Inspecting and monitoring system for liquid temperature in liquid groove of wet method groove type machine
A monitoring system, liquid tank technology, applied in the direction of temperature control, control/regulation system, non-electric variable control, etc., can solve the problem that the detection system cannot detect, the overheat detection thermocouple cannot provide alarms, etc., to avoid a large number of problems. Abnormal product, guarantee the effect of normal operation
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Embodiment 1
[0022] The temperature of a certain liquid in the liquid medicine tank is set as follows: the central temperature is 65°C, the upper limit temperature is 70°C, and the lower limit temperature is 60°C. When the actual temperature of the liquid medicine is 55°C, the temperature detection thermocouple fails, and the detected temperature still shows 65°C. According to the wrong display result, the first temperature controller will not request the heater to be turned on. The thermocouple temperature measurement shows normal, which is 55°C, but since only the detection limit temperature is set to 70°C, the overheat detection thermocouple will not alarm. At this time, the difference calculator shows that the difference between the temperature measurement results of the temperature detecting thermocouple and the overheating detecting thermocouple is 10°C, and the specification of the difference calculator is set at 2°C, so the drift detection and alarm system is based on the difference...
Embodiment 2
[0024] The temperature of a certain liquid in the liquid medicine tank is set as follows: the central temperature is 65°C, the upper limit temperature is 70°C, and the lower limit temperature is 60°C. When the actual temperature of the liquid medicine is 65°C, the temperature detected by the overheating detection thermocouple is normal, and the detection result is 65°C, and the temperature detection thermocouple drifts, and the detection temperature is 68°C, but because the two detection results are within the specification , the device will not alarm. At this time, the difference between the temperature measurement results of the temperature detection thermocouple and the overheating detection thermocouple detected by the difference calculator is 3°C, and the specification of the difference calculator is set to 2°C, so the drift detection and alarm system is based on the difference result If the set specification is exceeded, an alarm feedback is given to the machine in time....
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