Solids Handling Sewage Pump, 3-Phase, 2 HP, 460V

Myers 26089D037 2 HP 460V 3-Phase Solids Handling Sewage Pump

The Myers 26089D037 is a 2-horsepower, 3-phase sewage pump built for demanding wastewater applications. Engineered to handle solids up to 2 inches in diameter, this model is ideal for commercial and heavy-duty residential systems requiring consistent, high-volume performance in sewage and effluent handling.

Designed with long-term reliability in mind, the 26089D037 features a high-torque motor with a permanent split capacitor, eliminating mechanical switches and relays for reduced failure points. The oil-filled motor housing provides superior cooling and continuous bearing lubrication, essential for extended-duty cycles and submersible performance.

Key Specifications

• Motor Power: 2 HP
• Voltage: 460V
• Phase: 3
• Discharge Size: 2” NPT
• Maximum Solids Capacity: 2” diameter
• Power Cord Length: 20 feet

Performance Features

• Two-Vane Semi-Open Impeller: Efficiently moves solids and slurry while maintaining hydraulic performance and clog resistance.
• Oil-Filled Motor Design: Enhances thermal management and protects internal components under continuous load.
• Removable Volute Seal Ring: Allows for quick field maintenance and performance restoration without full teardown.
• Heavy-Duty Housing: Designed for durability in corrosive and abrasive wastewater environments.

Installation Notes

This pump is intended for permanent installation in sewage basins or lift stations. Professional installation is strongly recommended due to the electrical configuration (3-phase, 460V) and system integration requirements. Confirm compatibility with existing pump control panels and verify proper grounding and overload protection.

Ideal Applications

• Residential sewage ejector systems
• Commercial building wastewater systems
• Lift stations with moderate to high flow requirements

Serviceability

Contractors benefit from simplified maintenance procedures such as the replaceable volute seal ring, which extends the operational life of the pump without costly downtime. The robust design ensures extended run life, reducing the need for frequent replacements in high-demand environments.