#Citect trend reader software#
#Citect trend reader code#
#Citect trend reader Pc#

An engineer can set up and modify vision applications, share applications with other plant sites, and remotely troubleshoot problems with technicians, all without ever leaving the office.

#Citect trend reader software#

Networking also allows vision systems to increase manufacturing agility by automating procedures, such as changeovers for mixed-model processing.ДЄdvanced vision systems and sensors offer software tools to centralize application development and network administration. Networked vision systems, vision sensors, and ID readers enable data and images from all devices to be collected at a central point, viewed on a single monitor, and archived for trend analysis and continuous process improvement.

#Citect trend reader Pc#

The newer vision systems and ID readers also generally include RS-232 and USB connectivity, which enables direct connection to a PC for setup and troubleshooting as well as implementation in legacy applications.Д«ecause they can be easily linked together and managed as a system over a network, the overall cost and effort involved in implementing and maintaining vision is reduced. Direct Ethernet communications between the ID reader or machine vision system and the factory network improve scalability by making it possible to add ID readers or vision systems without having to add other hardware or software. This approach eliminates the need for the PC and cabling from the PC to the ID reader or machine system, providing significant cost savings.ДЄdditional cost savings arise from the elimination of software on the PC and, for industries subject to GMP, the elimination of the need to validate the PC and its software. The latest vision systems and ID readers also include tools that make it easy to interface directly to common factory automation hardware, such as PLCs, robot controllers, HMIs, and PCs.

#Citect trend reader code#

The latest generation of ID code readers and machine vision systems incorporate Ethernet ports that enable them to be directly connected to any switch or hub on a factory network and in turn communicate with all other devices on the network. Thus, it can be challenging to interface with other applications, such as statistical process control (SPC), or to download configurations to multiple vision systems, such as during model changeover. Another limitation of the traditional approach is that the ID reader or vision system communicates only with the PC to which it is directly connected. Companies required to maintain good manufacturing practices (GMP) incur additional expenses for validation of the PC and software. The number of code readers or vision systems that can be connected to one PC is limited, so this approach is not easily scalable.

Even greater expenses may be involved in developing or purchasing and configuring the translation software running on the PC.

Traditional methods can involve considerable expense in purchasing the PCs and cabling used to connect vision systems and ID readers.