Working Principle:
According to the viscosity characteristics of the liquid, the liquid loss-in-weight scale selects different types of diaphragm pumps and plunger pumps. The weighing system measures the required weight of liquid according to the set output and then discharges it through the pump body; if the liquid needs to be heated, electric heating wires or water circulation heating are generally used. This working principle ensures the stable and accurate operation of the liquid loss-in-weight scale in different production scenarios.According to the viscosity characteristics of the liquid, the liquid loss-in-weight scale selects different types of diaphragm pumps and plunger pumps. The weighing system measures the required weight of liquid according to the set output and then discharges it through the pump body; if the liquid needs to be heated, electric heating wires or water circulation heating are generally used. This working principle ensures the stable and accurate operation of the liquid loss-in-weight scale in different production scenarios.
Area of application of High Speed Hot and Cooling Mixer Machine:
Most liquid materials or liquid materials that need heating. The wide application range makes the liquid loss-in-weight scale and feeder a necessary equipment for many industrial enterprises, attracting the attention of factory managers and purchasing personnel.
The liquid loss-in-weight feeder is usually used in continuous production processes. For example, liquids with poor fluidity must be fed into the extruder at an accurate ratio, and these liquids are usually waxy liquids or viscous fluids that must be heated to flow normally. This application scenario fully demonstrates the important role of the liquid loss-in-weight feeder in ensuring the stability of the production line, which is favored by production line engineers.he equipment is equipped with a liquid tank, which is installed on a high-precision weighing platform, and the liquid is pumped in through a metering pump outside the weighing platform. The high-precision weighing platform ensures the metering accuracy of the liquid loss-in-weight feeder, providing a guarantee for the quality of the final product.
If the liquid needs to be heated, electric heating strips or circulating hot oil or water heating systems can be used. The flexible heating system configuration of the liquid loss-in-weight feeder can meet the heating needs of different liquid materials, enhancing its adaptability in various production environments.When using electric heating strips, a temperature controller is used to adjust the heat preservation temperature, and the electric heating strips need to be wrapped with an insulation layer outside. All connecting pipelines need to be heated and insulated. These details ensure the efficiency and stability of the heating process of the liquid loss-in-weight equipment.If hot oil heating or water heating is used, the liquid tank will be double-layered, with heated hot oil or heated water filled in the middle. This double-layer tank design improves the heating uniformity and heat preservation effect of the liquid loss-in-weight feeder, suitable for long-term continuous production.
The liquid loss-in-weight feeder is equipped with a metering tank, which is installed on a high-precision weighing platform. The liquid is discharged through a metering pump, and the weight signal is sampled in real time to control the actual flow rate. The real-time flow control function ensures that the liquid loss-in-weight feeder can accurately feed materials according to the production requirements, which is of great significance for maintaining the stability of the production line.The weighing platform selects a high-precision weight sensor, the material of the weighing platform is stainless steel, and the cover encloses the sensor, which can be used in harsh working environments. The high-quality sensor and stainless steel material ensure the durability and stability of the liquid loss-in-weight feeder in harsh industrial environments, reducing the frequency of equipment maintenance for enterprises.
Model | Range(KG/H) | Power(KW) | Hopper(L) | Pressure(Mpa) |
LLW5 | 0.5-5 | 0.37 | 10 | 5-10 |
LLW10 | 1-10 | 0.55 | 20 | 5-10 |
LLW50 | 10-100 | 0.75 | 25 | 5-10 |
LLW100 | 50-300 | 1.5 | 50 | 5-10 |
LLW500 | 200-1000 | 3 | 300 | 5-10 |