Automatic calibration device and method for standard capillary viscometer
A verification device, viscometer technology, applied in the direction of measurement device, viscometer maintenance, flow characteristics, etc., can solve the problems of inaccurate measurement, large temperature fluctuation of constant temperature bath, low efficiency of manual measurement and verification, etc., to improve accuracy and efficiency , the effect of ensuring stability and improving verification efficiency
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Embodiment 1
[0044] Such as Figure 1-7 As shown, an automatic verification device of a standard capillary viscometer includes a standard capillary viscometer 1, a constant temperature water tank 7, an infrared liquid level monitor 22, a temperature control box 17, a temperature sensor 2, a liquid pump 19 and a single-chip microcomputer 11; The constant temperature water tank 7 is a glass barrel structure, and the outer surface of the constant temperature water tank 7 is provided with scale marks, which is convenient for observing the water yield in the constant temperature water tank 7, and also convenient for controlling the water yield in the water tank; the top of the constant temperature water tank 7 is movably connected with a bung 4, so The lid 4 is provided with a quasi-capillary viscometer clamping plate 6, a temperature sensor clamping plate 3, a standard capillary viscometer clamping plate 6 connected to a standard capillary viscometer 1, a temperature sensor clamp 3 connected to...
Embodiment 2
[0050] A method for automatic verification of a standard capillary viscometer is as follows: the above-mentioned automatic verification device is installed, and the preset temperature of the constant temperature water tank 7 is set; the single-chip microcomputer 11 receives the real-time temperature signal output by the temperature sensor 2, and judges whether it is necessary to start the water cycle Temperature control; if yes, control the heating plate 18 and the liquid pump 19, and adjust the temperature of the circulating water until the real-time temperature does not exceed the preset temperature ±0.005°C / 8h; if not, stop the operation; adjust the infrared transmitter 22- 1 and the position of the lower infrared receiver 22-2, so that it corresponds to the upper ball marking line 1-5 of the measuring tube 1-3, the position of the lower infrared transmitter 22-3 and the lower infrared receiver 22-4, so that it Corresponding to the marking line 1-7 of the lower ball of the m...
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