Cox - Precision Turbine Flow Meters
From Mechanical Flow Meters - Cox
Cox Precision Turbine Flow Meters have unprecedented mechanical linearity, resulting in minimizing, or negating, temperature induced viscosity influence. With a variety of process fittings, sizes and options available, Cox meters are able accommodate the requirements of most applications while offering wide flow ranges.
Features:
- Expanded mechanical linearity
- Helical rotor design
- Comprehensive pickoff selection
- High-performance ceramic ball bearings
- 6-bladed rotor supports
- NVLAP* (Lab Code 200668-0) accredited facility with NIST traceable standards
- Variety of end fittings
Benefits:
- Increased usable flow range with less sensitivity to fluid temperature/viscosity effect on the output.
- Exceptional speed-of-response, with reduced pressure drop.
- Meets application requirements for temperature and electronic outputs.
- Ceramic bearings provide near-perfect roundness, higher Rockwell hardness and are lighter and more tolerant to temperature than 440C stainless steel bearings. They eliminate adhesive wear and perform well in non-lubricating liquids found in cryogenic fluids and water.
- Improved flow conditioning.
- Third party audits to ensure calibration uncertainty. Laboratory correlation to verify that all calibrators produce the same result.
- AN, NPT, hose barb, flange, high pressure, tri-clamp and special fittings to meet specific installation configurations.
Application/Industries Served
- Ideal for standard and high pressure liquid flow applications in
- Test and measurement
- precision industrial processes
- Automotive
- Aerospace
- General industries
Performance Specifications:
- Repeatability: ± 0.02% of reading
- Linearity: ± 0.50% (± 0.1% with flow processor)
- Calibrator Uncertainty: ± 0.05% of reading
- Frequency Output: 1200…1500 Hz
- Response Time: 2…3 ms (at 1.2 cSt)
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