eleclib.pdf

Parametric Technology Corporation

U00251094

ELECTRICAL SYMBOLLIBRARY ™ Catalog

Pro/ENGINEER®

COPYRIGHT 1989-1994 PARAMETRIC TECHNOLOGY CORPORATION. ALL RIGHTS RESERVED.

This ELECTRICAL SYMBOL LIBRARYTM Catalog may not be copied, reproduced, disclosed, transferred, orreduced to any form, including electronic medium or machine-readable form, or transmitted or publicly performedby any means, electronic or otherwise, unless Parametric Technology consents in writing in advance.

Use of the software has been provided under a Software License Agreement.

Information described in this manual is furnished for information only, is subject to change without notice, andshould not be construed as a commitment by Parametric Technology Corporation. Parametric Technology assumesno responsibility or liability for any errors or inaccuracies that may appear in this manual.

The software contains valuable trade secrets and proprietary information and is protected by United States copyrightlaws and copyright laws of other countries. Unauthorized use of the software or its documentation can result in civildamages and criminal prosecution.

Pro/ENGINEER is a registered trademark and Pro/ASSEMBLY, Pro/CABLING, Pro/CASTING, Pro/CAT,Pro/CDT, Pro/COMPOSITE, Pro/DESIGN, Pro/DETAIL, Pro/DEVELOP, Pro/DIAGRAM, Pro/DIEFACE,Pro/DRAW, Pro/ECAD, Pro/FEATURE, Pro/FEM-POST, Pro/HARNESS-MFG, Pro/INTERFACE,Pro/LANGUAGE, Pro/LEGACY, Pro/LIBRARYACCESS, Pro/MANUFACTURING, Pro/MESH,Pro/MOLDESIGN, Pro/NC-CHECK, Pro/PDM, Pro/PIPING, Pro/PLOT, Pro/REPORT, Pro/REVIEW,Pro/SCAN-TOOLS, Pro/SHEETMETAL, Pro/STEP-INTERFACE, Pro/SURFACE are trademarks of ParametricTechnology Corporation in the United States and other countries.

All other company and product names are trademarks or registered trademarks of their respective owners.

Parametric Technology Corporation128 Technology DriveWaltham, MA 02154(617) 398-5000

Order Number DU-0025.Printed in U.S.A.

PRINTING HISTORY

Document Number Date Description

U00251094 10/06/94 New ELECTRICAL SYMBOL LIBRARYTM Catalog

PREFACE

The Pro/ENGINEER User Guides describe all of Pro/ENGINEER’s functionality and how itis used. They have common structure and style conventions, described below.

The manuals are designed with two purposes in mind:• To help you quickly learn to make productive use of Pro/ENGINEER• To describe the more advanced uses of the system

It has been assumed that you are familiar with your workstation, and have some knowledge ofyour operating system.

Pro/ENGINEER DOCUMENTATION

Documentation is divided into several manuals which together comprise a comprehensive guideto Pro/ENGINEER. Each manual deals with a major function of the software, and you can usu-ally find which manual you need by first looking at the title. If not, there are indices correspond-ing to each book, and there is also a Master Indices that indexes the entire Pro/ENGINEER doc-ument family.

A complete list of Pro/ENGINEER user guides can be found in Chapter 1 of the “Fundamentalsof Pro/ENGINEER”.

USING THESE MANUALS

To find information in the manuals quickly, become familiar with the aids provided:Table of Contents - A Table of Contents is provided at the beginning of each document

with all chapter titles and the section headings of each chapter. Use theTable of Contents to familiarize yourself with the layout of eachdocument.

Labels - Interspersed along the left side of pages are labels. They are forlocating information within a general section of the Guide by quicklyscanning the column.

Bleeding Tabs - Chapter headings, on bleeding tabs, are on the right side of each page.These help you quickly locate a particular chapter of the document.

Indices - Indices containing Pro/ENGINEER commands and keywords areprovided for every document.

