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And download drivers to the application. Questions & Answers related to Schweitzer Engineering Laboratories AcSELerator QuickSet. Schweitzer Engineering Laboratories SEL Other United States Of America (USA)- Other Founded in the year 1984, Schweitzer Engineering Laboratories (SEL) serves the global power industry by inventing, designing, and building digital products and systems that protect power grids. The SEL-351S Relay provides wide-area system stability awareness with IEEE C37.118 synchrophasors and simplifies communications with built-in Ethernet. Large, easy-to-use operator controls and optional independent SafeLock trip/close pushbuttons enhance operation and simplify panels.

4 days ago byStephanie Leonida

Schweitzer Engineering Laboratories released its SEL-3350 compact controller and its Time-Domain Link technology solution.

Schweitzer Engineering Laboratories, Inc. (SEL) is a global supplier of electrical protection products and solutions. The company creates digital products designed to protect, control, monitor, and automate power systems. Founded by Dr. Edmon O. Schweitzer III, the company was incorporated in 1982.

Schweitzer Engineering is headquartered in Pullman, Washington, USA. The company has over 100 offices and more than 5,000 employees worldwide. In early January, Schweitzer released its new SEL-3350 Automation Controller and optimized its Time-Domain Link (TiDL) technology solution.

The SEL-3350 Automation Controller

The SEL-3350 was designed to be compact, flexible, and low-cost. It can be used for dedicated embedded applications requiring mid-level I/O and computation. The device has a 1U form factor, so it can be used when there is limited space.

The controller can be ordered and configured to suit various computer operating systems, including Microsoft Windows 10 internet of things (IoT) Enterprise, Windows Server, and Linux drivers for Ubuntu, CentOS, and Red Hat.

The option to choose between a real-time automation controller (RTAC) and Blueframe operating system will become available to users in 2021’s first quarter. Intelligent electronics device (IED) settings can be viewed and changed, as can report and event data.

Additionally, not only can diagram drawings and documents be accessed onsite, but the SEL-3350 can also be accessed securely from a remote location through a Microsoft Windows Remote Desktop, a virtual private network (VPN), or Secure Shell (SSH).

The SEL-3350 Automation Controller. Image used courtesy of SEL.

The device features a passive thermal management system and a wide temperature range, meaning the SEL-3350 controller can withstand harsh environments where off-the-shelf computers would fail to function. An error-correcting code (ECC) memory and single-level cell (SLC) solid-state drives (SSDs) have been incorporated into the SEL-3350 to help provide reliable operation in such harsh environments.

For greater protection, a conformal coating can be bought with this device to protect against extreme conditions and airborne contaminants (e.g., hydrogen sulfide, chlorine, salt, and moisture).

The SEL-3350 also meets several standards, including Institute of Electrical and Electronics Engineers (IEEE) 1613, IEEE C37.90, International Electrotechnical Commission (IEC) 61850-3, IEC 60255 protective relay standards, plus IEC 61000-6-2 and IEC 61000-6-4 industrial environment standards.

SEL’s New Merging Unit

Schweitzer released the new SEL-TiDL Merging Unit (TMU) alongside the SEL-3350 Controller in January. This unit combines data sharing, cybersecurity, and protection in one point-to-point digital secondary system. The solution improves safety by taking away high-energy cables from the control house.

The SEL-TMU only needs a single direct fiber connection to a TiDL relay in a control house. No switches or routers are required.

The SEL-TMU remote acquisition device is designed to be used in an SEL-TiDL technology system. Image used courtesy of SEL.

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The merging unit can digitize analog signals into direct fiber communications. Power system data along with embedded time synchronization can be transported over a fiber-optic cable to an SEL-400 series TiDL relay in the control house. With the ability to transmit data to four TiDL relays, a protection system with a customized topology can be designed.

The stream of data from the SEL-TMU is automatically and independently synchronized to each connected relay, which removes the need for an external time source. The TiDL has an isolated network architecture providing customers with deterministic communications and a more cyber-secure system.

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Both the SEL-3350 and SEL-TMU can be utilized for more efficient, safe, and secure monitoring, information, and data exchange within control and power systems.

