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1. Can the balance flowmeter be installed vertically?
Here is a schematic diagram of the installation of the balance flowmeter. When installing on pipelines, both horizontal and vertical pipelines can be installed with the same thickness and width, while ensuring the straight pipe section. The measurement medium is different, and there are slight differences in the position selection. Please refer to the detailed instructions in the stool book. The correctness of the installation in the early stage directly affects the measurement accuracy.
2. What are the types of mass flow meters
3.1 minutes to understand the difference between balance flow meters and orifice flow meters
The core difference between balance flow meters and orifice flow meters lies in their working principles, structural composition, performance characteristics, and application scenarios, as follows:
1. Working principle Balance flow meters: Based on the energy balance positive roll principle design, they belong to a new type of differential pressure flow instrument.
. Through unique Reynolds number design, increased thickness of throttling components, and high-precision machining, the fluid flow performance approaches that of a Venturi tube, resulting in a concise structure and significantly improved performance. Orifice flowmeter: It calculates the flow rate by measuring the pressure difference generated when the fluid flows through the orifice plate. The pressure difference is proportional to the flow rate and is a typical conventional differential pressure flowmeter.2. Structure and Composition Balance flowmeter: It consists of a pipeline and a flowmeter body, and contains a porous disk throttling re

III. Performance Characteristics Balance flowmeter: High temperature and high pressure resistance: Working temperature can reach 550 ℃, pressure can reach 42MPa, suitable for extreme working conditions.
. Low demand for straight pipe sections: The flow field is stable and the pressure recovery is fast (twice that of orifice plates), significantly reducing the requirements for upstream and downstream straight pipe sections. Wide range ratio: can cover multiple flow measurement scenarios, with high flexibility. Energy saving: The porous symmetrical design reduces turbulent shear forces and eddies, reduces kinetic energy loss, and lowers operating costs. Orifice flowmeter: simple structure: easy installation and maintenance, no need for tedious debugging. Low cost: The manufacturing cost is low, and the price advantage is obvious. Wide applicability: Suitable for most fluids (such as liquids and gases), widely used in fields such as tap water and gas.Fourth, Application Scenarios: Balanced flow meters are preferred for industries such as petrochemicals, power, and pharmaceuticals, especially suitable for scenarios that require high-precision and long-term stable measurements (such as trade

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