Master Indices - A master index of commands and keywords is provided showing thedocument and page number where the item is located.

CONVENTIONS

In order to clarify the discussion of various topics, the following conventions have been em-ployed throughout all the manuals:

Boldface Type indicates a menu option (Part). However, only when the namerefers to the actual option will it appear in bold type.

UPPERCASE Indicates the name of a menu (PART).

[Bolt] When you need to enter information using the keyboard, it will appear[between two brackets in courier font likethis] . Type everything between the square brackets exactly asshown.

<CR> Words between the <> symbol indicate the name of a keyboard key.Reference When referencing other sections of the document, it will appear in

italics like this.Emphasis When something is being emphasized, it will appear inbold italics like

this.

NOTE: Important information that should not be overlooked willappear in notes like this.

All mouse clicks assume that the mouse has been configured as right-handed.

COMMON TERMS

There are a few very important terms that are used frequently in the User Guide; they are definedhere. A full glossary of Pro/ENGINEER terms appears in Appendix B of “Fundamentals ofPro/ENGINEER”.

Choose - Select a menu option by placing the arrow cursor on the option, andwhen it is highlighted, pressing the left mouse button.

Mode - An environment in which Pro/ENGINEER allows you to perform acertain group of closely related functions (e.g. Drawing).

Model - A part or an assembly.Object - An assembly, part, drawing, format, layout, case study, sketch, etc.Pick - Select an item on the screen by clicking the left mouse button.

TABLE OF CONTENTS

Electrical Symbol Library i

ABOUT THE ELECTRICAL SYMBOL LIBRARY......................................................... 1-1USING THIS CATALOG.............................................................................................. 1-1USING THE LIBRARY ................................................................................................ 1-1

QUALIFYING SYMBOLS ................................................................................................... 2-1ELEMENTS .............................................................................................................. 2-1

ADJASTABILITY AND VARIABILITY .......................................................... 2-1SPECIAL PROPERTY INDICATOR ................................................................ 2-1RADIATION ....................................................................................................... 2-2TEST POINT ....................................................................................................... 2-2FLOW DIRECTION ........................................................................................... 2-2CURRENT .......................................................................................................... 2-2CONNECTION ................................................................................................... 2-2SPECIAL CONNECTOR ................................................................................... 2-3ELECTRET ......................................................................................................... 2-3SIGNAL WAVEFORMS .................................................................................... 2-4

FUNDAMENTAL ITEMS .................................................................................................... 3-1APPLICATIONS ...................................................................................................... 3-1

RESISTOR .......................................................................................................... 3-1CAPACITOR ...................................................................................................... 3-2ATTENTUATOR ................................................................................................ 3-2BATTERY .......................................................................................................... 3-2DELAY ............................................................................................................... 3-3OSCILLATOR .................................................................................................... 3-3PERMANENT MAGNET .................................................................................. 3-3PICKUP HEAD ................................................................................................... 3-3PIEZOELECTRIC .............................................................................................. 3-4SQUIB ................................................................................................................. 3-4THERMOCOUPLE ............................................................................................ 3-4THERMAL ELEMENT ...................................................................................... 3-4FIRE DETECTOR .............................................................................................. 3-4IGNITOR ............................................................................................................ 3-4

CONTACTS, SWITCHES, CONTACTORS, RELAYS.................................................... 4-1ELEMENTS .............................................................................................................. 4-1APPLICATIONS ...................................................................................................... 4-1

BASIC ................................................................................................................. 4-1CONTACTOR .................................................................................................... 4-4FLASHER ........................................................................................................... 4-4FLOW-ACTIVATED SWITCH ......................................................................... 4-5FOOT-OPERATED SWITCH ............................................................................ 4-5LIQUID-LEVEL-ACTUATED SWITCH .......................................................... 4-5MAGNETIC BLOWOUT COIL ........................................................................ 4-5MERCURY SWITCH ......................................................................................... 4-5PRESSURE-ACTUATED SWITCH .................................................................. 4-5

