3620
Manufacturer: ITT Goulds
Goulds 3620 i FRAME API 610 (BB2) Single Stage, Between Bearing, Radially Split Pumps. Goulds Model 3620 i FRAME between bearings radially spilt process pumps are designed for smooth, reliable operation and fully meet the specifications requirements of ISO 13709/API 610 (BB2) to assure extended service life.
• Capacities to 20,000 GPM (4540 m3/h)
• Heads to 1500 feet (455m)
• Temperatures to 850° F (455° C)
• Pressures to 1000 PSIG (70 Bar)
• Robust Bearing Housings Cast and machined out of ASTM A216 Grade
WCB carbon steel
• Condition Monitoring Standard with i ALERT®2 monitoring devices
• Distinctive Cooling FinsCFD/FEA optimized pattern to aid in heat dissipation
• Industry first Renewable Cartridge Filter Assembly Safeguard the bearing oil from particle contamination and help prolong bearing life
• Centerline Mounted For high temperature services
• Large Shaft Diameter For low shaft deflection and stable rotordynamic performance
• Radially Split Design Dependable casing sealing for high temperature process applications
• Rugged Mounting Flanges Designed to meet API 610 nozzle load requirements
• Between Bearings Design Improved rotor stability at high flows and speeds
• Double Suction Impeller Reduced NPSH R at high flows and speeds
• Heads to 1500 feet (455m)
• Temperatures to 850° F (455° C)
• Pressures to 1000 PSIG (70 Bar)
• Robust Bearing Housings Cast and machined out of ASTM A216 Grade
WCB carbon steel
• Condition Monitoring Standard with i ALERT®2 monitoring devices
• Distinctive Cooling FinsCFD/FEA optimized pattern to aid in heat dissipation
• Industry first Renewable Cartridge Filter Assembly Safeguard the bearing oil from particle contamination and help prolong bearing life
• Centerline Mounted For high temperature services
• Large Shaft Diameter For low shaft deflection and stable rotordynamic performance
• Radially Split Design Dependable casing sealing for high temperature process applications
• Rugged Mounting Flanges Designed to meet API 610 nozzle load requirements
• Between Bearings Design Improved rotor stability at high flows and speeds
• Double Suction Impeller Reduced NPSH R at high flows and speeds