Heat Storage Coefficient Measuring Instrument

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Specifications:-

(Heat Storage Coefficient Measuring Instrument)

Model Number:-D287

Warranty:-1 Year

Power:-Electronic

Heater thickness:-≤ 0.4 mm

Application:-Inorganic materials

Equipment configuration:-6 bottom test molds

Standard:-JGJ51-2002, JG158-2004

Thermal storage coefficient:-0.1-30w/m2k

Printer:-Black-and-white laser printer

Diameter of thermocouple:-0.1 ± 0.05mm

Balance:-≥ 5000g

Furnace temperature 🙁 750 – 900) ℃

 More specifications: (Heat Storage Coefficient Measuring Instrument) 
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:-

What is the best material for storing heat?

You can also use earth and stone. Three factors determine concrete blocks, tiles, brick, rammed at absorbing and storing heat. The ideal how good a material is material is: it can absorb and store significant dense and heavy, so amounts of heat

What is Heat Storage Coefficient?

Thermal energy can in a material by raising its temperature. The sensible heat energy storage can be heat or be stored as calculated as. q = V ρ cap ds

What is heat storage capacity?

In heat storage, capacity either use is made of of solid or liquid materials, the thermal by their by their latent heat effect at a phase sensible heat effect or change