TABLE OF CONTENTS

ii Electrical Symbol Library

RELAY ............................................................................................................... 4-6RELAY COIL ..................................................................................................... 4-6SAFETY INTERLOCK ...................................................................................... 4-6SPECIFIC SWITCH ........................................................................................... 4-6SWITCH ............................................................................................................. 4-7TEMPERATURE-ACTUATED SWITCH ...................................................... 4-10THERMOSTAT ................................................................................................ 4-10TIME-DELAY SWITCH .................................................................................. 4-10

TERMINALS AND CONNECTORS ...................................................................................5-1APPLICATIONS ...................................................................................................... 5-1

CONNECTOR .................................................................................................... 5-1JACK AND PLUG ............................................................................................. 5-1WAVEGUIDE FLANGE ................................................................................... 5-1

TRANSFORMERS, INDUCTORS, AND WINDINGS ......................................................6-1ELEMENTS ............................................................................................................. 6-1APPLICATIONS ...................................................................................................... 6-1

FERRITE CORE ................................................................................................. 6-1INDUCTOR ........................................................................................................ 6-1MAGNETIC STORAGE .................................................................................... 6-2TRANSDUCTOR ............................................................................................... 6-2TRANSFORMER ............................................................................................... 6-2

ELECTRON TUBES AND RELATED DEVICES .............................................................7-1ELEMENTS ............................................................................................................. 7-1

COLLECTING AND EMITTING ELECTRODE ............................................. 7-1COLLECTING ELECTRODE ........................................................................... 7-1CONTROLLING ELECTRODE ........................................................................ 7-1COUPLING ........................................................................................................ 7-2EMITTING ELECTRODE ................................................................................. 7-2HEATED CATHODE ........................................................................................ 7-2MICROWAVE TUBE ........................................................................................ 7-3STORAGE ELECTRODE .................................................................................. 7-3

APPLICATIONS ...................................................................................................... 7-3GENERAL .......................................................................................................... 7-3X-RAY TUBE .................................................................................................... 7-4CATHODE-RAY TUBE .................................................................................... 7-5MERCURY-POOL TUBE .................................................................................. 7-5NUCLEAR-RADIATION DETECTOR ............................................................ 7-6

SEMICONDUCTOR DEVICES ...........................................................................................8-1ELEMENTS ............................................................................................................. 8-1APPLICATIONS ...................................................................................................... 8-2

TWO-TERMINAL ............................................................................................. 8-2THREE-TERMINAL .......................................................................................... 8-3

GENERAL .................................................................................................... 8-3

TABLE OF CONTENTS

Electrical Symbol Library iii

RADIATION DETECTOR .......................................................................... 8-4THYRISTOR ................................................................................................ 8-4TRANSISTOR .............................................................................................. 8-5

CIRCUIT PROTECTORS.................................................................................................... 9-1ELEMENTS .............................................................................................................. 9-1APPLICATIONS ...................................................................................................... 9-1

LIGHTNING ARRESTER ................................................................................. 9-1CIRCUIT BREAKER ......................................................................................... 9-1FUSE ................................................................................................................... 9-2RELAY ................................................................................................................ 9-2

ACOUSTIC DEVICES........................................................................................................ 10-1APPLICATIONS .................................................................................................... 10-1

LAMPS AND VISUAL-SIGNALING DEVICES............................................................. 11-1APPLICATIONS .................................................................................................... 11-1

LAMP ................................................................................................................ 11-1VISUAL DEVICE ............................................................................................. 11-1

READOUT DEVICES......................................................................................................... 12-1APPLICATIONS .................................................................................................... 12-1

COUNTING DEVICE ...................................................................................... 12-1INDICATING INSTRUMENT ......................................................................... 12-1INTEGRATING INSTRUMENT ..................................................................... 12-2METER INSTRUMENT ................................................................................... 12-3RECORDING INSTRUMENT ......................................................................... 12-3TELEMETERING DEVICE ............................................................................. 12-3