About SEL:

SEL invents, designs, and builds digital products and systems that protect power grids around the world. This technology prevents blackouts and enables customers to improve power system reliability and safety at a reduced cost. A 100 percent employee-owned company headquartered in Pullman, Washington, SEL has manufactured products in the United States since 1984 and now serves customers worldwide. Our mission is simple: to make electric power safer, more reliable, and more economical. https://selinc.com/

About Gautham Ashokkumar, Application Engineer:

Gautham joined Schweitzer Engineering Laboratories, Inc. in 2017 as an Associate Application Engineer in Protection. Prior to joining SEL, he worked in electrical maintenance and operations in India. He got his B.E in Electrical and Electronics Engineering from RMK College, Anna University in 2013 and got his M.S in Electrical Engineering from Missouri University of Science and Technology, Rolla, Missouri in 2017. His Master’s specialization was in the field of power systems engineering, including power system protection and reliability. He currently works as an Application Engineer in Alpharetta, Georgia.

About Jeremy Blair, Application Engineer:

Jeremy joined Schweitzer Engineering Laboratories, Inc. as an application engineer in 2013. Previously he worked for Entergy Corporation as a distribution planning engineer with responsibilities in distribution system planning, protection, power quality, and automation in Baton Rouge, Louisiana. He also managed Entergy’s Automatic Load Transfer and Sectionalization Program over its four -state territory. Jeremy earned his B.S.E.E. from Louisiana Tech University and his M.S.E.C.E. from Georgia Institute of Technology. He is a licensed professional engineer in the state of Louisiana.

About Tim Pilcher, Application Engineer:

Tim Pilcher is an Application Engineer for Schweitzer Engineering Laboratories (SEL) in Dothan, Alabama. He joined SEL in 2011 to provide integration support and teach SEL products to customers in Alabama, Georgia, and the panhandle of Florida. Prior to SEL, Tim worked at Mead Westvaco, Kimberly-Clark, and Georgia-Pacific, giving him a strong industrial process background and making him a good fit to join the SEL-2411P Pump Automation Controller development team. He is an alumni of Auburn University where he graduated with a BSEE in Electrical Engineering. Tim is also an IEEE member and a licensed engineer in the state of Alabama.

About Dennis Gammel, R&D Director

Dennis Gammelis a graduate of the University of Idaho with a BSc. in Applied Mathematics and has been actively working in the computing and communications industries since 1996. His career experience includes network security design, CS network architecture, embedded product development, ASIC simulation, and firmware design with RTOS application development. He has been with SEL since March 2005 and carries with him more than 20 years of secure firmware and network engineering experience.

Events:

Schweitzer Engineering Laboratories Driver Download For Windows 10 Laptop

• Breakout Sessions, May 21, 2020:
  Providing Secure Solutions for Distributed Control System Defense
  Please join us as we describe technologies, solutions, and techniques that SEL has developed for securing distributed controls systems. While inter-operable with traditional I.T. standards and protocols, these solutions have been developed and purposed for control systems with defense in depth in mind. They leverage the static and distributed nature of an engineered system making them less complex while easier to monitor and maintain.
• Virtual Tradeshow, May 14, 2020:
  Securing Critical Infrastructure
  Providing secure solutions for industrial control system defense.
• Breakout Sessions, May 7, 2020:
  Hardened Pump Controller for Critical Infrastructure
  The SEL-2411P Pump Automation Controller is a hardened, SCADA-ready solution designed specifically to address the challenges of the water and wastewater Industry. During this breakout session, an SEL expert will share how you can achieve peace of mind and yield savings without sacrificing capability or quality, and without being locked into a proprietary system by going into more specifics about how the SEL-2411P Pump Automation Controller operates. Please join us!
• Virtual Tradeshow, April 23, 2020:
  Hardened Pump Controller for Critical Infrastructure
  The SEL-2411P Pump Automation Controller is a hardened, SCADA-ready solution designed specifically to address the challenges of the water and wastewater Industry. An SEL expert will share how you can achieve peace of mind and yield savings without sacrificing capability or quality, and without being locked into a proprietary system.
• Breakout Sessions, April 16, 2020:
  Economical Arc Flash Mitigation
  An arc flash event is a dangerous condition that threatens the safety of personnel and damages equipment. This presentation discusses the phenomenon and provides SEL’s industry-leading approach to arc flash detection and mitigation.

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