Laboratory equipment >> devices for thermophysical and thermal measurements

ITP-MG4 «100»

ITP-meter heat MG4 "100".
ITP-MG4 "100" meter heat  (ITPMG4, ITP MG4, ITP-MG4)
Designed to determine the thermal conductivity and thermal resistance of building materials and materials for thermal insulation of industrial equipment and piping in stationary mode and method thermal probe;
Measurement range of the thermal conductivity in stationary mode - 0.02 W / m · K-1, 5 W / mK;
Measuring range of thermal resistance - 0.01 m 2 K/Vt-1, 5m 2 K / W;
Measurement range of the thermal conductivity by heat probe - 0.03 W / m · K-1 0W / m K;
Limit of basic relative error of determining the coefficient of thermal conductivity and thermal resistance in stationary mode - ± 5%;
Limit of basic relative error in determining the thermal conductivity of the thermal probe method - ± 7%.

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ITP-MG4 «250»

ITP-meter heat MG4 "250.".
ITP-MG4 "250" meter heat  (ITPMG4, ITP MG4, ITP-MG4)
Designed to determine the thermal conductivity and thermal resistance of building materials and materials for thermal insulation of industrial equipment and piping in stationary mode and method thermal probe;
 
Measurement range of the thermal conductivity in stationary mode - 0.02 W / m · K-1, 5 W / mK;
Measuring range of thermal resistance - 0.01 m 2 K/Vt-1, 5m 2 K / W;
 
Measurement range of the thermal conductivity by heat probe - 0.03 W / m · K-1 0W / m K;
Limit of basic relative error of determining the coefficient of thermal conductivity and thermal resistance in stationary mode - ± 5%;
Limit of basic relative error in determining the thermal conductivity of the thermal probe method - ± 7%.

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ITP-MG4 «ZOND»

ITP-meter heat MG4 "probe.".
ITP-MG4 "ZOND" meter heat (ITPMG4, ITP MG4, ITP-MG4)
Designed for rapid determination of thermal conductivity of building materials, and materials for thermal insulation of industrial equipment and piping by heat probe;
Measurement range of the thermal conductivity by heat probe - 0.03 W / m · K-1 0W / m K;
Limit of basic relative error of determining the coefficient of thermal conductivity - ± 7%.

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ITP-MG4.01 «POTOK»

Measuring the density of heat flow and temperature ITP-MG4.01 "flow.".
Measuring the density of heat flow and temperature ITP-MG4.01 "POTOK" (ITPMG4.01, ITP MG4.01 , ITP-MG401)
Designed to measure the heat flux passing through the monolayer and multilayer cladding structures of buildings, through the lining and insulation of power in experimental studies and in operation;
Measuring range of the heat flux density - from 10W / ​​m 2 to 999Vt / m 2;
Temperature measuring range - from -30 º C to +70 º C;
The range of the resistance to heat transfer - 0.05 (m 2 K) / W to 8 (m 2 K) / W;
The main relative error of heat flux density - ± 6%;
Basic absolute temperature measurement error - no more than ± 0,2 º C.

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ITP-MG4.03 «POTOK»

Measuring the density of heat flow and temperature ITP-MG4.03 "flow.".
Measuring the density of heat flow and temperature ITP-MG4.03 "POTOK" (ITPMG4.03, ITP MG4.03, ITP-MG403)
Designed to measure the heat flux passing through the monolayer and multilayer cladding structures of buildings, through the lining and insulation of power in experimental studies and in operation;
Measuring range of the heat flux density - from 10W / ​​m 2 to 999Vt / m 2;
Temperature measuring range - from -30 º C to +70 º C;
The range of the resistance to heat transfer - 0.05 (m 2 K) / W to 8 (m 2 K) / W;
The main relative error of heat flux density - ± 6%;
Basic absolute temperature measurement error - no more than ± 0,2 º C.

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ITP-MG4.03-10 «POTOK»

Measuring the density of heat flow and temperature-MG4.03 ITP-10 "flow.".
Measuring the density of heat flow and temperature  ITP-MG4.03-10 "POTOK" (ITPMG4.0310, ITP MG4.03 10, ITP-MG403-10)
Designed to measure the heat flux passing through the monolayer and multilayer cladding structures of buildings, through the lining and insulation of power in experimental studies and in operation;
Measuring range of the heat flux density - from 10W / ​​m 2 to 999Vt / m 2;
Temperature measuring range - from -30 º C to +70 º C;
Humidity measurement range - from 0% to 99.9%;
The range of the resistance to heat transfer - 0.05 (m 2 K) / W to 8 (m 2 K) / W;
The main relative error of heat flux density - ± 6%;
Basic absolute humidity measurement error - ± 4%;
Basic absolute temperature measurement error - no more than ± 0,2 º C.

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ITP-MG4.03-100 «POTOK»

Measuring the density of heat flow and temperature MG4.03 ITP-100 "flow.".
Measuring the density of heat flow and temperature  ITP-MG4.03-100 "POTOK" (ITPMG4.03100,  ITP MG4.03 100, ITP-MG403-100)
Designed to measure the heat flux passing through the monolayer and multilayer cladding structures of buildings, through the lining and insulation of power in experimental studies and in operation;
Measuring range of the heat flux density - from 10W / ​​m 2 to 999Vt / m 2;
Temperature measuring range - from -30 º C to +70 º C;
Humidity measurement range - from 0% to 99.9%;
The range of the resistance to heat transfer - 0.05 (m 2 K) / W to 5 (m 2 K) / W;
The main relative error of heat flux density - ± 6%;
Basic absolute humidity measurement error - ± 4%;
Basic absolute temperature measurement error - no more than ± 0,2 º C.

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ИТС-1

139 040 RUB   |   34 760 UAH
Method of measuring the thermal conductivity of stationary heat flow ITS-1.
Измеритель теплопроводности методом стационарного теплового потока ИТС-1 (ИТС 1, ИТС1)
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МИТ-1

43 680 RUB   |   10 920 UAH
Thermal Conductivity Probe: MIT-1.
Зондовый измеритель теплопроводности: МИТ-1 (МИТ 1, МИТ1)
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ТЕМП-3.31

24 000 RUB   |   6 000 UAH
Heat flow meters TEMP 3.31.
Измеритель теплового потока ТЕМП-3.31 (ТЕМП 3.3, ТЕМП3.3)
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Pages: 1 2    View all
ITP-MG4 «100»ITP-MG4 «250»ITP-MG4 «ZOND»
ITP-MG4.01 «POTOK»ITP-MG4.03 «POTOK»ITP-MG4.03-10 «POTOK»
ITP-MG4.03-100 «POTOK»ИТС-1МИТ-1
ТЕМП-3.31ТЕМП-3.32ТЕПЛОГРАФ
ТМР-МГ4ТЦ3-МГ4, ТЦ3-МГ4.01, ТЦЗ-МГ4.03 


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