Overview
The Festo MS6-FRM-1/2 is a manifold block component from Festo’s MS series pneumatic family. This metric-sized distributor is engineered for G1/2 threaded connections and serves as a central distribution hub in pneumatic control systems. The MS6-FRM-1/2 handles high volumetric flow rates and integrates with Festo’s modular valve platforms for flexible system design.
Key Features
- G1/2 (metric ISO 228-1) port size for standard pneumatic connection
- High flow capacity: 2,700 to 14,700 L/min range
- Compact manifold design (62 mm body width) for space-efficient integration
- Part of Festo’s modular MS6 series ecosystem
- Compatible with optional AD1 pressure sensor variants
Technical Specifications
- Port Size: G1/2 (ISO 228-1 metric thread)
- Flow Rate: 2,700–14,700 L/min
- Body Width: 62 mm
- Weight: 458 g
- Series: MS6 (metric)
- Certifications: ISO 1179-1, ISO 228-1 compliant
- Optional Configurations: Pressure sensor AD1 monitoring available
Typical Applications
The MS6-FRM-1/2 manifold block is used in:
- Central valve distribution in multi-axis pneumatic control systems
- Automated manufacturing equipment requiring modular valve integration
- Industrial pneumatic networks with high flow demand
- OEM machinery with standardized MS-series component platforms
Compatibility & Replacements
Compatible With
- Festo MS6-series soft-start/quick-exhaust valve modules (MS6-SV, MS6-DL models)
- G1/2 standard pneumatic piping and fittings
- Festo pneumatic control systems using ISO 228-1 metric threads
- Modular manifold mounting brackets (MS6-WP, MS6-WPB, MS6-WPE, MS6-WPM)
Replaces / Drop-In Replacement For
- MS4-FRM series for smaller flow applications (lower capacity variant)
- MS6N-FRM-1/2 NPT variant (different thread standard)
- Verify compatibility with your system integrator before ordering.
Works With
- Festo pneumatic control valve modules (direct mounting)
- Standard pneumatic solenoid valves with G1/2 connections
- Pressure sensor AD1 modules for feedback integration
- Industrial automation systems requiring modular valve platform architecture
