Jabsco 30530-2001 - Stainless Steel Pump End Only

Jabsco 30530-2001 - Stainless Steel Pump End Only

The Jabsco 30530-2001 is a high-performance pump end crafted from 316 stainless steel, designed for demanding applications. This flexible impeller pump features a Neoprene impeller and a Carbon/Ceramic mechanical seal, ensuring durability and reliability. It includes 1-1/2 inch NPT internal ports and is intended for use as a replacement pump end only, without a motor.

For optimal operation, pair this pump end with a NEMA 184 TC-frame C-face motor rated at 5 HP and 1750 RPM, capable of handling high-axial loads. It is crucial for the motor to deliver a minimum of 14.5 ft-lbs of torque in the forward direction and 43 ft-lbs in the reverse direction. A front ball bearing locked against axial movement is recommended to ensure smooth performance.

This pump end is ideal for applications where single or variable speed operation is needed, thanks to its 316 stainless steel construction. It offers self-priming capabilities, a flow rate of 50 GPM (189 LPM), and tolerance for debris. The Neoprene impeller is suitable for water and general-purpose pumping, with a vertical dry suction lift of up to 10 feet and a wetted suction lift up to 22 feet. To ensure effective self-priming, suction lines must be airtight. The impeller operates within a temperature range of 45°F to 180°F (7°C to 82°C).

Stainless steel flexible impeller pumps are especially beneficial where self-priming is essential and are highly effective for pumping viscous or air-entrained liquids. They handle delicate liquids gently at lower speeds and can pump fluids with viscosities up to 20,000 cps, provided there is compatibility with the pump materials. They are suitable for handling corrosive chemicals, alcohols, inks, dyes, paints, pigments, viscous adhesives, thickeners, and raw materials.

Note that this pump end should not be used for pumping gasoline or other flammable liquids, as the motor is not explosion-proof. Avoid running the pump dry to ensure longevity and performance.