A
system and method for real-time monitoring of the temperature at the outlet of a concrete mixture, the
system includes a
temperature sensing device arranged at a receiving hopper, the
temperature sensing device is connected to a measurement and
control unit, and the measurement and
control unit is connected to a front-end host. The
system also includes a
discharge sensing device, the
discharge sensing device is used to sense the phase current of the mixing motor, the
discharge sensing device is connected to the front-end host; the front-end host is connected to a
server. The system also includes a
client, the
client accesses the
server, performs basic data setting and information query on the system; the
server is used to store the basic data of the system and the data uploaded by the front-end host, and performs calculations,
processing and display on the data. Through a system and method for real-time monitoring of the temperature at the outlet of a concrete mixture, the outlet temperature of the concrete mixture can be obtained in real time, data support can be provided to ensure that the outlet temperature is qualified, and it is convenient for the concrete mixing system to take
temperature control measures in a timely manner. Compared with the existing methods, the monitoring method of the present invention is more convenient and has a higher monitoring frequency.