Pumps
Forbes Marshall Automatic Pump Traps
Forbes Marshall SOPT is a steam operated pumping trap with flanged connections. This innovative product is capable of working in trapping or pumping mode automatically, depending on the process conditions. The unit is operated by steam & is used to remove condensate from the process plant under all operating conditions including vacuum/stall.
Watson McDaniel Automatic Pump Traps
Watson McDaniel PMPT has an internal steam trap for draining heat exchangers and other equipment whose steam pressure is modulated by a temperature regulator or a temperature control valve. In these applications the steam pressure in the heat exchanger may not be sufficient to overcome the back pressure in the condensate return line.
Sterlco Electrical Pumps
Sterlco® condensate return pumps set new standards of performance. Reliable and efficient, each unit features heavy gauge, 3/16″ steel receivers for long operating life. Available in a wide range of sizes, these pumps have just the right accessories and options to meet your unique needs.
Watson McDaniel Electrical Pumps
Watson McDaniel’s condensate return and boiler feed pumps are equipped with cast iron bodies and bronze impellers. The pump receiver tanks are available in either carbon steel (W4100), cast iron (W4200), or stainless steel (W4300) in simplex or duplex configurations.
Forbes Marshall Mechanical Pumps
Forbes Marshall’s pressure powered pump packaged unit is designed to pump condensate without the use of electricity, by using only 3 kg of steam per ton of condensate. This unit can pump condensate at higher temperatures of 100 deg C and more.
Watson McDaniel Mechanical Pumps
Watson McDaniel offers a wide range of non electric pressure powered pumps, that are capable of operating with a maximum motive pressure of 150 – 200 PSIG provided by steam, air or other gas supplies. These pumps are certified with the ASME “UM” code stamp.
SSI Pump Protection
SSI pump protection products include triple duty valves, suction diffusers, foot valves, and expansion joints. These components ensure safe, efficient, and reliable pump operation by managing flow, reducing turbulence, preventing backflow, and absorbing thermal movement, all while minimizing wear and eliminating water hammer.
