Sundyne LMV-322
LMV/BMP Single Stage, High Speed Pumps (OH6)
Compact, integrally geared API 610 pumps for low flow, high head duties
- Heads to 1920 m
- Flows to 250 m3/hr
- Power to 315 kw
Unlike conventional multi-stage pumps, Sundyne computer tailored hydraulics controling speed, impeller diameter and diffuser throat size place the B.E.P. (best efficiency point) at the rated point resulting in optimum efficiency. An added benefit is reduced end-of-curve horsepower, allowing for smaller driver sizes resulting in energy savings.
For higher flows and powers, there is the Sundyne HMP multistage, high speed range. For further details see below
Originally engineered for use in passenger jet engines during the boost phase of the flight, the simple, modular hydraulics of these pumps are designed to be highly reliable to keep you up and running. Sundyne Pump models are available in single and multi-stage configurations with small, compact footprints and low weight.
Sundyne launched their High-Head, Low-Flow pumps over 50 years ago and still lead the field where multi-stage performance is required without the size, weight and complexity of a multi-stage pump.
The high speed, single stage LMV/BMP range includes:-
The Sundyne LMV-322 is the smallest gear driven centrifugal ISO 13709, API 610, 10th Edition, OH6 pump.
- Flows to 230 gpm (52 m³/hr)
- Heads to 3,000 ft (915 m)
- Powers to 37kw
The LMV-322 is engineered for heavy-duty services within the HPI, CPI, gas, and specialty processing industries.
Sundyne LMV-311
The LMV/BMP-311 is the medium power, integrally geared driven centrifugal pump, designed to ISO-13709 and API-610, 10th edition (OH6) standards for maximum performance and reliability.
- Flows to 400 gpm (91 m³/hr)
- Heads to 6,300 ft (1,921 m)
Available in vertical or base-mounted configurations, this pump is engineered for critical high-head, low-flow, heavy-duty services within the refining, chemical, petrochemical, power generation, gas production and specialty
Sundyne LMV-331N & 341
The Sundyne high power integrally geared centrifugal LMV/BMP-331N&341 ISO 13709, API 610, 10th Edition, OH6 pump.
- Flows to 400 gpm (91 m³/hr)
- Heads to 6,300 ft (1,921 m)
- Powers up to 300 kw
The original LMV/BMP-331 pump has now been superseded by the LMV/BMP-331N which spans the power range between the 311 and 341 models. The new LMV/BMP-331N employs robust, proven, spherical roller bearings instead of journal bearings on the gearbox idler shaft and unlike the original 331 model, it no longer requires the complexity of an auxiliary lube oil priming kit.
The LMV/BMP-341 replaces and extends the range of the original 331 model with a completely new, robust high power design benefiting from 50 years of Sundyne high speed gearbox expertise
This pump is used in the HPI, CPI, gas and speciality processing industries.
Sundyne LMV/BMP-313
The high flow version of the LMV-311.
The Sundyne LMV-313 model is an integrally geared centrifugal ISO 13709, API 610, 10th Edition OH6 pump for higher flow rates and medium power
- Flows to 1,040 gpm (236 m³/hr)
- Heads to 1,790 ft (546 m)
Utilizing Sundyne's high-efficiency, swept vane hydraulic technology, the LMV-313 is ideal for services in the refining, chemical, gas production and specialty processing industries.
Sundyne LMV/BMP - 333 & 343
The high flow version of the LMV-331N & 341
The Sundyne LMV-333/343 is an integrally geared centrifugal ISO 13709, API 610, 10th Edition, OH6 pump for higher flows and higher power
- Flows to 1,000 gpm (227 m³/hr)
- Heads to 3,000 ft (915 m)
Utilising Sundyne's high-efficiency swept vane hydraulic technology, the LMV-343 is designed for services in the HPI, CPI, gas, and specialty processing industries.
Sundyne HMP Multistage High Speed Pumps
Multi-stage, high speed, for higher flow, head and power applications.
These heavy duty integrally geared driven pumps are engineered for critical extremely high-head services as rtpically required for processing fertilizer, PTA and urea.
- Flows to 1,585 gpm (360 m³/hr)
- Heads to 15,000 ft (4,570 m)
For further details please click here
