Intouch Wonder Ware Scada Training courses in Pakistan

Wonder ware software is used in a variety of industries including: Automotive Assembly, Facility Management, Food & Beverage, CPG, Mining & Metals, Energy, Oil & Gas, Chemicals, Energy, and Water & Wastewater. Over the decades, Wonder ware has built a network of distribution partners including a group of individually owned partners that do business under the Wonder ware name.

What is Wonder Ware?

This network, including partners called Wonder ware, now sells and supports AVEVA products. The Wonder ware brand and name now exists only as a distribution name for AVEVA. Wonder ware was co-founded by Dennis Morin and Phil Huber. Both were former employees of another local startup based in Irvine, California.

Monitor and Control

Wonder ware was sold to the British company SIEBE in 1998 for nearly $400 million. By then, all the founding members had left the company. Co-founder Phil Huber remains active in startups. Morin died on the last day of 2012. Wonder ware became part of Paris-based Schneider-Electric in 2014. The operator can continue to monitor and control. Some critical systems will have dual redundant data highways, often connected by cables via different routes.

Software Development

Wonder ware was founded as a partnership in 1987 and incorporated in California in 1988 as Wonder ware Software Development Corporation. The company re-incorporated in Delaware in 1993. At the time, there were other software companies that produced programs to automate manufacturing processes, but Wonder where the first to introduce a program designed for use with the Microsoft Windows operating system.

SCADA system

This is the core of the SCADA system that collects process data and sends control commands to field connected equipment. It refers to the computer and software responsible for communicating with field connectivity controllers, such as RTUs and PLCs, and includes HMI software running on operator workstations. In smaller SCADA systems, the master computer may consist of one PC, in which case the HMI is part of this computer.

Client computers

In larger SCADA systems, a master station may include multiple HMIs hosted on client computers, multiple data collection servers, distributed software applications, and disaster recovery sites. To increase system integrity, multiple servers will often be configured in a dual redundant or hot standby setup to provide continuous control and monitoring in the event of a server failure or failure.

Remote Terminal Units

Remote Terminal Units, also known as (RTUs). Connect to the sensors and actuators in the process and they are connected to the control computer system. RTUs have built-in control capabilities and often conform to the IEC 61131-3 standard for programming and automation support through ladder logic, function block diagram or a number of other languages.

Sensors

Also known as PLCs, they are connected to sensors and actuators in the process and are connected to the supervisory system network. In factory automation, PLCs usually have a high-speed connection to the SCADA system. In remote applications, such as a large water treatment plant, PLCs can connect directly to SCADA via a wireless link, or more commonly, they use an RTU to manage communications.

Computer system

This interfaces the host computer system with the RTU and PLC and may use industry standards or proprietary manufacturer protocols. Both RTU and PLC work autonomously to control the process in near real time using the last command given from the supervisory system. Lyskills provides free Intouch Wonder Ware Scada courses in Pakistan. A failure of the communication network does not necessarily stop the control of the plant processes and the restoration of communication.