Leviton Catalog - Womack Electric Supply Company

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TECHNICAL INFORMATIONGlossary of Electrical Wiring Device TermsTechnical InformationDoor — A momentary contact switch, usually installed on a doorjamb, that isactivated when the door is opened or closed.Double-Pole, Single-Throw (DPST)— A switch that makes or breaks the connectionof two circuit conductors in a single branch circuit. This switch has four terminalscrews and ON/OFF markings.Double-Pole, Double-Throw (DPDT) — A switch that makes or breaks theconnection of two conductors to two separate circuits. This switch has six terminalscrews and is available in both momentary and maintained contact versions,and may also have a center OFF position.Feed-Through — An in-line switch that can be attached at any point on a length offlexible cord to provide switching control of attached equipment.Flush-Mounted — A switch designed for flush installation with the surface of a panelor equipment.Four-Way — A switch used in conjunction with two 3-Way switches to control asingle load (such as a light fixture) from three or more locations. This switch hasfour terminal screws and no ON/OFF marking.Horsepower Rated — A switch with a marked horsepower rating, intended for use inswitching motor loads.Interchangeable — A switch or combination of switches with a common mountingdimension that may be installed on a single or multiple-opening mounting strap.Lighted Handle — A switch with an integral lamp in its actuator (toggle, rocker orpushbutton) that illuminates when the switch is connected to an energized circuitand the actuator is in the OFF position.Locking — A switch equipped with a locking mechanism that requires a key tooperate the switching functions.Low-Voltage — A switch rated for use on low-voltage circuits of 50 volts or less.L-Rated — A switch specially designated with the letter “L” in its rating that is ratedfor controlling tungsten filament lamps on AC circuits only.Maintained Contact — A switch where the actuator (toggle, rocker, pushbutton orkey mechanism) makes and retains circuit contact when moved to the ON position.The contacts will only be opened when the actuator is manually moved to the OFFposition. Ordinary light switches are maintained contact switches.Manual Motor Controller — A switch designed for controlling small DC or AC motorloads, without overload protection.Mercury — A type of switch that uses mercury as the contact means for makingand breaking an electrical circuit.Momentary Contact — A switch that makes circuit contact only as long as theactuator (toggle, rocker, pushbutton or key mechanism) is held in the ON position,after which it returns automatically to the OFF position. This is a “NormallyOpen” switch. A “Normally Closed” switch will break circuit contact as long as itis held in the OFF position, and then automatically return to the ON position.Available in “Center OFF” versions with both Momentary ON and Momentary OFFpositions.Pendant — A type of switch designed for installation at the end of a length ofportable cord or cable,Pilot Light — A switch with an integral lamp in its actuator (toggle, rocker or pushbutton)that illuminates when the switch is connected to an energized circuit andthe actuator is in the ON position.Pull — A switch where the making or breaking of contacts is controlled by pullingdownward or outward on the actuator mechanism.Push Button — A switch with an actuator mechanism that is operated bydepressing a button.Rotary — A switch where rotating the actuator in a clockwise direction makes thecircuit connection, and then rotating the actuator in either the same or oppositedirection breaks the connection.Single-Pole, Double-Throw (SPDT) — A switch that makes or breaks the connectionof a single conductor with either of two other single conductors. This switch has 3terminal screws, and is commonly used in pairs and called a “Three-Way” switch.Single-Pole, Single-Throw (SPST) — A switch that makes or breaks theconnection of a single conductor in a single branch circuit. This switch has twoscrew terminals and ON/OFF designations. It is commonly referred to as a“Single-Pole” Switch.Slide — A switch with a slide-action actuator for making or breaking circuit contact.Dimmer switches and fan speed controls are also available with slide-actionmechanisms for lighting and fan speed controlSurface-Mounted — Any switch that mounts on a flat or plane surface.Three-Position, Center OFF — A two circuit switch, either maintained or momentarycontact, where the OFF position is designated as the center position of theactuator.Three-Way — A switch, always used in pairs, that controls a single load such as alight fixture from two locations. This switch has three terminal screws and has noON/OFF marking.Time Delay — A switch with an integral mechanism or electronic circuit that willautomatically switch a load OFF at a predetermined time interval.Timer — A switch with an integral mechanism or electronic circuit that can be set toswitch an electrical load ON at a predetermined time.Toggle — A switch with a lever-type actuator that makes or breaks switch contact asits position is changed.T-Rated — A switch specially designated with the letter “T” in its rating that is ratedfor controlling tungsten filament lamps on direct current (DC) or alternating current(AC) circuits.WallplatesCombination — A multiple- gang wallplate with openings in each gang toaccommodate different devices.Decora ® — Wallplates with Decora-size openings for compatibility with Leviton’sentire line of Decora devices. Available in a variety of multiple-gang configurations.Screwless-design snap-on versions also available.Flush — A wallplate designed for flush-mounting with wall surfaces or the planesurfaces of electrical equipment.Gang — A term that describes the number of devices a wallplate is sized to fit (i.e.