BRR-V automatic high temperature specific heat capacity tester Thermal Conductivity Tester

• Customization: Available
• After-sales Service: Online
• Warranty: 1 year
• Model NO.: BRR-V
• Experimental method: mix method
• Transport Package: Plywood Case
• Specification: 550× 450× 1500mm
• Trademark: GONOAVA
• Origin: China
• HS Code: 9024800000
• Production Capacity: 200

Product Description

BRR-V automatic high temperature specific heat capacity tester Thermal Conductivity Tester 
1.Product introduction
BRR-V automatic high temperature specific heat capacity tester is a hybrid test, using computer technology to automatically test the specific heat capacity of solid materials at different temperatures. It is widely used in the test of specific heat capacity of solid materials in scientific research teaching. In the experiment, the model is heated to the experimental temperature in the tube furnace, and then falls into the calorimeter. The temperature changes of the model and the calorimeter are collected by the computer measurement system in the whole process. Finally, the specific heat capacity of the material is obtained. It is necessary to equip the atmosphere system for the samples that are easy to oxidize at high temperature. It meets the requirements of GJB 330A-2000 specific heat capacity test method for solid materials. All the measurement and control of this kind of instrument are controlled by computer, which reduces the human error and improves the test accuracy.

Product Parameters

BRR-V automatic high temperature specific heat capacity tester Thermal Conductivity Tester 
2. Product Parameter

Specific heat capacity range	0.05-5(kj/kg*k)
Test accuracy	solid ≤1%±0.002 Powder ≤2%±0.002
Temperature range	100-800 ºC, using resistance wire heating, heat capacity of the calorimeter about 1000J/K, atmospheric environment
Calorimetric resolution	0.001ºC
Experimental method	mixed method
Power supply	220V/50Hz, 3KW
Measurement and control mode	intelligent PID adjustment, computer automatic test, data processing, and can generate test report print output.

200-1350 ºC using silicon carbon tube heating, heat capacity of the calorimeter about 1500J/K, argon protection;
Sample requirements: solid sample size, (φ11-φ14) × (20-40) mm; Powder about 6 (cm3);
Instrument configuration: one host, one set of software, one set of communication interface and data line, one high-precision constant temperature sink, one desktop computer (according to the contract configuration).