Condensate
Pump/Trap Combination Package (CPT) (Steam-Pressure-Powered)
Model
CPT - 2
Condensate
Pump/Trap Combination Package (Steam Pressure-Powered)
The Model CPT-2, Condensate Pump/Trap Combination Package, is a manufactured,
ready-to-install system designed for installation on single heat transfer
sources. The Condensate Pump/Trap Combination Package allows the heat
transfer source to operate in a vacuum condition, increasing the heat
transfer efficiency. The result is substantial savings in energy costs
at attractive pay-back periods. Designed for efficient pumping of
condensate, CPT-2 is not vented to atmosphere, therefore there is
no additional piping needed for a large vent. The CPT-2 utilizes steam
power in lieu of electric motors, eliminating the need for wiring
motors, starters, and controls. The steam-powered pump package is
capable of operation in flammable environments. Operating by steam
pressure versus electric power, reduces pumping costs. The pump employs
a float operated snap-acting mechanism with no external seals or packing,
which eliminates seal maintenance, which is required in conventional
pumps. All internal pump components and mechanism are constructed
of Stainless Steel.
View
detailed information on Model
CPT-2, Condensate Pump/Trap Combination Package (PDF)
Legend
Approx. Dimensions: 56"H x 48"L x 24"W
A. Condensate
Inlet 2" NPT
B. Condensate Discharge 2" NPT
C. Air Outlet
D. Steam Inlet ½" NPT
E. Receiver Tank 8"x36"
F. Drain ½" NPT |
 |
-
Fabricated
Angle Iron Frame
-
Fabricated
Steel Tank
-
Bronze
Ball Valves
-
Thermodynamic
Steam Trap
-
Cast
Iron Pump with Gauge Glass, and Stainless Steel internal components
and Check Valves
-
Hydrostatically
Tested
-
High
Temperature Industrial Enamel Paint
|
Conditions of Operation
Max. Allowable Pressure / Temperature: 125 psig / 450oF
Discharge rate per cycle: 7.1 gal.
Max. instantaneous discharge rate: 90 gpm
Steam Consumption: 3 lbs. per 1000 lbs. of liquid pumped
Compressed Air Consumption: 100 SCF per 1000 lbs. of liquid pumped |
System
Options