Weightlessness batching scale

　　Weight loss ingredientsscaleOn the basis of the hopper scale, add feeders and unloaders, and use the rate of material reduction in the hopper to measure the flow and cumulative amount, in order to achieve a weighing device for measuring and batching control. Weight loss ingredientsscaleDuring a complete T operation cycle, when the material in the weighing hopper reaches the lower limit of weighing (or an empty scale), the discharge port is activated, and the material in the silo quickly falls into the weighing hopper. When the set upper limit is reached, the feeding port is activated and the feeding stops when the material reaches the upper limit of weighing, in order to achieve the purpose of quantitative feeding. The accuracy and control precision of weighing have been improved by adjusting the feeding rate to adjust the feeding time and compensating for the difference.

Basic configuration of weightlessness batching scale

① Weighing hopper ② Weighing frame ③ Weighing sensor ④ Motor ⑤ Spiral conveying device ⑥ Discharge device ⑦ Control cabinet

Scope of application of weightlessness batching scale

Continuous stabilized soil and concrete mixing plant cement batching;

Sand and stone ingredients supplied by random methods such as forklifts;

Quantitative control of sintering feeding; Quantitative control of coal powder feeding;

Various material ingredients suitable for reduction control methods.

Functional characteristics of weightlessness batching scale

1. Accurate feeding 2 Stable feeding 3 Strong practicality 4 Reliable performance 5 Easy calibration 6 Compact structure 7 Closed conveying system

Main parameters of weightlessness batching scale

System dynamic measurement accuracy ≤ 0.5%

System dynamic ingredient accuracy ≤ 0.5%

Ingredient metering control range: 0.01~300t/h

Notice on Ordering Weight Loss Batching Scale

1. Material Name:_______

2. Accurate flow range from ____ (* * * small flow) t/h to _____ (***** flow) t/h, commonly used flow rate is _____ t/h

3. Material type: Particle size ____ Specific gravity ____ Humidity____

4. Control accuracy:____

5. Other requirements:____