< Back to Pipework & HVAC Install Tools

Water Pumps

Electric water pump options for shifting water fast, without buckets and backache, from flooded basements, trenches, tanks and IBCs on site.

When you've got standing water holding up the job, a proper waterpump gets it moved quickly and safely. This range covers 240v water pump units for steady all-day pumping, plus battery water pump models for quick call-outs where there's no power. Pick the right water suction pump for the lift and hose run, and you'll clear the area and crack on.

What Are Electric Water Pumps Used For?

  • Pumping out flooded basements, cellars, and lift shafts so follow-on trades can get back in without waiting for it to soak away.
  • Clearing trenches and footing digs after rain so you can set levels, pour concrete, or lay drainage without working in a soup.
  • Emptying IBCs, water butts, and site tanks for maintenance work, cleaning, or moving stored water where it's needed.
  • Moving dirty water and silt from sumps and low spots during refurbs and groundworks, where a mop and bucket just wastes time.
  • Handling quick, awkward pump-outs on snagging and maintenance jobs with a battery water pump when you cannot get a lead in safely.

Choosing the Right Electric Water Pump

Sorting the right pump is simple: match it to the water type, the lift, and the hose run, or you will be stood there watching it struggle.

1. Clean water vs dirty water

If you are emptying a tank or IBC, a clean-water pump is fine. If you are pulling from a trench, sump, or anywhere with grit and silt, choose a dirty-water pump that will pass solids, otherwise you will be stripping it down to clear blockages.

2. Submersible vs surface water suction pump

If the pump can sit in the water, a submersible is the least hassle and usually primes itself. If the pump has to stay out of the water, you need a surface water suction pump and you must keep the suction hose airtight, because any tiny air leak kills performance.

3. Power supply: 240v water pump or battery water pump

If you are pumping for hours, go 240v water pump for consistent run time. If it is a quick pump-out where power is awkward or unsafe, a battery water pump gets you moving fast, but plan for spare batteries if you are shifting a lot of volume.

4. Head height and hose length (what catches most people out)

Do not just look at flow rate. The higher you lift and the longer the hose run, the more the flow drops, so measure the vertical lift and be realistic about distance, bends, and hose diameter before you pick a pump.

Who Are These Electric Water Pumps For on Site?

  • Groundworkers and landscapers pumping trenches and excavations dry to keep levels right and avoid contaminating pours.
  • Builders and refurb teams dealing with flooded basements, sumps, and overspills so the job does not stall for days.
  • Plumbers and drainage crews shifting stored water and clearing low points, especially when a water suction pump is the quickest fix.
  • Facilities and maintenance teams who keep a 240v water pump for planned work and a battery water pump for fast call-outs.

The Basics: Understanding Water Pump Head and Flow

Pump specs look simple until you are on site and it is not shifting water. These are the two numbers that decide whether it will actually do the job.

1. Max head (how high it can push)

Max head is the maximum vertical height the pump can lift water to. The closer you get to that number, the slower it will pump, so for reliable site performance you want plenty of head in hand rather than running it at the limit.

2. Flow rate (how fast it shifts water)

Flow rate is measured at low or zero head, so it always looks best on paper. Add lift, long hose runs, and tight bends and the real flow drops, which is why the right hose size and a sensible run makes a bigger difference than people think.

3. Suction lift (for surface pumps)

A surface water suction pump has to pull water up to the pump first, and that suction side is where problems show up. Keep the suction hose short, use proper fittings, and make sure it is primed and airtight or it will cavitate and lose prime.

Your Electric Water Pump Range, Ready to Go

Whether you need a compact battery water pump for quick pump-outs or a 240v water pump for longer runs, we stock a proper spread of water pumps for sale to suit real site work. It's all held in our own warehouse and ready for next day delivery, so you can get the water shifted and get the job moving again.

Electric Water Pump FAQs

What is a water pump used for?

On site it is used to move water from where you do not want it to where you can discharge it safely, like pumping out a trench, basement, sump, tank, or IBC. It saves hours of bucketing and helps you get back to setting out, pouring, fixing, or finishing without standing water in the way.

What is the major disadvantage of a submersible pump?

The big downside is access and maintenance, because it sits in the water and any grit, silt, or debris is right where the intake is. They are also not ideal if you need to keep the pump dry for long periods, and you still need to think about safe electrics and a proper discharge route.

How far can a 1.5 hp pump push water?

There is no honest single distance, because it depends on the pump's rated head, the hose diameter, the vertical lift, and how many bends you have. As a rule, the more height and hose you add, the more the flow drops, so check the pump curve or head rating and size the hose properly instead of guessing off horsepower.

Should I choose an electric water pump or a battery water pump?

If you are pumping for hours or want steady output, an electric water pump on 240v is the safer bet for run time. A battery water pump is ideal for quick call-outs, awkward access, or where running leads is a pain, but you need to plan batteries and accept it may not match mains pumping for long, heavy shifts.

Why is my water suction pump not pulling water properly?

Nine times out of ten it is an air leak on the suction side or it has not been primed properly. Keep the suction hose short, make sure all fittings are tight, use the right hose type, and check the strainer is not clogged, because a small blockage or air draw will kill suction fast.

