A.Y. McDonald offers a full line of four inch submersibles ranging from 1/2
through 1-1/2 horsepower (HP), with flow rates ranging from 5 through 25 gallons per minute (GPM). The 22000 Series submersibles offer peak capacity performance in 5, 7, 10, 15, 20, and 25 GPM models. Other features include thermoplastic discharge head with a built-in check valve, and stainless steel shaft and coupling.
All M Series Thermoplastic have a 1-1/4" discharge with internal check valve and sizes range from 1/2 to 1-1/2 horsepower (HP). Two or three wire models up to 1-1/2 horsepower (HP).
A.Y. McDonald 22000 Series Submersible Well Pump Features
- Powered by NEMA Approved A.Y. McDonald Stainless Steel Motors with
Built-In Lightning Protection
- Reinforced Thermoplastic Motor Bracket and Discharge with Built-In
Guide Bearing
- Discharge Head - Incorporates Built-In Hex Fluted Guide Bearing with
Rubber Insert Surrounding the Stainless Steel Shaft which Provides Superior
Wear Resistance against the Harshest Conditions. Self Lubricating for Long
Life. Large Wrenching Surfaces and 1-1/4” NPT Female Outlet Thread.
- Cable Guard - Thermoplastic Cable Guard Protects Motor Leads.
- Diffuser - Durable Polycarbonate is Corrosion and Abrasion Resistant.
Designed for Efficient Performance and Superior Sand Handling Capability.
- Impeller - Glass Bead Acetal, Smooth and Flexible, Material is
Precision Engineered for Maximum Performance.
- Check Valve - Internal Anti-Spin Check Valve with O-Ring Seal. Molded
from Engineered Polymer.
- Polished Stainless Steel Shell - Heavy Duty and Threaded at Both Ends
for Easy Field Service.
- Shaft - 7/16” 300 Series Stainless Steel, Hex Design for Positive Impeller Drive.
- Motor Coupling - Stainless steel
- Intake Screen - Non-Corrosive Thermoplastic
- A.Y. McDonald Uses it’s Time Proven Captured Stack Design. The
Captured Stack Design Incorporates Sand Notches into the Diffusers, Which
has Proven, Over Time, to Keep Sand Flowing Thru the Stack.
- Once Assembled, Each Pump is Individually Tested to Assure Performance
within Design Specifications.