Application Case of Jienengrui AMD5510 High-Altitude Vacuum Cleaner + Carbon Fiber Tube for High-Altitude Dust Cleaning
I. Application Scenario Background
For high-ceiling workshops in machinery manufacturing, electronics, chemical and other industries, the core demand is the efficient cleaning of dust in 6-20 meter high-altitude areas such as workshop tops and high walls. It is required that the dust residue after cleaning is ≤0.1g/m², no secondary dust emission, and production is not affected. The operation process is dust generation → high-altitude accumulation → high-altitude vacuum cleaner targeted cleaning → dust recovery. The key indicator is that the continuous operation stability of the high-altitude vacuum cleaner is ≥8 hours.
II. Scenario Requirements and Existing Pain Points
1. Core Requirements
Accessibility: Tools must reach 6-20 meter high-altitude areas to adapt to different workshop heights;
Suction power: Strongly adsorb high-altitude attached dust and floating dust for thorough cleaning;
Safety: Convenient operation without falling risks, and stable operation of the high-altitude vacuum cleaner;
Adaptability: Cope with complex layouts without interfering with production equipment.
2. Existing Pain Points
Poor accessibility: Traditional tools are difficult to reach high altitudes, requiring aerial work equipment, resulting in low efficiency;
Poor cleaning effect: Insufficient suction causes dust to drift, serious secondary dust emission, and large residual after cleaning;
High risk: Aerial work has potential hazards, and the erection of equipment occupies production space;
Weak adaptability: Inconvenient movement, difficulty in flexibly adjusting the operation position, and many cleaning dead ends.
III. Selection and Parameters of High-Altitude Vacuum Cleaner
Jienengrui AMD5510 high-altitude vacuum cleaner is selected with carbon fiber extension tubes, configured as "host + modular extension tube + rotatable suction inlet". The host has a power of 5.5kW, air flow of 700m³/h, vacuum suction of 200mbar, and filtration precision of 0.3μm; each carbon fiber tube is 1.5m long, can be stacked up to 20m, and each section is ≤400g; it is equipped with a 50mm rotatable suction inlet, 8m anti-drag power cord and 8-inch casters, making the high-altitude vacuum cleaner easy to move.
IV. Application Implementation Process
Equipment preprocessing: Splice carbon fiber tubes according to the workshop height, seal the interfaces, connect and debug the high-altitude vacuum cleaner host and suction inlet, and check the power cord and pressure relief valve and other protection devices;
Cleaning process: Plan the area in the order of "from far to near, from high to low". A single person holds the carbon fiber tube to clean with the strong suction of the high-altitude vacuum cleaner. The rotatable suction inlet adapts to multi-angle cleaning, and continuous operation is realized relying on the 24-hour continuous working capacity and reverse blow dust cleaning technology;
Dust recovery: 120L pull-out dust collection bucket collects dust, which can be dumped quickly. Recyclable dust is collected separately for reuse.
V. Application Effects
Cleaning quality: Dust residue is ≤0.08g/m², no secondary dust emission, and the workshop air quality is significantly improved;
Safety and adaptability: No need for aerial work, eliminating falling risks. The high-altitude vacuum cleaner is flexible to move, and cleaning dead ends are reduced by 90%;
Operation stability: A single high-altitude vacuum cleaner can work continuously for 8 hours without failure, with low maintenance cost, meeting the daily cleaning needs.