“2- gang” designates two devices).Midway — Wallplates that are approx. 3 /8" higher and wider than the standardsize that can be mounted onto larger volume outlet boxes and/or used to hidewall surface irregularities. These wallplates are approx. 1 /4" deep to ensure aproper fit when used with protruding devices.Oversized — Wallplates that are approx. 3 /4" higher and wider than the standardsize and are used to conceal greater wall irregularities than those hidden by Midwaywallplates. These wallplates are approx. 1 /4" deep to ensure a proper fit when usedwith protruding devices.Modular — Individual-section wallplates with different openings that can beconfigured into a multi-gang plate.Multi-Gang — A wallplate that has two or more gangs.Tandem — A wallplate with individual gangs arranged vertically one above the other.Weatherproof (with Cover Closed) — A UL Listed cover that meets specific test standardsfor use in wet and damp locations with the cover closed.Weatherproof (with Cover Open) — A UL Listed cover that meets specific test standardsfor use in wet and damp locations with the cover open or closed.Surge SuppressionClamping Voltage — The peak voltage that can be measured after a SurgeProtective Device has limited or “clamped” a transient voltage surge.Clamping voltage must be determined by using IEEE Standard C62 testing andevaluated by UL Standard 1449.Joule Rating — The measurement of a Surge Protective Device’s ability to absorbheat energy created by transient surges. Note that the Joule rating is not a part ofIEEE or UL Standards. It is not as significant a specification as Clamping Voltage,Maximum Surge Current and other parameters recognized by these agencies.Transient Voltage Surges — High-speed, high-energy electrical disturbancespresent on AC power lines and data and communication lines, generated by utilityswitching, motor-load switching and lightning strikes.Response Time — The interval of time it takes for a surge protective device to reactto a transient voltage surge. Note that this parameter is not a part of IEEE or ULStandards and is only based on estimations made by manufacturers.Surge Protective Device — See “Transient Voltage Surge Suppressor (TVSS)”definition.Transient Voltage Surge Suppressor (TVSS) — A device designed to protect sensitiveelectronic equipment such as computers and computer peripherals, logiccontrols, audio/video equipment and a wide range of microprocessor-based(computer chip) equipment from the harmful effects of transient voltage surges.Also referred to as a Surge Protective Device (SPD).Maximum (Peak) Surge Current — The peak surge current a Surge ProtectiveDevice can withstand, based on IEEE Standard C62.45 test waveforms.MOV (Metal Oxide Varistor) — The primary component used in most SurgeProtective Devices to clamp down transient voltages.UL 1449 Listing — The industry standard for Surge Protective Devices. A SurgeProtective Device must have a UL 1449 Surge Suppression rating on its label inorder to verify that the device has been tested with IEEE standardized waveforms.Devices without this identification should not be considered reliable surgeprotective devices.V10To learn more about Leviton’s outstanding offering of devices visit our Website at: www.leviton.com
TECHNICAL INFORMATIONSwitchesTypes of SwitchesSwitches used in branch circuit wiring are rated in two general categories:AC ONLY and AC/DC. Originally, the electrical power furnished toresidences and businesses by utility companies was Direct Current orDC. Because DC current was always flowing at full value, the making orbreaking of a circuit created a rather strong arc during switch operation.For this reason, the contacts had to be widely gapped and the operationhad to be “quick make, quick break” to avoid excessive pitting or weldingof the contact points.Alternating current operates between zero and full power 120 times persecond. Because of the oscillating characteristic of AC power, the arcfrom an AC circuit is self-extinguishing on the “break” of the current. Thismeans a slower breaking action is possible on an AC switch, as opposedto the breaking action required of a switch made for use with continuousfull-power DC. The pulsating nature of AC can, however, cause a “chattering”or very fast series of “makes” and “breaks” if the circuit is closedtoo quickly. For this reason an AC ONLY switch works with a somewhatslower “fast make” and “break” than an