Overview
The PHD CVAS6V32X450-DB-F22-M is a double-acting pneumatic cylinder engineered for high-performance industrial automation. This unit combines proven CVAS6V series design with practical ISO/VDMA compatibility, delivering consistent force and smooth operation in critical manufacturing and assembly processes. The integral magnet enables seamless integration with position sensing and feedback systems.
Key Features
- Double-acting design provides controlled motion in both directions
- 32mm bore diameter with 450mm stroke length for mid-range actuation requirements
- Integral magnet for magnetic piston rod position sensing
- Standardized F22 SAE porting for flexible system integration
- ISO 6431/VDMA 24562 compliant cylinder geometry
- Rugged construction suited for manufacturing, packaging, and material handling
Technical Specifications
- Bore Diameter: 32 mm
- Stroke Length: 450 mm
- Acting Type: Double-acting
- Port Configuration: F22 (SAE ported)
- Rod End: DB (double-blocked, rod end cap)
- Magnetic Piston: Yes (integral magnet for sensing)
- Series: CVAS6V
- Manufacturer: PHD Inc.
- Standards Compliance: ISO 6431, VDMA 24562
Typical Applications
This pneumatic cylinder is well-suited for:
- Automated manufacturing and assembly machinery
- Material handling and transfer systems
- Packaging equipment positioning and actuation
- Industrial press and clamping fixtures
- Servo-controlled positioning with feedback sensing
- Replacement in existing PHD-equipped production lines
Compatibility & Replacements
Compatible With
- PHD pneumatic control valve systems (series CV, CVE, and standard SAE solenoid valves)
- ISO/VDMA-compliant 32mm bore mounting blocks and manifolds
- Standard industrial pneumatic power supplies (40–150 psi operating range typical)
- Magnetic position sensor arrays and proximity switch systems
- SAE F22 ported valve stations and directional control modules
Replaces / Drop-In Replacement For
- Alternative CVAS6V 32×450 configurations with differing port or rod-end styles
- Legacy PHD double-acting cylinders of similar bore and stroke rating
- ISO 6431-compliant 32mm bore cylinders from competing manufacturers with matching cavity
Works With
- PHD solenoid directional control valves and proportional control systems
- Mechanical and electrical limit switches for stroke-end detection
- Inductive and capacitive proximity sensors compatible with integral magnet
- Standard industrial PLC and automation control systems via valve actuation
- Pilot-operated and pilot drain configurations
