Views: 234 Author: Site Editor Publish Time: 2021-04-20 Origin: Site
The green design principle of hydraulic system is to incorporate environmental principles on the basis of technical principles, cost principles and ergonomics principles that are usually based on traditional hydraulic system design, and put environmental principles in a priority position. The principles of hydraulic system design can be summarized as follows.
(1) Use less raw materials that are in short supply or rare, try to find alternative materials, and use more waste, residual or recycled materials as raw materials.
(2) Improve product reliability and service life.
(3) Try to reduce the types of materials in the product to facilitate effective recycling after the product is discarded.
(1) Try to use materials with good compatibility and do not use materials that are difficult to recycle or cannot be recycled.
(2) On the basis of ensuring the durability of the product, give the product a reasonable service life and strive to reduce the energy consumption during the use of the product.
Use as little toxic and harmful raw materials as possible.
(1) Optimize product performance. Establish a "small and precise" design idea in the structural design. In the case of the same performance, the use of resources should be saved as much as possible through the miniaturization of the product, such as the use of lightweight materials, the removal of redundant functions, and the avoidance of excessive packaging to reduce product weight.
(2) Simplify product structure. Advocate the design principles of "simplicity and beauty", such as reducing the number of parts. This not only facilitates assembly and disassembly, but also facilitates the sorting treatment after disposal.
(3) Adopt modular design. The product is composed of various functional modules, which not only facilitates the assembly and disassembly of the product, but also facilitates the recycling after disposal. In the design process, focus on the variety and serialization of products.
(3) Use reasonable technology. Simplify product processing procedures, reduce processing procedures, and simplify the disassembly process. For example, the structure design adopts easy-to-disassemble connection methods, reduces the amount of fasteners, and tries to avoid destructive disassembly methods. Simplify product packaging as much as possible and avoid secondary pollution.
The green design concept of the hydraulic power transmission system is that in the product design process, it should be based on the principle of prevention first and governance second, and fully consider how to eliminate pollution sources and fundamentally prevent pollution.
In addition to the reasonable selection of the parameters and structure of hydraulic transmission system components in the design stage, the following measures can be taken to control the impact of pollutants.
A fine oil filter is installed before and after the throttle valve. The accuracy of the oil filter depends on the requirements of the control speed. For all components that need to be cut, the hole must have a certain chamfer to prevent cutting the seal and facilitate assembly.
The environment must be kept clean before the hydrostatic drive systems is assembled. All components must be dry assembled. After assembly, choose a flushing medium that is compatible with the working medium and clean it carefully.
Pneumatic transmission and hydraulic transmission products have existed for a long time, but with the development of industrial technology, new product needs are constantly emerging. As a professional pneumatic transmission manufacturer and hydraulic transmission supplier, JAZZY always pay much attention to environmental protection and we try our best to meet the requirements of environmental protection in many aspects. Whether it is the choice of product materials or the energy-saving direction of research and development, we will try our best to achieve the best. At the same time, we also hope that our customers and users can attach equal importance to environmental protection.