Read more

Water Pumps

Electric water pump options for shifting water fast, without buckets and backache, from flooded basements, trenches, tanks and IBCs on site.

When you've got standing water holding up the job, a proper waterpump gets it moved quickly and safely. This range covers 240v water pump units for steady all-day pumping, plus battery water pump models for quick call-outs where there's no power. Pick the right water suction pump for the lift and hose run, and you'll clear the area and crack on.

What Are Electric Water Pumps Used For?

  • Pumping out flooded basements, cellars, and lift shafts so follow-on trades can get back in without waiting for it to soak away.
  • Clearing trenches and footing digs after rain so you can set levels, pour concrete, or lay drainage without working in a soup.
  • Emptying IBCs, water butts, and site tanks for maintenance work, cleaning, or moving stored water where it's needed.
  • Moving dirty water and silt from sumps and low spots during refurbs and groundworks, where a mop and bucket just wastes time.
  • Handling quick, awkward pump-outs on snagging and maintenance jobs with a battery water pump when you cannot get a lead in safely.

Choosing the Right Electric Water Pump

Sorting the right pump is simple: match it to the water type, the lift, and the hose run, or you will be stood there watching it struggle.

1. Clean water vs dirty water

If you are emptying a tank or IBC, a clean-water pump is fine. If you are pulling from a trench, sump, or anywhere with grit and silt, choose a dirty-water pump that will pass solids, otherwise you will be stripping it down to clear blockages.

2. Submersible vs surface water suction pump

If the pump can sit in the water, a submersible is the least hassle and usually primes itself. If the pump has to stay out of the water, you need a surface water suction pump and you must keep the suction hose airtight, because any tiny air leak kills performance.

3. Power supply: 240v water pump or battery water pump

If you are pumping for hours, go 240v water pump for consistent run time. If it is a quick pump-out where power is awkward or unsafe, a battery water pump gets you moving fast, but plan for spare batteries if you are shifting a lot of volume.

4. Head height and hose length (what catches most people out)

Do not just look at flow rate. The higher you lift and the longer the hose run, the more the flow drops, so measure the vertical lift and be realistic about distance, bends, and hose diameter before you pick a pump.

Who Are These Electric Water Pumps For on Site?

  • Groundworkers and landscapers pumping trenches and excavations dry to keep levels right and avoid contaminating pours.
  • Builders and refurb teams dealing with flooded basements, sumps, and overspills so the job does not stall for days.
  • Plumbers and drainage crews shifting stored water and clearing low points, especially when a water suction pump is the quickest fix.
  • Facilities and maintenance teams who keep a 240v water pump for planned work and a battery water pump for fast call-outs.

The Basics: Understanding Water Pump Head and Flow

Pump specs look simple until you are on site and it is not shifting water. These are the two numbers that decide whether it will actually do the job.

1. Max head (how high it can push)

Max head is the maximum vertical height the pump can lift water to. The closer you get to that number, the slower it will pump, so for reliable site performance you want plenty of head in hand rather than running it at the limit.

2. Flow rate (how fast it shifts water)

Flow rate is measured at low or zero head, so it always looks best on paper. Add lift, long hose runs, and tight bends and the real flow drops, which is why the right hose size and a sensible run makes a bigger difference than people think.

3. Suction lift (for surface pumps)

A surface water suction pump has to pull water up to the pump first, and that suction side is where problems show up. Keep the suction hose short, use proper fittings, and make sure it is primed and airtight or it will cavitate and lose prime.

Your Electric Water Pump Range, Ready to Go

Whether you need a compact battery water pump for quick pump-outs or a 240v water pump for longer runs, we stock a proper spread of water pumps for sale to suit real site work. It's all held in our own warehouse and ready for next day delivery, so you can get the water shifted and get the job moving again.

Electric Water Pump FAQs

What is a water pump used for?

On site it is used to move water from where you do not want it to where you can discharge it safely, like pumping out a trench, basement, sump, tank, or IBC. It saves hours of bucketing and helps you get back to setting out, pouring, fixing, or finishing without standing water in the way.

What is the major disadvantage of a submersible pump?

The big downside is access and maintenance, because it sits in the water and any grit, silt, or debris is right where the intake is. They are also not ideal if you need to keep the pump dry for long periods, and you still need to think about safe electrics and a proper discharge route.

How far can a 1.5 hp pump push water?

There is no honest single distance, because it depends on the pump's rated head, the hose diameter, the vertical lift, and how many bends you have. As a rule, the more height and hose you add, the more the flow drops, so check the pump curve or head rating and size the hose properly instead of guessing off horsepower.

Should I choose an electric water pump or a battery water pump?

If you are pumping for hours or want steady output, an electric water pump on 240v is the safer bet for run time. A battery water pump is ideal for quick call-outs, awkward access, or where running leads is a pain, but you need to plan batteries and accept it may not match mains pumping for long, heavy shifts.

Why is my water suction pump not pulling water properly?

Nine times out of ten it is an air leak on the suction side or it has not been primed properly. Keep the suction hose short, make sure all fittings are tight, use the right hose type, and check the strainer is not clogged, because a small blockage or air draw will kill suction fast.

View Basket

View Basket
ITS Click and Collect Icon
What3Words:
Store Opening Hours
Opening times