The Series F170 Wafer Type Butterfly Valve is engineered for maximum dependability and precision in fluid control. Featuring a robust one-piece thru shaft design, this valve ensures seamless stem drive disc movement, reducing mechanical wear and preventing leakage in demanding industrial environments. Its compact wafer-style body allows for efficient installation and minimal space occupancy within piping systems.
Designed for versatility, the F170 series supports a wide range of operational requirements with various body and trim combinations. Whether your application requires simple manual control or sophisticated automation, this series provides flexible configuration options to meet specific pressure, temperature, and media compatibility standards, making it an ideal choice for general equipment manufacturing and processing plants.
Detailed Parameters
| Shaft Design | One-piece thru shaft for enhanced stability | Disc Drive | Direct stem-to-disc movement |
|---|---|---|---|
| Manual Operation | Handles (1½″ to 12″) & Gear Operators (1½″ to 24″) | Automation | Electric or Pneumatic Actuators (1½″ to 24″) |
| Size Range | 40mm (1½") to 600mm (24") | Standard Compliance | ANSI 125/150, PN10, PN16, 10K |
| Body Style | Wafer Type | Customization | Multiple Body/Trim combinations available |
| Application | General industrial fluid control | Installation | Compact space-saving wafer design |
Key Advantages
High Dependability
The one-piece thru shaft eliminates potential failure points, ensuring consistent performance over long cycles.
Rapid Deployment
Wafer type design allows for quick installation and easy replacement, minimizing system downtime.
Precision Control
Stem drive disc movement provides accurate flow regulation and secure shut-off capabilities.
Actuation Flexibility
Compatible with manual handles, gear operators, or full electric/pneumatic automation.
Material Versatility
Wide array of body and trim combinations to suit corrosive or high-temperature media.
Standardized Fit
Fully compliant with ANSI and PN standards, ensuring global interoperability in piping.
Product Gallery
Management Platforms
Inventory Control
Real-time tracking of F170 series stock levels across various size specifications.
Quality Assurance
Rigorous pressure and leak testing protocols for every valve produced.
Order Monitoring
Transparent tracking from manufacturing stages to final shipment delivery.
Customization Portal
Streamlined selection of body/trim materials based on application requirements.
Logistics Integration
Optimized packaging and shipping for large-diameter valves up to 24 inches.
Technical Support
Direct access to engineering data and installation guidance for F170 series.
Investment Return Comparison
| Performance Metric | Standard Butterfly Valve | Series F170 Wafer Valve |
|---|---|---|
| Maintenance Cycle | Frequent Seal Checks | Extended Life Cycles |
| Installation Time | Standard Setup | Rapid Wafer Integration |
| Operational Stability | Moderate | High (One-piece Shaft) |
| Versatility | Limited Material Options | Wide Body/Trim Combinations |
| Long-term ROI | Moderate Cost/Life | Optimized TCO (Total Cost of Ownership) |
Frequently Asked Questions
The one-piece thru shaft ensures superior mechanical dependability by reducing friction points and preventing shaft misalignment, which significantly extends the valve's service life.
Depending on the size, it supports manual handles (up to 12"), manual gear operators (up to 24"), and both electric and pneumatic actuators (up to 24").
Yes, the F170 is designed to meet various industrial standards including ANSI 125/150, PN10, PN16, and 10K, allowing it to operate safely within those specified pressure ratings.
The series ranges from 1½″ (40mm) up to 24″ (600mm), covering most industrial piping requirements.
We recommend providing the media composition, operating temperature, and pressure. Our engineers will then match the most compatible body and trim materials from the F170 range.
Absolutely. With the availability of pneumatic and electric actuators, the F170 integrates seamlessly into PLC-controlled industrial automation systems.
