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Home      Products Dynisco PT462E-3M-6/18 standard type melt pressure sensors
Dynisco PT462E-3M-6/18 standard type melt pressure sensors

Dynisco PT462E-3M-6/18 standard type melt pressure sensors

  • Product Item : PT462E-3M-6/18
  • Product Brand : Other
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The instrument is mainly used for measuring melt pressure during plastic extrusion, injection molding, blow molding and other processing. The following is its relevant introduction:

Model meaning: Generally, PT462E is the product series identification; "3M" may be related to the measurement range and range. Please refer to the product manual for details. In some models, M may represent the pressure unit MPa; "6/18" may involve the installation size of the sensor, the probe size and other related parameters, such as the probe diameter, length and other dimensional information. 6 may represent the probe diameter-related dimensions, and 18 may represent the probe length-related dimensions, but the definitions of different manufacturers may be different, and the official instructions shall prevail.

Product features: It has high measurement accuracy and good repeatability, can withstand highly corrosive environments in applications such as plastic processing, can provide accurate measurement results, and provide reliable data for production process control.

Application areas: It is widely used in industries such as plastic extrusion, oil services, food and medicine, injection molding, blow molding and resin production to monitor melt pressure, help optimize the production process and ensure product quality.

Technical parameters: For specific technical parameters, please refer to the product manual. Generally speaking, the pressure measurement range of the melt pressure sensor may range from 0 - a few MPa to 0 - tens of MPa. The accuracy level may reach 0.5 or higher, and the output signal may be voltage or current, such as 4 - 20mA current signal or 0 - 5V voltage signal, etc. The operating temperature range needs to adapt to the high temperature environment of melt processing, which may be between tens of degrees Celsius and hundreds of degrees Celsius.