer, reducing the risk of electric shock and ensuring reliability even if one layer becomes compromised during use.

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