pentair mud pump pricelist

The SC Series reciprocating pumps are built for “intermittent duty" at full ratings for shift type of work, i.e. eight hours per day. This pump line offers the same design features as the MA Series in a smaller more compact and cost-effective design for this type of work and follows Hydraulic Institute Standards.

Fairbanks Nijhuis offers the industry’s most complete set of solutions, products and services to municipal and industrial customers. A wide variety of pumps and controls serve multiple markets to support a range of needs. Fairbanks Nijhuis also delivers professional services including installation, maintenance, repair, and training. Manufacturing operates primarily out of Kansas City, KS, USA and Winterswijk, The Netherlands. The combination of our two world-class engineering and manufacturing groups, with over 200 years of combined expertise, is a win for our customers around the globe.

Hydromatic has been a national leader in the wastewater pump industry since 1959. Today, Hydromatic continues to design and manufacture one of the most extensive and diversified lines of submersible wastewater sump, sewage, effluent, grinder and large solids handling pumps for the municipal, commercial and residential wholesaler market sectors. We market our products to the professional, exclusively—a business philosophy we’ve proudly maintained in our nearly half century of continuing leadership.

Comprehensive engineering, testing and production processes ensure that Hydromatic pumps will continue to be the most reliable and efficient in the wastewater industry. R&D, customer-certified testing and unmatched quality assurance standards give you the confidence that our pump installations will give your customers the performance they demand. Our commitment is to provide advanced engineering innovations for you and your business. It also guarantees Hydromatic pumps will perform as dependably and reliably in the future as they have for years.

The new company, abounding with enthusiasm and the convictions of its founders, produced 100 pumps a day. At that time, Hydromatic employed ten production personnel, one office person and occupied 5,000 square feet of floor space.

As the years passed, Hydromatic established itself as a recognized pump manufacturer, achieving increasing distribution and sales. From its beginning in a old highway garage in Hayesville, Ohio, Hydromatic grew from a one-model column sump pump manufacturer to a producer of a variety of pumps for use in the water pollution field.

With exploding sales and the demand for more sophisticated pumps and control equipment, Hydromatic’s course was clear. In 1962, Hydromatic grew to 50,000 square feet of manufacturing ten times the size of the original plant. Increased capacity required more personnel to operate the young firm and 200 additional employees came to man the torches, lathes, assembly lines and the office.

In August 1969, after recognizing Hydromatic’s vast potential, Weil-McLain Company, Inc. acquired the pump company. Hydromatic"s new owners weren’t disappointed. Business increased so much that four years later, pressed for additional manufacturing and office space, Hydromatic constructed a new $3.0 million facility in Ashland.

Marley entered Hydromatic’s history in 1980 when it purchased Wylain, Inc. of Dallas, Texas (a corporate identity formed by Weil-McLain) and all its subsidiaries which included both Hydromatic and Red Jacket. In 1981 Hydromatic and Red Jacket merged to form The Marley Pump Company, creating a broader and more coordinated base to satisfy product demands and achieve desired growth.

In January 1989, Hydromatic was purchased by the Aurora Pump Company, a unit of General Signal. Along with the acquisitions of Fairbanks Morse and Layne Bowler, this formed the General Signal Pump Group. This union lasted until August 1998 when the General Signal Pump Group was purchased by Pentair, Inc. out of St. Paul, Minnesota. Hydromatic expects to continually improve its products and processes to better serve our customers needs. Our future depends on building quality products.

The Myers effluent pump Model ME150S-21 is designed for use in applications that require handling solids up to 0.75". Durable cast iron construction and high performing flow rates make Myers effluent pumps a great solution for on-site septic systems that move grey water.

Some of the fastest priming pumps on the market. Available in both high head (LTH) or medium head (LTM) Series. Feature leak-proof mechanical seals, easy service design, heavy-duty motors, and rugged construction. Available in 3 and 5 HP models.

This ¼-horsepower sump pump weighs 6.8 pounds and moves up to 1,800 gallons per hour (gph) to keep your basement or low-lying area safe from floodwater. Built with thermoplastic, this sump pump is a durable flood-prevention device that includes a removable suction screen.

Customers with varying needs found this sump pump to be useful, stating that it operated efficiently and quietly. They added that the pump’s filter did a great job in preventing the unit from getting clogged due to dirt, debris, or algae build-up. Customers who were disappointed in this product wished that it would’ve lasted longer, citing reliability and longevity issues.

This submersible sump pump is built with cast-iron motor components that withstand a variety of conditions and keep your home protected from rising water. It includes a float-activated switch that automatically powers the pump when it detects rising water levels.

Although customer feedback was mixed, over 80% of reviewers gave this sump pump a five-star rating at the time of this review. Happy customers mentioned the pump’s simple installation and affordable price point in their positive reviews. Unhappy customers said that while the pump was heavy-duty, it shorted out after a few years, expecting greater longevity out of the product. Additionally, one user had issues with the flow valve leaking.

This sump pump has a 1⁄3-horsepower motor activated by a vertical float switch to keep your basement dry. It’s designed with quality cast iron and stainless steel, minimizing the risk of air locks and clogs. The sump pump works in sump basins that are 11 inches or larger.

Positively, customers who give this sump pump a four- or five-star rating reported that the unit consistently moved water without any issues, meeting or exceeding their expectations. In some reviews, they also mentioned that the manufacturer’s Halo mobile app was convenient for remotely monitoring the pump’s status. Negatively, there were complaints about the pump’s float switch working intermittently rather than consistently.

