TEDT Оборудование для практики теплового расширения

THERMAL EXPANSION TRAINING UNIT - TEDT

ИННОВАЦИОННЫЕ СИСТЕМЫ

Most solid materials expand when heated and contract when cooled. Materials generally change their dimensions when subjected to temperature variations. In solids, temperature changes can cause expansion and, when expansion is restricted, generate thermal stresses. Thermal expansion is a material property that describes how a material’s dimensions change in response to temperature variations. Different materials expand by different amounts.

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НОВОСТИ ПО ТЕМЕ

ОБЩЕЕ ОПИСАНИЕ

The Thermal Expansion Training Unit, "TEDT", designed by EDIBON, allows students to study the thermal expansion of different pipe sections and the resulting expansion force.

It incorporates components similar to those used in heating and domestic water supply systems.

This unit provides measurements for the determination of the thermal expansion of several pipe sections. The unit includes six pipe sections and one of these sections is fitted with an expansion compensator to compensate thermal stress in the pipe. These sections are made of different materials and diameters. Dial gauges located at one end of the pipe sections measure pipe elongation, while a force-measuring device enables the determination of thermal expansion force. The pipe sections can be individually selected using the ball valves situated at the pipe section outlet. The cold and hot water connections are made using quick-release couplings. The inlet water temperature can be adjusted using a thermostatic mixing valve. Two temperature sensors, located in the inlet and outlet lines, measure the water temperature at the unit’s inlet and outlet.

УПРАЖНЕНИЯ И ПРИМЕРЫ С ИНСТРУКЦИЯМИ

РУКОВОДСТВО ПО ПРАКТИЧЕСКИМ УПРАЖНЕНИЯМ ВКЛЮЧЕНО В РУКОВОДСТВО ПОЛЬЗОВАТЕЛЯ

  1. Measurement of pipe section elongation.
  2. Determination of the thermal expansion of different materials such as stainless steel, copper, PVC and PE.
  3. Study of the effect of pipe diameter on thermal expansion.
  4. Determination of the thermal expansion coefficients.
  5. Determination of the thermal expansion force.
  6. Study of the expansion compensator.

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