The sorting scale consists of a weighing conveyor, a controller and an inlet/outlet conveyor. The weighing conveyor collects the weight signals and sends them to the controller for processing. The in-feed conveyor ensures adequate spacing between the products by increasing the speed. The outfeed conveyor is used to transport the inspected products away from the weighing area.

The automatic detection machine gives the release of qualified items, and the weight of unqualified products is either alarmed or pushed out by the sorting agency. It can replace the manual sampling inspection on the production line, and can detect all the items passed without exception, which is a very suitable measurement equipment to ensure the quality of the production products.

Inspection machine is an automatic weight inspection assembly line equipment, mainly used for dynamic inspection of product weight is up to standard qualified, so as to determine whether the product package is missing parts, product accessories or more loaded overweight and so on. Can be quickly on the production line items for weight inspection or weighing, testing standard weight can be set, real-time display of the test weight and quantity, and display the test results, automatic counting, automatic rejection of substandard products or meet the substandard products when the alarm, can be equipped with a computerized touch-screen, Chinese windows, man-machine interface friendly, easy to operate, classification of daily and monthly reports query printing and other functions.

When the inspection machine passes through the inspection table, the system will judge its weight, detect whether it meets the specified weight requirements, and make qualified, overweight, underweight prompts, or execute the corresponding non-conforming products rejecting action, and push the non-conforming products out of the production line. It has the functions of standard weight detection, counting, alarm and sorting.

The Sensing weighing belt conveyor is used for the quantitative feeding of bulk materials, the feeding process is a continuous feeding of the belt, the feeder will be from the user feed silo or other feeding equipment to transport the material and through the weighing bridge for weight detection, at the same time mounted in the tail pulley of the speed sensor to detect the speed of the belt. The measured weight and speed signals are sent to the accumulator for differential processing and display the instantaneous flow in tons per hour for comparison, and according to the size of the deviation from the output of the corresponding signal value (PID signal), through the frequency converter to change the speed of the motor to change the feeding volume, so that it is a certain amount of time with the set value, so as to complete the control of a constant feeding flow.

Weighing conveyor will pass through the material on the belt, through the weighing scale frame under the load cell to detect the weight, the feeding controller will be the flow and set the flow rate for comparison, the output signal from the controller to control the frequency converter speed regulation, to achieve the requirements of quantitative feeding. It is an automatic scale that continuously weighs the bulk material on the conveyor belt without the need to subdivide the mass or interrupt the movement of the conveyor belt.

Weighing conveyor is from the weight of the material on the belt, the weighing signal and the speed signal of the belt running together transmitted to the microprocessor weighing controller, automatically calculate the instantaneous flow of the material. By continuously comparing the set flow rate and the actual flow rate, the speed of the belt is adjusted so that the actual material flow rate is kept at the set flow rate value.

Instantaneous Belt scale is composed of four parts, such as weighing frame, weighing sensor, velocity sensor and display instrument. The weighing instrument integrates the speed signal and the weighing signal to obtain the instantaneous flow rate and the cumulative amount. The speed sensor is directly connected to the large diameter speed measuring drum and provides a series of pulses, each representing a belt movement unit, and the frequency of the pulse is proportional to the belt speed. The weighing instrument receives signals from the weighing sensor and the speed sensor, and obtains an instantaneous flow value and cumulative weight value through integral calculation, and displays them respectively.

The construction of an Load electronic belt scale consists of a bracket and a belt, which is attached to the bracket at each end. When an object is placed on the electronic belt, the object exerts a force vector onto the belt, and the belt is tensioned as a result. The belt sends out an electronic signal with a frequency related to the degree of tension. When the belt is stressed, the electronic components inside will determine the weight of the object through the output signal of the pressure sensor through the computer processing system.