Watson McDaniel Company Electric Condensate Pump W42230JD

Description
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 system, the tank fills with water. The float on the switch assembly then rises, where it energizes the motor on the pump. Once started, the pump will continue to run until the water level drops below the bottom position of the float switch. There it will de-energize the motor to shut the pump off. This cycle repeats as condensate continues to fill the receiver tank.
Datasheet
Description
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 system, the tank fills with water. The float on the switch assembly then rises, where it energizes the motor on the pump. Once started, the pump will continue to run until the water level drops below the bottom position of the float switch. There it will de-energize the motor to shut the pump off. This cycle repeats as condensate continues to fill the receiver tank.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Pottstown, PA, USA
Electric Condensate Pump
W42230JD
Electric Condensate Pump W42230JD
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 system, the tank fills with water. The float on the switch assembly then rises, where it energizes the motor on the pump. Once started, the pump will continue to run until the water level drops below the bottom position of the float switch. There it will de-energize the motor to shut the pump off. This cycle repeats as condensate continues to fill the receiver tank.

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 system, the tank fills with water. The float on the switch assembly then rises, where it energizes the motor on the pump. Once started, the pump will continue to run until the water level drops below the bottom position of the float switch. There it will de-energize the motor to shut the pump off. This cycle repeats as condensate continues to fill the receiver tank.

Datasheet

Technical Specifications

  Watson McDaniel Company
Product Category Liquid Handling Pumps
Product Number W42230JD
Product Name Electric Condensate Pump
Pump Type Centrifugal Pump; Condensate Pump
Discharge Pressure 20.0 psi (14.06 m of Water)
Liquid Flow 45.000 GPM (170.45 L/min)
Discharge Size 0.750 inch (19.05 mm)
Media Temperature 190 F (88 C)
Unlock Full Specs
to access all available technical data

Similar Products

W Series Aluminum Pumps - W900 - jbj Techniques Limited
jbj Techniques Limited
Specs
Pump Type Gear Pump; Hydraulic Fluid Pump; Positive Displacement Pump
Discharge Pressure 4003.0 to 4351.1 psi (2814 to 3059 m of Water)
Media Temperature 194 to 221 F (90 to 105 C)
View Details
Sealless Magnetic Driven Centrifugal Pumps type NM -  - Dickow Pump Company, Inc.
Specs
Pump Type Centrifugal Pump; Magnetic Drive Pump
Discharge Pressure 362.6 psi (255 m of Water)
Media Temperature 464 F (240 C)
View Details
Air-Driven Liquid Pump - 10 HP Models - Haskel International LLC
Specs
Pump Type Hydraulic Fluid Pump; Piston Plunger Pump; Positive Displacement Pump; Reciprocating Pump
Discharge Pressure 8000.0 to 15000.0 psi (5625 to 10546 m of Water)
Liquid Flow 1.030 to 2.112 GPM (3.90 to 8.00 L/min)
View Details
Ceramic Pump for Pharmacy -  - 3X Ceramic Parts Company Limited
3X Ceramic Parts Company Limited
Specs
Pump Type Piston Plunger Pump; Positive Displacement Pump
Pump Housing Material alumina ceramic / zirconia + SST
View Details