Introduction to Global AC Power

Slides:



Advertisements
Similar presentations
Control Circuit Protection Supplementary Protectors vs
Advertisements

Bonding and Grounding What? Why? How?
1 POWER QUALITY -- Bhanu Bhushan -- June, How close is the supply voltage waveform to sinusoidal, and how close are the supply voltage and frequency.
EMC in Electrical Power Systems Frithiof Jensen Power System Engineer November 12, 2013.
M iniature circuit breakers to UL 489
EET Survey of Electronics
EET Electronics Survey Chapter 9 - Circuit Conductors & Wire Sizes.
Electrical Power Systems
The Association of Electrical and Medical Imaging Equipment Manufacturers Understanding GFCIs Developed by the NEMA 5PP Personnel Protection Technical.
© 2011 Ericson Manufacturing, Willoughby, Ohio
Shipboard Electrical Distribution …“Shifting the Electric Plant to a Normal Full Power Lineup.”
Objective of the Lecture Describe a basic electric circuit, which may be drawn as a circuit schematic or constructed with actual components.
Transmission Lines …….. Conductor Material
The Home Inspection Book: A Guide for Professionals By Marcia Darvin Spada Copyright, Thomson/South-Western, 2003, Revised, 2006.
Shipboard Electrical Distribution References Required Introduction to Naval Engineering – Ch 17.
2. Terms and definitions1 # Terms and Definitions # Voltage Sags and Interruptions.
Confidential / Property of Danfoss Drives A/S DKDD-SMC 1 Drives Division Danfoss presents - VLT ® 2800 Series.
COMMERCIAL ELECTRICAL (Chapter 11)
1 INTRUSION ALARM TECHNOLOGY POWER SUPPLIES. 2 INTRUSION ALARM TECHNOLOGY Security systems shall have a primary power source and a secondary power source.
Applied Circuit Analysis Chapter 3 - Power and Energy Copyright © 2013 The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
 Safety  Protective devices - devices designed to automatically limit or shut off the flow of electricity in the event of a ground-fault, over-load or.
1 POWER QUALITY -- Bhanu Bhushan -- April, Simple examples around us : Ceiling fan regulators Tube lights Lap-tops & peripherals Domestic inverters.
Electromagnetic Compatibility Test for CMS Experiment. Authors C. Rivetta– Fermilab F. Arteche, F. Szoncso, - CERN.
Power Quality at the Plug Power Quality At the Plug
Electricity in the Home CBE. Wiring a plug DC and AC DC stands for “Direct Current” – the current only flows in one direction: AC stands for “Alternating.
Prof R T KennedyEMC & COMPLIANCE ENGINEERING 1 EET 422 EMC & COMPLIANCE ENGINEERING.
PR570 POWERITE II TRAINING Dedicated to Success in Electronic Servicing for 50 Years.
Ag. Mechanics for Beginning Teachers
A common 400 Hz AC Power Supply Distribution System for CMS FEE. Authors C. Rivetta– Fermilab. F. Arteche, F. Szoncso, - CERN.
Touch (Leakage) Current
HOUSE WIRING Final Review. Electricity Electricity = flow of electrons Conductor= electricity passes thru easily - Metal, water, person Insulator = restricts.
ELECTRICAL WIRING WIRING BASICS Written by Bobby Joslin
J.PRAKASH.  The term power quality means different things to different people.  Power quality is the interaction of electronic equipment within the.
Power Quality Any power problem manifested in voltage, current or frequency deviation that results in failure or misoperation of customer equipment. IEEE.
1 Sensors and Switches... WHAT’S IN THE BOX? 2 Sensors and Switches... SENSORS, CORDSETS & PROX SWITCHES.
IEEE NPEC SC2 Equipment Qualification Electromagnetic Compatibility Compliance Type Test-Design Considerations- Installation and Mitigation Standard/Guidance.
Prepared By: Theo Laughner, PE
Introduction to Global AC Power
Electrical Engineering for Physicists How to get from the 208 VAC 3-phase power in the building to 110- and 220-VAC Code issues All work must be done in.
PROTECTION AGAINST INDIRECT CONTACT
Power and Energy Energy (E) is the ability to do work
Introduction to Global AC Power
Grounding.
Chapter 12 Branch Circuits and Feeders. Chapter 12 Branch Circuits and Feeders.
Safety Standards & Block-Block Interface Definitions
Safety & EMC Standards & Block-Block Interface Definitions
Shipboard Electrical Distribution
Safety & EMC Standards & Block Requirements
GROUND-FAULT GROUND-CHECK MONITOR
No Lab Assignment for Next Week Mandatory Attendance
Power Requirements Definitions & Logic
Smitty’s Two Minute Drill Mixed Content -05
The D.C. Scout Battery Distribution System Ground Locator
Engineering Project Cable Management.
The Electric Circuit.
EET 323 – Electrical System Design Lecture 4: Wiring Devices
Overcurrent Protection— Fuses and Circuit Breakers
EET 323 – Electrical System Design Lecture 9: Grounding
EET 323 – Electrical System Design Lecture 6: Conductors and Over-Current Protection Radian Belu, PhD.
Chapter 4 – Ohm’s Law, Power and Energy
What Is to Be Covered? Electrical Shock - Why Have GFCIs?
Model Output Current Battery Life BATPSU VDC 2A 1.2Ah BATPSU VDC 2.3Ah
Jeremy P. Carlo Department of Physics
P2 - Physics Mains Electricity.
Electrical components and systems
2020 National Electric Code
SMPS POWER PLANT SMR 48V/25A SALIENT FEATURES
Smitty’s Two Minute Drill Services, Feeders, and Branch Circuits 1
Presentation transcript:

Introduction to Global AC Power 50 Hz, 220-240 V 50 Hz, 220-240 V 60 Hz, 120 V 50/60 Hz, 100V 50 Hz, 220-240 V 60 Hz, 110/220 V 60 Hz, 110/220 V

Global Power Input Requirements Know the Market your product is Intended to Serve ! Min Voltage Variation = Nominal -15% to Nominal +10% Min Global Voltage Range: 85 – 264 VAC Note: Many products relax to 100 – 240VAC Min Frequency Variation = Nominal +/- 3 Hz Min Global Frequency Range: 47-53Hz, 57-63 Hz Note: Many products use 47-63 Hz Plug versions cover Types A-M For complete global listing see World Wide Electricity Reference document

COUNTRY VOLTAGE FREQUENCY PLUG COMMENTS Afghanistan 220V 50 Hz C & F * * A UN correspondent reports C and F common in Kabul, but its likely a variety of plugs may be used around the country.  Some sources report Type D also in use. Albania 220V* 50 Hz C & F *Voltage variations common Algeria 230V 50 Hz C* & F *A variation of Type C with a ground post offset about 1/2-inch from center may also be found. American Samoa 120V 60 Hz A, B, F & I   Angola 220V 50 Hz C   Anguilla 110V 60Hz A (maybe B)   Antigua 230V* 60 Hz A & B *Airport area is reportedly Antigua power is 110V. Argentina 220V 50 Hz C & I* *Neutral and line wires are reversed from that used in Australia and elsewhere.  Click here for more. Armenia 220V 50 Hz C & F   Aruba 127V* 60 Hz A, B & F *Lago Colony 115V Australia 230V* 50 Hz I *Outlets typically controlled by adjacent switch. Though nominal voltage has been officially changed to 230V, 240V is within tolerances and commonly found.  Austria 230V 50 Hz C, F   Azores 220V* 50 Hz B, C, & F *Ponta Delgada 110V; to be converted to 220V For complete global listing see World Wide Electricity Reference document

AC Power Quality – Standards Types A & B No Standardization, Many Types Many countries have multiple plug/receptacle types in service

AC Power Quality – Standards                                                                                                                                                                                                                                                           A typical voltage sag Voltage sags are by far the most common power disturbance

Organizations that create power standards ANSI - American National Standards Institute IEEE - Institute of Electrical and Electronics Engineers IEC - International Electrotechnical Commission NEMA - National Electrical Manufacturers Association NFPA - National Fire Protection Association NEC - National Electric Code US Military Organizations that create power standards

IEEE Power Quality Standards IEEE 1433: Power Quality Definitions IEEE 519: Harmonic Control in Electrical Power Systems IEEE 1159 :Monitoring Electric Power Quality IEEE P1564: Voltage Sag Indices (Prelim) IEEE P1453: Voltage flicker (Prelim) IEEE P446: Emergency and standby power IEEE Power Quality Standards

