Planning is based on the layout of equipment on the user's production line and their different functions. Different quantities and types of expansion modules are configured according to the number of digital and analog signals in each area. Areas such as the feeding zone, stacking zone, and heating/holding zone have a large number of digital signal inputs, which are widely distributed and located at significant distances. If traditional point-to-point control is used, it will consume a large amount of control cables and cable trays, increase labor costs significantly, and cause considerable inconvenience during commissioning, as well as pose significant challenges for future maintenance work. Shenglan Electrical recommends that customers adopt the control method using the T3 series IP67-rated expandable bus modules, which feature simple wiring, convenient maintenance, and flexible configuration, making them well-suited to the on-site environment and ensuring system safety and reliability.

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The current state of warning lighting for automated equipment is causing serious problems for companies, managers, and employees. Equipment that operates 24 hours a day gradually experiences light decay, has a short warranty period, and is prone to damage. There is an urgent need to resolve equipment failure warning issues and develop a performance upgrade plan for warning lights.

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Traditional logistics sorting requires a large amount of manpower for tasks such as stocking, scanning, and sorting, resulting in high labor costs. During e-commerce promotional periods, labor issues in the logistics industry become particularly prominent. Intelligent barcode readers utilize deep learning algorithms to support 24/7 operational efficiency for different types of barcodes, enabling differentiated processing to enhance equipment efficiency and reduce parcel sorting errors.

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The solution combining a fiber optic amplifier with a through-beam fiber optic sensor involves collecting signals from four points at both ends of an object as it passes through the through-beam, thereby determining the object's position to trigger the welding action. The customer's precision target is that the welding position offset must not exceed 0.1mm. If the fiber optic amplifier and opposing fiber optic solution is used, the fiber optic amplifier must first have excellent stability, and secondly, it must have a very high response speed. In a high-speed production process running at 600mm/s, to ensure that the detection position error does not exceed 0.1mm, an ultra-high-speed fiber optic amplifier must be selected.

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