BARMESA PUMPS
Barmesa manufactures submersible, grinder, cutter, dewatering, slurry, self-priming, end-suction centrifugal, vertical in-line, and multistage pumps for wastewater, industrial circulation, drainage, and fluid-transfer applications.
Great Lakes Pump & Supply provides Barmesa pump products and replacement support for industrial, commercial, municipal, and utility systems. Equipment selection depends on the liquid being handled, required flow and head, solids characteristics, and installation requirements.
Barmesa Pump Products for Wastewater, Dewatering, Solids Handling, and Fluid Transfer
Barmesa has manufactured pump equipment since 1953. Its product range includes submersible wastewater and drainage pumps, grinder and cutter pumps, abrasive slurry pumps, self-priming centrifugal pumps, and industrial circulation equipment.
These product families address different operating challenges. Submersible pumps operate within the liquid, self-priming pumps can be installed above the liquid source when properly configured, and centrifugal circulation pumps serve applications requiring specific flow, pressure, and piping arrangements.
Identifying the fluid, solids characteristics, operating conditions, and installation requirements helps narrow the appropriate Barmesa pump configuration.
Browse Barmesa Pump Types
Explore Barmesa pump models and series by configuration and application. Individual model pages provide more information about equipment construction and operating specifications.
Submersible Pumps
Sump and Utility Pumps
Barmesa sump and utility pumps support water removal from sump pits, utility areas, drainage basins, and similar installations. Models differ in flow and head capabilities, solids passage, motor configuration, and available automatic operation.
Effluent Pumps
SVEN, 2BEH-SS, BPEV512, BPSTEP
Effluent pumps are intended for wastewater transfer applications where liquid characteristics and solids content differ from raw-sewage pumping requirements. Selection depends on the wastewater system, discharge head, solids passage, basin conditions, and motor requirements.
Solids-Handling Pumps
2BSE411 & 2BSE511, 2SEV512, 2BSE-SS / 3BSE-SS, 3BSE-SS / 1 HP, 3BSE-SS / 1.5 & 2 HP, 3BSE-SS / 3 HP, 3BWSE-DS, 4BSE-SS, 4BWSE-DS, 4BSE-DS, 4BSE-HLDS, 6BSE-LDS / 9-30 HP, 6BSE-LDS / 18-60 HP, 6BSE-HLDS, 8BSE-HLDS
Barmesa submersible solids-handling pumps support sewage, wastewater, and industrial liquid transfer where suspended solids must pass through the pumping equipment.
Available models differ in discharge size, impeller configuration, solids-handling capability, motor horsepower, and sealing arrangements. These differences matter when matching equipment to wastewater collection and treatment systems.
Stainless Steel Sewage Pumps
BSV Series
Barmesa BSV stainless steel sewage pumps provide a materials-of-construction option for applications where fluid characteristics or operating conditions influence equipment selection.
The specific pumped liquid, material compatibility, solids passage, and system requirements should be reviewed before choosing a stainless steel configuration.
Grinder Pumps
BGP-DS / 2 HP, BGP-DS / 3, 5 & 7.5 HP, BGPH-DS / 3, 5 & 7.5 HP
Barmesa grinder pumps use cutting mechanisms to reduce sewage solids before transport through pressure sewer piping.
Models differ in motor horsepower, hydraulic performance, and configuration. Pump selection should account for the required discharge pressure, wastewater characteristics, operating cycle, and compatibility with the existing collection system.
Cutter Pumps
CUT303-304, CUT503-504, CUT753-754, CUT1003-1004
Barmesa Roto-Blade CUT-series pumps use cutting components designed to reduce troublesome solids in wastewater applications.
Cutter configurations differ from standard solids-handling pumps because they actively cut materials rather than relying only on the hydraulic passage of solids. The waste stream, fibrous content, discharge requirements, and maintenance conditions should guide selection.
Explosion-Proof Submersible Pumps
4XBSE-ADS Series, 4XBSE-HADS Series, 6XBSE-ADS Series, 6XBSE-HADS Series, 8XBSE-HADS Series
Barmesa XBSE-series submersible pumps incorporate explosion-proof motor configurations for applicable wastewater and industrial pumping environments.
Selection must account for the hazardous-area classification, applicable equipment approvals, electrical requirements, pumped liquid, and installation conditions. Explosion-proof motor construction does not make every configuration suitable for every hazardous location.
Dewatering Pumps
2AHS, 2KTM201, 2KTM203 / 204, 2KTM303 / 304, 3KTM503 / 504, 3KTM753 / 754, 4KTM1003 / 1004, 4KTM1503 / 1504, 4KTM2004
Barmesa KTM-series submersible dewatering pumps support drainage and water removal from construction sites, excavations, industrial work areas, and other locations where equipment operates within the liquid.
Models differ in capacity, discharge size, motor power, and materials used in wear components. Liquid characteristics, suspended sediment, discharge head, and operating conditions determine the appropriate model.
Slurry Pumps
3KMUD553 / 554, 4KMUD803 / 804, 6KMUD1203 / 1204, 6KMUD1503 / 1504, 8KMUD2003 / 2004, 8KMUD3004
Barmesa KMUD submersible slurry pumps are designed for abrasive, solids-containing liquids found in applications such as construction, mining, drilling, and industrial processing.
Their construction incorporates wear-resistant components and agitator arrangements intended to assist with moving settled solids and abrasive materials. Selection depends on solids concentration, particle characteristics, abrasion, required flow and head, and operating conditions.
