ENERGY SAVING NEW TYPE AL SERIES EVAPORATION CONDENSER

FEATURES

New type AL series evaporation condenser is made of platode seamless steel tube and adopts top attracting wind countercurrent structure. It takes the advantages of high efficiency, small dimension, less water consumption, compressor consumption reducing substantially, low annual operating cost, well condensation effect, well corrosion resistance, longer using life, more beautiful appearance, etc.

New type AL series evaporation condenser collects condenser, pump, cooling tower into one. It is extremely easy to install and use, especially for drought dryland.

High-efficiency heat transmission coil set .

It is made of new type platode seamless steel tube. Narrowing the gap of tubes, enlarging the effective surface area of tubes, prolonging the heat exchange time and raising substantially cooling efficiency.

Overall hot-dip galvanizing, never rust .

It adopts top attracting wind countcurrent structure. The coil changing room is always in the state of negative pressure.

The advanced design of platode seamless steel tube and top attracting wind structure substantially improves cooling effect and significantly decreases power consumption of compressor. Statistically, if adopts new type AL series evaporator condenser, annual energy saving is 340 000 degree for 1000 000 Kcal/h cold storage.

The unit adopts new type direct drive system. The motor adopts closed three proofing special motor.

The fan is made of aluminum with wide blade. Large chord, twisted blades design, high air volume, low power cnsumption, low noise, low dynamical pressure, well-distributed outlet air velocity.

Spraying system adopts large scale PVC nozzle wihich ensures the whole coil is in evenly water poring state.

The cover is made of heat plate which sub gloss process and beautiful appearance.

Reassembly in segment in order that transportation an installation to the scene.

SELECTION DESCRIPTION

1. Confirmation for working conditions

    I. Refrigerant

    II. Condensing temperature

    III. Locate working temperature

2. Total heat removing volum of the system