Yixing City Ice Source Refrigeration Equipment Limited
Yixing City Ice Source Refrigeration Equipment Limited
Add to Cart
Stainless steel coil /galvanizing steel coil Evaporative Condenser
Evaporative condenser is an efficient heat exchange equipment developed by absorbing and upgrading the advanced heat exchange technology abroad.
The evaporative condenser is the main heat exchange equipment in the refrigeration system. Its principle is that the heated and high-pressure refrigerant gas discharged from the compressor in the refrigeration system passes through the condensing tube in the evaporative condenser so that the high-temperature gaseous refrigerant is exchanged with the spray water and air outside the exhaust pipe. That is, the gaseous refrigerant is gradually condensed into liquid refrigerant from top to bottom through the upper inlet. The super-strong wind force of the auxiliary draught fan makes the spray water evenly cover the surface of the coil, and the water greatly improves the heat exchange effect by the wind.
The temperature rising of the spray water from the part into the gaseous state, the use of water vaporized latent heat to take away a large amount of heat by the wind, the water droplets in the hot gas are intercepted by efficiency dehydrator, and the rest of the water absorbed by the heat, scattered to the heat exchange layer of PVC dripping water, cooling through the air, lowering the temperature, entering the water tank, and then circulating water pump. Continue to circulate. The moisture evaporated into the air is automatically replenished by the water level regulator.
1. The condensing coils are made of long specially designed steel pipes, which are strictly tested by 2.5MPa air pressure in the water, and hot-dip zinc at high temperatures near 430 degrees.
2. The box adopts an imported or homemade quality galvanized sheet. Electrostatic spraying technology can be used, and a stainless steel plate can be used in the sink.
3. The fan selects a special efficiency and low noise axial flow fan. The special fan has a high range and prevents hot air from returning.
4. The water pump uses the small power, the big flow, the low lift is the outdoor type design and may assemble the scale removal instrument according to the customer request.
5. The water cloth, high-efficiency water collector and the cooling filler used the large flow and anti blockage nozzles to accurately calculate the continuous and uniform coverage, eliminate the water film "drypoint" of the pipe wall, the quality PVC material, the aging resistance and the wind resistance small ditch like water absorbent. The water flow rate is controlled below 0.001%, the cooling filler is the honeycomb type crossflow structure. Suitable for circulating water cooling.
Detailed Images
The condensing coil is made of quality 25 mm seamless steel pipe, and the design pressure is 1.97 Mpa.
The tightness test of 2.5 Mpa was carried out three times in water to ensure that the coil was not leaked
After the assembly was completed, it was treated by thick hot-dip galvanizing.
The coil is inclined along the direction of refrigerant to facilitate liquid discharge, and the coil pressure decreases.
| Pre-Sales Service * Inquiry and consulting support.
| After-Sales Service * Training how to install the machine, training how to use the machine.
|
Yixing city Ice Source Refrigeration Equipment Limited is a comprehensive modern manufacture of all kinds of ice-making plants, cold room, high-efficiency cold air blower, energy-saving evaporative condenser, aluminum alloy pipe row, and various civil constructions, combined with cold room engineering.
ICS is located in Yixing, Wuxi, Jiangsu, CHINA. With over 20 year's successful experience in the Chinese market, we focus on technical innovation to improve the machine quality and strengthen innovation ability. By insisting on the spirit "unity, seeking the truth, pioneering and dedication", we commit ourselves to research and development of new technology, striving to create a comprehensive refrigeration enterprise in China.
