Lavor Columbia 2015 LP Pressure Washer

Lavor Columbia 2015 LP Pressure Washer

High-Pressure Industrial Cleaning Performance

The Lavor Columbia 2015 LP Pressure Washer is engineered for heavy-duty industrial cleaning applications with its high pressure capacity and powerful motor system. Offering 200 bar maximum pressure, 900 liters/hour flow rate, and a 7.5 HP motor, it enables long-lasting, high-performance cleaning operations. Operating on 380 V three-phase power, this model stands out in demanding environments from industrial facilities to vehicle parking areas. Its 1450 rpm speed maintains energy efficiency while delivering stable water pressure. With compact industrial dimensions of 50 × 90 × 83 cm and a 50 kg durable body, it provides strength, balance, and long service life. The 10-meter high-pressure hose offers wide working range to the operator.

Technical Performance and Equipment Features

High Pressure and Flow Power

With a maximum pressure capacity of 200 bar, the Lavor Columbia 2015 LP easily removes stubborn dirt, oil, mud, and industrial residues. Its 900 liters/hour flow rate allows consistent performance even on large surfaces. The high water flow shortens cleaning time and ensures even distribution of water across surfaces.

Powerful Industrial Motor

The 7.5 HP motor runs on 380 V three-phase power at 1450 rpm. This motor design maintains stable pressure even under continuous use. Combined with a durable pump system, it provides long-lasting performance.

Full Control Without Automatic Stop System

The model does not include an automatic stop system, allowing the operator full control without pressure drop or system delay during washing. This feature provides efficiency advantages in continuous industrial use.

Durable Body and Wide Working Area

The 10-meter hose length offers easy movement across large surfaces. The 50 kg steel body ensures high stability and vibration-free operation. The machine maintains its structural integrity even under heavy-duty working conditions.

Usage Method and Recommendations

Preparation Stage

Before starting the machine, ensure that the water inlet and electrical connection meet required standards. Check the water filter and ensure the inlet line is free of blockages. Tighten hose connections and place the machine on a flat, balanced surface.

Washing Application

During pressure washing, hold the nozzle 25–30 cm from the surface and move at a steady speed. Use a narrower spray angle on durable surfaces to take advantage of high pressure. On wide areas, work with overlapping lines to ensure even water coverage. Since this model does not have an automatic stop system, water flow continues when the trigger is released; therefore, the machine should be turned off during short breaks to save energy. Regularly check hose connections and water temperature during extended use.

Rinsing and Finishing

After cleaning, rinse the surface with clean water to remove chemical and residue. After shutting down the machine, release the pressure inside the hose and gun connections. Leaving pressure in the system may reduce pump life.

Maintenance and Safety

After each use, check the filter, nozzle, and pump connections. Clean and dry them if necessary. Keep electrical connections away from wet surfaces and transport the machine upright. Before long-term storage, ensure the entire water system is drained completely.

Application Areas

The Lavor Columbia 2015 LP Pressure Washer is designed for industrial facilities, heavy vehicle maintenance areas, production lines, port and marina cleaning, and the maintenance of construction and agricultural equipment. With 200 bar pressure, it removes even the toughest dirt and oil residues quickly. Offering a 7.5 HP three-phase motor, 200 bar pressure capacity, 900 liters/hour flow rate, and a robust steel structure, it represents professional standards in industrial cleaning. Its non-automatic-stop design provides full operator control. With long service life, durability, and high performance, it is a reliable choice for facilities with heavy cleaning workloads.