How to improve the efficiency of Electric Meter Reading by handheld terminals

How to improve the efficiency of Electric Meter Reading by handheld terminals
Welcome to SEUIC:www.chinaautoid.net
Manual power meter reading costs much time and labor, and the data collected could not be enough accurate and timeless, which result in insuffcient detailed and accurate data for related marketing and enterprise management software. General manual electric meter reading is done monthly, it is possible for users, but it is not enough for supply company to do deeper analysis and management. As the development of electric power system, it is necessary to build auto power reading system.
In the information process of electric power meter reading system, it is very important to use the auto reading technology. With the auto-id technology, the data could be collected much accurately, which could improve the economic benefits and management decisions.
AtuoID7P handheld terminals from SEUIC could meet the requirements as noted.
AutoID 7P handheld terminals adapt to general WIFI and special WIFI, they are applicated to wide fields. Special Summit Wifi is designed with double antenna, with better transmission function. With the usage of Infrared function, it reduces the labour intensity and improve the efficiency, which give the best solution to spot meter reading rate problems. Besides that, AutoID 7P has some other functions.
First, the infrared system meter reading could realize the accurate data transfer. Data could be transferred accurately and quickly with the scanner of AutoID 7P, which could reduce the labor intensity and improve the efficiency.
Second, the usage of orientation navigation system, AutoID 7P could check whether the patrol personnel work or not.
    Last, it could realize the data real-time uploaded. Management personnel can get the information of circuit quickly and accurately, and make the best solutions.

Comments

Post a Comment

Popular posts from this blog

How to Use RF Handheld Scanner?

Image
RF handheld scanner is also called RFID handheld scanner, it is a kind of wireless data collector with the combination of RFID technology and data terminal. RF handheld scanner is widely used in logistics, warehouse, manufacturing and traceablity, with waterproof, big memory, data transmission, module selection and other advantages. 1.Logistics and warehouse With the development of logistics, RF handheld scanner is widely used in logistics and warehouse management. There are problems, such as scan distances and motion sensitivity, as most warehouse staff have to work on forklifts. It realizes the function of real-time collection of incoming and outgoing information, inventory of goods information, real-time inquiry of goods status, track the whole life cycle of packages and commodities from production to termination, with the usage of RF handheld scanner, which improves the efficiency of management effectively. 2.Manufacturing Manufacturers could collect, modify, check and transf
Read more

Advantages of Using Handheld PDA to Manage Inventory

Image
In the traditional warehouse inventory management, inventory and statistics were done by manual, which cost much time and labor. It is hard to access, analyze and distribute data, with the traditional inventory. As there are mistakes during the traditional inventory, it has more requirements for warehouse inventory management. With the development of technology, handheld PDA( handheld terminal ) is widely used in warehouse management. It needs to plan, number, inventory, check and other process during the inventory of warehouse management with traditional manual operation. But with the usage of handheld PDA and industrial solution, it could simplify the overall steps of the inventory. The staff could scan and transfer data of products to the backstage by handheld PDA, which ensures the accuracy and timeline of data, improves the efficiency of warehouse inventory. Reduce the cost Handheld PDA is widely used in warehouse inventory management, with inventory, collection, checking
Read more