INDUCED DRAFT cooling tower
TCR Crossflow Closed Circuit Cooling Tower
TCR Series is a closed looped or closed circuit cooling tower, induced draft cross flow, film filled, FRP multi-cell cooling tower. Closed circuit cooling tower is suitable for HVAC applications and manufacturing processes which require high quality unpolluted clean water. The heat exchange coil packs are made of seamless deoxidized copper or stainless steel tubes with high heat transfer efficiency and anticorrosion.
Keep the System Clean and Contaminant-Free:
Two Distinct Fluid Circuits are Formed:
- An external circuit in which spray water runs over the coil and mixes with the ambient air;
- An inside circuit in which the process fluid that has to be cooled circulates.
- When the device is running, heat is transported from the warm fluid in the coil to the spray water and some of the water evaporates to the atmosphere. In addition to chiller applications and industrial process cooling, closed circuit cooling towers are often used with heat pump systems, where closed loop cooling is required.
The best heat transfer and anticorrosion properties are achieved by the use of seamless deoxidized copper tubes in heat exchange coil packs. A non-corrosive coil is provided by the copper structure for a longer service life. Instead of having a single heat exchange coil pack on each side of the tower, it is divided into 4–5 sets so that they are lightweight, simple to disassemble, and offer a flexible operation so that, in the event that one or more of them need to be repaired, the remaining coil packs can continue to function.
Low Operating Cost:
The combination of highly effective infill and fan systems, gravity-flow water distribution, and mechanical drive systems maximizes cooling while minimizing fan power consumption.
Long Service Life:
Threcell cooling tower is built with corrosion-resistant components like hot-dip galvanized steel and fiberglass to fulfill the demanding requirements of your HVAC and light industrial applications while also providing great value.
Handrail and Caged Ladder
Provide fall protection for the climber in case slips while climbing or walking on cooling tower.
Premium Efficiency Motor
Other efficiency motors (IE2/ IE3 / IE4) are avaialble for energy saving and green building index.
Vibration Cut-Off Switch
Senses vibration and triggers alarm to shuts down the machine if vibration exceeds the threshold level.
Automatic Lubrication System
Lubricates the bearing continuously while the machine is working, which improves the distribution of lubricant.
Spring Isolators
Reduce the transmission of noise, shock, and vibration produced by mechanical equipment and cooling tower.
Gear Drive System
Gearboxes and drive shafts are available to ensure reliability and long life in the demanding environment of a cooling tower.
FRP Fan Blades
Provide the desired non-corrosive quality to the fan blades, resulting the operation of fans in the very aggressive environment.
Handrail and Caged Ladder
- Provide Fall Protection for the climber in case slips while climbing or walking on cooling tower.
Premium Efficiency Motor
- Other Efficiency Motors (IE2 / IE3 / IE4) are available for energy saving and green building index.
Vibration Cut-Off Switch
- Senses Vibration and triggers alarm to shuts down the machine if vibration exceeds the threshold level.
Automatic Lubrication System
- Lubricates Bearing continuously while the machine is working, which improves the distribution of lubricant.
Spring Isolators
- Reduce Transmission of noise, shock, and vibration produced by mechanical equipment and cooling tower.
Gear Drive System
- Gearboxes and Drive Shafts are available to ensure reliability and long life in the demanding environment of a cooling tower.
FRP Fan Blades
- Provide the desired Non-Corrosive quality to the Fan Blades, resulting the operation of fans in the very aggressive environment.