Product Description
DESCRIPTION
The Constant Speed Booster System is an integrated water boosting package designed to deliver consistent pressure and flow for residential, commercial, and light industrial applications.
Each system includes a high-performance vertical multistage centrifugal pump, non-VSD control panel (DOL or star-delta starter), galvanized or stainless-steel baseplate, and hydraulic manifold piping.
Operated by pressure switch or electrode sensors, this system ensures straightforward, reliable water boosting with low maintenance requirements.
CALGON CONSTANT SPEED BOOSTER SYSTEM Consist of
- Two or more number of Calgonpumps (Vertical Multistage or Horizontal Multistage Pump)
- One nos. of panel c/w DOL or star-delta starter.
- Mounted onto a common baseplate with matching size suction and discharge manifold c/w check and gate valves.
Applications of Constant Speed Booster System
- Residential water supply in apartment blocks
- Pressure boosting for commercial buildings
- Small-scale irrigation systems
- Secondary water transfer from storage tanks
- Water distribution in light industrial processes
Technical Data of Constant Speed Booster System
- Pump Max Flow Rate: Up to 120 m³/h
- Pump Max Head: Up to 250 m
- Inlet/Outlet Size: DN 25–DN 100
- Operating Pressure: Up to 16 bar
- Power Supply: 3Ø, 380–415V, 50/60Hz
Structural Materials of Constant Speed Booster System
- Pump Casing: Stainless Steel (AISI 304 or 316)
- Impeller: Stainless Steel
- Shaft: Stainless Steel
- Seal Type: Mechanical Seal (Carbon/Ceramic/Viton)
- Baseplate: Mild Steel (Powder-Coated) or Stainless Steel
- Manifold Piping: Galvanized Steel or Stainless Steel
- Control Panel Enclosure: Mild Steel, IP54/IP55 rated
Functions of Constant Speed Booster System
- Automatically start/stop pump based on system pressure
- Deliver consistent water pressure during operation
- Protect against dry-running or overload (via panel)
- Manually override or switch to auto mode via panel
- Monitor water level via float/electrode sensor (if included)
Project Reference