Mi T M Corp CM-3000-0MMB 3000 Psi Pressure Washer

Product Description

The MI T M CORP CM-3000-0MMB is a cold-water, gas-powered pressure washer rated at 3,000 PSI and 2.3 GPM. It runs on a 212CC OHV horizontal-shaft engine that is 50-state emissions compliant. The pump is a horizontal axial piston design with a built-in thermal relief valve to protect the pump head during bypass operation. This unit is built for trade professionals and contractors who need reliable high-pressure cleaning on job sites, in fleet maintenance, and in commercial wash-down applications.

The CM-3000-0MMB suits residential and light-commercial cleaning tasks including concrete surface prep, equipment wash-down, and building exterior cleaning. The included 25-foot wire-braided hose provides working distance from the machine, and the detergent injector enables chemical application without additional equipment. The professional trigger gun and wand, paired with 15-degree, 25-degree, and detergent quick-connect nozzles, cover a broad range of surface types and cleaning intensities.

Key Features

• 3,000 PSI operating pressure with 2.3 GPM flow rate for effective surface cleaning
• 212CC OHV horizontal-shaft engine, 50-state emissions compliant
• Horizontal axial piston pump with thermal relief valve for pump protection during no-flow conditions
• 25-foot wire-braided high-pressure hose included
• Built-in detergent injector with detergent quick-connect nozzle
• 10-inch flat-free tires for stable, maintenance-free transport across job sites

Compatibility

Designed as a self-contained gas-powered pressure washer unit. Accessories use standard quick-connect fittings typical of 3,000 PSI class pressure washers.

Installation Notes

Setup and operation should follow the manufacturer supplied operator manual. Ensure the water supply meets the minimum inlet flow requirement before starting the engine to avoid pump cavitation. Always relieve system pressure by triggering the gun before connecting or disconnecting quick-connect nozzles. Engine service and fuel handling should comply with applicable local safety codes and the engine manufacturer guidelines.