IEC Power Quality Standards IEC SC77A: Low frequency EMC Phenomena SC 77A/WG 1: Harmonics and other low-frequency disturbances SC 77A/WG 6: Low frequency immunity tests SC 77A/WG 2: Voltage fluctuations and other low-frequency disturbances SC 77A/WG 8: Electromagnetic interference related to the network frequency SC 77A/WG 9: Power Quality measurement methods SC 77A/PT 61000-3-1: Electromagnetic Compatibility (EMC) - Part 3-1: Limits - Overview of emission standards and guides. IEC Power Quality Standards

Power Quality Stds Also Exist for Military Equipment MIL-STD-1399: "Interface Standard for Shipboard Systems" covers the design and testing of electric power systems and user equipment. It applies only to shipboard power. The standard is fairly complete, covering Type I, II, and III shipboard power. It provides specifications on sags, interruptions, impulses, unbalance, and harmonics. Last revision: Notice 1, 11 Mar 1992. MIL-STD-704E: " Interface Standard for Aircraft Electric Power " specifications for aircraft power quality, including DC, single-phase, and three-phase systems. It provides specifications on sags, interruptions, impulses, unbalance, and harmonics. Last revision: 1 May 1991. MIL-M-24116B(SH): "Monitors, Voltage and Frequency, 400 Hz Electric Power" covers trip levels and durations of voltage and frequency monitors. It applies only to shipboard installations. Last revision: Amendment 1, 29 October 1985. Power Quality Stds Also Exist for Military Equipment

ANSI Related Standards ANSI C62: Guides and standards on surge protection ANSI C84.1: Voltage ratings for equipment & power systems ANSI C57.110: Transformer derating for supplying non-linear loads ANSI Related Standards

Room Temp Amp Limits vs Solid Conductor Wire Gauges (60oC Limit) Stranded wires are calculated by calculating the equivalent cross-sectional area. AWG Diameter (in) NEC Ampacity with 60°C insulation Diameter (mm) 1 7.348 0.2893 110 2 6.543 0.2576 95 3 5.827 0.2294 85 4 5.189 0.2043 70 5 4.621 0.1819 Wires must be treated as any Resistor in terms of voltage drop, power dissipation and thermal rise 6 4.115 0.1620 55 7 3.665 0.1443 8 3.264 0.1285 40 9 2.906 0.1144 10 2.588 0.1019 30 11 2.304 0.0907 12 2.052 0.0808 20 13 1.829 0.0720 14 1.628 0.0641 15 15 1.450 0.0571 16 1.291 0.0508 12

Power Input/Output Safety Devices Grounded Plugs Switches Thermal 1-Time Metallic Fuses PTC Auto-Reset-Able Fuses PTC Inrush Current Limiters Thermal and Magnetic Circuit Breakers Transient Surge Protectors, Diode/SCR Clamps EMC Line Filters Ground Fault Circuit Interrupters – GFCI Optical or Galvanic Isolation Signal Interfaces

US NEMA 5-15 Plug and Receptacle Note that the receptacle will also accept an ungrounded plug whether polarized or unpolarized. The round earth terminal is not intended to carry current accept in failure conditions. 15 Amp Max NEMA 5-15 / CSA22.2-Nº42 The type B plug has two flat parallel pins with the same geometry as type A, and a round ground or earthing pin (American standard NEMA 5-15/Canadian CSA 22.2, Nº42). It is rated at 15 amperes. The ground pin is longer than the two parallel pins so that the device is grounded before the supply is connected. The neutral jack in the type B socket is wider to accommodate polarized type A plugs, but the type B plugs often have both pins narrow, the ground pin enforcing polarity.

20 Amp Max NEMA 5-20 / CSA22.2-Nº42 US NEMA 5-20 Plug and Receptacle The type B plug has 2 flat pins at right angels with the same geometry. The NEMA5-20R is designed to accept both ungrounded style as well as grounded 5-15 type plugs in addition to the above 5-20P.

GFCI = Ground Fault Circuit Interrupter NEMA 5-20 Plug and GFCI Receptacle 20 Amp Max GFCI = Ground Fault Circuit Interrupter Senses current in ground and opens circuit if it exceed the rated value (typically 20-30mA)

AC Power Efficiency – Standards