Parameter introduction of Liming reducer:
(1) Number of revolutions of input force: The number of output revolutions is driven by pulleys or couplings, and the number of revolutions of Liming reducer does not exceed 2000 rpm, which is universal.
RPM600-1800RPM, wear and tear due to high speed, shorten its use time; too low speed will lead to insufficient slip or reduced efficiency. Describe whether the speed is too high or too low.
output=input revolutions=reduction ratio.
Especially when the speed exceeds small, the efficiency drops and the torque decreases, thereby increasing the amount of oil.
If you use it, pay attention to the choice of model and lubricating oil.
Decay rate=output revolutions\/input revolutions.
(2) The rotation direction of the output shaft of the Liming reducer - the rotation direction depends on the rotation of its rotation direction. Except for special cases, right-handed teeth can be selected. The upper force is clockwise, while the upper force of the 2-stage reducer is counterclockwise. The direction, the input and output rotation directions are the same. There are many changes in the direction of the inverter.
(3) Due to the frictional loss in the reducer, a part of the energy will be converted into heat energy.
Performance=horsepower \/ % of input horsepower
Its efficiency is determined by the feed angle, peripheral speed, oil, wear and material friction coefficient. The table below is an approximation of the efficiency.
Reduction ratio: 1\/108285 percent; 1\/207882 percent; 1\/307376 percent; 1\/406974 percent; 1\/506772 percent; 1\/606570 percent
(4) The temperature range of the heat-generating reducer - the top reducer is a high-friction reducer structure, so it will generate a lot of heat energy. The design of the reducer is mainly based on the heat generation. At first, the temperature in the cabinet rose rapidly. Because the heat generated is less than the heat generated, it will rise to a fairly high temperature, that is, the heat released and the heat generated are limited. The value of the equilibrium temperature is the basis for the design of the box. If the box is too small, it will Exceed the allowable temperature. If the box is too large, it may be wasted. The allowable temperature depends on the nature of the raw materials and lubricants.
The so-called horsepower is that the weight of 75Kg moves one meter per second, then 1 horsepower=75kg-M\/second.
Previous: No Information