Logo
Search
Advanced Search
My Wishlist
My Cart
Toggle Nav

Condensate Pumps Steam Powered

Read More
View as Grid List

Items 1-12 of 17

Set Descending Direction
Page
per page

Our Products

Manufacturer

International Services

Compare Products
  1. Remove This Item
Compare
Clear All
You have no items to compare.
Additional Options

Typical Applications of Condensate Pumps (Steam Powered)

  • Low-pressure heating systems
  • Process heat exchanger or coils with modulating steam control
  • Remote installations (tracing, tank farms, or remote coils)
  • Systems under vacuum
  • Hazardous (explosion-proof) areas
  • Caustic environments
  • Sumps or submersed areas
  • Flash tanks

Do you need technical documentation before you specify a pump? Review the related manufacturer datasheets below:

What is a Pressure Motive Condensate Pump (Steam Powered)?

A pressure motive pump is a non-electric device that transfers hot condensate or other liquids from a low-pressure or low-elevation area to a higher-pressure destination using steam, compressed air, or inert gas instead of an electric motor.

With no motor, seals, or impeller, these pumps are ideal for high-temperature condensate, eliminate cavitation concerns, and operate reliably in flooded or hazardous environments. Pump-trap combinations automatically switch to pumping mode when gravity drainage is no longer possible due to back pressure or steam stall conditions.

Because they fill by gravity and don't depend on centrifugal-pump suction, they can avoid many of the NPSH and cavitation problems associated with pumping high-temperature condensate.

Condensate Pumps (Steam Powered) Products We Offer

Control Specialties supplies a broad range of steam- and pressure-powered condensate pumps, including Armstrong Pumping Traps, from leading manufacturers to suit a variety of condensate recovery applications.

Armstrong Pumping Traps

Spirax Sarco Pressure Powered Pumps

Watson McDaniel Pressure Motive Pumps

Industries We Serve with Condensate Pumps (Steam Powered)

Steam-powered condensate pumps are used wherever condensate needs to move without electricity, or where an electric pump simply isn't practical or safe. Control Specialties supports:

  • Manufacturing and General Industry: Moving condensate from process equipment and low-pressure heating loops without adding electrical infrastructure.
  • Oil, Gas, and Petrochemical Processing: Non-electric operation for hazardous, explosion-proof, and caustic environments common on process units and tank farms.
  • Food and Beverage Processing: Reliable condensate removal for steam-heated process equipment in sanitary environments.
  • Pharmaceutical and Life Sciences: Consistent condensate and steam handling to support regulated production environments.
  • Power Generation and Utilities: High-capacity pump traps for condensate recovery and Boiler Feedwater Pumps in critical steam infrastructure.
  • Hospitals and Higher Education: Central plant condensate return supporting campus heating, sterilization, and hot water systems.
  • Remote and Utility Installations: Tank farms, tracing lines, and other remote sites where running electrical power to a pump location is impractical.

Why Choose Control Specialties for Steam Powered Condensate Pumps?

Control Specialties helps engineers, contractors, and maintenance teams select the right steam-powered condensate pumps for reliable condensate recovery and long-term system performance.

  • Steam System Expertise: We help solve condensate recovery challenges, including steam stall, condensate lift, and vacuum applications.
  • Multi-Brand Selection: Compare solutions from Armstrong, Spirax Sarco, and Watson McDaniel to find the best fit for your application.
  • Upgrade and Replacement Support: We assist with new installations, system upgrades, and cross-referencing legacy or obsolete pump models.
  • Complete System Solutions: Source Condensate Pumps Steam Powered, steam traps, valves, strainers, and related steam system components from one supplier.
  • Responsive Service: Count on fast quotations, reliable order processing, and timely delivery to help minimize downtime.
  • Technical Guidance: Our experienced team provides application support before, during, and after your purchase to help you select the right solution.

Control Specialties supplies a wide selection of steam-powered condensate pumps from trusted manufacturers, backed by responsive service and technical expertise. Whether you need a replacement unit or equipment for a new installation, we're here to help streamline the procurement process.

Reach out today for expert assistance with product selection, pricing, and availability. Send us your condensate load, motive pressure, return pressure, lift, fill head, operating temperature, and existing model number, and our team can help identify an appropriate pump or pump-trap configuration.

Frequently Asked Questions (FAQs)

What's the difference between a pressure motive pump and an electric condensate pump?

A pressure motive pump uses steam, compressed air, or another pressurized gas to push condensate through a mechanical float-and-valve cycle, while an electric condensate pump uses a motor-driven impeller and suction. Because pressure motive pumps don't rely on suction, they avoid the cavitation and NPSH issues that come with pumping high-temperature condensate.

Do these pumps need electricity to operate?

No. Pressure motive pumps are entirely non-electric, which is why they're used in hazardous areas, remote locations, vacuum systems, and submerged sumps where running electrical power isn't practical or safe.

Can steam-powered condensate pumps be used in hazardous or classified areas?

Yes. Since these pumps have no motor or electrical components, many models are intrinsically safe by design, making them well suited to explosion-proof areas and caustic environments where an electric pump would require additional safety measures.

How do I choose between Armstrong, Spirax Sarco, and Watson McDaniel pump traps?

Compatibility depends on your system's pressure, capacity, body material requirements, and existing equipment. Providing your application details or an existing model number allows our team to recommend a comparable or upgraded pump trap from the right manufacturer.

Can Control Specialties help replace an obsolete or discontinued pump trap?

Yes. Our team can cross-reference older or discontinued pump trap models, including Armstrong's RetroFit Drop In Mechanism for restoring existing bodies, to help you find a current and compatible replacement.

What motive gas can be used to operate these pumps?

Most pressure motive pumps can run on steam, compressed air, or an inert gas, depending on the model and application. Our team can help confirm the right motive supply for your specific installation.

How do I size a steam-powered condensate pump?

Size a steam-powered condensate pump based on condensate load, inlet pressure, available motive steam pressure, discharge pressure, and required flow rate. Proper sizing ensures efficient condensate removal, prevents system flooding, and maximizes energy efficiency.

Why is my pressure motive pump not cycling?

A pressure motive pump may fail to cycle due to insufficient motive pressure, a faulty mechanism, blocked vent lines, worn check valves, or incorrect installation. Inspect these components to identify the cause and restore reliable operation.

When is a duplex pump package needed?

A duplex pump package is recommended for high condensate loads, critical processes, or applications requiring continuous operation. Alternating pumps provide redundancy, increase system reliability, and ensure uninterrupted condensate removal during maintenance or pump failure.