AC/DC switch.Because the make and break actions of an AC/DC switch must be fast, itcan be rather noisy, and must use contact metals capable of enduringsuch comparatively violent action while still offering acceptable electricalconductivity. An alloy of copper is most often used.Silver and its oxides are better conductors than copper and its oxides.Silver is much softer than copper and therefore cannot be used in theAC/DC switch. However, silver can be used in the AC ONLY switchbecause of its gentler “fast make” characteristic, especially when silver isalloyed with cadmium oxide, a good conductor that’s quite hard.Switch RatingsAC ONLY switches are often called AC Quiet switches because they canbe made to operate very quietly, unlike AC/DC switches. AC ONLYswitches are rated at their full current value for lighting, including tungstenfilament, quartz metal-halide, and fluorescent; and 80% currentvalue or full horsepower rating value for motor (inductive) loads.AC/DC switches used for incandescent lighting should have a “T” rating(tungsten-filament rating). The “T” rating assures end-users of thelongevity of the switch through the surge currents of a “make” actionacross a tungsten filament. Such capacity is already inherent in thedesign of AC Quiet switches.AC/DC switches are rated at only 50% of their current capacity for motorloads. A 20 amp AC/DC switch could be used to control a 10 amp motorload, while a 20 amp AC Quiet switch can operate a 16 amp motor load.In the past, MERCURY switches were available that operated by makingand breaking contact within a hermetically sealed capsule containing apool of mercury. MERCURY switches were actually silent in operation.However, due to health concerns about mercury, these switches are nolonger manufactured and sold. MERCURY switches may still be in servicein some installationsHorsepower RatingsSwitches marked with Horsepower (HP) Ratings are suitable for controllingthe motor loads of the HP ratings shown on the switch, as wellas loads with a lower HP rating.To qualify for an HP rating, a switch is tested at six times the full motorload current corresponding the HP rating marked on the switch. ForDC motor load controllers, the test is made at 10 times the full motorload current corresponding to the DC HP rating marked on the switch.The test is conducted on six samples and consists of 50 On-Off operationsat the load. For a 3 /4 HP rating at 120/240 VAC, two sets of sixsamples each are tested in addition to the regular overload endurance,heating and insulation tests. The test circuit characteristics are:For 3 /4 HP RatingFor 3 /4 HP@ 120 VAC@ 240 VACClosed Circuit Volts 120 VAC 240 VACCurrent 82.8 amps 41.4 ampsPower-Factor 0.40 – 0.50 0.40 – 0.50Note: The current at 240 VAC is 1 /2 that at 120 VACAll switches must be in good operating condition after the tests havebeen completed. There must be no excessive arcing, welding or burningof the contacts nor arc-over to ground (the switch frames are groundedduring the Stalled Rotor Test).DimmersA common misconception about box-mounted dimmers is that they aresimply variable resistors (rheostats) that absorb power to dim the lights.In fact, a rheostat would be too bulky, inefficient and heat producing toever be practical as a wall-mounted dimmer. In the 1950’s, the advent ofsolid state technology and a type of semi-conductor called the TRIAC fosteredthe development of full-range dimmers and fan speed controls thatwere versatile, efficient and compact enough to fit in a standard wallbox.Leviton has always taken an active role in the development lighting controltechnologies. Leviton introduced the Trimatron Rotary Dimmer thatwas only half as deep as conventional dimmers, allowing easier installationand wiring in a crowded wallbox. Today, Leviton offers innovative alldigitallighting controls that feature scene lighting and multi-locationcontrol capabilities for sophisticated residential and commercial installations.Leviton’s complete line of controls for incandescent, low-voltageand fluorescent lighting includes Decora-style and architectural specificationgrade devices, as well as traditional rotary devices. There is also awide selection of Fan Speed ControlsSee Section C for information on Leviton’s comprehensive line ofLighting and Fan Speed Controls.ReceptaclesTypes of ReceptaclesReceptacles generally are made to accommodate either of two types ofplugs. Straight-Blade plugs are pushed in and pulled straight out.Locking plugs are pushed in and rotated slightly in a clockwise directionto a position were they cannot be pulled straight out. They must berotated counterclockwise back to the insertion position in order to bewithdrawn. This locking action is intended to prevent accidental disconnectionof the circuit by pulling the plug straight out unintentionally.GroundingOriginally, residential electrical circuitry was “2-pole, 2-wire” and did nothave an equipment grounding means at the receptacle. The onlygrounding point was at the service entrance, where the neutral (white)conductor was grounded. The receptacle slot for the neutral wire,according to NEMA configuration 1-15R, must be longer than the