vertical mount hydraulic pump manufacturer

The new generation of FLUX progressive cavity pump VISCOPOWER F 570 for Industry & Hygienic with planetary gear is suitable to pump thin to medium viscous media. The positive displacement pump ...

... new generation FLUX eccentric worm-drive pump VISCOPOWER F 580 for Industry & Hygienic with bearing flange is suitable to pump thin to highly viscous, pasty and still flowing media. The ...

The small drum pump JUNIORFLUX F 310 with fixed motor FEM 3070 and mechanical seal is especially suitable for pumping comparatively small quantities out of containers ...

The ECP is designed to lubricate bearings and linear guides with oil or fluid grease. The pump works reliably in single-line systems of up to 20 lubrication points and a main line length of approximately 15 meters. It ...

The ZPU 08/14/24 pumps are used primarily in dual-line systems or as supply pumps and have a maximum operating pressure of 400 bar (5800 psi). Depending on the system layout, these electric pumps ...

... optimum adjustability. The pump’s drive and eccentric shaft design, high-efficiency worm gear, minimal number of parts and multi-range motor provide several advantages. P 205 pumps are available with ...

The B70V SanitaryPlus food pump is a powerful positive displacement pump for heavy-sensitive, viscous and viscous media up to the limits of flowability. It pumps liquid foodstuffs, ...

The B70V SanitaryPlus food pump is a powerful positive displacement pump for heavy-sensitive, viscous media with and without fiber or solids content up to the limits of flowability. It pumps ...

The B70V SanitaryPlus food pump is a powerful positive displacement pump for heavy-sensitive, viscous media with and without fiber or solids content up to the limits of flowability. It pumps ...

When the application calls for high-volume and/or high head vertical pumps, the practical solution is the use of the Hazleton® vertical, double-suction, Twin-Volute VDM. Designed for ...

When the application calls for high-volume vertical pumps, the practical solution is the use of the Hazleton® vertical, double-suction, Twin-Volute VDS and VND. Designed for slurry handling ...

The VN Family of pumps is designed for the ultimate flexibility in slurry handling applications. The vertical cantilever design eliminates submerged beargings, top suction design eliminates air binding, ...

Vertical single-stage submersible motor pump for wet installation, with cutter (S), stationary or transportable version. Amarex N pumps are floodable, single-stage, single-entry ...

Chemical pump with electrical temperature control. The CHEM series is designed to be easy to maintain. Separate pump covers allow a quick inspection of the inner workings from both sides of the pump. ...

Metering pumps of the CHEM series are made of corrosion-resistant stainless steel. For the delivery of Adblue® a variety of sealing systems and a wide range of modular materials are available for this series. Due to their ...

Horizontal or vertical seal-less volute casing pump in back pull-out design with fully enclosed canned motor, low noise emission, with radial impeller, single-stage, single-entry, casing connecting dimensions ...

... LSC pump is a submersible single-phase portable residue drainage pump. The specially designed bottom plate enables the pump to drain down to 1mm water level. It has a swing check valve ...

... surface from scratching. Though the pump is a single-phase unit, it has the durability equivalent to three-phase drainage pumps as the wear parts are made of abrasion-resistant materials. The pump ...

The TVM-series is a vertical multistage centrifugal pump designed for handling freshwater. Since it is an in-line type, the pump occupies less installation space. The major wetted parts ...

... Series 493 and 4193 steel external pumps are available in capacities up to 75 GPM. These pumps can be furnished directly connected to a 50HZ or 60 HZ motor. Series 493 is designed for vertical ...

... plants. The inline housing design allows you to install it in pipeline systems to protect the following equipment, such as your pumps. Despite the pipeline installation, the macerator offers you the proven FSIP® concept ...

ViscoTec dispenser 3VMP18, as a volumetric dispensing pump for larger volumes, ensures smooth and reliable product supplying of abrasive, high-filled or shear sensitive material - with a repeatability of +/- 1 %!

