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E-mail
570755923@qq.com
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Phone
15931964999,13931902077
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Address
Donghuan Road Industrial Development Zone, Xinhe County, Hebei Province
Hebei Huaying Water Conservancy Machinery Factory
570755923@qq.com
15931964999,13931902077
Donghuan Road Industrial Development Zone, Xinhe County, Hebei Province
The mobile hydraulic grab bucket cleaning machine can be effectively applied to the water intake of all types and various on-site conditions of fresh water and wastewater, and can remove a large amount of impurities and waste. This type of equipment has been successfully installed in many sewage treatment projects, thermal power plants, hydropower stations, and other water conservancy projects.
Mobile grab bucket cleaning machineMainly used for drainage, water intake pump stations, urban water supply, etc. on trajectories with a certain curvature radius. It is also used for cleaning grilles with multiple inlet channels or wide grille surfaces, with a wide range of applications. Specially used for cleaning debris in wide channel inlet grilles or channels. The operation energy consumption of the cleaning machine is low, the operation is convenient, and it can operate automatically according to the preset program. The slag removal rake discharges pollutants at the collection point, with high cleaning efficiency and no phenomenon of slag falling back. Immersion components without * * * properties. Long service life and strong corrosion resistance.
The advantages of mobile grab bucket cleaning machine are as follows:
1. Has a certain degree of self-cleaning ability, smooth movement, and no noise;
2. There is no blockage phenomenon, which is very suitable for making fine grid cleaning machines with a spacing of 1-10mm. In actual production, using medium coarse grid cleaning machines with a spacing of 10-20mm also has satisfactory results;
3. Due to the support of the rake teeth and hooks, the trapped dirt will not fall down, and when flipped at the top, it is easy to remove the dirt;
4. High degree of automation, high separation efficiency, low power consumption, no noise, good corrosion resistance, can ensure continuous and stable operation without supervision, equipped with overload protection device. At the same time, the equipment operation interval can be adjusted as needed to achieve periodic operation; It can also be automatically controlled based on the liquid level difference before and after the grille, and has a manual control function for easy maintenance, with minimal daily maintenance workload.


Product features of mobile grab bucket cleaning machine
1. The cleaning machine breaks the traditional coarse grille design and adopts many new technologies.
2. The design of its driving guide rail enables it to meet the requirements of various sites. Due to its simple design, there is no need for any cost in civil construction changes, and it is also an ideal choice for the upgrading of current system equipment.
3. The equipment mainly consists of a load-bearing pulley and a grab bucket device. A mobile grid cleaning machine can serve multiple sets of grids. The limited position sensing position is installed on the driving guide rail, which can accurately stop the pulley at each grab spot to grab the dirt.
4. The design of grabbing dirt allows the grab bucket to tightly engage with the grille bars when grabbing dirt, thus removing hair, dirt, and entanglement around the grille.
5. Due to the track spanning over the water intake, the grid platform is very clean. All control cables are also laid out, so the overall appearance is very clean.
6. The lifting and lowering of the grab bucket do not require any track devices, thus reducing energy loss caused by friction.
7. Due to its high level of electrical control (using PLC control and touch screen operation) and extremely simple mechanical structure, the equipment is stable, easy to maintain, and requires minimal maintenance.
8. The sewage type grab adopts a back mesh structure, which not only intercepts many large pollutants but also removes small suspended solids, greatly reducing the workload of the fine grid behind.