Premium Quality Lastmile Fibre Optic Cable Overblow Blowing Compressor 5000l/min (call For Price And Availability) Massive 45% Savings [MEdrxDjQ]

High-Performance Lastmile Fibre Optic Blowing Compressor

The Lastmile Fibre Optic Cable Overblow Blowing Compressor 5000l/min is a specialized tool designed to meet the rigorous demands of fibre optic installation and maintenance. Engineered for Openreach and their FTTP network, this compressor is a testament to reliability and efficiency. With a robust 5000l/min (175cfm) free air output, it delivers the power needed for effective overblowing during cable installations.

Key Features and Specifications

This compressor boasts a range of features that set it apart from the competition. A KOHLER Stage IV-Tier 4 Final engine ensures high performance with minimal maintenance costs. The exclusive pneumatic control system, developed by ROTAIR, automatically adjusts engine revs for optimal air delivery and fuel consumption savings. A comprehensive list of features includes a built-in aftercooler and moisture trap, a compact design for easy transportation, and low maintenance requirements. Here are some of the key highlights:

• High pressure and air flow for best overblow results
• Optimized for the UK's largest network operator for Overblowing

Technical Excellence and Reliability

The Lastmile Fibre Optic Blowing Compressor is equipped with advanced technical features that guarantee performance and durability. The engine is fitted with an air/oil separator filter, ensuring excellent air/oil separation, and the air and oil filters of the compressor and engine are independent for added efficiency. A two-stage oversized air filter for the compressor part ensures thorough air intake filtering, while the engine part also features a two-stage air filter. The inclusion of a clog indicator for the engine air filter and a fuel indicator further enhances the user experience and operational safety. The combined radiator allows both compressor oil and liquid engine cooling, ensuring optimal performance in all conditions.