Delta’s Pioneer® forced draft, counter flow design is available in single module capacities from 10 to 100 cooling tons.
|Model Number||Approximate Weights||Dimensions |
Dia. x Ht.
|Fan Motor |
|Sump Capacity |
|t-10||350||705||38" x 78"||10||1||40|
|t-15||360||725||38" x 78"||15||1.5||40|
|t-20||385||750||38" x 78"||20||2||40|
|t-25||405||765||38" x 78"||25||3||40|
|t-30||710||1500||56" x 76"||30||5||75|
|t-40||730||1525||56" x 76"||40||5||75|
|t-50||910||2610||80" x 80"||50||5||157|
|t-75||970||2675||80" x 80"||75||7.5||157|
|t-100||1030||2730||80" x 80"||100||10||157|
All Delta Cooling Towers are factory assembled to the fullest extent possible for ease of installation and shipment. The following features are standard on our Pioneer® Series Forced Draft Cooling Towers:
Shell: A seamless engineered polyethylene cylindrical (HDPE) molded shell, with HDPE blower duct plastic welded onto the shell wall. Shell has an inspection port with removable HDPE cover located above the integral cold sump water level for accessibility to automatic make-up valve and adjustable float.
Sump: Sump is integral with cooling tower shell, creating a one-piece seamless structure.
Water Distribution System: Totally enclosed, non-corrosive, polyvinyl chloride (PVC) internal riser, spray tree/nozzle distribution system. The PVC threaded nozzles are interchangeable and can be substituted, in most cases, with a larger diameter orifice for increased flow conditions without increasing inlet pressure. All nozzles will accept flow rate increases at higher inlet pressures.
Wet Decking and Drift Eliminator: Non-corrosive, polyvinyl chloride (PVC) wet decking and drift eliminator, spirally wound and bonded for maximum film cooling efficiency. Non-corrosive, polyvinyl chloride (PVC) hand straps secured to wet decking and drift eliminator sections for easy removal.
Blower: Forward curved centrifugal blower, statically and dynamically balanced, constructed of heavy-duty carbon steel. Corrosion protected with a dipped and baked alkyd finish.
Motor: Totally enclosed fan cooled (TEFC) VFD rated motor with 1.15 service factor, designed for 208 or 230/460V 3 phase 60 cycle operation and suitable for outdoor service. Motor is provided with a 5-year motor manufacturers warranty.
Fitting Connections: Non-corrosive polyvinyl chloride (PVC) bulkhead fittings with neoprene gaskets for inlet, outlet, overflow, drain and make-up (FRT) connections. All outlet fittings for pump suction applications are provided with a vortex breaker.
Hardware: All fasteners are 304 stainless steel.
1 - Lightweight and Heavy Duty: Plastic is lighter than conventional cooling towers and average wall thickness is 5-10 times sheet metal towers
2 - Corrosive-Proof Shell: HDPE Plastic Construction cannot corrode and is backed by 20 year warranty
3 - Leak-Proof Sump: Molded as Unitary (One-Piece) Structure that has no joints to leak or require re-caulking and sealing
4 - Drift Eliminator: PVC drift eliminator prevents water droplets from leaving the tower
5 - Nozzle Water Distribution System: Non-clog large orifice removable nozzles evenly distribute the water
6 - Air Moving System: Totally enclosed cooling tower motor powers centrifugal blower with optional HDPE weather hood
7 - Fill Material: High efficiency spiral wound PVC for maximum cooling
Our cooling towers are one piece, so there are no problems with seams, welds & patches. They are also rust & corrosion proof.
Our overall maintenance is minimal and the tower shell does not require preventive maintenance which lowers cost.
Water chemistries and engineered plastic cooling towers combined are an extremely effective solution to water conservation.
The noise pollution of commercial HVAC equipment has become an increasingly unwanted problem for communities.
The term “Made in the USA” speaks of quality, excellent craftsmanship and a superior product.
From our low maintenance design to our manufacturing process to excellent customer service, we're sure you'll be pleased with our superior cooling towers, every step of the way. Get a quote