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The selection of center distance needs to be determined based on the load size, working conditions, and the bearing capacity of the reducer. The nominal center distance range of DBY hard tooth surface conical cylindrical gear reducer is 160-560mm, and commonly used specifications include 12 types such as 160, 180, 200, 224, 250, 280, 315, 355, 400, 450, 500, 560mm, etc. The selection principle

Scientifically matching the cycloidal pinwheel reducer with the mixing frame is a key step in ensuring stable, efficient, and long-lasting operation of the mixing equipment. This requires systematic consideration from multiple dimensions such as rack type, size specifications, and connection methods. Step 1: Determine the rack type The core function of the rack is to provide support for the

The selection of the gearbox frame model is mainly based on the size of the gearbox output shaft diameter, installation method, and the force situation of the mixing shaft, while matching the interface form and installation size. The following is a specific guide for selecting the frame for the four series of reducers (F, K, R, S): 1. Determine the frame model based on the output shaft diameter

1、 Check the WP sample table based on torque and speed to determine the model WP model format: WPA/WPO/WPDA/WPDO+machine base number (center distance)+speed ratio Machine base number (center distance): 40, 50, 60, 70, 80, 100, 120, 135, 155, 175, 200, 250 Example: WPA100-30 → horizontal, center to center distance of 100mm, speed ratio of 30 Table lookup logic: Find the corresponding

When choosing the machine base number for the WB series micro cycloidal reducer, the core criterion is the matching of the working torque and the rated torque of the reducer. You need to ensure that the rated output torque of the selected gearbox is greater than or equal to the maximum working torque under actual operating conditions, and leave a certain safety margin. The specific steps are as

For this two-stage gearbox, its overload capacity is usually divided into two stages: "instantaneous overload" and "ultimate overload": 1. Instantaneous overload capacity (safe range): Normally, 160% (or 1.6 times) of the rated torque is allowed. Duration: Generally limited to within 2 minutes. Application scenario: Device startup, braking, or short-term load fluctuations. Within this

The specification determination of ZDY single-stage cylindrical gear reducer is a comprehensive process that requires compliance with national standards (such as JB/T8853-2001) and calculation and selection based on specific working conditions. Simply put, specification determination can be divided into two levels: one is to understand the meaning of the model, and the other is to calculate and

When selecting ZQ series cylindrical gear reducers, in addition to basic power and transmission ratio, the following key parameters are easily overlooked, but they are crucial for the long-term stable operation of the equipment. 1、 Transmission ratio: nominal value and actual value The ZQ series gearbox samples are usually labeled with nominal transmission ratios (such as 20, 25, 31.5, 40, e