Sundyne Pumps
Sundyne High-Head Heavy Duty API
Since its inception, the Sundyne Heavy Duty API Pump has been the definitive word in High-Head, Low-Flow applications. This leadership role has continued over the years as the product line has expanded to meet the ever changing needs of you, our customer. Today's Sundyne Pump lineup is designed to keep your process up and running...day in, and day out.
- Flows to 1,100gpm (250m3/hr)
- Heads to 6,300ft (1,921m)
- Power up to 400 hp (315 kW)
- Speed (rpm) optimized for each application
- Temperatures from -200°F to 650°F (-130°C to 340°C)
- Maximum case working pressure: 2,160 psig (155 kg/cm2)
- Maximum suction pressure: 1,000 psig (71 kg/cm2)
Sundyne Low-Flow, Heavy Duty API Pump
The Sundyne Low-Flow, Heavy Duty API Pump is a workhorse in today's demanding API applications. Our inducer technology is unmatched in the industry and we have expanded hydraulic coverage to meet the ever changing needs of you, our customer. Available in three models, the Sundyne Direct Drive Pump lineup is designed to keep your process up and running around the clock and around the globe.
- Flows to 380gpm (86m3/hr)
- Heads to 760ft (232m)
- Power up to 75hp (55 kW)
- Temperatures from -200°F to 650°F (-130°C to 340°C)
- Maximum case working pressure: 2,160 psig (155 kg/cm2)
- Maximum suction pressure: 1,000 psig (71 kg/cm2)
HMP-Series Sundyne® Pumps
The robust HMP-Series Sundyne® Pumps are end-suction, horizontal, high-speed, multi-stage centrifugal pumps designed for low flow, high pressure applications. The stages of the HMP pump operate in either series or parallel to achieve a broad range of flows and pressures. The HMP series has a proven track record of reliability worldwide in some of the most challenging pumping applications.
- Flows to 1,000gpm (227m3/hr)
- Heads to 14,500ft (4,500m)
- Power up to 2,500hp (1,865 kW)
- Temperatures from -200°F to 500°F (-130°C to 260°C)
- Maximum case working pressure: 4,500 psig (316 kg/cm2)
- Maximum suction pressure: 2,200 psig (155 kg/cm2)
For more information, please visit the Sundyne Website.
