Medium-voltage (MV) air insulated and gas insulated switchgear explained
8:45
Medium voltage power system applications often require MV switchgear. How do you decide which type of gear to select for your application? Medium voltage (MV) switchgear includes air insulated (AIS) and gas insulated (GIS) switchgear. Eaton’s Matt Koepke explains advantages and application considerations for large power systems including commercia buildings, stadiums, arenas, oil and gas applications, chemical plants, industrial plants and utility systems. At Eaton’s Power Systems Experience Center (PSEC) Matt discusses demonstrations of self racking, remote racking, voltage monitoring, control power transformers, CPT, voltage transformers, VT, potential transformers (PT), MV control, fuses, corona detection, Eaton’s insulgard, protective device relays, coordination, XGIS, metering, pad mounted, e-house, integrated power assemblies (IPA), arc flash considerations and solutions, VCP-W, 5 kV, 15 kV, 38 kV, metal clad, metal enclosed, circuit breakers, breaker position, control, open, close, charge control, current transformers, grounding and maintenance, arc resistant, interlocks, lock out tag out LOTO, electrical safety, vacuum breaker, air breaker, SF6 gas, grounding, electrically safe work condition, thermal monitoring, voltage sensing, IEEE, ANSI, NEMA, IEC, standards, electrical standards, electrical safety Learn more at https://www.eaton.com/us/en-us/products/medium-voltage-power-distribution-control-systems/switchgear/fundamentals-of-medium-voltage-switchgear.html #powersytem #engineering #switchgear
Medium voltage power system applications often require MV switchgear. How do you decide which type of gear to select for your application? Medium voltage (MV) switchgear includes air insulated (AIS) and gas insulated (GIS) switchgear. Eaton’s Matt Koepke explains advantages and application considerations for large power systems including commercia buildings, stadiums, arenas, oil and gas applications, chemical plants, industrial plants and utility systems. At Eaton’s Power Systems Experience Center (PSEC) Matt discusses demonstrations of self racking, remote racking, voltage monitoring, control power transformers, CPT, voltage transformers, VT, potential transformers (PT), MV control, fuses, corona detection, Eaton’s insulgard, protective device relays, coordination, XGIS, metering, pad mounted, e-house, integrated power assemblies (IPA), arc flash considerations and solutions, VCP-W, 5 kV, 15 kV, 38 kV, metal clad, metal enclosed, circuit breakers, breaker position, control, open, close, charge control, current transformers, grounding and maintenance, arc resistant, interlocks, lock out tag out LOTO, electrical safety, vacuum breaker, air breaker, SF6 gas, grounding, electrically safe work condition, thermal monitoring, voltage sensing, IEEE, ANSI, NEMA, IEC, standards, electrical standards, electrical safety Learn more at https://www.eaton.com/us/en-us/products/medium-voltage-power-distribution-control-systems/switchgear/fundamentals-of-medium-voltage-switchgear.html #powersytem #engineering #switchgear
Electrical - 100 latest videos Similar Videos
-
Utility overvoltage protection with surge arresters | Eaton PSEC
9:06
Learn how surge arresters protect utility distribution equipment from overvoltage’s, caused primarily by lightning. Also, discover how arresters work, sizing considerations, and their role in maintaining the reliability of utility infrastructure.
-
Power quality troubleshooting | Eaton PSEC
15:44
Understand the importance of being able to identify, analyze, and solve power quality issues accurately. Discover common pitfalls and how to avoid them and useful troubleshooting tips.
-
Electrical faults explained: types, causes, calculations, and protection | Eaton PSEC
10:02
Learn about electrical faults, including short circuits, ground faults, and arcing faults and how to protect against them with circuit protection devices. Understand the importance of time current curves for safety and troubleshooting.
