whatsapp: 0086-18615575385
English
Español
Русский
日本語
Deutsch
Português
Français
Home
Products
Electrical Didactic Equipment
Mechatronics Training Equipment
Renewable Training Equipment
Fluid Mechanics Lab Equipment
Thermal Training Equipment
Refrigeration Training Equipment
Process Control Trainer
Building Training Equipment
Hydraulic Training Equipment
Pneumatic Training Equipment
Mechanical Training Equipment
Water Treatment Trainer
Sanitation Trainer
Automotive Training Equipment
PCB Lab Equipment
Food Machine Trainer
Materials Testing and Properties
Electrical Power Systems
Engineering Science
Environmental Control
Theory of Machines
Statics Fundamentals
Aerodynamics
Control Engineering
Supporting Products
Engines
Chemical Engineering
Air Purifier
Hepa Air Purifier Wearable Air Purifier Car Air Purifier
Air Quality Monitor
Spare Parts
Irrigation Water Management
Biochemical Engineering
Applied Hydraulics & Hydrology
Oil Filtration Systems
Oil Purification System
Feedback
Download
About Us
Inquiry
Contact us
English
whatsapp: 0086-13668821631
Thermal Training Equipment
Home > Thermal Training Equipment > Thermal Conductivity Of Building Materials Demonstrational Equipment Vocational Education Equipment Thermal Lab Equipment
Thermal Conductivity Of Building Materials Demonstrational Equipment Vocational Education Equipment Thermal Lab Equipment
Thermal Conductivity Of Building Materials Demonstrational Equipment Vocational Education Equipment Thermal Lab Equipment

Thermal Conductivity Of Building Materials Demonstrational Equipment Vocational Education Equipment Thermal Lab Equipment

Item No.: WL 376
Thermal Conductivity Of Building Materials Demonstrational Equipment Vocational Education Equipment Thermal Lab Equipment
INQUIRY
Description
WL 376 Thermal Conductivity Of Building Materials Demonstrational Equipment Vocational Education Equipment Thermal Lab Equipment

Investigation of the insulation properties of typical materials from the building materials sector
Features
- heat conduction in non-metallic building materials
- material thicknesses or combinations up to a thickness of 50mm can be used
Learning objectives/experiments
- determine the thermal conductivity λ of different materials
- determine the thermal resistance
- thermal conductivity λ for several samples connected in series (up to a thickness of 50mm)


Specification
[1] determine the thermal conductivity λ in building materials
[2] thermal conductivity λ and thermal resistance measurement according to DIN 52612
[3] reproducible contact pressure via clamping device
[4] 8 samples to be inserted between hot and cold plate
[5] hot plate with heating mat
[6] cold plate with water cooling and heat flux sensor
[7] software controller for temperature adjustment of cold and hot plate
[8] 3 temperature sensors for cooling water: at the inlet, outlet and centre of the plate
[9] 2 temperature sensors for the surface temperature of the hot and cold plate
[10]  software for data acquisition via USB under Windows 10
Technical data
Electric heating mat
- output: 500W
- max. temperature: 80°C
Samples
- LxW: 300x300mm
- thickness: up to max. 50mm
- material: Armaflex, chipboard, PMMA, styrofoam, PS, POM, cork, plaster
Measuring ranges
- temperature: 3x 0...100°C, 2x 0...200°C
- heat flux density: 0...1533W/m2
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase
UL/CSA optional
LxWxH: 710x440x550mm
LxWxH: 710x440x200mm (control unit)
Total weight: approx. 90kg
Eva Wu
Eva Wu