GCWP-A Dielectric Thermography Measurement System Introduction: The dielectric temperature spectrum measurement system is an important physical property applicable to various metal oxides, plates, ceramics (pottery), mica, glass, plastics and other substances. Through measurement, various factors affecting dielectric loss and dielectric constant can be further understood, providing a basis for improving material performance. This instrument is used for applied research on the properties of inorganic metal new materials in scientific research institutions, schools, factories, and other places. It measures the dielectric constant of a medium at a specific temperature in a special environment. Technical parameters: Electrode diameter: 6mm Quantity: 4 Motor shielding: inner diameter -304 stainless steel outer diameter - polytetrafluoroethylene Test electrode: Four channels, capable of testing four samples simultaneously Switching frequency: The sample switching time can be freely set Test method: manual mode, automatic mode Experimental data: can export raw test data, and can also output test curves and print test reports Measurement frequency: based on the actual bridge Temperature range: -180 °~500 ° Heating rate: 0.5 ℃ -2.5 ℃/min Data cable: Copper silver plated, low-temperature shielded wire Chassis: Made of Q235 steel plate surface with high-temperature spray coating Instrument power supply: AC: 220V 50Hz Power: 2KW Test bridge: Agilent 4294 Test environment: Please do not use in environments with high dust, vibration, direct sunlight, or corrosive gases. When using the instrument, it should be kept away from strong electromagnetic fields to avoid interfering with the experimental results.
Introduction: The dielectric temperature spectrum measurement system is an important physical property applicable to various metal oxides, plates, ceramics (pottery), mica, glass, plastics and other substances. Through measurement, various factors affecting dielectric loss and dielectric constant can be further understood, providing a basis for improving material performance. This instrument is used for applied research on the properties of inorganic metal new materials in scientific research institutions, schools, factories, and other places. It measures the dielectric constant of a medium at a specific temperature in a special environment.
