MAINSBOOST

MAINSBOOST MB 2000SV

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Mains Water Boosting System

The MAINSBOOST MB 2000SV-1 is designed for 'direct on mains' systems (unvented hot water cylinders and combination boilers) where the incoming mains pressure is greater than 2.5 bar but the flow is insufficient to meet demand.
MAINSBOOST vessel systems do not require an electrical supply and operate silently.

System cold water storage capacity can be expanded simply by adding one or more MAINSBOOST Add-on units as required. 
If the incoming mains water pressure is less than 2.5 bar, a MAINSBOOST Charger pump can be used in conjunction with the MAINSBOOST vessel system to boost pressure.

The MAINSBOOST MB 2000SV-1 features a nominal vessel size of 2000 litres and a pressurised cold water water storage capacity of approximately 1100 litres.
Each unit is supplied with a 35mm Upstream Kit (USK) as standard.

Constructed from an epoxy coated steel body and a highly durable virgin butyl diaphragm, all MAINSBOOST vessels are supplied with a 5 year warranty.

Extremely Quiet 5 Year Warranty UKCA-CE
Mainsboost  MB 2000SV-1-35
Key Features
  • 5 year warranty
  • Up to 80 litres/minute per vessel
  • 1 x 2000 litre pressure vessel
Technical Specification
Product Code 44855
General
Warranty 5 years
Conformity Certification UKCA, CE
System patent no. 2349908
Pressure vessel nominal size 2000 litres
Pressure vessel quantity 1
Features
Pressure vessel usable capacity** 1100 litres
Mounting Floor
Upstream line-in kit 35 mm
Performance
Maximum working pressure* 1000 kPa (10 bar)
Min / Max operating temperature Min 4 °C / Max 35 °C
Max rated temperature 90 °C
Typical noise Silent
Materials
Pressure vessel Epoxy coated mild steel
Membrane Butyl rubber
Connections
Connection - inlet 35 mm
Connection - outlet 35 mm
Physical
Width 1110 mm
Depth 1110 mm
Height 2505 mm
Weight - including fittings 374.3 Kg
Weight - filled 1474.3 Kg
Weight - maximum 2374.3 Kg
GTIN 13 DIGIT 5050400448556
* The maximum pressure that can be applied to the cylinder under any installation conditions.
** At typical working pressure.
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