D314 Thermal Energy Storage Coefficient Measurement Tester

D314 Thermal Energy Storage Coefficient Measurement Tester

Specifications:-

Warranty:-1 year, 1 Year

Certification:-CSA, pock, Reach, IECEE, sock, UL, EPA, GS

Heater thickness:-≤ 0.4 mm

Equipment configuration:-6 bottom test molds

Model Number:-D314

Power:-Electronic

Customized support:-OEM, ODM

Thermal storage coefficient:-0.1-30w/m2k

Application:-Inorganic materials

Diameter of thermocouple:-0.1 ± 0.05mm

Standard:-JGJ51-2002, JG158-2004

Balance:-≥ 5000g

Printer:-Black-and-white laser printer

Furnace temperature 🙁 750 – 900) ℃

Main technical parameters:

 Equipment configuration: 6 bottom test molds of 200 mm × 200 mm × 20 mm steel, 12 bottom test molds of 200 mm × 200 mm × 60 mm steel, one standard test block, host of heat storage coefficient tester, supporting software CD-ROM, thermocouple, heater, pressurizer, specimen clamping device, balance and computer printer

The thermal storage coefficient is in the range of 0.1-30w/m2k.
Balance ≥ 5000g, accuracy not less than 0.1g.
Computer: CPU core 2 quad core, memory 2G, hard disk 500g, independent graphics card.
The printer is a black-and-white laser printer with drum powder integration. The printing speed is not less than 14ppm, and the service life of selenium drum is not less than 2000 pages.

 

More specifications:
Application	This instrument is suitable for measuring the thermal storage coefficient, thermal conductivity, thermal conductivity and specific heat of homogeneous plate and powder materials under dry or different moisture content conditions. The heat storage coefficient range of the tested material is 0.1-30w/m2k.
Power supply	220 V, 50 Hz
Overall dimension	L600 x W440 x H720 (mm)
Thickness of heater	Less than 0.4 mm
Heat capacity	less than 0.42 KJ/(M2 ·℃)
Heating wire	Made of new constantan
Diameter of thermocouple	0.1 ± 0.05 mm
Accuracy of potential measuring instrument	± 1 μv
Voltage regulator	5 KW
Stability	± 0.1%
Power measurement error	Less than 0.5%
Ambient temperature	10 ～ 35 ℃
Relative humidity	≤ 80%
Room temperature should be stable	≤ ±1.5 ℃
Accuracy of measurement results	± 5%
Accuracy	± 2%

 

Frequently Asked Questions:-

How does thermal energy storage work?

Thermal energy building’s air-conditioning system. It uses storage is needs to off-peak like a battery for a standard cooling equipment, plus building’s cooling an energy all or a portion of a storage tank to shift, night time hours.

Why thermal energy storage is required?

Abstract. Thermal are much preferred in many engineering energy storage (TES) systems applications, which have gap between energy supply and energy the ability to bridge the demand. Cooling or requirements can be effectively heating energy redistribution met using TES systems.

Where is thermal energy found?

Thermal energy can be object or system to another in the transferred from one form of heat. Geothermal within the Earth due to the movement energy is thermal energy of the Earth’s particles. energy is contained within the core Most of this geothermal of the Earth.

 

D314 Thermal Energy Storage Coefficient Measurement Tester