ISP2GL D3.0C

Why Choose the Pacer I Series?

The Pacer I Series combines a rugged 316 stainless steel outer casing with interchangeable, corrosion-resistant thermoplastic internals to provide a high-volume, structural fluid transfer loop. This unique dual-defense design allows the pump to withstand severe external pipeline stresses and rough plant environments while maintaining complete internal isolation from aggressive process chemistries.

Optimize Your Chemical Infrastructure

• Ruggedized Structural Housing: Protect your facility from pipe alignment stresses, external impacts, and harsh atmospheric exposure with a stamped 316 stainless steel outer casing that provides exceptional physical durability.

• Rapid Casing Serviceability: Minimize maintenance downtime by utilizing the heavy-duty, quick-release 304 stainless steel band clamp, allowing fast entry into the pump housing for instant inspection or cleaning.

• Self-Priming Hydraulic Reliability: Eliminate the need for auxiliary priming equipment with an integrated check valve and double-flush volute that retains liquid and automatically pulls a 20-foot vertical suction lift.

• Flexible Dual-Port Plumbing: Simplify installation and reduce pipe fitting inventory by taking advantage of integrated dual ports that accommodate both 1½” female and 2” male connections out of the box.

Ideal Applications

• Chemical & Industrial Waste Transfer: Engineered for safely moving, blending, or reloading aggressive chemical stocks, acids, bases, and corrosive industrial processing fluids.

• Oilfield & Industrial Liquids: Widely trusted for transferring drilling fluids, low-viscosity production liquids, and heavy recovery lines.

• Water Management & Drainage: Ideal for high-volume salt water transfer, brine circulation, gray water processing, and construction site or bilge dewatering.

• Agricultural Logistics: Perfectly suited for continuous agricultural chemical blending, high-volume irrigation, crop spraying liquid reloading, and commercial aquaculture fluid loops where traditional non-metallic pumps might face physical exterior damage.