Dual Tire Inflator - Lock Technology LTI by Milton

The Lock Technology LTI by Milton 960 Dual Tire Inflator is a professional-grade tool designed to optimize tire service for heavy-duty vehicles with dual wheel assemblies. This inflator streamlines workflow by enabling technicians to simultaneously inflate both inner and outer tires from a single air source, ensuring consistent pressure and significantly reducing service time.

Key Features

• Dual 4-Foot Hose Assembly: Facilitates concurrent inflation of both tires on a dual wheel setup, minimizing connection changes and accelerating the inflation process for trucks, buses, RVs, and trailers.
• Lock-On Air Chucks: Provides secure, hands-free attachment to both inner and outer valve stems, enhancing safety and accessibility, especially in confined spaces or deep wheel wells.
• Preset Pressure Control: Allows technicians to set a target PSI, enabling the inflator to automatically bring both tires to specification without continuous monitoring, thereby maximizing productivity.
• Integrated Pressure Gauge: Features a clear, built-in gauge with a commercial range of 10–160 PSI, delivering immediate and reliable pressure readings for heavy-duty and fleet applications.
• Professional-Grade Construction: Engineered for sustained daily use within demanding environments such as tire shops, fleet maintenance facilities, and mobile service operations.
• Standard 1/4" NPT Air Inlet: Ensures direct compatibility with most existing shop air lines and portable air compressors, eliminating the need for specialized adapters.

Applications

This dual tire inflator is engineered for servicing dual wheel assemblies on Class 3–8 trucks, buses, motorhomes, RVs, and commercial trailers. It is an essential tool for tire dealers, fleet maintenance operations, municipal and utility garages, and industrial facilities that require precise tire pressure management across multiple vehicles. Its design is particularly effective for dual assemblies where access to inner valve stems is restricted, prioritizing speed, accuracy, and technician safety.