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1. What will happen if the bidirectional flowmeter is installed upside down?
Installing the bidirectional flowmeter upside down can cause significant data deviations and system risks, which need to be corrected as soon as possible. 1. The mechanism for determining the forward and reverse flow of fluid is disrupted due to inaccurate measurement data, resulting in chaotic flow records. Positive flow may be recorded as a negative value, and negative flow may also accumulate in a positive direction, resulting in complete distortion of statistical data
2. Abnormal signal output. The logical correspondence between the negative flow signal and the control system is reversed. The control unit may misjudge the working conditions, for example, the emergency valve closing signal for pipeline reflux may be delayed and triggered, or even execute the boosting command incorrectly. 3. Changes in pressure loss may result in abnormal flow field distribution due to misalignment of installation angles of components such as guide vanes and rectifiers. The originally optimized flow state becomes turbulent, and the increase in energy loss will directly increase the pump load, increasing energy consumption by about 15% -30%. 4. The service life is shortened, and the stress direction of sensitive components such as turbines and electrodes is reversed. Axial bearings bear unplanned lateral forces, and the abnormal wear cycle of seals is shortened to 1/3 to 1/2 of normal operating conditions, significantly increasing equipment failure rates.
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5PBB15-AAEAEBKA0AED5K1AA1+AK Electromagnetic Flower5PBB15-AAEAEBKA0AED5K1AA1 is a high-precision instrument su
1. Core application areas: Chemical industry: For flow measurement of corrosive liquids (such as acid, alkali, salt solutions), the lining material (PTFE/PFA) can resist chemical erosion.
. Process field: Suitable for high-temperature liquids (the maximum tolerance temperature needs to be confirmed based on specific model parameters) and process flows that require bidirectional flow monitoring. Typical scenario: Liquid conveying systems with pipeline diameter ≤ DN600 (24 inches), such as reactor feeding, circulating water flow control, etc.2. Key Technical Parameters and Functional Measurement Performance Bi directional Flow Measurement: It is not affected by fluid pressure, density, temperature, or viscosity, ensuring stability under complex working conditions.
. No pressure loss design: No throttling components, avoiding energy loss caused by throttling in traditional flow meters and reducing system operating costs. Maximum nominal diameter of hardware configuration: DN600 (24 inches), suitable for large-diameter pipeline requirements. Lining material: PTFE or PFA are optional. The former is resistant to strong acids and alkalis, while the latter has better high-temperature resistance (specific temperature range needs to refer to the model manual). Explosion proof certification: Through universal explosion-proof certification, suitable for flammable and explosive environments (such as petrochemicals, natural gas processing, etc.). Communication an