SUVIDHA COOLING TOWERS PVT LTD

Forced Draft Cooling Tower

₹ 120000.00  Incl. GST/Nos ₹ 101694.92 Excl. GST

Description

Crossflow towers have a fill configuration through which air flows horizontally across the downward flow of the water. Crossflow towers utilize essentially the full tower height for inlet louvers, reducing air inlet velocity and minimizing recirculation and drift loss. The air inlet louvers in counterflow towers are restricted to the tower base, increasing inlet velocities and susceptibility to airborne trash and other debris

Low pumping head

Lower first cost pumping systems

Lower annual energy consumption and operating costs.

Accepts larger variation in water flow without adverse effect on the water distribution pattern (flat plate heat exchanger operation in winter).

Easy maintenance access to distribution nozzles.

Forced Draft Cooling Tower

Product ID (MPN): ITB-2A8948D8
Availability:In Stock
₹ 120000.00  Incl. GST ₹ /Nos
Brand Name SUVIDHA COOLING TOWERS PVT LTD
Model ITB-2A8948D8
Condition New
Unit Type Nos
Minimum Order Quantity 1
Minimum Ordered Packs 1
Country of Origin India
Taxes Inclusive of Tax
Ships from New Delhi
Shipping Product eligible for free shipping
Returnable 7 Days Return
Warranty Type Manufacturer / Seller
Warranty Not Applicable
SELLER INFORMATION
SUVIDHA COOLING TOWERS PVT LTD
Business Address
1/2625, RAM NAGAR, LONI ROAD, SHAHDARA, New Delhi Delhi-110032
  • Description
    Crossflow towers have a fill configuration through which air flows horizontally across the downward flow of the water. Crossflow towers utilize essentially the full tower height for inlet louvers, reducing air inlet velocity and minimizing recirculation and drift loss. The air inlet louvers in counterflow towers are restricted to the tower base, increasing inlet velocities and susceptibility to airborne trash and other debris

    Low pumping head

    Lower first cost pumping systems

    Lower annual energy consumption and operating costs.

    Accepts larger variation in water flow without adverse effect on the water distribution pattern (flat plate heat exchanger operation in winter).

    Easy maintenance access to distribution nozzles.