Overview
The Ingersoll Rand ARO 6ZC07 104104-F01-G is a compact inline flow control valve engineered for smooth, precise regulation of compressed air in pneumatic systems. The lightweight, corrosion-resistant composite housing features a calibrated adjustment knob that allows easy setting of flow rates, plus a red lock ring to secure your pressure setting. Can be used to control speed of a pneumatic cylinder, air motor, or diaphragm pump. Made in United States.
Key Features
- Four-stage tapered needle design provides infinite control settings
- Composite body is tough and corrosion resistant
- Color-coded micrometer & calibrated adjustment knob provide instant reference points for repeat settings
- Red locking ring prevents accidental adjustment
- Allows you to increase or decrease airflow in both directions
- Threaded for easy remote panel mounting
Technical Specifications
- Maximum Pressure Rating: 200 PSI
- Port Type: 1/8 NPT
- Maximum Flow: 18 CFM at 200 PSI Operating Pressure
- Maximum Temperature: 200°F
- Glass reinforced composite body with zinc plated steel pipe port inserts
- Inlet/Outlet Ports: 1/8″ FNPT (Female NPT)
Typical Applications
- Pneumatic cylinder speed control
- Air motor flow regulation
- Diaphragm pump operation
- Automated assembly and material handling systems
- Industrial pneumatic tool control
- Precision flow metering in manufacturing processes
Compatibility & Replacements
Compatible With
- All standard 1/8″ NPT pneumatic systems
- Compressed air networks rated for 200 PSI or less
- Pneumatic cylinders and air motors with 1/8″ NPT ports
- Panel-mount installations and in-line configurations
Replaces / Drop-In Replacement For
- ARO 104104-F01 (base model without -G suffix)
- Equivalent 1/8″ NPT flow control valves from competing manufacturers with identical port sizing
Works With
- All pneumatic distribution systems using compressed air
- Pneumatic logic and automation controllers
- Industrial compressed air compressors and receivers
- Standard pneumatic hose and tubing assemblies (1/8″ NPT connection)
