Overview
The Omega FP-5305C is a copper tee fitting engineered for simple and reliable sensor installation on flow measurement systems. This fitting accommodates 2.5-inch copper pipe and integrates seamlessly into existing flow monitoring equipment. The copper construction provides excellent corrosion resistance and thermal conductivity in liquid flow applications.
Key Features
- Copper tee fitting construction for 2.5-inch pipe
- Designed for installation with FP-5300 series paddlewheel flow sensors
- Compatible with Omega FP-5100, FP-5200, FP-5600, and FP-8500 series sensors
- Integrated sensor alignment features for accurate rotor positioning
- Suitable for both cooling and heating fluid applications
- Direct drop-in replacement part for maintenance and upgrades
Technical Specifications
- Pipe Size: 2.5 inches
- Material: Copper
- Configuration: Tee fitting
- Product Series: FP-5300 Series
- Part Number: FP-5305C
- Maximum Operating Pressure: See manufacturer datasheet for complete pressure/temperature ratings
- Certification: Manufactured to OMEGA engineering standards
Typical Applications
The Omega FP-5305C fitting is used in:
- Industrial flow monitoring systems for process water and cooling loops
- HVAC system flow measurement and balancing
- Closed-loop recirculation systems requiring accurate flow rate data
- Heating and cooling fluid applications in manufacturing equipment
- Environmental and facility management monitoring
Compatibility & Replacements
Compatible With
- Omega FP-5300 Series paddlewheel flow sensors
- Omega FP-5100 Series flow sensors
- Omega FP-5200 Series flow sensors
- Omega FP-5600 Series flow sensors
- Omega FP-8500 Series flow sensors
- Standard copper piping systems (Schedule 40 and Schedule 80)
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. The FP-5305C is a direct replacement for original OEM FP-5305C fittings in Omega-equipped systems.
Works With
- Omega FP-5750 Flow Totalizer
- Omega digital and analog flow measurement instruments
- Programmable logic controllers (PLCs) via frequency output
- SCADA systems and industrial monitoring platforms
- Building management systems (BMS) for flow monitoring
