Satte SHLP 8-50

Description

Typical Applications

• Air-Conditioning System: Ensures efficient water circulation in large-scale air conditioning systems for consistent temperature control.
•  Cooling System: Provides reliable water flow for cooling processes in industrial machinery and equipment, preventing overheating.
•  Industrial Cleaning: Supplies high-pressure water for thorough cleaning in industrial environments, enhancing cleanliness and safety.
•  Water Treatment (Water Purification): Facilitates the movement of water in purification systems, ensuring safe and clean water supply.
•  Aquaculture: Delivers oxygenated water for fish farming, supporting healthy aquatic life and sustainable farming practices.
•  Fertilizing/Metering System: Accurately meters and delivers water mixed with fertilizers for efficient agricultural irrigation.
•  Environmental Applications: Supports environmental protection systems by circulating water in pollution control and remediation projects.
•  Pressure Boosting in Industrial Applications: Enhances water pressure in various industrial processes, ensuring consistent and reliable operation.
•  Firefighting Systems: Provides a reliable water supply for firefighting systems, ensuring rapid response to fire emergencies.
•  Domestic Water Supply: Ensures consistent water pressure and supply for residential buildings, improving water distribution efficiency.
•  Boiler Feedwater Systems: Pumps water into boilers at high pressure, ensuring efficient steam generation for power and heating.
•  Irrigation Systems: Delivers water with sufficient pressure for extensive agricultural irrigation, promoting crop growth and yield.

Operating Conditions

• Pumped liquids: Thin, clean, non-aggressive and non-explosive liquids without solid particles or fibres.
• Liquid Temperature Range: 0°C to +90°C.
• Max. Ambient Temperature: +50°C
• Max. Suction Lift: According to the NPSH curve plus a safety margin of 1.0m
• Max. Inlet Pressure: 6 bars
• Max. Operating Pressure: 10Bar up to 40°C, 6 Bar up to 90°C

Technical Data