Myers MS4SD/MSB4SD Submersible Sewage Pump Description
The Myers MS4SD/MSB4SD model pumps are suited for wet-well installation in a wide variety of municipal, industrial and building trades applications. Their solids handling ability make 5-HP sewage pumps a wise choice for Municipal Sewage Lift Stations, Industrial Sewage Transfer and Dewatering Storm Water. Sewage pumps are necessary to move sewage from a building to the sewer system and in many cases, from the sewer system to a treatment plant. In the case of larger commercial installations, collection systems are designed to accumulate and transfer wastewater efficiently. Examples of this are motels, apartment buildings or industrial plants that tie in with sewer mains or on-site treatment facilities.
Myers MS4SD/MSB4SD Submersible Sewage Pump Typical Application
- Municipal Sewage Lift Stations
- Industrial Sewage Transfer
- Dewatering of Storm Water
Myers MS4SD/MSB4SD Submersible Sewage Pump Features
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Motor The Fully Enclosed Oil-Filled Motor Efficiently Dissipates Heat and Locks out Moisture so you Receive Reliable Pumping Service
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CPE Jacketed Power Cord Sealed by Both the Cord Grip and the Epoxy Barrier,
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Stainless Steel Shaft Eliminates Corrosion and Fatigue to Give Longer Pump Life. The Minimum Shaft Overhang Decreases Deflection and Increases Bearing and Seal Life.
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Ball Bearings The Heavy Duty Ball Bearings, Upper (radial) and Lower (thrust), are Submerged in Oil to Provide Permanent Lubrication and Ensure Long Service Life.
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Mechanical Seal Constructed with a Ceramic Stationary Face and a Carbon Rotating Face for Long Service Life.
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Impeller Two-Vane, Semiopen Design for Efficient Operation without Clogging. The Impeller has Pump-Out Vanes to Prevent Material Buildup around Shaft and Seal.
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Horizontal Discharge Model MS4SD Handles 3 inch Spherical Solids and has a Flanged 4 inch Horizontal Discharge.
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Sensor Probe A Seal-Failure Sensor Probe (for connection to a seal failure alarm) is Standard on Three-Phase Units and Available as an Option on Single-Phase Models.