LN200 Series | Short Neck
Wafer Butterfly Valve
C&C Industries
The C&C LN200 Series Short Neck Wafer Butterfly Valve is designed for standard, non-insulated systems where compactness and efficiency are priorities. Featuring a shorter neck profile and notched body design, it provides a streamlined solution for tight installations.
The pinless disc construction enhances structural integrity while reducing potential leak paths, making it a reliable option for general service applications. With expanded seat material options available, including FKM and PTFE, the LN200 can be adapted for more demanding media and temperature conditions.
Built for straightforward performance and long-term durability, the LN200 Series delivers dependable shutoff in a compact, efficient design.
Typical Applications:
General industrial service, water systems, HVAC, oil & gas, and applications without insulation requirements
Key Features
- Short neck wafer-style design
- Pinless disc construction
- Notched body design
- Sizes from 2” through 12”
- Ductile iron ASTM A536 body
- Multiple disc material options
- 416 stainless steel stem
- Expanded seat options: Buna-N, EPDM, FKM, PTFE
- 150 to 200 PSI pressure rating
- ANSI 125/150 compatible
- Double D or square shaft options
- ISO mounting compatibility
PERFORMANCE ADVANTAGES
Why the LN200 Series Wafer BFV Performs Where It Counts
COMPACT PROFILE FOR
STANDARD PIPING SYSTEMS
The short neck design minimizes overall valve height, making it ideal for installations where space is limited and insulation is not required.
ENHANCED DURABILITY WITH
PINLESS DISC DESIGN
Removing pins from the disc design reduces wear points and improves long-term reliability under frequent cycling.
FLEXIBLE SEAT OPTIONS FOR BROADER APPLICATION RANGE
Additional seat materials allow the valve to handle more aggressive media and higher temperature conditions compared to standard resilient-seated valves.
EFFICIENT, LOW-MAINTENANCE OPERATION
The simplified design reduces maintenance requirements while maintaining consistent sealing performance over time.