Product Description

With our constant approach towards fulfilling the varied requirements of our esteemed customers, we have been indulged in offering Binary Refrigeration Experimental Equipment. This is widely used for analysis of refrigeration cycle in different areas of application. It is also calculate each factor of like as refrigeration effect, compressor work, condensing effect, evaporating latent heat, amount of flash gas at expansion V/V outlet, dry rate and humidity at expansion V/V outlet, and coefficient of performance. Moreover, this Binary Refrigeration Experimental Equipment can be availed from us in various specifications at the most feasible prices.

Features:

• Easy to operate
• Requires less maintenance
• Noise less operation

Some of the Features of our Binary Refrigeration Experimental Equipment are:-

First cycle composition: Compressor1 - Condenser - Filter Dryer - Solenoid V/V 1 - Manual expansion V/V 1 - Cascade condenser - Compressor.

Second cycle composition: Compressor2 - Heat exchanger - Cascade condenser - Filter Dryer - Solenoid V/V 2 - Manual expansion V/V 2 - Evaporator - Compressor2, Cycle composition for return high pressure gas: Compressor - Solenoid V/V

High pressure tank - Capillary tube - Compressor.

Being practicable to measure temperature at each of compressor inlet and outlet, condenser inlet and outlet, expansion V/V inlet and outlet, evaporator outlet, inside chamber, and outside using thermo couples of T-type, and of pressure: Being practicable to measure within the range of -1bar ~ 35bar at each of compressor inlet and outlet, condenser outlet, expansion V/V outlet, and evaporator inlet by pressure sensors which are installed.

Saving of data in every sec or min by excel program of MICROSOFT on computer.

Experiment factors: Being practicable to calculate each factor of like as refrigeration effect, compressor work, condensing effect, evaporating latent heat, amount of flash gas at expansion V/V outlet, dry rate and humidity at expansion V/V outlet, and coefficient of performance in the abstract with temperature and pressure data which are measure.