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TD-75普通带式输送机,目前已广泛应用于机械工厂的铸造、备料车间、动力站房等部门,成为运输物料最常用、最基本的输送设备。设计选用带式输送机,首先要根据输送机的工作条件、输送长度、进料点、出料口的位置等有关参数确定整条输送带的各点受力情况,并以此为前提来计算传动功率、张紧站张紧力,校核膠带强度等,然后以此作为设计、选用输送带各部件的依据。国内,普遍采用逐点计算法来完成上述工作。逐点张力计算法虽然计算准确,但比较繁琐,稍不注意,就容易出错。特别是某些工程,选用的带式输送机很多,而每条输送带的布置情况、输送物料、运输量等又不尽相同。逐条计算,工作量很大。为使计算工作完成得
TD-75 common belt conveyor, has been widely used in machinery factory casting, preparation workshop, power station room and other departments, a transportation material most commonly used, the most basic transportation equipment. Design selection of belt conveyor, the first conveyor to be based on the working conditions, transport length, feed point, the location of the discharge port and other relevant parameters to determine the whole point of the belt force situation, and on this premise to calculate Transmission power, tensioning station tension, check tape strength, etc., and then as a design, the choice of conveyor belt parts basis. Domestic, generally using point-by-point calculation to complete the above work. Although the point-by-point tension calculation method is accurate, it is more complicated and less attention-prone. In particular, some projects, the choice of a lot of belt conveyors, and the layout of each conveyor belt, conveying materials, transportation and so on are not the same. Article by calculation, a heavy workload. To get the calculation done