Overview
| brand | Manchester University | Does it support processing customization | yes |
| Imported or not | no | Flow rate inside the plate | |
| Decanting water volume | Decanting depth | ||
| material quality | Q235 S304 | Type of sedimentation tank | |
| Pool diameter | Pool depth | ||
| Oxygen charging power efficiency | Outlet pipe diameter | ||
| Effluent suspension concentration | Effluent turbidity | ||
| Storage box capacity | Processing capacity | ||
| Sewage treatment capacity | Transmission distance | ||
| Single tank treatment water volume | Single pool self weight | ||
| Service area | Working current | ||
| working voltage | working pressure | zero point one | |
| operational principle | Jet stream with animal material flowing and conveying to the silo | power | |
| specifications | Refueling volume | ||
| structural style | Downdraft bin pump | Inlet pipe diameter | |
| Water inlet size | Inlet suspension concentration | ||
| Influent turbidity | Net water volume | ||
| Air volume | type | ||
| hopper capacity | Moisture content of sludge discharge | ||
| Engine displacement | Accessory Name | ||
| Type of aeration equipment | Opening and closing force | ||
| Types of air flotation equipment | Number of cylinders | ||
| Gas barrel capacity | Lubrication method | ||
| Equipment self weight | Applicable scope | Chemical new materials, power smoke and dust desulfurization | |
| Applicable machinery | Applicable fields | Chemical new materials, power smoke and dust desulfurization | |
| Conveying distance | seven hundred | Conveying capacity | |
| Conveying capacity | Conveying speed | ||
| Conveying items | Fine particle powder | Lifting height | |
| Increase amount | Increase speed | ||
| Additive ratio | Ventilation capacity | ||
| Overall dimensions (length * width * height) | Types of sludge treatment equipment | ||
| Fault free time | Inclination of inclined plate | ||
| New and old degree | brand new | model | |
| type | performance | stable | |
| Compressed medium | Scope of use | Pneumatic conveying of materials to the silo through conveying pipelines | |
| Effective area | noise | ||
| length | diameter | ||
| weight | Peripheral velocity | ||
| Air storage tank capacity | speed |
Product Details
The working process of the bin pump
Taking a single bin pump as an example, the working process of a single bin pump is as follows:
1. Loading process: The feeding valve and exhaust valve on the top of the pump body are opened under the control of the PLC intelligent controller (the main intake pipe inlet valve is closed, and there is no compressed air in the pump body). Feed from the intermediate warehouse to the pump body. At the same time, the pressure inside the main intake duct and pneumatic control duct increases with the air compressor components. After the material is full, the level indicator sends a reversing signal or controls it by setting a time. The PLC intelligent controller acts and enters the conveying state.
2. Transportation process: The feed valve and exhaust valve on the top of the pump body are closed, and the intake valve on the main intake pipeline is opened. Compressed air enters the pump body through the main pipeline, and feeding begins. When starting the feeding process, compressed air suddenly enters the pump body, causing a sharp decrease in pressure in the main air intake pipeline and pneumatic control pipeline. When the feeding process is nearing completion, the pressure drops to the lowest point, dropping to the set pressure value of around 0.05MPA, and the pressure switch sends a directional signal. The PLC can only control the instrument to move and enter the loading state.
When one set of pump body is in the conveying state, the other set of pump body is in the loading or waiting state. When one set of pump body is transported, the other set of pump body is loaded into the conveying state, which can basically achieve continuous conveying.
