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PT2A, PT3A, PT4A Technical specifications



L x W x H  mm 620 x 462 x 481 705 x 505 x 570 755 x 540 x 600
L x W x H - shipping  mm 646 x 488 x 509 730 x 530 x 600 785 x 565 x 630
Diameter suction and discharge mm 50 80 100
Operating weight  kg 49 70 85
Shipping weight  kg 51 72 90.5

Operating data 

Discharge Head  m 30 27 30
Discharge capacity  l/min 700 1,450 2,050
Pressure  bar 3 2.7 2.9
Suction height  m 8 8 8
Solids diameter max. mm 25 40 50

Engine / Motor 

Engine / Motor type  air-cooled, single cylinder air-cooled, single cylinder air-cooled, single cylinder
Engine / Motor manufacturer  Honda GX160 Honda GX270 Honda GX390
Displacement  cm³ 163 270 389
RPM / speed operating rpm 3,600 3,550 3,500
Power max. rated kW 3.6 6.3 8.7
Power Rating Specification  SAE J1349 SAE J1349 SAE J1349
Fuel type  gasoline gasoline gasoline
Fuel tank capacity  l 3 5.3 6
Fuel consumption  l/h 1.4 2.7 3.4
Runtime  h 2.2 2 2
Not every product shown here is available in every country. Please refer to the menu item "Model variations" to see the products valid for your country.

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Pump Selection- When moving liquid there are many pump options to choose

Pump applications can be far reaching. From the general construction dewatering job, to flood control to unique applications in the fishing and recreational industry. These varying applications suggest that contractors and landscapers need to have basic pump knowledge regarding the type of pump needed for their particular job.

With such a wide range of pumps available selecting the correct pump for the application is important. The most common pumps available are trash, dewatering and diaphragm pumps. Each of these pump styles are designed for different applications. Centrifugal trash and dewatering pumps are very versatile and are among the simplest and most efficient.

Dewatering Pumps

Dewatering pumps are relatively inexpensive, but do not contain high quality components necessary for durability under general construction conditions. The water being pumped must be relatively clean, containing suspended solids up to 0.6 cm in diameter and less than 10 percent by weight. Benefits of detwatering pumps include high volume flow capabilities and a lightweight, compact design. These pumps are best suited to pump unwanted water from, flooded basements, utility vaults, swimming pools, lakes and barge holds. Dewatering pumps are commonly used on water trucks or trailers for jobsite dust suppression and small irrigation projects.

Trash Pumps

Trash pumps contain many high quality components and are well worth the additional cost compared to dewatering pumps. This type of pump is often the preferred choice in the construction industry. These pumps can handle clean, muddy, mucky, or sandy water with solids up to 5.1 cm in diameter (depending on pump size) and between 10 to 25 percent by weight. Applications include pumping unwanted water from excavations, flooded basements, manholes, utility vaults, mining work, retention ponds, lakes and barge holds. Trash pumps are very popular in the construction industry because of their reliability, versatility, and durability under a variety of site conditions.

Capabilities of Trash and Dewatering Pumps

  • 7.6 m suction lift at sea level
  • High discharge heads
  • Lightweight and portable
  • Small investment for large capacity
  • Few parts, easy to maintain 

Limitations to Trash and Dewatering Pumps

  • High water content to move solids
  • Not for mud, thick slurries, or corrosive material
  • Dewatering pumps: 10 percent solids or less
  • Trash pumps: 10 to 25 percent solids

Applications for Trash and Dewatering Pumps

  • Clearwater
  • Water with algae
  • Water with suspended clay
  • Silt water
  • Abrasive water
  • Fast seepage ditch water
Diaphgram Pumps

Diaphragm pumps are effective in muddy applications and are often used where the content of solids is high and/or a condition of seepage exists. Because of this muddy application, diaphragm pumps are commonly referred to as mud hogs, mud suckers or simply mud pumps. While diaphragm pumps do not pump high volumes or distances for their weight, they are very useful because of their versatility. Diaphragm pumps have the capability of pumping water with greater than 25 percents solids by weight. Diaphragm pumps do not require a steady flow of water and can handle large amounts of solids.

Capabilities of Diaphragm Pumps

  • 7.6 m suction lift at sea level
  • Full capacity on each stroke
  • Handles low seepage
  • Keeps pumping in shallow water
  • Pumps mud and large amounts of flowable solids
  • Easy service valves and diaphragm

Limitations of Diaphgram Pumps

  • Low discharge head and pressure
  • Small capacity for investment vs. centrifugal models
  • 25 percent solids and above

Applications for Diapgram Pumps

  • Water with algae
  • Water with suspended clay
  • Mud water
  • Silt water
  • Abrasive water
  • Water with high solid content
  • Slow seepage ditch water
  • Septic tank

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