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Glorient offers competitive supply of WIKA FLC-FN-PIP, FLC-FN-FLN, FLC-FN-VN. Competitive pricing, fast quotation.
WIKA FLC-FN-PIP, FLC-FN-FLN, FLC-FN-VN - high-precision industrial measurement instrument.
WIKA is a global market leader in pressure and temperature measurement technology. With over 75 years of experience, WIKA instruments are trusted in process industries worldwide. Glorient is a professional supplier of genuine WIKA products with competitive pricing and fast worldwide delivery.
| Product Category | Flow Measurement |
| Product Type | Primary flow elements |
| Summary | for in-pipe installation, for flange assembly |
| Applications | Power generation Oil production and refining Water treatment and distribution Gas processing and transmission Chemical and petrochemical industries |
| Key Features | Suitable for liquid, gas and steam flow measurement Optimum solution for measuring the flow of steam Accuracy ≤ ±0.1 % of actual flow rate Repeatability of measurement 0.1 % Lowest pressure loss in the family of primary flow elements |
| Description | Wide variety of applications The design of the flow nozzle is based on Bernoulli's equation and consists of a convergent section with a rounded profile and a cylindrical throat. Due to its rigidity the flow nozzle is dimensionally more stable at higher temperature and flow rate than an orifice. The flow nozzle is generally used for measuring the flow of steam as well as non-viscous, erosive and high-velocity media. It can be used in a wide variety of applications that include steam, air, water, vapour, gas, chemical substances and high temperatures. For applications with erosive media a hardened internal surface is available. High accuracy The design and manufacture of the flow nozzles complies with the requirements of ISO 5167. Thus an accuracy of ±1.0 % is ensured. By means of a calibration a higher accuracy of down to ±0.25 % can be achieved. For acceptance tests of power plants, flow nozzles to ASME PTC-6 are also available. Reduced pressure loss through a Venturi nozzle To reduce the pressure loss, a Venturi nozzle can be offered. It combines the standard features of a flow nozzle with a divergent section. The profile of the model FLC-FN-VN Venturi nozzle is axisymmetric and consists of a convergent inlet section with a rounded profile, a cylindrical throat section and also a diffuser. The inlet of the Venturi nozzle has the same geometry as model FLC-FN-FLN (flow nozzle to ISA 1932). |
DPGT43.100, DPGT43.160 | F2301, F23C1, F23S1 | F4801 | F6154 | FLC-EM | FSFD | GDS-MV | GPU-4000 | Hydra-Sensor | L990.58 | MH-3-HY | NETRIS®3 | PBV-FS | PG81, PG91 | PGT63HP.100, PGT63HP.160 | PXA | RLT-3000 | TC95-FP | TFT35 | TI.61102 | TLS-S | TR33 | TSD-30 | TW60 | WIKA-Cal | 422.12, 423.12 | 73x.24 | 990.17 | ACC-6 | CPD8500
| Product Category | Flow Measurement |
| Product Type | Primary flow elements |
| Summary | for in-pipe installation, for flange assembly |
| Applications | Power generation Oil production and refining Water treatment and distribution Gas processing and transmission Chemical and petrochemical industries |
| Key Features | Suitable for liquid, gas and steam flow measurement Optimum solution for measuring the flow of steam Accuracy ≤ ±0.1 % of actual flow rate Repeatability of measurement 0.1 % Lowest pressure loss in the family of primary flow elements |
| Description | Wide variety of applications The design of the flow nozzle is based on Bernoulli's equation and consists of a convergent section with a rounded profile and a cylindrical throat. Due to its rigidity the flow nozzle is dimensionally more stable at higher temperature and flow rate than an orifice. The flow nozzle is generally used for measuring the flow of steam as well as non-viscous, erosive and high-velocity media. It can be used in a wide variety of applications that include steam, air, water, vapour, gas, chemical substances and high temperatures. For applications with erosive media a hardened internal surface is available. High accuracy The design and manufacture of the flow nozzles complies with the requirements of ISO 5167. Thus an accuracy of ±1.0 % is ensured. By means of a calibration a higher accuracy of down to ±0.25 % can be achieved. For acceptance tests of power plants, flow nozzles to ASME PTC-6 are also available. Reduced pressure loss through a Venturi nozzle To reduce the pressure loss, a Venturi nozzle can be offered. It combines the standard features of a flow nozzle with a divergent section. The profile of the model FLC-FN-VN Venturi nozzle is axisymmetric and consists of a convergent inlet section with a rounded profile, a cylindrical throat section and also a diffuser. The inlet of the Venturi nozzle has the same geometry as model FLC-FN-FLN (flow nozzle to ISA 1932). |