ViscoTec dosing and filling pump type RD-hygienic for food and cosmetics is a volumetric conveying pump based on the endless piston principle. Suitable for discontinuous or continuous pulsation-free metering ...

The DSL pumps are single-stage, double-suction, vertical, centrifugal pumps. The design of the suction side provides for a perfect flow, and the inlet is placed in line with the outlet.

The durable Waukesha Clean-out-of-Place (COP) Positive Displacement "Can-Do Pump". Versatile in application, its reliability has made it the industry ...

The heavy-duty type TPC-M vertical cantilever pump without bottom bearing is designed with run-dry capabilities to pump solids-carrying acids, alkalis and chemically contaminated effluents ...

The heavy-duty type TPC vertical cantilever pump without bottom bearing is designed with run-dry capabilities to pump solids-carrying acids, alkalis and chemically contaminated effluents ...

Like all the pumps of the HP Series, it is suitable for any hydraulic application which require very high hydraulic output pressures and a moderate and controllable oil flow, to ensure ...

The HP-AP pump, like all HP Series pumps, can be installed in any hydraulic applications which requires high working pressures and moderate and controllable oil flow. Our HP Series air-hydraulic ...

The HP-RC pump, like all the HP Series pumps, can be installed in any hydraulic applications which requires high working pressures and moderate and controllable oil flow. Our HP Series ...

... 1000bar. The HP-REMOTE pump, like all the HP Series pumps, can be installed in any hydraulic applications which requires high working pressures and moderate and controllable oil flow. ...

... HP-LEVER pump of the HP Series is a single-acting air-hydraulic pump with manual operation with an ergonomic lever. It has an oil flow rate of 2.4 to 0.1 l / min and operating pressures ...

The UMP705 pump can be applied to any hydraulic applications; especially where a large oil flow rate (l/min) is required and the simultaneous drive of two actuators alternately.

... connection length of 3 meters this pump can be connected to the normal pneumatic line. Thanks to a sturdy and compact layout, it is extremely reliable and guarantees excellent performance and long durability.

The Power Team PUA/PMA series pumps provide infinitely variable capacity and discharge pressure. Suitable for continuous start/stop applications Pumps oil, water, and other fluids Stainless steel pump ...

... Series pump offers variable displacement axial piston pumps for open-circuit applications. Featuring a compact footprint and continuous operating pressure of up to 4,060 psi, PD piston ...

Lovejoy Hydraulics Pump / Motor Mounts help power unit designers and fabricators simplify their Power Unit designs. The Pump / Motor Mount, commonly called the “Bell Housing”, allows direct mounting of flange mount pumps to NEMA “C-Face electric motors. This eliminates the need for coupling guards, foot brackets, shims, risers, and motor mounting plates, and assures accurate shaft alignment.

The ease of assembly reduces power unit fabrication costs. Lovejoy precision machines each cast aluminum alloy pump/motor mounts to 0.003 inch concentric from the motor pilot to the pump pilot, and the mounting faces parallel to each other and perpendicular to the pilot Centerline within 0.002 inch. This assures accurate shaft alignment, which prolongs bearing, seal and coupling life. This also helps to reduce noise and vibration in the power unit.

Lovejoy Hydraulics Cast Aluminum Pump / Motor Mounts are cast from a lightweight, high strength aluminum alloy. For safety, a molded OSHA orange coupling access cover is included for mounts larger than the 56C motor frame size.

Should you have a problem finding a Lovejoy Hydraulics distributorin your area, please contact a Lovejoy sales representative or ask your current Lovejoy Power Transmission distributorto start carrying and supporting the new products!

