SF Series
SF Series Fiberglass Cooling Towers
The SF Series Cooling Towers offer unparalleled corrosion resistance, energy efficiency, and performance. For cooling requirements at 85°F (29.4°C) and above, water consumption may be reduced by 98.5% through the use of cooling towers to remove process heat. Sterling Cooling Tower Systems are used wherever a reduction in water usage, water costs, and/or control of mineral precipitation associated with cooling towers is desired.
REQUEST A QUOTE Find a rep- High efficiency induced-draft design
- Balancing valve and pressure gauge
- Factory-tuned fan blade pitch
- PVC fill and Drift eliminators with ultraviolet (UV) protection
- Totally-enclosed non-ventilated TENV energy-efficient fan motor
- Vertical air discharge
- Large inspection/access door
- Anti-clog ABS nozzle(s)
- Stainless steel hardware
- Bottom outlet (requires a 24” [61 cm] – minimum support base under the tower)
- Lightweight non-corrosive fiberglass shell with fiberglass side seams
- Exterior gel coat/UV inhibitor
- 2 year warranty on parts
- 1 year on fan motors
- 1 year warranty on labor (North America only)
- 10 year shell warranty
- 460/3/60 or 230/3/60 starter package, including starter, on/off switch, thermostat, and well (consult factory for 208V or 575V)
- Basin reservoir, to be used where the basin of the tower serves as a reservoir. It is not necessary to purchase this package where an inside reservoir is used. The parts consist of a 0.75” automatic float valve, water outlet basket strainer, and overflow connection (Not recommended for bottom outlet towers).
- Heater, used with basin reservoir option to guard against freeze-up when system is shut down. Includes heater and low water heater shut off
- Factory startup, including checking motors, flow, adjusting nozzles. Towers must be installed and connected, including all piping and electrical hookups before Sterling arrives on site.
- Access ladder, meets OSHA requirements (shipped loose for field installation)
- Side outlet configuration available at no charge
