Dry coil is not condensation, so it is clean equipment that does not absorb dusts on the fin surface.
It is most efficient system of technology to date.
Unlike the dry coil, the WET can be used as a cooling coil.
Dry Coil system
The temperature and humidity requirements required by the FAB in the semiconductor plant require precise control in proportion to the precision of the products.
Dry cooling coil is a heat exchanger that continuously maintains and supplies indoor temperature requirements required by the FAB, which is the 2-way control v/v and chilled water.
DCC( Dry Cooling Coil )
DCC( Dry Cooling Coil ) is designed to control the temperature in the clean room by supplying air to the clean room to maintain clean levels of air in the clean room.
신기술채용 : 업계최초 엔진오일 보충방식!
에너지 절약 : 압축기 4대 사용!
에너지 절약 : BLDC모터 채용으로 에너지소비량 20% 절감!
Dry coil Configuration
부식에 강하고 PARTICLE 발생이 되지 않는 STS 304 FRAME, 순도 99.9% 이상의 CU을 사용하여 TUBE, FIN, HEADER 를 제작한다.
COPPER 0.14t or AI (순도 99.9%)
COPPER Φ12.7 x 0.5t (순도 99.9%)KSD - 5301
STS304 - 0.2t KSD - 3698
KSDD - 5301
AIR VENT DRAIN
BRASS - 1/2″ BALL VALVE
KSE - 2308
Dry coil standard
FIN PITCH Marked as FPI, showing the number of fin numbers per inch and applying 8 FPI according to project conditions.
PASS(STEP) The direction is perpendicular to the direction of the air flow direction, and the dry coil adopts the number of different steps according to the site conditions.
ROW Indicates the number of tubes in the direction of the air flow direction and apply 2 row according to the site conditions.
LENGTH The length and length of the air flow direction is plotted, and the dry coil applies to each other according to the field conditions.
Measure the specified baseline reference line based on the frame inside the frame, and repeat the vertical and horizontal dimension of the vertical and horizontal.
If the design dimensions and measurement are different, write the deviation sheet and start the marking.
Field measurement and material orderDry cooling coil manufacture process