Lowara Scuba with floatswitch
Lowara Scuba 8SC3/09/5 C G L 20 UK with float 107700780XXXUBA
- Established 1975
- Trusted by thousands of customers
The Lowara Scuba 8SC3/09/5 C G L 20 UK with float (107700780XXXUBA) is a 5″ stainless steel submersible multistage pump: 3 stages, a 0.9 kW 230V single phase motor, up to 32 m of head and up to 180 l/min (10.8 m³/h). This version has a float switch for automatic operation.
Scuba pumps supply water from tanks, reservoirs, 6″ wells and watercourses, boost pressure with the pump sitting in the tank, and feed rainwater harvesting, irrigation and washing systems. The motor is cooled by the pumped water and runs almost silently.
More about this product
The Lowara Scuba 8SC3/09/5 C G L 20 UK with float (107700780XXXUBA) is a 5″ stainless steel submersible multistage pump: 3 stages, a 0.9 kW 230V single phase motor, up to 32 m of head and up to 180 l/min (10.8 m³/h). This version has a float switch for automatic operation.
Scuba pumps supply water from tanks, reservoirs, 6″ wells and watercourses, boost pressure with the pump sitting in the tank, and feed rainwater harvesting, irrigation and washing systems. The motor is cooled by the pumped water and runs almost silently.
Key specifications
| Model | Lowara Scuba 8SC3/09/5 C G L 20 UK with float |
| Lowara part no. | 107700780XXXUBA |
| Type | 5″ submersible multistage pump |
| Hydraulic | 8SC — 3 stages |
| Motor power | 0.9 kW |
| Supply | 230V single phase, 50 Hz, built-in capacitor |
| Max. head (zero flow) | 32 m |
| Max. flow | 180 l/min (10.8 m³/h) at 14.2 m head |
| Max. absorbed power | 1.26 kW |
| Max. current | 5.66 A (220–240V) |
| Capacitor | 25 µF (built in) |
| Float switch | Yes — automatic |
| Outlet | Rp 1¼″ |
| Cable | 20 m H07RN8-F, UK plug |
| Max. operating pressure | 10 bar |
| Liquid temperature | 0–40°C |
| Max. sand content | 25 g/m³ |
| Max. solids size | 2 mm |
| Installation | Vertical or horizontal, max. immersion 17 m |
| Motor protection | Built-in automatic-reset overload |
| Construction | Stainless steel sleeve, motor casing, diffusers and suction screen; micro-cast stainless steel head; technopolymer impellers |
| Dimensions | Ø128 mm, length 530 mm (submersible version) |
| Weight | 15.5 kg (submersible version) |
Features
Built for
FAQs
PRODUCT FEATURES
- 5" close coupled submersible pump
- Double mechanical face seals for long lifetime
- Single phase pump doesn't require control panel
- Delivery: up to 7,5 m3/h
- Head: up to 80 m
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manual PDFDownload
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data sheet PDFDownload
Standard delivery:
Standard delivery is free on most orders. Some items may incur a delivery charge depending on weight, size or value. Any applicable charge will be displayed at checkout.
Deliveries will typically be made between 7am and 6pm, Monday to Friday (excluding public holidays).
Next day delivery:
Next working day delivery is available for a £16.50 + VAT delivery charge.
Orders must be placed before 12 noon to qualify for next working day delivery. Orders placed after 12 noon on Thursday but before noon on Friday will be delivered the following Monday. Orders placed after 12 noon on Friday will be delivered on Tuesday.
Pallet/Large/Difficult items:
Some large, heavy or difficult to transport items may incur an additional delivery charge. Please contact us for a delivery quote before ordering.
Frequently Asked Questions
Quick answers to common questions about the Lowara Scuba 8SC3/09/5 C G L 20 UK with float 107700780XXXUBA. For technical specifications, see the product details above; for sizing or installation advice, contact our team. If you have any other questions, we're happy to help.
What is a well water pump used for?
A well pump transfers water from a well or similar source for uses such as irrigation and private water supply.
What affects the choice of well pump?
Well depth, water level, required flow, delivery head, water quality and available power all affect pump selection.
Can well water be used as drinking water?
Potentially, but a private supply should be tested and appropriately treated before drinking; suitability depends on water quality and local requirements.

