Dynisco PT460E-10000PSI standard type melt pressure sensors

Dynisco PT460E-10000PSI standard type melt pressure sensors are a sensor for measuring melt pressure launched by Dynisco. The following is a brief introduction:

Pressure measurement range: Its rated pressure range is 0 - 10000PSI (about 0 - 69MPa), which can meet the measurement requirements of high pressure melts and is suitable for industrial production scenarios such as plastic extrusion and injection molding with high pressure requirements.

Accuracy: Inherits the high-precision characteristics of the PT460E series, with an accuracy better than ±0.5%. It can provide accurate pressure data for the production process, which helps companies strictly control the production process and ensure the stability of product quality.

Output signal: It usually has a full-scale output signal of 3.33mV/V. This output signal is easy to connect to subsequent signal processing equipment, such as data acquisition systems, controllers, etc., and can be effectively identified and processed by related instruments to achieve monitoring and control of melt pressure.

Structural design: Rigid rod structure, simple and convenient installation. It can be quickly installed on the melt flow channel of extruders, injection molding machines and other equipment, suitable for a variety of industrial equipment, and easy to install, debug and maintain on site.

Durability and stability: The sensor diaphragm adopts patented DyMax coating, which is wear-resistant and corrosion-resistant. It can maintain good stability and repeatability in harsh environments such as high temperature and high viscosity melts, and can work stably for a long time, reduce measurement errors, extend service life, and reduce equipment maintenance costs.

Application areas: Mainly used in the plastic and rubber industry, such as plastic profile production, rubber product processing, etc. It can also be used in industries such as oil services, food and medicine, blow molding and resin production. It can accurately measure melt pressure in complex industrial environments and provide important parameter support for the optimization and control of the production process.