Applications
- Power Generation Boiler Feed
- Oil and Gas Refinery
- Petrochemical Industries
- Other Chemical
- General Industries
- Condensate and General Industrial
Specifications
Category | Pumps |
---|---|
Design | Chemical norm pump - ISO 2858 / DIN 24256 |
Capacity ISO | Up to 2600 m3/h |
Capacity US | Up to 11400 Gpm |
Head ISO | Up to 250 m |
Head US | Up to 820 feet |
Temperature Range ISO | -80 - +450 Dec C |
Temperature Range US | -170 - +840 Dec F |
Pressure Range ISO | Up to 25 bar |
Pressure Range US | 360 psi |
Material Range | Carbon Steel, SS, Duplex, Super Duplex, Hast alloy |
Nozzle Direction (suc - dis) | End / Top Center-Line discharge ( self-venting ) |
Motor Sync. Speed ISO | 1500 / 3000 rpm |
Motor Sync. Speed US | 1800 / 3600 rpm |
Flange Standard | ANSI / HG / DIN / JIS |
Types of horizontal pumps
The horizontal industrial pumps proposed by OME are of four different types:
- OHF pumps (OH1): these are horizontal pumps suitable for industrial chemical processes and the transfer of abrasive and acidic products. Sectors of application include the chemical and petrochemical industries and refineries.
- OHC pumps (OH2): these are pumps that thanks to their unique design guarantee high performance capable of meeting production expectations with superior quality and low cost. Particularly suitable for plants in the chemical and food industry sectors
- OHV pumps (OH3): these are compact horizontal pumps that eliminate the need for large areas for installation and operation. Suitable for the transfer of liquids from condensation, the circulation of hot water and fuel. Application sectors include petrochemical industries and refineries.
- OHG pumps (OH6): The OHG series of pumps are designed in accordance with current regulations that establish universal parameters to be followed for the construction of construction details, and are therefore a valid alternative to the more standard OH6 with the advantage of greater efficiency.
Areas of application of horizontal pumps
The horizontal industrial pumps proposed by OME have different fields of application and are suitable for:
- Heating, air conditioning, cooling and circulation systems.
- Powering pressurised reactors
- Pumping solvents in explosive environments
- Transfer abrasive products and acids
- Transfer flammable chemicals and liquids
- Transfer solvents and resins