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RP80SU SuperBooster Pack

2 x 2.4 Bar Single Ended, Universal (Negative Head) Centrifugal Pumps

Including two 2.4 bar pressure single ended, universal (negative head) pumps from our Right Pump range, RP80SU SuperBooster pack can be used to ‘split’ a pumped gravity fed system, with one pump used to boost the cold water pressure and the other to boost the hot water pressure.

The RP80SU SuperBooster uses centrifugal force to boost water pressure and flow making them extremely quiet and powerful. A great option for large homes supplied by a gravity fed system.

It is recommended to use a SuperBooster pack where the hot or cold water will regularly be used individually, such as when supplying cold water to an electric shower, as this prevents extended periods of ‘closed head running’, which happens when only one side of the pump is used.

Shower

Individual outlet

Bathroom

Whole House

Pump Type

Positive head

Negative head

Single hot or cold

Twin Hot & Cold

Where to buy

RP80SU SuperBooster pack on white background

Features

Salamander Pumps SuperBooster pack on black background 700x530

Boost hot & cold water

2 x single universal pumps to boost hot and cold water separately.

SuperBooster features flow efficient image

Flow efficient

A more powerful performance across multiple outlets compared to regenerative pumps.

SuperBooster features - boost multiple outlets

Boost multiple outlets

Right Pumps are the ideal choice for boosting multiple outlets across the whole house.

Quiet Mark logo

Quiet

Utilising centrifugal force makes these pumps quiet.

Salamander Pumps 3 Year Warranty

Warranty

3 years warranty.

Compatability

A drench shower head running water

Single ended, positive Right Pumps will boost the water pressure to a range of outlets including:

Toilet

Wash basin

Dishwasher

Washing machine

Instant electric shower

Thermostatic mixer shower

Drench shower head

Multi-function shower head

Body jets

Technical Details

    RP80SU SB (Per Pump)
Product Codes
Product codes for the UK models RP80SUSB
Product codes for the ROI models N/A
General
Warranty 3 years
WRAS approval 1810090
Noise Rating
dBA 52
Features
Pump Type Centrifugal
Mechanical seal Nitrile/ PTFE/ Ceramic
Anti-vibration feet Yes
Inlet Isolator(s) Yes
Flexible hoses 2
Performance
Pressure @ 16lpm (8lpm for singles) 2.1 Bar
Bar Pressure @ 8lpm (4lpm for singles) 2.3 Bar
Pressure @ Closed Head 2.4 Bar
Maximum Water Temperature 60°C
Connections
Pressure Vessel Air Pre- Charge 28 psi
Pump connections ¾” BSP
Connections (UK) 2 x 22mm Anti-Vibration Couplers (1 x Straight 290mm long, 1 x Angled 320mm long)
Motor
Connections (ROI)* N/A
Type A.C Induction Motor
Electrical
Duty rating Continuously Rated
Power Supply 230v
Current (full load) 1.75 Amps
Power consumption 400 Watts
Fuse Rating 3 Amps
Power cable (pre-wired) 1.5 Meters
Physical
Enclosure Protection (IP Rating) IPX3
Length 273mm
Width 148mm
Height (Excluding Hoses) 317mm
Weight (Excluding Hoses) 6.69kg
WRAS approved and Quiet Mark

FAQs

View all
What is the best shower pump for my home?

There are multiple factors that will impact which is the best shower pump for your home.

Use our product selector tool to find the right product.

What is a gravity-fed water system?

A gravity fed water system is identified by a cold-water storage tank, usually stored in a loft, and a hot water cylinder. These systems rely on gravity to force water around the system, with the height of the cold-water storage tank determining the pressure throughout the system.

Cold water is delivered to the cold-water storage tank from the water mains. Cold water from the cold-water storage tank is then supplied to the outlets around the system, such as taps, toilets, showers and baths.

The cold-water storage tank also feeds the hot water cylinder, where a heating coil from the boiler or immersion heater will cause the cold water to become hot. Once an outlet requiring hot water is opened, gravity will force cold water from the cold-water storage tank into the hot water cylinder, this will then force hot water out from the top of the cylinder, delivering hot water to the open outlet.

It is common for gravity fed water systems to suffer with low pressure, installing one of our gravity fed shower pumps can help to improve the pressure, click here to see our range gravity-fed shower pumps.

Gravity-fed water systems are either positive or negative head. Before choosing a gravity-fed shower pump it is important to know whether your system is positive head of negative head, click here for further information.

If you’re unsure which product you need read our guide to selecting the right product, or use our product selector tool.

What is the difference between positive and negative head?

A gravity-fed system is either positive or negative head. In a positive head system a water flow rate of at least 2L/min exists from gravity alone. In negative head systems the water flow rate is less than 2L/min.

When choosing which pump you need it is important to know if the system is positive or negative head as incorrect selection can mean the pump won’t work.

A positive head pump will only work in a positive head system and a negative head (universal) pump will work in both a positive and negative head system, so if you are not sure choose a negative head pump.

Click here to learn how to determine if your system is suitable for a positive head pump.

What is a single pump?

Single impeller pumps supply either hot or cold water, to single or multiple outlets. This can often be when the cold water is mains fed and the hot needs to be boosted to match this pressure.

What is a centrifugal shower pump and how does it work?

Centrifugal pumps, such as our Right Pump range, use centrifugal force to increase water pressure within a system. Water enters through the inlet on the end of the shower pump, filling the impeller chamber and the impeller. As the impeller spins, water is thrown outwards using centrifugal force, this builds higher pressure within the chamber which forces water out the top of the pump.

This method of increasing pressure results in a higher flow efficiency than with a regenerative shower pump, so installations with multiple bathrooms can benefit from installing a centrifugal pump.

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