MBY500-4.5-2 and MBY450-5.6 hard-tooth surface gear reducers both have common advantages such as hard-tooth surface and high-precision, but there are differences in specific performance. The following is a comparison of the performance advantages of the two:
Load-bearing capacity : Generally speaking, the larger the reducer model, the stronger its load-bearing capacity. The center distance of MBY500-4.5-2 is 500mm, and the center distance of MBY450-5.6 is 450mm, so the load-bearing capacity of MBY500-4.5-2 is relatively large, can withstand greater input power and output torque, and is more suitable for working conditions with larger loads.
Transmission ratio : The transmission ratio of MBY500-4.5-2 is 4.5, and the transmission ratio of MBY450-5.6 is 5.6. MBY500-4.5-2 When the input speed is the same, the output speed will be higher than that of MBY450-5.6, which is more suitable for equipment with certain requirements for output speed; while MBY450-5.6 can provide greater speed reduction and torque increase, suitable for occasions where low speed and large torque are required.
Volume and Weight : The overall size and weight of MBY500-4.5-2 is larger than that of MBY450-5.6. MBY450-5.6 It has better adaptability and may be relatively more convenient to install and maintain when there is limited installation space or strict limit on the overall weight of the equipment.
Gear accuracy and transmission efficiency : Both gear accuracy reaches level 6 (GB10095) or above, and both adopt a single-stage reduction design. The comprehensive transmission efficiency of each gear is relatively high, reaching about 0.98. However, because the gear size of MBY500-4.5-2 is relatively large, the contact strength and wear resistance of its gears may be better if the manufacturing process and materials are the same.
