The weighing module is a system that achieves the weighing and measurement work of the conveyor through the combination of weighing sensors, instruments, multi-channel junction boxes (including amplifiers), and control systems, and then controls it. Users can directly connect to the PLC system and terminal control system to realize multi-stage control and automatic control. It integrates functions such as weighing display, sorting parameter storage, data acquisition and processing, feeding and unloading, and alarm output. One instrument can meet the user's production control requirements, with a high degree of integration.
020-34563445The drum weighing module can be used to monitor and control the production to be in the best condition under normal conditions, and to ensure that the products produced meet the best quality requirements. The weight data fed back by the sensor is read and processed through the PLC controller to achieve real-time monitoring and adjustment of the material weight. The information transmission and instruction scheduling between the load cell and the actuator are achieved through PLC, enabling precise weighing of an item and corresponding control based on its weight data. Whether it is heavy, light or in line with the standard, the PLC will handle it according to the set logic. Ensure the stability and accuracy of the production process.
It is directly connected to the load cell, thus forming a fully integrated weighing control system. It is displayed and operated through the human-machine interface. It is connected to the conveyor with PID control function of the weighing module, and PID control is realized through the control function of the PLC, forming a fully integrated weighing control system, which realizes operation, display, control, storage, communication and other work. Allowing the weighing process to be fully integrated into the standard automation system and gradually achieving integration and full integration with various instrument devices and control systems is the trend of future production process automation development.
Technical parameters
Load rating: 5/10/20/30/40/50/60/75/100/150/200/250 Klb
Accuracy :C3
Certification :OIML R60 C3,OIML R60 C4
Maximum calibration division :max3000n
Minimum calibration division value E:max/5000 v min
Comprehensive error :≤±0.030(%FS)
Creep :≤±0.024(%FS/30min)
The influence of temperature on output sensitivity :≤±0.017 (%FS/10℃)
The influence of temperature on zero-point output :≤±0.023(%FS/10℃)
Output sensitivity :3.0±0.008(mv/v)
Input impedance :700±7(Ω)
Output impedance :703±4(Ω)
Insulation resistance :≥5000(50VDC)(MΩ)
Zero-point output :1.0(%FS)
Temperature compensation range :-10 to +40(℃)
Allowable operating temperature range :-35 to +65(℃)
Recommended excitation voltage :5 to 12(DC)(V)
Maximum excitation voltage :18(DC)(V)
Safe overload range :120(%FS)
Ultimate overload range :150(%FS)