ROTATING MACHINERY................................................................................................ 13-1ELEMENTS ............................................................................................................ 13-1APPLICATIONS .................................................................................................... 13-2

DIRECT CURRENT MACHINE ..................................................................... 13-2ALTERNATING CURRENT MACHINE ....................................................... 13-5PHASE SHIFTER ............................................................................................. 13-7DC FIELD EXCITATION ................................................................................ 13-7COMPOSITE .................................................................................................... 13-8SYNCHRO ........................................................................................................ 13-8

MECHANICAL FUNCTIONS ........................................................................................... 14-1ELEMENTS ............................................................................................................ 14-1APPLICATIONS .................................................................................................... 14-1

CLUTCH AND BRAKE ................................................................................... 14-1MANUAL CONTROL ..................................................................................... 14-1DETENT ........................................................................................................... 14-3

VHF, UHF, AND SHF CIRCUITS.................................................................................... 15-1ELEMENTS ............................................................................................................ 15-1

TABLE OF CONTENTS

iv Electrical Symbol Library

APPLICATIONS .................................................................................................... 15-1FILTER ............................................................................................................. 15-1MAGNETRON ................................................................................................. 15-2RESONATOR ................................................................................................... 15-2TRANSMIT-RECEIVE TUBE ........................................................................ 15-2LASER .............................................................................................................. 15-3NONRECIPROCAL DEVICE ......................................................................... 15-3TRAVELLING WAVE TUBE ......................................................................... 15-3VELOCITY MODULATION TUBE ............................................................... 15-6

COMPOSITE ASSEMBLIES .............................................................................................16-1ELEMENTS ........................................................................................................... 16-1APPLICATIONS .................................................................................................... 16-1

AMPLIFIER ..................................................................................................... 16-1CHANGER ....................................................................................................... 16-2CHOPPER ......................................................................................................... 16-2FIRE EXTINGUISHER .................................................................................... 16-2GENERATOR .................................................................................................. 16-2GYRO ............................................................................................................... 16-3PHASE SHIFTER ............................................................................................. 16-3POSITION INDICATOR ................................................................................. 16-3RECTIFIER ...................................................................................................... 16-3REPEATER ...................................................................................................... 16-4RING MODULATOR ...................................................................................... 16-4SENSOR AND DETECTOR ............................................................................ 16-4

ANALOG AND DIGITAL LOGIC FUNCTIONS............................................................17-1ELEMENTS ........................................................................................................... 17-1APPLICATIONS .................................................................................................... 17-1

AMPLIFIER ..................................................................................................... 17-1ANALOG COMPUTATION DEVICE ............................................................ 17-1

AMPLIFIER ............................................................................................... 17-1COEFFICIENT SCALER .......................................................................... 17-2COORDINATE CONVERTER ................................................................. 17-2ELECTRONIC SWITCH ........................................................................... 17-2FUNCTION GENERATOR ....................................................................... 17-3SIGNAL CONVERTER ............................................................................. 17-3

MULTIPLIER AND DIVIDER ........................................................................ 17-3

MAINTENANCE SYMBOLS .............................................................................................18-1APPLICATIONS .................................................................................................... 18-1

FLOW SIGNAL ................................................................................................ 18-1FUNCTIONAL CIRCUIT ................................................................................ 18-1

Electrical Symbol Library 1 - 1

1ABOUT THE ELECTRICAL SYMBOL LIBRARY

The Electrical Symbol Library is a collection of commonly used electrical symbols for use inelectrical schematic diagrams.

