Product Description
High Temperature Two Probe Set-up TPX-600C
keeping in mind ever twisting requirement of customer, we are indulged in supplying, exporting and manufacturing of high temperature two probe set-up in Roorkee, Uttarakhand, India. Two Probe Method For Resistivity Measurement of Near Insulators at Different Temperatures (Ambient to 600C) with computer interfacing facility.
Details:
Behaviour of resistivity of substarte such as polymer sheets/ films at higher temperatures is an important area of investigation due to their variety of applications. Two Probe Method is one of the standard and most commonly used method for the measurement of resistivity of very high resistivity samples like sheets/films of polymers. The resistivity measurement of such samples is beyond the range of Four Probe Method.
DETAILS OF THE EXPERIMENTAL SET-UP
- (i) Two Probe Arrangement with built-in thermocouple sensor, TPA-TPX-600
- (ii) Test Sample: 1G resistance (not for experiment), TPX-S1G
- (iii) Oven Unit (upto 600C), TPO-TPX-600
- (iv) High Performance PID Controller, PID-TZN
- (v) High Voltage Power Supply, EHT-11P-C1
- (vi) Digital Picoammeter, DPM-111-C2
- (vii) Computer Aided Measurement Module, SES CAMM-2
- Complete in all respect.
Advanced Electrical Characterization for ResearchThe TPX-600C supports detailed investigation of electronic materials under high temperatures. Its reliable two-probe methodology makes it an essential tool for scientists and engineers involved in materials research, academic exploration, and industrial development. The digital display ensures accuracy, while robust construction guarantees consistent performance over time.
Engineered for Laboratory PrecisionTailored for laboratory experiments, the TPX-600C offers precise control and measurement to deliver reliable data. Its sturdy build accommodates the needs of rigorous scientific processes, making it a preferred choice among researchers. The user-friendly interface enhances efficiency and minimizes user error during experiments.
FAQ's of High Temperature Two Probe Set-up TPX-600C:
Q: How does the High Temperature Two Probe Set-up TPX-600C operate in laboratory experiments?
A: The TPX-600C works by applying a controlled current through a material sample using two probes while measuring the resulting voltage. This method allows researchers to determine the electrical properties of electronic materials, especially under high temperature conditions.
Q: What makes the TPX-600C suitable for laboratory use?
A: Its robust construction, precise digital display, and ability to withstand elevated temperatures make the TPX-600C ideal for laboratory environments. This ensures accurate measurements and reliable performance during repeated experimental cycles.
Q: When should a laboratory choose the TPX-600C set-up?
A: The TPX-600C is best chosen when research or experiments require precise electrical property measurements at high temperatures. It is particularly beneficial in materials science, electronics research, and academic studies requiring controlled lab conditions.
Q: Where is the High Temperature Two Probe Set-up TPX-600C manufactured and supplied?
A: The TPX-600C is manufactured and supplied in India and is available through various exporters, making it accessible to laboratories both nationally and internationally.
Q: What is the process for setting up and using the TPX-600C?
A: Setting up the TPX-600C involves securely placing the sample between the probes, initializing the digital display, and following the manufacturer's instructions to regulate temperature and current. Measurements are then recorded digitally throughout the experiment.
Q: What benefits does the digital display provide for this two probe set-up?
A: The digital display on the TPX-600C ensures that voltage, current, and temperature readings are accurate and easy to interpret, reducing the likelihood of human error and enhancing the efficiency of laboratory experiments.