Heat exchange equipment
Heat exchangers should provide an intense heat exchange between fluids, be safe and reliable in operation
Характеристики
| Equipment | Function |
| Vertical capacitor КВИ-50 КВИ-75 КВИ-100 КВИ-125 КВИ-150 КВИ-250 |
For the intensified condensation of ammonia vapors through the use of wire-finned pipes in ammonia refrigeration units for general industrial use |
| Capacitor tubular horizontal КТГА-32 КТГА-40 КТГА-50 КТГА-63 КТГА-80 КТГА-125 КТГА-160 КТГА-180 КТГА-200 КТГА-250 КТГА-300 КГА-450 |
For the condensation of ammonia vapors in ammonia refrigerators for general industrial use |
| Horizontal tubular evaporator ИТГА-40 ИТГА-50 ИТГА-63 ИТГА-80 ИТГА-100 ИТГА-125 ИТГА-160 ИТГА-180 ИТГА-200 ИТГА-250 ИТГА-300 |
For cooling liquid coolant (brine), going to the consumer, by evaporation of the refrigerant R717 (ammonia) in ammonia refrigeration units for general industrial use |
| Cold accumulator tubular АХГТ-165-1 |
For the accumulation of cold in the form of ice, frozen on a heat transfer surface in order to use it for cooling water (to obtain "ice water"). To chill a brine. It is used in the composition of ammonia refrigeration machines for cooling of various foods. |
| Evaporative capacitor ИКТ-140 |
Designed for cooling ammonia vapors in industrial refrigeration |
On the heat transfer rate is influenced by the surface area of heat transfer, is generally reflected in the stamp unit; temperature difference between environments; material characteristic; shape, color and surface roughness; the degree of contamination of the heat exchange surface; the speed of movement of media involved in heat exchange; thermophysical properties of the media participating in the heat transfer (the ability of the medium to give or absorb heat).