USING THIS CATALOG

This document contains illustrations documenting all the ElectricalLibrary symbols, and all the information necessary to find anysymbol. To locate a specific symbol:

1. Determine the type of symbol and locate its chapter in the Tableof Contents.

2. Turn to that chapter and locate the symbol.

USING THE LIBRARY

For information on using the ELECTRICAL SYMBOL Library, referto “THE ELECTRICAL SYMBOL LIBRARY” chapter in the“INTRODUCTION TO THE LIBRARIES” manual.

[ THIS PAGE LEFT INTENTIONALLY BLANK ]


3QUALIFYING SYMBOLS

DESCRIPTION SYMBOLSYMBOL

NAME

ELEMENTS

ADJASTABILITY AND VARIABILITY

Adjustability,general

QUAV01

Adjustability,preset

QUAV02

Adjustability, lin-ear

QUAV03

Adjustability,nonlinear

QUAV04

Inherent variabil-ity, linear

QUAV05

Inherent variabil-ity, nonlinear

QUAV06

Adjustability,continuous

QUAV07

Adjustability, insteps

QUAV08

Adjustability,preset, continu-ous

QUAV09

Adjustability,preset, in steps

QUAV10

Adjustability,automatic (inher-ent) control

QUAV11

SPECIAL PROPERTY INDICATOR

Special-propertyindicator, temper-ature dependence

QUPI01

Special-propertyindicator, mag-netic field depen-dence

QUPI02

Special-propertyindicator, storage(Greek letter tau)

QUPI03

Saturable proper-ties, general

QUPI04

Saturable proper-ties, delay

QUPI05

Saturable proper-ties, thermaleffect

QUPI06

Saturable proper-ties, electromag-netic effect

QUPI07


NAME

QUALIFYING SYMBOLS

2 - 2 Electrical Symbol Library

Saturable proper-ties, magneto-strictive effect

QUPI08

RADIATION

Radiation, non-ionizing

QURI01

Radiation, ioniz-ing

QURI02

Coherent radia-tion, ionizing

QURI03

TEST POINT

Test-point recog-nition, general

QUTP01

FLOW DIRECTION

Direction of flowof Power, Signalor Information,one-way

QUFD01

Direction of flowof Power, Signalor Information,either way (butnot simulta-neously)

QUFD02

Direction of flowof Power, Signalor Information,both ways simul-taneously

QUFD03

CURRENT

Alternating cur-rent

QUCU02


NAME

Alternating cur-rent, audio fre-quencies

QUCU03

Alternating cur-rent, superaudio,carrier, and radiofrequencies

QUCU04

Current, direct oralternating (uni-versal)

QUCU05

Current, undulat-ing or rectified

QUCU06

CONNECTION

Connection sym-bol, 2-phase 3wire, ungrounded

QUCO01

Connection sym-bol, 2-phase 3-wire, grounded

QUCO02

Connection sym-bol, 2-phase 4wire

QUCO03

Connection sym-bol, 2-phase 5wire, grounded

QUCO04

Connection sym-bol, 3-phase 3wire, delta ormesh

QUCO05

Connection sym-bol, 3-phase 3wire, delta,grounded

QUCO06


NAME

QUALIFYING SYMBOLS


Connection sym-bol, 3-phase 4wire, delta,ungrounded

QUCO07

Connection sym-bol, 3-phase 4wire, delta,grounded

QUCO08

Connection sym-bol, 3-phase,open delta

QUCO09

Connection sym-bol, 3-phase,open delta,grounded at com-mon point

QUCO10

Connection sym-bol, 3-phase,open delta,grounded at mid-dle point of onewinding

QUCO11

Connection sym-bol, 3-phase, bro-ken delta

QUCO12

Connection sym-bol, 3-phase, wyeor star,ungrounded

QUCO13

Connection sym-bol, 3-phase,wye, groundedneutral

QUCO14

Connection sym-bol, 3-phase 4wire, ungrounded

QUCO15

Connection sym-bol, 3-phase zig-zag, ungrounded

QUCO16


NAME

Connection sym-bol, 3-phase zig-zag, grounded

QUCO17

Connection sym-bol, 3-phase,Scott or T

QUCO18

Connection sym-bol, 6-phase, dou-ble delta

QUCO19

Connection sym-bol, 6-phase hex-agonal (orchordal)

