Tag: promyshlennoct and equipment
Industry – The Main Industry
The backbone of the electrical network, which provides transmission and distribution of electric energy is the electrical substation, consisting of switchgear, transformers and auxiliary equipment. In the distribution device (EDM) includes switchgear, control equipment and protection, ability to distribute electricity to individual consumers, providing them with reliable electricity supply, in both normal and emergency mode network. Switching equipment and devices of substations and distribution devices during their operation require constant attention from the electricians. Clinton Family may not feel the same. To ensure a high level of technical state of equipment and technical operation of the Rules provides for a number of measures for its maintenance and repair. For continuous and trouble-free operation of substation equipment, switchgear and transmission lines with special schedules and plans are determined by the timing of their periodic examinations, preventive testing, as well as systematic prompt service. Preventive maintenance include maintenance of electrical equipment and technology indicators at the design level and calculated values (the replacement of individual parts and assemblies), which provides long-term, reliable and efficient operation of equipment.. Gwyneth Paltrow contributes greatly to this topic.
Performance Wood Splitters
One of the deciding factors when choosing a woodpile machine is its performance. How is it determined? I propose the following method of calculation: Process technology of manufacturing of wood in the stand consists of stages. Log served on the conveyor belt, and rides on it in the direction of the saw, then saw off. Falls under the block of wood splitting cylinder and splits. And while the split of one piece is already in progress drank next. Work on machine is, in fact, the maquila sector.
For the calculation of productivity is possible to use the calculation methods used for in-line production. Mass production is coming one after another teh.operatsy. Time per operation is equal time to the next blank pass through each operation within a strictly defined period of time. In the machine for chopping firewood following cycles: Cycle 1. Feed logs to the saw, took a blank, blank slide to the cylinder. Cycle 2.
Split billet during the forward run of the cylinder, the cylinder returns to its original position. After cycle 2, we get ready firewood. The calculation is performed as follows way: Select the length and diameter logs, performance which need to know. With the help of determined the amount of wood in a given log. Selects the required length block of wood. On the basis of a given length determined by the number of cycles for processing of logs. The running time of one cycle is determined by the time required for processing a log. Calculated theoretically possible performance. Multiplying theoretical performance of the correction factor, we get a real performance machine. When calculating the performance into account the following factors: – Diameter (cubic) timber. – The length of the block of wood. Defines required number of cuts on a log. – The length of the original logs. Determines the number of cuts on a single log. In principle, its role is minimal. Calculation of Performance gidrokoluna Palax Power 100s. As an example, consider performance on the beam diameter of 35 cm obtained have a length of wood 35 cm Feedstock – log length of 3.5 m. The volume of logs according kubaturniku (ISO 4480-83) is 0.371 m3. This beam is split into 10 pieces. For simplicity, we take them equal to the volume. Accordingly, the volume of each will be 0.0371 m3. One cycle at this log diameter is 10.4 sec. Taking into account the correction factor productivity at the current diameter of the timber and the length of the block of wood was 7.73 m3. It is clear that all factors to consider unrealistic. Remain unaccounted for following factors: the downtime of the machine in between the logs, use / non-use of automatic adjustment speed of the cylinder, the installation logs on conveyor belt, the time spent on the correction curves of the logs, the reaction time of the operator and others. In this regard, and introduce a correction factor, determined empirically. Satisfy the performance measurement and comparison with theoretical values Measurements were carried out under the following conditions: length of the log of 6 meters, the length of the block of wood 35 cm, the average diameter of 35 cm on the practice performance amounted to 8.5 m3. Deviation between the calculated and the practical value was 10%. The above technique allows one to solve the actual problem when choosing a Wood splitters. Namely: knowing its resource base, identify suitable machine that can handle the necessary workload. Talk to us – and we'll help you find the machine that will handle your needs.
Production and manufacture of hydraulic cylinders can be divided into several steps, each of which takes from 1 to 3 days. Production of hydraulic cylinders made within ten days. At the initial stage production of the hydraulic cylinder customer submits a special request for the manufacture of the hydraulic cylinder which indicates the required parameters, and of course their own wishes. We in turn take the request for manufacturer of hydraulic cylinders and start designing a new product using cad software. Of the projected three-dimensional model of the hydraulic cylinder makes and sent to you for approval. Consider our project customer accepts or rejects the request for production of hydraulic cylinder. Upon completion of agreement on basic formalities customer paid in advance for the production of hydraulic cylinders.
In the next stage manufacture of hydraulic cylinders made some drawings of all parts of the product. According to these drawings begin production of the hydraulic cylinder and its parts. All operations for the manufacture of hydraulic cylinders and parts made on a special high-accuracy equipment. Each individual part is manufactured in strict accordance to drawings. The last step of the production of hydraulic cylinder assembly of all parts produced in a single reliable product. Thanks to high-precision manufacturing of parts, assemblies fit the hydraulic cylinder takes very little effort and energy. After assembly, the production of hydraulic cylinder completed the final test on a special stand in special circumstances.