MTP-3

The Pacer M Series redefines professional-grade water management by housing rugged cast iron impellers inside mobile, precision-machined cast aluminum housings. Comprising both dedicated dewatering and semi-trash configurations, the series provides specialized solutions for moving clean water, silt-laden liquids, and debris-rich slurry. Backed by an industry-leading 2-year limited warranty, these self-priming units deliver the immediate startup and relentless reliability required on demanding commercial worksites.

Performance Infrastructure Refinements

• Hardened Metallurgy Core: Maximize system uptime with a heavy-duty cast iron impeller that resists erosion from suspended grit, sand, and fine gravel.

• Dynamic Solids Capabilities: Transition smoothly from clean dewatering loops to semi-trash or full-trash management without clogging or binding the internal volute assembly.

• Abrasive-Resistant Face Seals: Prevent fluid leakage into the driver assembly with premium silicon carbide mechanical seals designed specifically for dirty water service.

• Engine Protection Architecture: Safeguard critical mechanical components with a built-in low-oil sensor that intercepts and terminates engine operation before damage can occur.

The M Series features a robust engine-driven layout where the pump body close-couples directly to a commercial overhead-valve single-cylinder engine. Power options step up from lightweight, ultra-portable motors on the smaller variants up to massive 9 HP heavy-duty engines on the full trash configurations to handle maximum sludge volumes. Fuel capacities scale proportionally to support extended runtimes, featuring optimized fuel reservoirs with extra protection features like an integrated low-oil shut-off.

For field convenience, the semi-trash and trash models within the series are engineered with an advanced casing architecture designed for rapid, straightforward internal cleanouts. This configuration allows operations crews to quickly clear packed-in mud, weeds, or stray gravel directly on the job site without requiring specialized shop tooling or long operational delays.