Monarch M-631 is built to be mounted vertical, this allows for a compact wall-mount and keeps the system out of the way while operating. Mason Dynamics builds custom Monarch M-631 power units as well to meet each customer"s specifications, and reservoir material and size, pump flow, motor voltage, and quantity pricing vary. Please call our helpful staff today for a complete power unit quote, or for replacement Monarch Hydraulics parts. We accept credit card payments over the phone, and we"ll confirm we have parts in stock. Plus, equipment manufacturers, fluid power distributors, resellers, and service facilities receive discounted M-631 pricing.Mason Dynamics is a 50-year old, full-service hydraulic company that prides itself on not being an Internet business or catalog house. We"re hydraulic experts, with a veteran staff that offers unmatched technical service and support. We offer much more than what you"ll find here online, so please call us for all your hydraulic needs.

Power Systems Inc of Florida (PSIF)offers hydraulic power unitsfor industrial, mobile, marine, aerospace, and many other applications. A modular hydraulic power unit forms the basis for a wide range of mobile and industrial systems. Typical applications include centralized pump skids, plant trailers, tipping trucks, scissor lifts, access control and security equipment as well as a variety of industrial machinery.

Power Systems Inc (PSIF) offers its broad customer range of end users and reliable products through design and manufacturing expertise. We offer Standard, compact and custom power units. They may be used to power hydraulic motors and cylinders, charge accumulators, provide pilot flow to servo or proportional valves and provide flow to lube systems. Our industrial power units feature electric motors rated for continuous duty to provide both flexibility in installation and durability in operation for a long-lasting, reliable system.

Built with quality, Power Systems Inc (PSIF) power units under stringent manufacturing standards are available with options for capacities, controls, pumps, manifolds and configurations. They ensure reliable, cost-effective and robust operation with maximum productivity in applications from process manufacturing to alternative energy.

Power Systems Inc (PSIF) offers full product lines to accommodate the wide variety of fluid power applications. Our range of hydraulic pump motor units comprises of precision-made aluminum gear pumps driven by AC or DC motors. Our hydraulic motor pumps are designed and manufactured in the US with the skill and experience that customers around the world have come to associate with Power Systems Inc wherever hydraulic power and hydraulic motors are used.

Power Systems Inc (PSIF) provides quality hydraulic pumps, motors, and systems that create value. We are committed to providing you premier customer service to ensure that our products continue to be your best solution.

Power Systems Inc (PSIF) hydraulic power units are designed specifically to operate on AC/DC electric power. Each power unit is a custom selected assembly consisting of a high performance hydraulic pump, reservoir, motor with internal relief and load holding check valve. They can be controlled remotely with integral directional control or manual valves.   Optional radio controls allow for wireless control in both mobile and industrial applications.  Wired pendants are also available for operation and control

PSIF power units can be coupled via suitable hydraulic lines to a wide range of operating mechanisms. These AC/DC power units normally operate hydraulic cylinders, but can be used with any other hydraulic actuating device.

C-Face Adaptors are the most common adaptors for vertical and horizontal installations.  These adaptors are designed to accommodate NEMA C-face motors and virtually any other component (hydraulic motor, pump, gearbox, actuator, etc.).  Power Systems Inc offers a wide selection of both vertical and horizontal mounting configuration pump / motor mounts in both SAE and Metric pump flanges, for NEMA C-face electric motors.

Power Systems Inc (PSIF) offers a complete line of hydraulic reservoirs and reservoir accessories for fluid power transmission applications. Our reservoir accessories include aluminum tanks, gaskets, lids, legs and associated parts for reservoirs. Power Systems’ quality reservoirs include a complete line of oil gauges, tank heaters and elastic bushings for routing hydraulic lines directly into the reservoir. In addition to providing storage for the reserve fluid, reservoirs actsas a radiator to dissipate heat from the fluid.  PSI can provide assistance in the proper design and layout of a reservoir; from the most simple of reservoirs to the most complex and large in size and scope.

An essential requirement for the optimum performance and service life of a hydraulic pump is that its pumping chambers fill freely and completely during intake. So if getting maximum pump life is your primary concern (and it should be), then anything that makes the free and complete filling of the pump"s chambers more difficult to achieve should be avoided.

