TWO PROBE METHOD FOR RESISTIVITY MEASUREMENT OF INSULATORS AT DIFFERENT TEMPERATURES

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TWO PROBE METHOD FOR RESISTIVITY MEASUREMENT OF INSULATORS AT DIFFERENT TEMPERATURES Specification

Type
Two Probe Resistivity Measurement Apparatus

Material
MS powder coated body, Brass/SS electrode probes, Glass or ceramic sample holder

Size
Standard laboratory size

Input Voltage
230 V AC, 50 Hz

Color
Grey/Blue

Dimension (L*W*H)
Approx. 30 cm x 20 cm x 15 cm

Capacity
Suitable for samples up to 2 inch diameter

Noise Level
Low, electronic noise minimized

Sample Holder
Removable, thermally controlled mount

Operating Environment
10C 40C, 80% RH

Display
Digital microammeter and voltmeter

Accessories Included
Test leads, sample holder, fuse, instruction manual

Protection
Built-in overload and short-circuit protection

Compliance
Meets standard laboratory safety protocols

Usage
Resistivity measurement of thin and bulk insulator samples at different temperatures

Temperature Controller
Digital, range from room temperature up to 200 C

Measurement Range
Up to 200 Mcm (resistivity), specific for insulator samples

Power Source
AC mains-powered

Probes
Two-point rigid configuration, spring loaded contacts

About TWO PROBE METHOD FOR RESISTIVITY MEASUREMENT OF INSULATORS AT DIFFERENT TEMPERATURES

The peerless Two Probe Method for Resistivity Measurement of Insulators at Different Temperatures is a best-seller, offering soaring accuracy and reliability. Suitable for both thin and bulk samples, this classic apparatus features a digital temperature controller (room temp to 200C), two-point rigid spring probes, and a removable, thermally controlled sample holder. Reduced electronic noise ensures stable, precise readings up to 200 Mcm. With a microammeter, voltmeter, and built-in overload protection, it's ideal to buy online for laboratories across India. The robust MS powder-coated body and brass/SS probes ensure durability, while comprehensive accessories and adherence to safety protocols set it apart.

Outstanding Features & Applications

This instrument is engineered for precise resistivity measurements of insulator samples at varying temperatures, with a user-friendly digital controller and spring-loaded probe design. Used as a primary tool in research and academic laboratories, it excels in quality assurance for the electrical and electronics industries. Commercially, it helps ensure high-quality insulator manufacturing and advanced material studies, providing indispensable data for product development and testing protocols.

Sample Availability & Packaging Process

Our sample policy ensures a hassle-free experience: evaluation samples can be handed over upon request, subject to availability. Each unit is securely packaged and dispatched using robust materials to avoid in-transit damage. Freight and shipping details are communicated to buyers for complete transparency. Samples and full orders are typically dispatched within stipulated timelines, guaranteeing prompt delivery and peace of mind for our valued clients.

FAQ's of TWO PROBE METHOD FOR RESISTIVITY MEASUREMENT OF INSULATORS AT DIFFERENT TEMPERATURES:

Q: How does the two probe method accurately measure the resistivity of insulators?

A: The two probe method employs spring-loaded, rigid probes that press against the sample, measuring current and voltage with high precision. The apparatus calculates resistivity by analyzing the relationship between voltage and current across the sample, while maintaining controlled temperature conditions for reproducibility.

Q: What types of insulator samples can be tested with this apparatus?

A: This instrument is designed for both thin film and bulk insulator samples up to 2 inches in diameter. It accommodates a range of solid insulators, making it highly versatile for research and industry applications.

Q: When should I use the temperature control feature during testing?

A: The digital temperature controller should be used when evaluating how resistivity varies with temperature. It enables measurements from room temperature up to 200C, which is essential for characterizing materials used in temperature-sensitive electronic components.

Q: Where can this apparatus be utilized effectively?

A: It is ideal for use in research laboratories, educational institutions, quality assurance departments, and material testing centers involved in electrical and conductivity analysis of insulators.

Q: What are the primary benefits of using this two probe resistivity measurement apparatus?

A: Key benefits include precise resistivity measurements at different temperatures, minimized electronic noise, digital data display, robust safety protections, and a durable build-ensuring reliability for repeated laboratory use.

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