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Glass flowmeter price

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1. Appearance and installation dimensions of LZB - () W/WB series glass rotor flowmeter

The appearance and installation dimensions of LZBW/WB series glass rotor flowmeter vary depending on the model. The specific information is as follows: LZB3W: diameter: 26mm, installation hole diameter: 116mm, interface options: optional leather tube connector or metal tube connector, quick interface or sleeve interface LZB3WB: diameter size: similar to LZB3W, but the overall size is 281mm, 136mm, 50mmLZB4W: diameter size: 281mm, 136mm, 56mm, installation hole diameter: 27.5mm, interface options: quick interface or sleeve interface LZB6W: diameter size: 281mm 136mm, 58mm Installation hole diameter: 29.5mm Interface options: Metal tube nozzle, quick interface or card sleeve interface LZB10W: Diameter size: 281mm, 160mm, 60mm Installation hole diameter: 29.5mm Interface options: Metal tube nozzle, bendable to accommodate draft selection of 140mm Φ 11M10 × 12 Φ 11LZB10WB: Diameter size and installation details: Similar to LZB10W, but the size may be slightly different. Summary: The appearance and installation dimensions of LZBW/WB series glass rotor flow meters vary depending on the model. When selecting, the appropriate model should be determined according to specific application requirements and installation environment.

2. Flow calculation formula for glass rotor flowmeter

The flow calculation formula for glass rotor flowmeter is: Q=K × √ (Δ P) or Q=C × A × √ (2g Δ h/ρ), where K and C are instrument coefficients and Δ P is pressure difference.

. 1. Core calculation formula: Glass rotor flowmeter belongs to variable area flowmeter, and its flow calculation formula is derived based on the principle of rotor
Glass flowmeter price
force balance. The most commonly used basic form is: Q=K × √ (Δ P), where: • Q: volume flow rate of fluid (unit: m ³/h or L/min) • K: instrument coefficient (or flow coefficient), determined by the specific structure, rotor shape and material of the flowmeter, usually provided by the manufacturer after factory calibration, and is the core parameter for flow conversion. Δ P: The pressure difference before and after the rotor (unit: Pa), which is balanced with factors such as the rotors gravity, buoyancy, and fluid viscosity during stable flow, and can be regarded as a constant. Another more detailed and physically meaningful formula is: Q=C × A × √ (2g Δ h/ρ), where • C is the outflow coefficient, which is an empirical coefficient related to the Reynolds number and is usually calibrated by the manufacturer. A: The annular gap area between the rotor and the conical tube (unit: m ²) varies with the height of the rotor. • g: Gravity acceleration (9.8 m/s ²) • Δ h: Pressure head difference corresponding to rotor height change bench roll (unit: m) •ρ: Density of the measured fluid (unit: kg/m ³) 2. Flow reading in practical applications. In practical applications, operators do not need to perform tedious calculations. The conical tube wall of the flowmeter is directly engraved with flow scale lines. The method of reading the flow rate value is to observe the scale line corresponding to the highest point (or center) of the rotor, which is the actual flow rate value under the current operating conditions. -Factory calibration: The instrument manufacturer calibrates with water (for liquids) or air (for gases) under standard conditions (usually 20 ℃, 101.325kPa), directly engraving the flow rate value on the pipe wall. 3. Correcti

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