HT10XC Computer-Controlled Heat Transfer Teaching Equipment Didactic Equipment Thermal Lab Equipment

I. Product Overview

1.1 Overview

The HT10XC computer-controlled heat transfer teaching equipment is designed to help students understand and understand thermodynamic heat transfer and thermal radiation, demonstrate multiple heat transfer modes to students and study factors affecting heat transfer. The teaching equipment consists of an electrical control box and a series of thermodynamic experiment modules. The thermodynamics experiment modules include HT11C demonstrating linear heat conduction module, HT12C demonstrating radial heat transfer module, HT13 demonstrating radiation heat transfer module, HT14C demonstrating convection and radiation combined heat transfer module, HT16C demonstrating radiation error module that affects temperature measurement, and HT17 demonstrating unsteady state heat transfer. Thermal module, HT18 demonstration thermoelectric heat pump module and HT19 demonstration natural convection and forced convection module.

1.2 Features

(1) The HT10XC computer-controlled heat transfer teaching equipment is small in overall scale, plug-and-play, and fully functional, and can meet the requirements of experimental teaching.

(2) The HT10XC computer-controlled heat transfer teaching equipment adopts an integrated USB interface to facilitate communication.

(3) HT10XC computer-controlled heat transfer teaching equipment has high software compatibility

II. Performance Parameter

Input power: AC220V 50Hz

HT10XC electrical control box size: 400*410*260, weight: about 16kg

HT10XC water supply module size: 280*180*200, weight: about 6kg

HT11C research linear thermal module size: 380*190*230, weight: about 8kg

HT12C research radial thermal module size: 320*210*250, weight: about 7kg

HT13 research radiation heat transfer module size: 1300*200*250, weight: about 16kg

HT14C research convection and radiation combined heat transfer module size: 420*310*860, weight: about 19kg

HT16C studies the radiation error affecting temperature measurement. Module size: 420*310*860, weight: about 19kg

HT17 research unsteady heat transfer module size: 630*400*360, weight: about 26kg

HT18 thermoelectric heat pump module size: 420*370*160, weight: about 12kg

HT19 research natural convection and forced convection module size: 420*310*950, weight: about 24kg

Working conditions: ambient temperature -10℃～+40℃; relative humidity <85% (25℃)

III. Components List and Detailed Introduction

3.1 Electrical control box part

3.2 Experimental module part

3.3 Equipment configuration list

3.4 Accessories

IV. Experiment List

Experiment 1 Demonstrates linear thermal conduction experiment

Experiment 2 Demonstrates radial heat transfer experiment

Experiment 3 Demonstrates radiation heat transfer experiment

Experiment 4 Demonstrates the combined heat transfer experiment of convection and radiation

Experiment 5 Experiment to demonstrate the radiation error affecting temperature measurement

Experiment 6 Demonstrates unsteady heat transfer experiment

Experiment 7 Demonstration of thermoelectric heat pump experiment

Experiment 8 Demonstrates natural convection and forced convection experiments