IEEE Std 3003.2‐2014 IEEE Recommended Practice for Equipment Grounding and Bonding in Industrial and Commercial Power Systems
Poer Chapter Zoom Meeting
The event is free but pre-registration is requested. You can find more information and the Registration Form at the following link: https://events.vtools.ieee.org/m/289812 (copy the link and posted it into your browser)
*** Access Codes will be sent out the day before the event, once register let me know that you will be attending ***
The grounding and bonding of equipment in industrial and commercial power systems is covered in this recommended practice. The interconnection and grounding of the non‐electrical metallic elements of a system are covered first. This is followed by a discussion of the objectives of equipment grounding and bonding, including minimizing electric shock hazard to personnel, providing adequate current carrying capability for ground faults, and ensuring the timely
operation of overcurrent protection. Our Tech Talk we will be discussing:
• AC Substation Grounding Grid Design Basics
• Low Resistance Vs. High Resistance Vs. Solidly Grounded DC Equipment Enclosures
• Grounding Methods for Passenger Station Platform Screen Doors
Date and Time
Location
Hosts
Registration
- Date: 30 Nov 2021
- Time: 07:00 PM to 08:00 PM
- All times are (GMT-05:00) US/Eastern
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- Pittsfield, Massachusetts
- United States 01201
- Starts 22 November 2021 05:29 PM
- Ends 30 November 2021 07:00 PM
- All times are (GMT-05:00) US/Eastern
- No Admission Charge
Speakers
Raymond Strittmatter
The grounding and bonding of equipment in industrial and commercial power systems is covered in this recommended practice. The interconnection and grounding of the non‐electrical metallic elements of a system are covered first. This is followed by a discussion of the objectives of equipment grounding and bonding, including minimizing electric shock hazard to personnel, providing adequate current carrying capability for ground faults, and ensuring the timely
operation of overcurrent protection. Our Tech Talk we will be discussing:
• AC Substation Grounding Grid Design Basics
• Low Resistance Vs. High Resistance Vs. Solidly Grounded DC Equipment Enclosures
• Grounding Methods for Passenger Station Platform Screen Doors
Biography:
Raymond Strittmatter, Senior Systems Project Engineer at Lea+Elliott, Inc. Design, computer modeling, and onsite tender documents preparation for the Dubai Route 2020 Project’s 132kV/33kV/750Vdc power distribution networks for a new 15km 3rd rail transit system and upgrading the existing Red and Green Lines for 90 second train headways. Project involves three new 132kV/33kV Main Power Substations with 132kV & 33kV GIS, 33kV power distribution system, and DC WESS & reversible substations for the world’s longest driverless train system with no onboard braking resistors. Raymond graduated from the Gannon University in Erie Pennsylvania.