Introduction to Weighing System Configuration

The weighing system is generally divided into two parts, the signal acquisition part and the signal processing and display part. The signal acquisition part is generally implemented through sensors or transmitters, and the accuracy of signal acquisition is crucial for the weighing accuracy of the loader. The display section includes display instruments< a> A typical weighing system includes sensors, transmitters, instruments, and junction boxes. It is also a component that most customers need to match with sensors< a>


Weighing System Configuration
The weighing system includes both digital and analog weighing systems.< a>
1.、 Simulated weighing requires the use of matching analog signal sensors, analog transmitters, analog junction boxes, and analog signal instruments< a>
For example, C16A+RM4220+WE2007+VKK1

2. Digital weighing requires the use of digital signal sensors, digital junction boxes, digital transmitters, and digital instruments.
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For example, C16i+AE301+BIS2116+VKR

Note: Some high-end instruments may have both analog and digital outputs.
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Weighing Configuration

-SensorsSensors control the signal acquisition of the system< a> Choose the appropriate range, material, accuracy, and performance based on the installation environment and customer requirements< a>

Weighing configuration

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Weighing instrumentWeighing instrument, also known as weighing display control instrument, is an electronic device that converts the weighing sensor signal (or through a weight transmitter) into weight digital display, and can store, count, and print weight data. It is commonly used in automated batching and weighing in industrial and agricultural production to improve production efficiency< a> Weighing instruments


Weighing instruments can be divided into display instruments and control instruments with communication functions.
< a> The display instrument has simple functions, with domestic prices usually within 1000 yuan and imported brands within 2500 yuan< a> Control instruments are mainly used in automation systems. In addition to the standard RS232 interface, they also include output interfaces such as PLC control, mainly including I/O relay output, 4-20mA analog output, 0-10V output, AB RIO bus, Profibus DP bus, CC link interface, DeviceNet bus interface< a> All of the above aspects need to be considered by customers who choose and inquire about prices. Interfaces are usually sold as options< a> Weighing configuration
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Weighing transmitter



Weighing transmitter, also known as a weight transmitter or amplifier by some manufacturers, is a type of transmitter that converts physical quantities into electrical signals and outputs millivolt signals. The sensor is isolated and amplified to convert them into standard DC signals. Usually using SMT technology, it is designed and manufactured for resistance strain gauge signal sensors in industrial processes, suitable for weighing sensors of different specifications< a>
Optional outputs: 4-20mA, 0-10V, 0-5V,& plusmn;5V。 Choose according to the actual requirements of the customer< a>

System Configuration-Junction Box

Due to the poor consistency of sensors at the factory, coupled with limitations in the on-site environment and installation methods, multiple sensors are connected in parallel to form an unbalanced scale. To solve these problems, a junction box must be selected to adjust the consistency of the sensors and ensure the balance of the entire scale body< a>