Cash Out Part Of The Money Counter

It is mainly composed of a cash-out rubber wheel and a cash-out pair runner. Its function is to effectively separate the first-arriving banknotes from the subsequent banknotes at twice the linear speed of the twisting apron, and send them to the counter and detection sensor for counting and forgery identification. The banknote leaves the banknote twisting rubber ring and enters the banknote output rubber ring. The remaining width of the banknote will cause relative friction between the banknote twisting apron and the banknote, reducing the service life of the banknote twisting apron. Due to the widening of the distance between the banknote twisting shaft and the banknote output shaft, in order to ensure the smooth movement of the banknotes from the banknote twisting wheel to the banknote outputting wheel, a pair of passing wheels is added. The line speed of the outer edge of the cash-out apron is twice that of the outer edge of the twisting apron. When the outer edge of the banknote discharging rubber ring is twisted to the banknote, the banknote moves at twice the original speed, so that the wear of the banknote twisting rubber ring is transferred to the passing wheel, and the passing wheel is made of wear-resistant material. Practice has proved that the twisting of the banknote The service life of the rubber ring has been increased several times. Although adding a pair of rollers can increase the service life of the money-twisting rubber ring, the accompanying problems are increased cost, complex structure, and inconvenient maintenance. If an overrunning clutch (commonly known as one-way bearing) is installed on the banknote-twisting shaft without adding a pair of over-wheels, it can play the same role. The principle is as follows: the one-way bearing is installed in the banknote-twisting transmission wheel, It can be rotated counterclockwise relative to the twisting shaft. When twisting the banknotes, the banknote-twisting drive wheel rotates clockwise, and the one-way bearing does not rotate, which acts as a power transmission. When the banknotes go to the cash-out rubber wheel, they move at twice the original speed and are dragged by the banknotes. Due to the function of the one-way bearing, the outer edge of the banknote twisting apron moves at the same speed as the banknote, and there is no relative sliding between the banknote and the banknote twisting apron, thus prolonging the service life of the banknote twisting apron.