slot forthe phase or hot wire (typically black or red). This enables certain itemsof equipment, like TV sets and home appliances, to have their externalmetal parts or casing grounded through the white neutral connection.Such equipment uses a polarized plug where the neutral plug blade iswider than the hot plug blade, ensuring that it mates properly with theNEMA 1-15R configuration receptacle. Receptacles designed for 2-pole,2-wire circuits do not have mounting straps that are connected to agrounding terminal. Leviton still offers 2-pole, 2-wire receptacles forreplacement use only in existing non-grounding systems.Experience proved that a single grounding point through the neutral conductorwas not sufficiently safe. Conditions could occur where fault currentsand differences in potential lead to shocks, overheating, equipmentburnout and fire. Therefore, the 2-pole, 3-wire circuit was developed. Athird conductor, called the grounding conductor, does not carry currentduring normal circuit operation. It is connected to the neutral bus bar atthe service entrance and runs along with the current-carrying neutral andhot conductors .The grounding conductor is connected only to outletboxes, chassis and other non-current carrying components that maycarry current in case of damage or defects in the wiring system. It issometimes referred to as the “equipment grounding conductor.”The grounding contacts on the 2-pole, 3-wire receptacles are most commonlyshaped like a “U”, which is how the term “U-ground” evolved.The grounding contacts on these receptacles are securely fastened to themounting strap. In Leviton receptacles, the grounding contacts are permanentlyriveted to the mounting strap, and in most Leviton HospitalGrade and Industrial Grade receptacles they are an integral part of thestrap. Many Leviton receptacles offer dual ground connection options tohelp ensure that the receptacle is properly connected to the groundingsystem: An integral green grounding screw for direct connection to thegreen or bare grounding wire, and a patented Groundamatic ® selfgroundingclip riveted to the strap to provide automatic ground connectionwhen the receptacle is mounted in a properly grounded metalwallbox.Isolated-Ground ReceptaclesAlthough the conventional grounding system provides safety for personneland equipment, it may be a source of electrical interference that cancause problems in modern electronic equipment. Because the conventionalgrounding network runs through an entire facility, it can unintentionallyfunction as a pick-up of transient electrical signals or “noise.”For answers to technical questions, call Leviton’s Techline at 1-800-824-3005Technical InformationV11
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Leviton Celebrates 100 Years As A L
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TABLE OF CONTENTS with Quick Refere
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Leviton…Building a Connected Worl
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ISO 9001 Certified Quality Manufact
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SECTIONAAcenti CollectionPremium Gr
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ACENTI ® LIGHTING CONTROLS • 400
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Acenti ReceptaclesAcenti Triplex an
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SECTIONBDecora ® DevicesGeneral Ov
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DECORA ® PLUS DEVICE FEATURESComme
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DECORA ® PLUS SWITCHES 15 AMP 120/
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DECORA ® SWITCHES15 AMP 120 and 12
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DECORA ® PLUS RECEPTACLES 15 and 2
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DECORA ® RECEPTACLES 15 AMP 125VRe
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DECORA ® SMARTLOCK ® GFCI PERSONN
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DECORA ® COMBINATION DEVICES 15 an
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DECORA ® VOICE, DATA and VIDEO DEV
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DECORA ® PLUS SCREWLESS SNAP-ON WA
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DECORA ® WALLPLATESResidential and
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DECORA ® WALLPLATE ACCESSORIESResi
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ELEMENTS by DECORA ® DEVICESReside
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DIMENSIONS ARCHITECTURAL LIGHTING
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POWER EXTENDERS for ARCHITECTURAL L
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ARCHITECTURAL SPECIFICATIONS LIGHTI
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MONET ® LIGHTING CONTROLS • 20 A
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RENOIR ® LIGHTING CONTROLS • 800
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VAN GOGH ® LIGHTING CONTROLS • 8
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MURAL ® LIGHTING CONTROL FEATURESC
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MURAL ® LIGHTING CONTROLS • 600-
