Air Micrometer, 5000 B - Sata Spray Equipment

The Sata Air Micrometer 5000 B, model 211466, is a vital precision instrument engineered for professional automotive and industrial technicians. Designed for exact air pressure control directly at the spray gun, this accessory ensures optimal atomization and consistent spray patterns, which are crucial for achieving flawless finishes in demanding coating applications. By enabling precise pressure adjustments, it significantly enhances job quality and helps to eliminate costly reworks.

Key Features

• Precision Air Pressure Regulation: Engineered for highly accurate adjustment of air pressure, often with an accuracy of +/- 1 psi, essential for sensitive painting operations and consistent material application.
• Direct-Mount Design: Integrates seamlessly and mounts directly onto SATAjet 5000 B and SATAjet X 5500 spray guns, providing real-time pressure monitoring exactly where it matters.
• Integrated Pressure Gauge: Offers immediate and accurate monitoring of air pressure at the spray gun's inlet, with a typical display range of 0 to 145 PSI (0 to 10 bar).
• Durable, Professional-Grade Construction: Built with a rugged, anodized black housing to withstand the rigorous demands of busy automotive workshops and industrial environments.
• Optimized for Spray Systems: Enhances the efficiency and performance of both High Volume Low Pressure (HVLP) and Reduced Pressure (RP) spray guns, contributing to reduced overspray and improved material transfer.

Applications

The Sata Air Micrometer 5000 B is an indispensable tool across a broad spectrum of professional applications where meticulous air pressure control is paramount. It is ideal for automotive refinishing, including applying clear coats, base coats, and primers with superior consistency to achieve high-quality finishes on vehicles. Furthermore, this professional-grade accessory is essential for industrial coating processes and woodworking applications, enabling technicians to maintain coating quality and efficiency by precisely fine-tuning air flow to various materials and climatic conditions.