AirTac Speed Controllers (Push Lock)PTL, PTL Mini Series

AirTac Speed Controllers (Push Lock) PTL, PTL Mini Series – Compact, Lightweight, and Corrosion-Resistant

Streamline your pneumatic systems with the AirTac PTL, PTL Mini Series Push-Lock Speed Controllers, designed for unmatched precision and versatility. Compared to standard speed controllers, the PTL & PTL Mini Series features a smaller size and lighter weight, making it ideal for applications where space and portability are critical.

These controllers effectively regulate action speed and pressure signal transmission, ensuring smooth operation of pneumatic devices. The simple push-lock mechanism allows for quick, accurate, and effortless adjustments, while the excellent flow rate characteristics and high sensitivity ensure consistent and reliable performance.

Available in both meter-in and meter-out options, the PTL & PTL Mini Series is compatible with a wide range of actuators, offering flexibility for diverse system requirements. Built with a nickel-plated brass body, these controllers resist corrosion and pollution for long-lasting durability. Sealant-coated threads further ensure leak-proof connections, adding reliability to your pneumatic setup.

Key Features:

• Compact and Lightweight: Smaller and lighter than standard speed controllers for versatile installations.
• Precise Control: Regulates action speed and pressure signal transmission efficiently.
• Push-Lock Operation: Simple and secure adjustments for ease of use.
• Versatile Compatibility: Meter-in and meter-out options suitable for various actuator types.
• High Performance: Excellent flow rate, high sensitivity, and easy-to-adjust design.
• Durable Construction: Nickel-plated brass body resists corrosion and pollution.
• Leak-Proof Design: Sealant-coated threaded connections ensure airtight performance.

Specification:

Upgrade your pneumatic systems with the AirTac PTL & PTL Mini Push-Lock Speed Controllers—the compact, high-performance solution for precision control in any application.