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MURAL ® SCENE CONTROLS • NO LOAD
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TOUCHPOINT LIGHTING CONTROLS • 6
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TOGGLETOUCH LIGHTING CONTROLS •
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ILLUMATECH LIGHTING CONTROLS • 6
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ILLUMATECH LIGHTING CONTROLS • 6
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TRIMATRON LIGHTING CONTROLS • 60
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INCANDESCENT LIGHTING CONTROLS •
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OCCUPANCY SENSOR LIGHTING CONTROL F
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DECORA ® OCCUPANCY SENSOR LIGHTING
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OCCUPANCY SENSOR LIGHTING CONTROLS
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5.50 (139.7)4.12(104.6)OCCUPANCY SE
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FLUORESCENT ENERGY MANAGEMENT SYSTE
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DECORA ® ELECTRONIC TIMER SWITCHES
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HOW TO USE THIS CATALOGThe L-100 Le
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DECORA ® PLUS SCREWLESS SNAP-ON WA
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DecoraWALLPLATESResidential and Com
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LARGER SIZE WALLPLATESResidential a
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WALLPLATESResidential and Commercia
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ENGRAVED WALLPLATESResidential and
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WEATHER-RESISTANT COVERSCommercial
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WEATHER-RESISTANT COVERSIndustrial
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WALLPLATE ACCESSORIESCommercial Gra
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WALLPLATESHow to Order Custom Wallp
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WALLPLATESHow to Order Custom Wallp
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AC SWITCH FEATURESIndustrial Grade
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15, 20 and 30 AMP 120V and 20 AMP 2
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15 and 20 AMP 120/277VIndustrial Gr
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SAFETY DISCONNECT SWITCH FEATURESIn
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20 AMP 120/277VIndustrial Grade AC
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15 and 20 AMP 120/277V • 15 and 2
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15 AMP 120VResidential Grade AC Qui
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STRAIGHT BLADE RECEPTACLE FEATURESI
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15 AMP 125 and 250V • 20 AMP 125
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20 AMP 120/208V • 30 AMP 125VIndu
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30 AMP 125/250V • 30 AMP 250V 3Ø
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W50 AMP 125/250 and 250V 3ØIndustr
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STRAIGHT BLADE RECEPTACLE FEATURESC
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15 AMP 125 and 250V • 20 AMP 125
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15 AMP 125V • 15 AMP 125V CO/ALRR
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SMARTLOCK ® GFCI PERSONNEL PROTECT
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15 AMP 125V • 20 AMP 125VCommerci
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15 and 20 AMP 125V • 15 and 20 AM
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15 and 20 AMP 120V and 120/277VComm
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15 AMP 120VCommercial Grade AC Comb
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STRUCTURED MEDIA COMPONENTSSTRUCTUR
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STRUCTURED MEDIA CENTERSStructured
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STRUCTURED MEDIA CENTERSStructured
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SECURITYFROM DEMARCATIONONFROM DEMA
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STRUCTURED MEDIA PANELS and BOARDS
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STRUCTURED MEDIA BRACKETSABStructu
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MEDIA CENTER POWERStructured Media
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VIDEO DISTRIBUTIONStructured Media
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VIDEO DISTRIBUTIONStructured Media
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HOME SECURITY MONITORINGStructured
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MULTI-ROOM AUDIO/VIDEOACBMulti-Room
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MULTI-ROOM AUDIO/VIDEO DISTRIBUTION
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MULTI-LOCATION AUDIOComposer Series
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MULTI-LOCATION AUDIOSpecialized Aud
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LEVITON ENTERTAINMENT and APPLICATI
