// Catalogue

Pump Skid Systems: Skid Mounted Pumps for Transfer, Supply and Circulation

Pump skid systems mount pumps, pipework and valves on one base frame, ready to connect. TSA Hydraulics Engineering supplies them within the Skid Systems family of our Systems range, alongside Process Pump Skids, Fire Pump Skids, Duty / Standby Skids, Custom Skids, Packaged Systems & Skids and Skid Mounted Systems.

The pump is rarely the problem on a skid. The suction pipe usually is. Too many bends, an upside down reducer or a small strainer, and the pump starves and cavitates. We design that side first. Send your fluid, flow, head and site layout, and we’ll quote a skid built from genuine or equivalent parts, shipped fast from Sydney.

// Buying guide

What Pump Skid Systems Do

General-purpose pump skids handle the everyday duties that keep a plant running:

Transfer between tanks, trucks and process lines.
Water supply and pressure boosting.
Cooling water and heating circulation.
Washdown and cleaning water.
Fuel, oil and lubricant transfer.

Choosing the Pump

Centrifugal pumps: for clean, thin liquids at steady flow.
Multistage pumps: for higher pressure in a compact footprint.
Positive displacement pumps: gear, screw and progressive cavity types for thick fluids or accurate flow.

The fluid, its viscosity and the flow range decide which type fits, before the brand or price.

Getting the Suction Side Right

Keep the suction line short, straight and at least as large as the pump inlet.
Use an eccentric reducer with the flat side on top, so air can’t collect.
Size the strainer for a low pressure drop, and make it easy to clean.
Check the NPSH margin at the hottest fluid temperature.
Avoid high points where air can gather.

The Discharge Side

A check valve to stop backflow when the pump stops.
An isolation valve for maintenance.
A pressure gauge or transmitter to show how the pump is running.
A relief valve on positive displacement pumps, which can build pressure until something breaks.

Frame and Installation

Lifting lugs and a frame stiff enough to stop the pipework flexing.
Drip trays or bunding where leaks would be a problem.
Anti-vibration pads or proper grouting, depending on the duty.
Alignment checked again after the skid is placed and the pipework connected.

Options

Variable speed drives to match flow to demand.
A second pump for duty and standby.
Instruments, control panels and remote monitoring.
Weather covers or acoustic enclosures for outdoor sites.

For chemical and food duties, see process pump skids. For fire protection, see fire pump skids, and for critical supply, duty and standby skids.

Looking After a Pump Skid

Clean strainers before the pressure drop climbs.
Check the alignment and mounting bolts at each service.
Listen for cavitation noise, a sign of suction trouble.
Swap the duty and standby pumps regularly so both stay healthy.

Pump Skid Systems Specifications to Check

Fluid, temperature and viscosity
Flow, head and NPSH available
Pump type, number of pumps and driver
Pipe sizes, materials and connections
Frame size, weight and lifting points
Controls, instruments and site standards

Why Buy From TSA Hydraulics Engineering

As a pump skid systems supplier, we design the suction and discharge pipework as carefully as we choose the pump, then build with trusted fabrication partners. You get clear prices in AUD, OEM or equivalent components, and help sourcing pump skid systems replacement parts such as pumps, seals, strainers and valves for the life of the skid. We tell you upfront which parts are genuine and which are equivalents.

// FAQs