Watson McDaniel Company Datasheets for Condensate Pumps
Condensate pumps are used to collect and transport condensate back into a steam system for reheating and reuse, or to remove unwanted condensate from an HVAC or appliance collection pan.
Condensate Pumps: Learn more
| Product Name | Notes |
|---|---|
| Condensate return systems on low pressure steam applications where the condensate temperatures do not exceed 190ºF. As condensate flows into the receiver tank of the pump package from the steam... | |
| The Model PMPLS pressure motive pumps are low profile. These tanks are often required when draining condensate from process equipment that is positioned close to the ground which limits the... | |
| The Model PMPM pressure motive pump has an extremely low-profile. These low-profile tanks are required when draining condensate from process equipment positioned close to the ground which limits the filling... | |
| The Model PMPSS pressure motive pump body & cover is manufactured from 304L stainless steel. These tanks are designed to be used in harsh corrosive environments and receive the ASME... | |
| The non-electric pressure powered pump shall be capable of operating with a maximum motive pressure of 200 psig provided by steam, air or other gas supply. The pump body shall... | |
| The PMPBP is an extremely high-capacity pressure motive pump for applications requiring large transfer of condensate or other liquids. The internal operating mechanism function identically to other pumps in the... | |
| The PMPF pressure motive pump body & cover are manufactured from carbon steel. These tanks are fabricated with 1/8” corrosion allowance and receive the ASME “UM” code stamp. This pump... | |
| The PMPSP Sump Drainer uses the identical internal mechanism as the standard PMP models. The piping configuration is such that the liquid is discharged vertical upwards as opposed to horizontally... | |
| The Watson McDaniel WPT Pump-Trap Combinations are excellent for draining heat exchangers or other equipment that is being fed by a temperature regulator or a temperature control valve. In these... |