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DHC POWERLINE CARRIER COMPONENTS FE
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DECORA ® HOME CONTROLS (DHC)Reside
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MULTIMEDIA STRUCTURED CABLING DEVIC
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QUICKPORT ® SNAP-IN for AUDIO/VIDE
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FIBER OPTIC CONNECTORSFiber Optic C
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CONNECTOR BEZELSABConnector Interfa
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QUICKPORT ® DECORA ® MULTIMEDIA I
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QUICKPORT ® STAINLESS STEEL WALLPL
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QUICKPORT ® MULTIMEDIA OUTLET SYST
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QUICKPORT ® SURFACE MOUNT HOUSINGS
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ACENTI and STANDARD WALLPLATESWall
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TELEPHONE INSERT WALL JACKSABDecora
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TELEPHONE WALL JACK INSERTSWallplat
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WORKSTATION ACCESSORIESACBDWorkstat
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CUSPATCH PANELS and BLOCKSSUNIVERSA
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ANGLED PATCH PANELSSCopper Componen
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PATCH CORDS and RACK & PANEL ACCESS
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EXTREME ® 6+ 110-STYLE PATCH CORDS
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RACK-MOUNT 110-STYLE WIRING PRODUCT
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110-STYLE WALL-MOUNT FRAMESSCopper
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66-CONNECTING BLOCK ACCESSORIES66-C
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OPT-X ® 1000 1RU FIBER OPTIC ENCLO
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OPT-X ® 1000 3RU and 6RU FIBER OPT
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OPT-X ® 500 and OPT-X ® 250 FIBER
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FIBER OPTIC ACCESSORIESLoaded:ABCDE
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FIBER OPTIC ACCESSORIESGEFBACDFiber
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PASSIVE ZONE CABLINGTelecommunicati
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VERSI-DUCT CABLE MANAGEMENT SYSTEM
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RACK CABLE MANAGEMENT and ACCESSORI
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GENERAL PURPOSE HOOK & LOOP CABLE M
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LABELING PRODUCTS and ACCESSORIESAB
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OPT-X ® FIBER TOOLSTools and Acces
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TOOLS and ACCESSORIESAComes with a
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TOOLS and ACCESSORIESACraftsperson
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STRAIGHT BLADE PLUG AND CONNECTOR F
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20 AMP 125 and 250VIndustrial Grade
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15 AMP 125 and 250V • 20 AMP 125
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20 AMP 125/250 and 120/208V • 30
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60 AMP 250, 125/250 and 120/208VInd
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15 AMP 125 and 250VCommercial Grade
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30 AMP—125V/50 AMP 125V, 250V/50
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15 AMP 125VResidential Grade Straig
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LOCKING DEVICE FEATURESIndustrial G
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WETGUARD ® LOCKING AND CORROSION R
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15 AMP 250V, 277V and 3Ø 250VIndus
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20 AMP 347V, 480V, 600V and 125/250
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20 AMP 3Ø 480V; 3ØY 120/208V, 277
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30 AMP 125V, 250V and 277VIndustria
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30 AMP 3Ø 480V, 3Ø 600V, 3Ø 250V
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30 AMP 3ØY 347/600V, 3ØY 120/208V
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20 AMP 125/250V; 3Ø 250V, 480V, 3
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15 AMP 125V, 250V and 277VIndustria
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30 AMP 125V, 250V, 125/250V and 3Ø
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15 AMP 125V/10A-250; 20 AMP 250V, 1
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50 AMP 125V, 250V, 125/250V, 480V a
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20 AMP 125V and 30A-600VAC / 20 AMP
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COMBINATION LOCKING & STRAIGHT BLAD
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Pin & Sleeve DevicesPIN & SLEEVE DE
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20 AMP • 30 AMPIndustrial Grade N
