ANDRITZ
Horizontal centrifugal pumps din gama ES se caracterizează prin consumul redus de energie și întreținerea ușoară datorită designului modular. Sunt disponibile cu rotor închis, radial și vortex. În unele cazuri, sunt posibile și rotor cu două canale. Aceste pompe au fost proiectate pentru a transporta lichide curate, ușor contaminate și agresive cu o vâscozitate de până la 150 mm2/s, fără conținut de abraziv și solide.
Main features:
- Horizontal installation: The pump is installed in a horizontal position, which makes them more stable and easier to maintain.
- Operating principle: The liquid is sucked into the center of the rotor (impeller), and it pushes it outward, generating pressure that forces the liquid to circulate through the pipes.
- Simple and efficient design: Horizontal centrifugal pumps are simple but efficient, capable of transporting large quantities of liquids at medium pressures.
Parametrii de functionare:
Înălțime de pompare: până la 50 m
Debit: până la 500 m³/h
Temperatură: până la -20° C … +140° C
Eficiență: marită
Advantages:
- Reliability: These pumps are known for their reliability and durability in long-term applications.
- Easy to maintain: Thanks to the simple design, maintenance and replacement of spare parts are easy to perform.
- Versatility: They can be used for a wide range of liquids, including wastewater, clean water, chemical solutions and others.
Applications:
- Water supply and sewage systems: Used for transporting drinking water, wastewater or rainwater.
- Chemical and petrochemical industry: Transport of liquids and chemical solutions.
- Irrigation systems: Used to pump water from natural sources to agricultural lands.
- HVAC systems: In cooling or heating systems for water circulation.
- Process industry
- Chemical industry
- Industria alimentară și producție a zahărului
Horizontal centrifugal pumps are efficient, durable and easy to integrate into various types of installations, being ideal for applications that require the continuous transport of liquids at moderate pressures.
