Steam vortex flowmeter
Description
Vortices are created when a fluid passes around a bluff body as shown in illustration.
Vortices are alternately shed on each side of the body, 180 degrees out of phase to each other, resulting in an oscillating pressure gradient. As flow increases the frequency of vortices increases in proportion to the increased flow thereby creating a linear relationship.
Description
Application
Specifications
Code | LUCB |
Fluid | L: Liquid G: Gas / Air S: Steam |
Diameter | DN200-DN1500 |
Structure | S: Compact Type L: Remote Type |
Converter Type | N1: Pulse; without display N2: Pulse; without display; Ex A: 4-20mA; without display; Ex B: Battery Power; Ex; No Output; Ex; Digital Display C: 24V DC; 4-20mA/ Pulse output; Ex; Digital Display V: 24V DC; 4-20mA/Pulse output; Ex; Digital Display (V type converter is only for gas) H: 24V DC; 4-20mA/Hart; Ex; Digital Display D: 24V DC; 4-20mA/ Pulse output; Ex; Digital Display With Temperature & Pressure compensation (Notice: B, C, V, D, are available for Modbus Rs485 or Dual power option) |
Body Material | S4: SS304 S6: SS316 |
Explosion Proof | NA: Safety Field without Ex-Proof CT: Exib II CT4 BT: Exd II BT6 |
Connection | S: Simple Type B: Ball ValveType |
Temperature | T1: -20...+70°C T2: -20...+250°C T3: -20...+350°C |