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PLUG & CONNECTOR DIMENSIONSIndustri
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TECHNICAL INFORMATIONIndustrial Gra
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MECHANICAL INTERLOCK FEATURESIndust
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20 AMP • 30 AMPIndustrial Grade N
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MECHANICAL INTERLOCK DIMENSIONSIndu
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16 AMP • 32 AMP • 63 AMP • 12
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PLUG & CONNECTOR DIMENSIONSIndustri
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INLET & RECEPTACLE DIMENSIONSIndust
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PIN & SLEEVE ACCESSORIESIndustrial
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SAFETY DISCONNECT SWITCH FEATURESIn
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TECHNICAL INFORMATIONIndustrial Gra
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SAFETY DISCONNECT SWITCH DIMENSIONS
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STAGE PIN DEVICE FEATURESCommercial
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SINGLE POLE CAM-TYPE CONNECTOR FEAT
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SINGLE POLE CAM-TYPE AMPACITY CHART
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16 SERIES—TAPER NOSE—UP TO 300
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18 SERIES—BALL NOSE—UP TO 400 A
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22 SERIES—LATCHING BALL NOSE—UP
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SINGLE POLE CAM-TYPE CONNECTORS—P
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STAGE PIN PANEL MOUNT—DIMENSIONED
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SINGLE POLE CAM-TYPE CONNECTORS—D
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WIRE MESH SAFETY GRIP FEATURESIndus
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WIRE MESH SAFETY GRIP SELECTIONIndu
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WIRE MESH SAFETY GRIP SELECTIONIndu
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WIRE MESH PULLING GRIPSIndustrial G
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WIRE MESH STRAIN-RELIEF GRIP DIMENS
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WIRE MESH STRAIN-RELIEF GRIPSIndust
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WIRE MESH SUPPORT GRIPSIndustrial G
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SURGE PROTECTIVE DEVICE FEATURESInd
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PLUG STRIPSIndustrial Grade Surge P
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PANEL MOUNT DEVICESIndustrial Grade
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PANEL MOUNT DEVICESIndustrial Grade
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MULTI-PHASE PANEL PROTECTORSIndustr
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EQUIPMENT CABINET SURGE PROTECTIONI
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FOUR-IN-ONE SURGE PROTECTIVE RECEPT
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Page 438 and 439: MODULAR SURGE PROTECTIVE STRIPSResi
Page 440 and 441: POWER QUALITYCommercial Grade Unint
Page 442 and 443: LAMPHOLDERSA VARIETY OF INCANDESCEN
Page 444 and 445: 660W 125V — 15 AMP-125VMedium Bas
Page 446 and 447: 660W 250VMedium, Candelabra Base, P
Page 448 and 449: 660W 250V • 1500W 600VMedium, Mog
Page 450 and 451: 660W 600V • 660W 250V • 250W 25
Page 452 and 453: 75W 125V • 660W 250VCandelabra an
Page 454 and 455: 660W 600V • 660W 1000V • 75W 25
Page 456 and 457: 120W 600V • 660W 600VMedium and M
Page 458 and 459: LAMP SUPPORT CLIPSLamp Support Clip
Page 460 and 461: 75W 600VCompact Fluorescent Lamphol
Page 462 and 463: 75W 600VCompact Fluorescent Lamphol
Page 464 and 465: 3 AMP 125V • 6 AMP 125VCommercial
Page 466 and 467: 40 WATT 125V • 6 AMP 125V • 8 A
Page 468 and 469: HOW TO USE THIS CATALOGThe L-100 Le
Page 470 and 471: 15 AMP 125V ADAPTERSResidential Gra
Page 472 and 473: UTILITY LIGHTS • CHILD PROTECTION
Page 474 and 475: HOW TO USE THIS CATALOGThe L-100 Le
Page 476 and 477: TECHNICAL INFORMATIONINDUSTRY STAND
Page 478 and 479: TECHNICAL INFORMATIONAssociations,
Page 480 and 481: TECHNICAL INFORMATIONUL, CSA and NE
Page 482 and 483: TECHNICAL INFORMATIONGlossary of El
Page 486 and 487: TECHNICAL INFORMATIONTechnical Info
Page 492 and 493: TECHNICAL INFORMATIONNEMA Straight
Page 494 and 495: TECHNICAL INFORMATIONHorsepower Rat
Page 496 and 497: TECHNICAL INFORMATIONCircuit Wiring
Page 498 and 499: TECHNICAL INFORMATIONSwitch Wiring
Page 500 and 501: TECHNICAL INFORMATIONWallplatesWALL
Page 502 and 503: TECHNICAL INFORMATIONWire Color Cod
Page 504 and 505: CATALOG NUMBER ALPHANUMERIC INDEXIm
Page 518 and 519: CATALOG NOTESCatalog Number Alphanu
Page 520 and 521: CATALOG NOTESCatalog Number Alphanu
Page 522 and 523: Leviton’s On-Line ez-Find Search
Page 524: Leviton Manufacturing Co., Inc.59-2
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Leviton Catalog - Womack Electric Supply Company

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