This unit is built for large 16-inch sump basins and has a built-in backup battery that pumps up to 10,000 gallons of water on a single charge. It has a ½-horsepower motor protected by a durable cast-iron and epoxy-coated steel frame, pumping 5,100 gallons of water per hour.

Positive aspects of this sump pump that users highlighted included its compact size, fast installation, quiet operation, and overall power. On the other hand, several reviewers reported that the manufacturer was slow to respond to their inquiries, or didn’t respond at all, despite multiple attempts. One user also complained about the plastic threads in the discharge outlet, stating that it was difficult to screw in adapters.

This model is equipped with a piggyback plug that lets homeowners automatically or manually turn on the pump to discharge up to 2,760 gallons of water per hour. It includes a ⅓-horsepower motor contained inside a heavy-duty cast-iron frame to secure the pump inside the pit.

Satisfied users who gave this pump positive reviews said that it was an effective pump that performed just as strongly after two years of use as it did on the first day of use. They also appreciated the pump’s effortless installation. Conversely, there were some reports of the sump pump’s cast iron materials prematurely rusting, rendering the unit useless for a handful of customers. Additionally, some users said that the float switch was too short, which lead to excess standing water.

With its thermoplastic materials and 1/4-horsepower motor, this sump pump will make sure that your property remains undamaged due to excess water intrusion. Its built-in bottom suction filter removes water down to a 1/4-inch of the surface to prevent dirt clogging.

Given the pump’s entry-level price point, several customers were impressed with how reliable and powerful it was. They mentioned that the pump was effective for draining pools, adding that the 10-foot power cord offered some flexibility with the positioning of the pump. Alternatively, there were some complaints about the unit’s inability to pump viscous, muddy water, and others wished that the unit pumped water faster.

Submersible sump pumps are completely submerged in the pit, or sump basin, that’s located below your basement’s floor. Once the pit fills with a certain amount of water, a sensor is triggered, which turns on the sump pump to pump the water out. This type of sump pump is typically quieter than other types of sump pumps because its motor is inside the pump, but it’s more expensive than other pumps.

Pedestal sump pumps sit in a basin that’s level with your basement floor and remove water through a pipe that leads to a drainage area in your yard. They’re more affordable than submersible sump pumps, but their motor is attached to the outside of the device, making them noisier.

Unlike submersible and pedestal models that run solely on electricity through a power cord, battery backup sump pumps have a battery-powered backup pump that kicks on when the main unit can’t run due to a power outage. The battery on the backup pump can typically last for a few hours on a single charge. While this is enough for short surges, the battery will eventually die if it’s pumping a lot of water during an hours-long outage.

Combination sump pumps include the power cord of pedestal and submersible models and the backup battery of battery models, allowing them to work in all situations. They usually sit in a below-the-floor basin like submersible sump pumps, but they’re larger, which means you can’t use the basin you dug for your old submersible sump pump for your new combination sump pump.

Before purchasing and installing a sump pump, it’s important to understand how each model’s design and specifications impact its performance. Here are a few factors to consider when buying a sump pump.

Most sump pumps are powered by electricity, but some models include a battery backup that powers the device in the event of a blackout. For example, some pumps include a battery that can pump thousands of gallons on a single charge. Models that don’t have a battery backup can pump thousands of gallons of water per hour as long as electricity is available.

The horsepower (HP) of a sump pump’s motor refers to its overall power, with a higher HP motor being able to pump more water per hour than a lower HP motor. Many sump pumps contain ½-HP or ⅓-HP engines, though some models contain more powerful ¾-HP engines. While higher HP motors can pump more water per hour, they’re typically more expensive.

Most sump pumps use either a digital or manual switch to start their motors. Manual models contain floats that rise with the flood water, turning on the pumps when the water reaches a certain level. When the floats dip below the set level, the pump stops.

Other models feature digital on-and-off sensors. When the water rises to meet the on sensor, the pump starts working. Once the water lowers and reaches the off sensor, the pump turns off. The benefit of digital switches is that they continue pumping water until they reach the off sensor, even if the water level dips below the on sensor.

Sump pumps are usually made of plastic or some sort of metal, such as aluminum, stainless, steel, or cast iron. Plastic sump pumps are more affordable, but they’re not as durable as metal sump pumps.

A sump pump is typically placed in a basement to prevent damage brought on by significant flooding. It detects rising water levels and then pumps that water out of your basement and directs it away from your home.

Sump pumps can develop an odor if they haven’t been used in a while. Infrequent use causes the water in the pump’s basin to fully dry, releasing smelly gases into the air. Mold and bacteria growth inside the pump and the basin can also cause a smell.

You can eliminate these odors by creating a solution with a ratio of 1 cup of bleach to every 1 gallon of water. Pour this solution into the basin until the pump is activated. To prevent an odor from developing in the future, wash your sump pump regularly and keep the basin full of enough fresh water to cover the drain lines.

We stock the largest range of pool pumps in Australia from the most renowned manufacturers. Whether you are after a pool pump for a new pool, or a replacement pump for an existing one, we have standard, quiet and energy efficient models to choose from.

Choosing the right pool pump will ensure you enjoy a clean and inviting pool with low operating and maintenance costs as well as minimum inconveniences. In addition, the right pump will ensure all components in the filtration system operate correctly and last longer. For help choosing the right pool pump click here