Suction strainers and most other forms of inlet filtration are a common culprit. With rare exceptions, a suction strainer has no place in a properly designed and properly maintained hydraulic system.

But when you take a position against the majority, there will be many who disagree with you. And so I regularly hear from folks who feel they need to explain to me why their hydraulic system is different and why they have no alternative but to use this pump-killing device.

I prefer not to debate the point with people who have convinced themselves of the merits of suction strainers or, in some cases, use them as a substitute for proper design. I refer them to the pump manufacturer"s recommendation instead. Here is an excerpt from a Rexroth Hydraulics manual1 that dates back to 1979:

"The advantages of suction filtration are strongly outweighed by the disadvantage of the pressure drop created by the element. … Any benefit the suction filter offers by keeping contamination out of the pump is offset by the possibility of damaging the pump because of cavitation. …

"Another major disadvantage of the suction strainer is that it is located inside the oil reservoir, which makes it inconvenient to service. It is for this reason that many suction strainers in hydraulic systems go unserviced until they starve the pump and cause cavitation damage. ... Due to these disadvantages … filtration at the inlet of the pump is specifically not recommended."

It speaks volumes about the hydraulics industry that this 30-year-old advice from a leading hydraulic pump manufacturer is still widely ignored today. But a suction strainer isn"t the only "engineered in" barrier to the free and complete filling of the pump. Another is mounting the pump above the tank or, more precisely, above minimum oil level. In other words, making the pump "lift" the oil into its intake.

According to most manufacturers, mounting the pump above minimum oil level is an approved mounting position for many pump designs. "Approved" means that the manufacturer says it"s OK to do it. But approved does not mean it maximizes pump service life. That is because making the pump lift its oil does the opposite. This is particularly true for piston and vane pumps, which due to their design do not cope well with vacuum-induced forces.

Pump inlet conditions also affect noise and heat load. When exposed to atmospheric pressure at room temperature, mineral hydraulic oil contains between 6 and 12 percent of dissolved air by volume. If the pressure on the oil is reduced to less than atmospheric pressure - due to restriction in the pump intake or required lift - this air expands and becomes a greater percentage of the volume.

These expanding gas bubbles at the pump inlet collapse as the pumping chamber is exposed to system pressure (gaseous cavitation). The result is heat generation and noise. The larger the air bubble, the greater the noise level and heat generated. If the absolute pressure at the pump intake continues to fall (higher vacuum), the oil can start to change state from a liquid to a gas - known as vaporous cavitation.

For these reasons, the perfect pump inlet condition is 100 percent boost. This means that, ideally, you want the pump inlet to be supercharged under all operating conditions.

While supercharging the pump inlet is not practical in most applications, there is virtually no excuse for not having a flooded inlet. A flooded inlet means there"s a head of oil above the pump. In other words, the pump is mounted in such a way that its intake is below minimum oil level (Figure 1).

In the case of industrial power units, this rules out mounting the pump on top of the tank (Figure 2). And in most cases, it will rule out mounting the pump inside the tank - with the electric motor mounted vertically (Figure 3) — unless the pump is submerged to a depth where its inlet port is below minimum oil level (without the need to install a drop tube on the intake).

Besides making the pump lift its oil, both of these mounting positions (figures 2 and 3) make maintenance extremely difficult - with having the pump inside the tank being the worst. But unfortunately for the owners of this equipment, mounting the pump inside the tank has almost become standard practice for electric power units because it is a cheap and easy method of construction.

If you"ve been reading my column in Machinery Lubrication for a while, you"re probably already familiar with the problems associated with suction strainers. But unlike a suction strainer, which is easily removed, pump mounting position is not easy to change. So, what can be done about it?

Well, if you"re a hydraulic equipment user, specify that the pump must have a flooded inlet for all of your future equipment purchases. And if you design or manufacture hydraulic power units, do your customers (and your machine"s reliability) a favor: ensure all your hydraulic power units feature a flooded inlet.