Introduction: The constant temperature bath experiment of the viscometer proves that when the temperature deviation is 0.5 ℃, some liquids have a viscosity deviation of more than 5%. The temperature deviation has a significant impact on viscosity, and as the temperature increases, the viscosity decreases. So special attention should be paid to keeping the temperature of the measured liquid constant near the specified temperature point, and for precise measurements, it should not exceed 0.1 ℃ Features: 1. Design a microcomputer precision constant temperature control system, using a single chip microprocessor control, self-tuning PID adjustment, and imported Pt100 temperature sensor technology. 2. A carefully designed and meticulous heating system with fast heating speed and good results. 3. The constant temperature bath adopts advanced overall foaming technology, which has good insulation performance and effectively reduces cold loss. The professional circulation mixing design ensures good horizontal and vertical uniformity of the liquid in the tank. Temperature fluctuation ± 0.03 ° C, display resolution 0.01 ° C. 4. The inner groove is made of all stainless steel 304, and the box body is made of high-quality anti-static spray paint. 5. To control the temperature at any point between room temperature -100 ℃, our NDJ-79 viscometer can be configured. The outlet pipe of the constant temperature bath is connected to the inlet pipe of the viscometer, and the inlet pipe of the constant temperature bath is connected to the outlet pipe of the viscometer NDJ-79, forming a closed loop loop to ensure the temperature of the measured liquid. 6. Widely applicable in fields such as biotechnology, medicine, food, chemical, metallurgy, and petroleum. Providing users with a high-precision, controlled, and uniform temperature constant temperature environment, it is an ideal super constant temperature water tank for research institutes, universities, factory laboratories, quality inspection departments, and other fields. Technical parameters: Model Kch-1006A Temperature range (℃): Room temperature+8-100 Temperature control method: microcomputer temperature control Display resolution (℃): 0.01 Inner gallbladder volume (l): 6 Opening size (length × wide × Depth (mm): 180 × one hundred and forty × one hundred and fifty Inner liner size (length × wide × Depth (mm): 240 × one hundred and fifty × one hundred and fifty Pump flow rate (L): 6 Power (KW): 1 Temperature fluctuation (℃): ± 0.03
Introduction: The constant temperature bath experiment of the viscometer proves that when the temperature deviation is 0.5 ℃, some liquids have a viscosity deviation of more than 5%. The temperature deviation has a significant impact on viscosity, and as the temperature increases, the viscosity decreases. So special attention should be paid to keeping the temperature of the measured liquid constant near the specified temperature point, and for precise measurements, it should not exceed 0.1 ℃
