Thermodynamics Lab Equipment Manufacturer, Supplier and Exporter in India

Specialized Description The 4 extra cooling sections accessible as accomplices to the Water Cooling Tower contrast in the differing greatness of the pressing thickness and the related changing cooling execution. The Cooling Column, Type 5 has a variable cooling body game plan. What's more, merchant bases are fitted. A temperature sensors included with the unit empowers the water temperature in the merchant bases to be estimated. The Cooling Tower, Type 5 is higher than the other cooling towers..

Specialized Description The benchtop unit fundamentally contains a vertical air channel. A fan draws the air through the pipe. Tradable radiators disperse warm straightforwardly into the wind stream. The accompanying radiator components are incorporated: pipe, pipe package and finned pipe. To explore the impact of the stream in the pipe package, the radiator embed can be situated in various pipe columns. Electronic sensors are utilized to take estimations. The deliberate qualities are demonstrated carefully on the show unit and exchanged straightforwardly to a PC. An information obtaining card for the PC with simple to utilize programming is incorporated. The product empowers, among different angles, the deliberate information to be recorded and put away. The stream rate, Reynolds and Nusselt numbers are computed, temperature-time connection and the reliance of the Nusselt number on the Reynolds number can be exhibited graphically..

Specialized Description The benchtop unit fundamentally contains a vertical air channel. A fan draws the air through the pipe. Tradable radiators disperse warm straightforwardly into the wind stream. The accompanying radiator components are incorporated: pipe, pipe package and finned pipe. To explore the impact of the stream in the pipe package, the radiator embed can be situated in various pipe columns. Electronic sensors are utilized to take estimations. The deliberate qualities are demonstrated carefully on the show unit and exchanged straightforwardly to a PC. An information obtaining card for the PC with simple to utilize programming is incorporated. The product empowers, among different angles, the deliberate information to be recorded and put away. The stream rate, Reynolds and Nusselt numbers are computed, temperature-time connection and the reliance of the Nusselt number on the Reynolds number can be exhibited graphically..

Technical Description The relationships for heat transfer by forced convection can be investigated with this bench. A fan draws air through a duct with a streamlined inlet element that provides a homogeneous flow. The flow rate can be varied using an adjustable flap on the fan outlet. The duct contains an interchangeable pipe bundle heat exchanger element. One of the pipes can be heated individually. The heat transfer as a function of the pipe position can therefore be determined. The air velocity distribution before and after the heat exchanger element can be measured using a Pitot tube. 3 other heat exchangers are available as accessories. Quick-action fasteners enable the various heater exchanger elements to be easily changed. Temperatures and heater power are digitally displayed..

Technical Description The benchtop unit mainly comprises a vertical air duct. A fan draws the air through the duct. Interchangeable heaters dissipate heat directly into the airflow. The following heater elements are included: pipe, pipe bundle and finned pipe. To investigate the effect of the flow in the pipe bundle, the heater insert can be positioned in different pipe rows. Electronic sensors are used to take measurements. The measured values are indicated digitally on the display unit and transferred directly to a PC. A data acquisition card for the PC with easy to use software is included. The software enables, among other aspects, the measured data to be recorded and stored. The flow rate, Reynolds and Nusselt numbers are calculated, temperature-time relation and the dependence of the Nusselt number on the Reynolds number can be demonstrated graphically..

Technical Description The 4 additional cooling columns available as accessories to the Water Cooling Tower differ in the varying magnitude of the packing density and the related varying cooling performance. The Cooling Column, Type 5 has a variable cooling body arrangement. In addition, distributor bases are fitted. A temperature sensors included with the unit enables the water temperature in the distributor bases to be measured. The Cooling Tower, Type 5 is higher than the other cooling towers..

Specialized Description The air pipe with the pipe package warm exchanger is fitted to and warmed electrically. The warmth exchange between the pipe divider and medium can be considered. Astounds direct the air through the pipe package in a cross-stream. The quantity of avoidances can be fluctuated by evacuating and including astounds. The power and surface temperature at the warmer are estimated and shown on the base unit..

Specialized Description The warmth exchange component empowers examinations to be performed on a refrigerant evaporator in the unit. For this reason the segment is embedded noticeable all around conduit in the base unit utilizing snappy activity clasp. The refrigerant associations on the evaporator are self-fixing with the goal that no refrigerant can get away. The Refrigerant Condensing Unit is important for the activity of the evaporator. Refrigerant condenser and evaporator together frame an entire refrigerant circuit. The temperatures at the evaporator gulf and outlet are estimated utilizing dial thermometers..

Specialized Description The 4 extra cooling sections accessible as accomplices to the WL 320 Water Cooling Tower contrast in the fluctuating size of the pressing thickness and the related changing cooling execution. The Cooling Column, Type 4 is provided without fittings..

Technical Description The relationships for heat transfer by forced convection can be investigated with this bench. A fan draws air through a duct with a streamlined inlet element that provides a homogeneous flow. The flow rate can be varied using an adjustable flap on the fan outlet. The duct contains an interchangeable pipe bundle heat exchanger element. One of the pipes can be heated individually. The heat transfer as a function of the pipe position can therefore be determined. The air velocity distribution before and after the heat exchanger element can be measured using a Pitot tube. 3 other heat exchangers are available as accessories. Quick-action fasteners enable the various heater exchanger elements to be easily changed. Temperatures and heater power are digitally displayed..