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The HZC-130 Bearing Inner Diameter Automatic Measuring Instrument is a specialized device designed for precise measurement and classification of bearing inner diameters. It plays a crucial role in the bearing inspection process, supporting both the creation of a bearing inventory database and the subsequent repair of bearings. This instrument not only measures the inner diameter with high accuracy but also categorizes bearings based on precision levels. It features data storage, real-time display, and online data uploading capabilities, enabling intelligent management of the bearing stock.
The system integrates an automated conveyor line to enhance operational efficiency and reduce manual labor. The conveyor line consists of a sturdy frame, a triple-speed chain drive system, movable trays, and an advanced electrical control system. This setup ensures smooth and efficient movement of bearings during the measuring and storage processes.
In the intelligent bearing access system, the operation follows key principles to optimize workflow. First, the "first in, first out" principle ensures that older bearings are used before newer ones, preventing long-term storage issues. Second, the "shortest path" principle helps streamline operations by prioritizing routes based on proximity, thus increasing overall efficiency. Additionally, the system provides real-time inventory updates, ensuring that production is not disrupted due to shortages or delays.
The bearing access system includes a three-dimensional storage rack, an automated stacker, and a control system. The storage racks are constructed using high-quality standard profiles, arranged in two rows with a central tunnel-type channel for the stacker to move through. The surfaces of the shelves are coated for durability and protection.
The roadway stacker is a key component of the intelligent bearing access system. It comes in different structural forms, including single-column and double-column designs, as well as straight, curved, and transfer types. It is composed of columns, beams, a load platform, a fork drive mechanism, frequency converters, laser positioning systems, infrared communication modules, guide rails, and sliding contact lines. These components work together to ensure accurate and efficient handling of bearings within the storage system.
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