Find out about large-scale OPC deployment
The class regularly covers OPC Best Practices that ensure vendors, integrators, and end-users avoid common pitfalls. These are the unpleasant problems that consistently cause emergency activities such as late-night calls, international travel, and conference calls with C-level personnel.
NETWORKS: CONFIGURE DCOM TO WORK ACROSS NETWORK BARRIERS
- Connect between different Workgroups and Domains
- Transfer data across software and hardware firewalls by restricting DCOM to static TCP ports or using dynamic ports with application exceptions
- Establish standards-based VPN connections to transfer data across a WAN or even the Internet while complying with strict IT security policies
UPON COMPLETION OF THIS TRAINING, STUDENTS WILL:
- Find out how to specify and utilize OPC properly in projects
- Configure DCOM with static or dynamic ports to work with both software and hardware firewalls
- Setup secure VPN connections to transport OPC over a WAN or even the Internet
- Explore key information to assure correct product specifications
- Learn OPC project implementation and deployment Best Practices
- Discover how project scope affects the usage of OPC components
- Learn the impact of various federal, industrial, and plant regulatory restrictions
- Improve system reliability even before users begin to access data
- Enable projects to provide for end-user requirements without sacrificing security and costs
- Troubleshoot systemic problems that are invisible in product testing but appear in large-scale projects
- Learn how to diagnose intermittent issues that only appear under unique circumstances
Course Length: 12 hours
Project Scope: Learn the differences between Machine, Plant, and SCADA communication. Find out how the number of measurements/controllers, communication bandwidth/reliability, and general project objectives influence the project direction and required tools. The hands-on examples illustrate the impact that subtle scope changes make on the project implementation and deployment.
Regulatory Compliance: Find out how federal, industrial, and plant regulations affect the project deployment with respect to security and tracking. The class covers the impact of regulations from 21 CFR Part 11 in Pharmaceutical operations, to NERC / FERC in Power, to Sarbanes-Oxley (SOX), so that plants can ensure they are always in compliance.
Data Transportation: Students find out how their projects could be affected by various data transportation requirements to ensure reliability, availability, and recovery for possible data losses. The hands-on examples illustrate solutions to ensure plants meet their corporate objectives.
Factory Acceptance Testing (FAT): Students learn how to setup effective FATs that help plants discover critical architectural and implementation errors before solutions arrive on site. Students also take home a sample FAT document to help them with their next project. The hands-on examples show problems that vendors typically overlook.
Site Acceptance Testing (SAT): Students cover the unique requirements of effective SATs for their own plants. Students also take home a sample SAT document to help them with their next project. The hands-on examples show problems that integrators typically overlook.
OPCTI provides the following during training:
- Dedicated use of a computer for the duration of the course
- Level 4: Advanced OPC Projects resource workbook
- Certified OPC Professional Level 4 Certificate (upon successful completion
- Sample requirements documents to help with OPC product and integrator selection
- Sample requirements documents for FAT and SAT implementation
OPCTI provides hands-on training and as such, each student receives their own dedicated computer for the duration of the training so they can complete all the exercises on their own. Students are also permitted to bring their own laptops. OPCTI provides all the necessary software licenses. The software used is from various vendors to expose students to a variety of solutions and ensure a vendor-neutral message.