Industrial Automatic Storage and Retrieval System for Pallet Unit

Previous Next Automatic Storage and Retrieval System is an automated warehouse of constructing by racking system. Automatic picking is achieved by manually and computer-operated stackers, conveyors, cranes and handling equipment.Automated racking system is not only making full use of storage space so as to meet standards, but also realizing automation, reducing errors,saving labor and the storage of costs. Product Description Advantages Quality Control: Product Description Automatic Storage and Retrieval System is an automated warehouse of constructing by racking system. Automatic picking is achieved by manually and computer-operated stackers, conveyors, cranes and handling equipment.Automated racking system is not only making full use of storage space so as to meet standards, but also realizing automation, reducing errors,saving labor and the storage of costs. Structural Feature of Conveying System: Conveying system is usually equipped in the front or back of warehouse for conveying goods from one place to another.The procedures is done by bridging forklifts and stackers by using rolling conveyor or chain conveyor and combining with lifts, rotating devices and other equipments. Structural Feature of Controlling System: Communicating with WMS and ECS through OPC agreement, PROFIBUS bus network set up by SIEMENS S7-300 controller can operate all conveyors offline and goods will be conveyed automatically.Please refer to the attached drawing for details of conveying system. Hardwares of WMS System: star network structure, network sever, RF server, computers for management and monitor, RF base station and…

New Design Drive Through Racking for Industrial Storage

Previous Next Product Description Features & Advantages of Drive Through Pallet Racking Specifications of Drive Through Pallet Racking Components of Drive Through Pallet Racking Packaging & Shipping of Drive Through Pallet Racking Tags of Drive Through Pallet Racking Product Description Drive through racking is used where high-density storage is required. It is frequently used in facilities with a low number of product lines. Pallets are stored in a block system with two blocks generally served by one operating aisle. The trucks drive into the racking to load or retrieve pallets, which are stored on cantilevered rails running throughout the system. The first pallet in is the last one out FILO (First in, Last Out ) unless a Drive-Through system is used whereby pallets can be loaded or retrieved from either side. The drive through pallet racking is the most common type in high-density storage solutions. It provides almost twice times of the storage capacity of the normal pallet racking system, utilizing the limited space by combining serval rows of racks into one complete unit. It has about a 30% better warehouse space utilization rate, compared with the pallet rack. It has been widely applied in the field of wholesale, cold rooms, and tobacco.Cautions: 1. The drive through racking system has less stability than all the racking systems, therefore, the height should be limited to 10 meters and additional bracing is…

Drive in Racking System for Warehouse

Previous Next Drive-in racking system is ideal for stocking large quantities of relatively few items. It can reduce overall square footage requirements by 35 percent or more compared to a standard selective rack configuration. Product Description Specifications of Drive in Racking System Sample CAD layouts for your reference Features & Advantages of Drive in Racking System Cases of Drive in Racking System Product Description Drive-in racking system is also known as a corridor racking system. The drive in racking system is designed for the storage of homogenous products. It accommodates a large number of pallets for each SKU. This warehouse racking system arrangement is dense, and the space utilization rate is extremely high, almost twice the pallet rack, but the goods must be less varied and in large quantities, and the goods advanced after out. First of all, it is necessary to carry out the unit work, to determine the pallet specifications, load weight, and stacking height. Thus, the span, depth, and spacing of unit shelves are determined, and the height of warehouse racks is determined according to the effective height of the lower edge of the warehouse roof truss. The total depth of warehouse racks in the area near the wall should be controlled within 6 pallets, and the total depth of warehouse racks in the middle area that can be entered and left on both sides should be controlled within…