The tuning fork level switch is also often referred to as tuning fork level meter or tuning fork level controller. The main reason is that the tuning fork level meter appears in different parts of industrial production. The actual key role is different, and people will be habitual Many different titles have been called out.
Tuning fork level switch, because the amplitude is adjustable, easy to measure different states and density of the material, suitable for a variety of silo solid material level and various containers within the liquid level of the fixed-point detection alarm or control.
Solid materials: fly ash, cement, stone powder, plastic granules, salt, sugar, etc.
Liquid medium: Technical parameters such as water, acid, alkali, mud, fuel, oil, milk, alcohol, beverage, etc. Output form: two sets of normally open and normally closed contacts; 0/10mA working pressure: ≤1.0Mpa. Material temperature: ≤300°C
Material density: ≥0.2g/cm3 Material particle size: ≤10mm Explosion-proof grade: ExdIIBT4 Protection grade: IP65 Material: Various brands of stainless steel Connection: Thread 11/2′′ Flange DN50 Installation method: Side or top loading principle introduction:
The tuning fork level switch is a new type of position control switch. It mainly relies on a tuning fork to measure the height of the material level through the vibration principle. The tuning-fork level controller works by vibrating the tuning fork at a certain resonant frequency through a pair of piezoelectric crystals mounted on the tuning fork base. When the tuning fork is in contact with the measured medium, the frequency and amplitude of the tuning fork will change. These changes are detected by the smart circuit, processed and converted into a switching signal.
Features Tuning fork level switch has the characteristics of long service life, stable performance, safety and reliability, strong adaptability, no need of adjustment and maintenance-free, etc. It is widely used in metallurgy, building materials, chemical industry, light industry, food and other industries. Bit process control.
It is not affected by foam, turbulence, or gas. It is suitable for fixed alarm or control of the solid material level of various silos and the liquid level in various containers.
For solid materials, mainly free-flowing medium-density solid powders or granules are measured. For example, fly ash, cement, sand, stone powder, plastic granules, salt, sugar, etc.
For liquid materials, it mainly measures explosive and non-explosive dangerous liquids, corrosive liquids (acid, alkali solution, etc.) high viscosity liquid water, acid, alkali, mud, pulp, dyes, oils, milk, liquor, beverages, etc. . The tuning fork level switch has a wide application, mainly for powders and small particles with a wide range of density, such as the detection of the inlet and outlet of the dust collector, the measurement of the dust level of the dust collector, plastic, rubber powder, flour , All kinds of food crops, food, chemical products, etc. limit measurement.
For a variety of liquid properties: such as slurry, viscous, easy to foam, corrosive and other media limit detection.
Tuning fork level switch, because the amplitude is adjustable, easy to measure different states and density of the material, suitable for a variety of silo solid material level and various containers within the liquid level of the fixed-point detection alarm or control.
Solid materials: fly ash, cement, stone powder, plastic granules, salt, sugar, etc.
Liquid medium: Technical parameters such as water, acid, alkali, mud, fuel, oil, milk, alcohol, beverage, etc. Output form: two sets of normally open and normally closed contacts; 0/10mA working pressure: ≤1.0Mpa. Material temperature: ≤300°C
Material density: ≥0.2g/cm3 Material particle size: ≤10mm Explosion-proof grade: ExdIIBT4 Protection grade: IP65 Material: Various brands of stainless steel Connection: Thread 11/2′′ Flange DN50 Installation method: Side or top loading principle introduction:
The tuning fork level switch is a new type of position control switch. It mainly relies on a tuning fork to measure the height of the material level through the vibration principle. The tuning-fork level controller works by vibrating the tuning fork at a certain resonant frequency through a pair of piezoelectric crystals mounted on the tuning fork base. When the tuning fork is in contact with the measured medium, the frequency and amplitude of the tuning fork will change. These changes are detected by the smart circuit, processed and converted into a switching signal.
Features Tuning fork level switch has the characteristics of long service life, stable performance, safety and reliability, strong adaptability, no need of adjustment and maintenance-free, etc. It is widely used in metallurgy, building materials, chemical industry, light industry, food and other industries. Bit process control.
It is not affected by foam, turbulence, or gas. It is suitable for fixed alarm or control of the solid material level of various silos and the liquid level in various containers.
For solid materials, mainly free-flowing medium-density solid powders or granules are measured. For example, fly ash, cement, sand, stone powder, plastic granules, salt, sugar, etc.
For liquid materials, it mainly measures explosive and non-explosive dangerous liquids, corrosive liquids (acid, alkali solution, etc.) high viscosity liquid water, acid, alkali, mud, pulp, dyes, oils, milk, liquor, beverages, etc. . The tuning fork level switch has a wide application, mainly for powders and small particles with a wide range of density, such as the detection of the inlet and outlet of the dust collector, the measurement of the dust level of the dust collector, plastic, rubber powder, flour , All kinds of food crops, food, chemical products, etc. limit measurement.
For a variety of liquid properties: such as slurry, viscous, easy to foam, corrosive and other media limit detection.
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