White Aluminum Oxide 120 Grit Suppliers Philippines

The former is suitable for determining the calculation load of the whole plant(white aluminum oxide), the calculation load of the workshop substation and the calculation load of the main line with a relatively stable load; the latter is used for the main line or branch line with large load fluctuations(pink alumina grit). In actual engineering calculations, the two methods of utilization coefficient method and unit product power consumption method are not used.

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An empirical formula that considers the number of electrical equipment and the influence of large-capacity equipment on the calculated load(brown fused aluminum oxide). Therefore, it is usually in work This calculation method is often not used. Other industries lack data in this area, which limits their citation(brown aluminum oxide 4 grit). The need factor method does not consider the load fluctuation caused by the maximum load of large-capacity equipment and the capacity and number of electrical equipment.

(white aluminum oxide 120 grit suppliers philippines)Although the utilization coefficient method has a certain theoretical basis, because there are many coefficients to be determined and the calculation steps are complicated, the data of "maximum coefficient gas" and "utilization coefficient k" in the formula are currently lacking(brown fused alumina mesh size F4). Therefore, it should meet the requirements of the telecontrol information function and send it according to the information requirements of all levels of scheduling.

When comparing power supply plans in the preliminary design stage(white fused alumina), it can be estimated based on the workshop’s unit product power consumption quota, the annual output of the product and the number of annual working hours. However, the values of the binomial calculation coefficients (empirical coefficients) b, c, and x lack sufficient theoretical basis(white alumina polishing), and these coefficients are only suitable for the machining industry.(white aluminum oxide 120 grit suppliers philippines)

The load of electrical equipment calculated by the unit product power consumption method may be quite different from the actual load(black aluminum oxide). To obtain as close as possible to the actual calculated load as a basis for selecting power distribution equipment and wires(pink fused alumina suppliers). It is suitable for determining the calculation load of the whole plant, the calculation load of the workshop substation, and the calculation load of the main line with a relatively stable load.

(white aluminum oxide 120 grit suppliers philippines)Control range(pink aluminum oxide): Therefore, when there is a lack of formal electrical equipment capacity, it is necessary to recalculate according to the "need coefficient method". Load calculation is the basis of the design of power supply and distribution system(400 grit aluminum oxide powder), so the binomial method is more suitable for determining the load calculation of low-voltage trunk lines and branch lines with a small number of equipment and large differences in capacity.

When determining the total load calculation of the workshop substation and the whole plant, it is usually not used(white corundum), or the "need coefficient method" is closer to the actual electricity consumption than the "binomial method". It mainly consists of substations for general reduction, high-voltage general distribution substations(brown fused alumina mesh size F14), high-voltage distribution substations, distribution lines, substations used in workshops, and electrical equipment.(white aluminum oxide 120 grit suppliers philippines)

It is necessary to calculate equipment capacity(aluminum oxide anti-slip grit), active power, reactive power, apparent power, calculated current, primary load, secondary load, seasonal load, fire load, peak load current, etc. my country generally uses the need coefficient method and the binomial coefficient method(brown fused alumina mesh size F12). It is more accurate to use the binomial coefficient method to determine the calculated load for trunk lines or branch lines with large load fluctuations.