Light Slurry Pumps
2KAG202 / 203 / 204, 2KAG303 / 304, 3KAG503 / 504, 4KAG503 / 504
Barmesa KAG submersible pumps address light-slurry and sediment-containing water applications where standard drainage equipment may not provide the appropriate wear resistance or solids-handling characteristics.
The degree of abrasion, suspended solids, particle size, and operating requirements should determine whether a light-slurry or more robust slurry configuration is appropriate.
Self-Priming Pumps
Close-Coupled Self-Priming Pumps
BSP3CCE, BSP4CCE & BSP5CCE, BSP10CCE, BSP15CCE, BSP20CCE, BSP25CCE
Barmesa BSP-CCE self-priming centrifugal pumps combine the pump and motor in a close-coupled arrangement for liquid-transfer applications.
Self-priming equipment can be useful where the pump is installed above the liquid source. Selection should consider suction lift, priming conditions, available power, required flow and head, and the characteristics of the liquid being pumped.
Frame-Mounted Self-Priming Pumps
BSP5CU, BSP7CU, BSP10ICU, BSP15ICU, BSP20ICU, BSP25ICU, BSP20MU, BSP27MU, BSP40MU, BSP200MU
Frame-mounted Barmesa self-priming pumps provide configurations for industrial water transfer, utility service, and related fluid-handling applications.
Different models accommodate varying capacities, drive arrangements, and installation conditions. Suction piping, pump priming, flow requirements, and service access should be considered when selecting the equipment.
Engine-Driven Self-Priming Pumps
Engine-driven self-priming pumps provide portable or independently powered pumping options for applications where an electric motor may not be practical.
Equipment selection depends on the required pumping performance, engine configuration, suction conditions, fuel and maintenance requirements, and operating environment.
Self-Priming Solids-Handling Pumps
Frame-Mounted Solids-Handling Pumps
BSPO2LA6C, BSPO3LA8D, SH3-U, SH4-U, SH6-U, SH8-U
Barmesa self-priming solids-handling pumps support wastewater, industrial drainage, and liquid-transfer applications where suspended solids influence pump selection.
Their self-priming configurations allow placement above the liquid source under appropriate suction conditions, while solids-handling hydraulics accommodate suitable wastewater streams. Pump selection must consider solids passage, suction lift, discharge head, and service access.
Engine-Driven Solids-Handling Pumps
4ATS-R/N-GX390, SH4-R/N-4TNV88C, SH6-R/N-4TNV98C
Engine-driven self-priming solids-handling pumps provide pumping options for construction, dewatering, wastewater transfer, and other applications requiring independent power.
These configurations should be evaluated according to solids characteristics, flow and head requirements, priming conditions, engine power, and the intended duty cycle.
End-Suction Centrifugal Pumps
Close-Coupled End-Suction Pumps
IA Series, IB Series, IC1¼ Series, IC1½ Series, IC1½H Series
Barmesa close-coupled end-suction centrifugal pumps support water circulation, industrial fluid transfer, and general-purpose pumping applications.
Model selection depends on capacity, discharge pressure, fluid characteristics, motor requirements, and available installation space.
Frame-Mounted End-Suction Pumps
BES2020HCU, BES2025CU7, BES2025CU9, BES3040CU9, BES4030HCU, BES4050CU9
Barmesa BES frame-mounted centrifugal pumps provide equipment options for industrial circulation, water transfer, and other applications requiring conventional end-suction hydraulic configurations.
Flow rate, total dynamic head, piping arrangement, materials of construction, motor configuration, and maintenance access influence equipment selection.
Stainless Steel End-Suction Pumps
BCS/BCSF Series, CD Series, PS Series, SOX Series
Barmesa stainless steel end-suction pumps provide alternative materials of construction for industrial liquid-transfer applications.
The selected pump must be compatible with the actual fluid, concentration, operating temperature, sealing requirements, and system pressure. Stainless steel construction alone does not establish suitability for every chemical.
Vertical In-Line and Multistage Pumps
Vertical In-Line Pumps
Barmesa BVL vertical in-line centrifugal pumps support building and industrial water circulation where piping arrangement and installation footprint are important considerations.
Applications include chilled-water circulation, cooling towers, service water, and other compatible HVAC and industrial systems.
Vertical Multistage Pumps
Barmesa vertical multistage pumps use multiple impellers to develop higher discharge pressure in a relatively compact arrangement.
Applications include pressure boosting, water treatment, filtration, irrigation, industrial washing, and compatible heating or cooling water systems. Materials of construction, liquid temperature, suction pressure, and required hydraulic performance determine the appropriate model.
Selecting a Barmesa Pump for Your Application
Choosing a Barmesa pump begins with the required flow rate, total dynamic head, liquid characteristics, solids content, operating temperature, and installation arrangement.
For wastewater applications, an important distinction is whether the system requires a pump to pass solids, grind or cut materials, or handle abrasive sediment. Solids-handling, grinder, cutter, dewatering, and slurry pumps are designed around different operating conditions and should not be treated as interchangeable.
Self-priming pumps may be appropriate where equipment is installed above the liquid source, while submersible pumps operate within the pumped liquid. End-suction, vertical in-line, and multistage pumps serve different industrial circulation and pressure requirements.
Electrical classification, motor specifications, construction materials, sealing arrangements, and maintenance access may also affect pump suitability.
When replacing existing equipment, the manufacturer, model number, nameplate information, discharge size, voltage, mounting arrangement, and system operating conditions can help identify compatible replacement options.
Great Lakes Pump & Supply can assist with Barmesa pump selection, replacement equipment, and industrial pump service and repair .
For related applications, explore water and wastewater pump solutions and cooling tower and HVAC systems .