QUCO20

Connection sym-bol, 6-phase star(or diametrical)

QUCO21

Connection sym-bol, 6-phase, star,with groundedneutral

QUCO22

Connection sym-bol, 6-phase dou-ble zigzag withneutral broughtout and grounded

QUCO23

SPECIAL CONNECTOR

Special connec-tor or cable indi-cator

QUSC01

ELECTRET

Electret (shownwith electrodes)

QUEL01


NAME

QUALIFYING SYMBOLS


SIGNAL WAVEFORMS

Signal wave-forms, positive-going pulse

QUSW01

Signal wave-forms, negative-going pulse

QUSW02

Signal wave-forms, pulse ofalternating cur-rent

QUSW03

Signal wave-forms, positive-going step func-tion

QUSW04

Signal wave-forms, negative-going step func-tion

QUSW05

Signal wave-forms, sawtooth

QUSW06


NAME


3FUNDAMENTAL ITEMS


NAME

APPLICATIONS

RESISTOR

Resistor, general FNRR01

Resistor, tapped FNRR02

Resistor, adjust-able contact

FNRR03

Resistor, adjust-able or continu-ously adjustable(variable)

FNRR04

Resistor, nonlin-ear

FNRR05

Symmetricalvaristor (intrin-sic), voltage sen-sitive resistor

FNRR06

Resistor, magne-toresistor (intrin-sic)

FNRR07

Resistor, instru-ment or relayshunt

FNRR08

Resistor, resistivetermination

FNRR09

Resistor, bolome-ter element

FNRR10

Resistor, ther-mistor, general

FNRR11

Resistor, ther-mistor, linear

FNRR12

Resistor, ther-mistor, nonlinear

FNRR13

Resistor, ther-mistor with inde-pendent integralheater

FNRR14

Resistor, symmet-rical photocon-ductive transducer

FNRR15

Resistor, shunt FNRR16

Resistor, ther-mistor, nonlinear,with independentintegral heater

FNRR17


NAME

FUNDAMENTAL ITEMS


CAPACITOR

Capacitor, general FNCC01

Capacitor, withidentified elec-trode

FNCC02

Capacitor, polar-ized

FNCC03

Capacitor, adjust-able or variable

FNCC04

Capacitor, contin-uously adjustableor variable differ-ential

FNCC05

Capacitor, phase-shifter

FNCC06

Capacitor, split-stator

FNCC08

Capacitor, feed-through

FNCC09

Capacitor, shuntcapacitor

FNCC10


NAME

Capacitor bush-ing for circuitbreaker or trans-former

FNCC11

ATTENTUATOR

Attenuator, bal-anced, general

FNAT01

Attenuator, unbal-anced, general

FNAT02

Attenuator, vari-able balanced,general

FNAT03

Attenuator, vari-able unbalanced,general

FNAT04

BATTERY

Battery, one-cell FNBA01

Battery, multicell FNBA02

Battery, multicellwith three taps

FNBA03

Battery, multicellwith adjustabletap

FNBA04


NAME

FUNDAMENTAL ITEMS


DELAY

Delay function,element, general

FNDE01

Delay function,element, tapped

FNDE02

Delay function,variable delay ele-ment

FNDE03

Delay function,slow-wave struc-ture

FNDE04

Slow-wave struc-ture, open

FNDE05

Slow-wave struc-ture, open, singleelectrode for elec-trostatic focusing

FNDE06

Slow-wave struc-ture, closed, withenvelope

FNDE07


NAME

OSCILLATOR

Oscillator FNOS01

PERMANENT MAGNET

Permanent mag-net

FNPM01

PICKUP HEAD

Pickup head, gen-eral

FNPH01

Pickup head, writ-ing, recording

FNPH02

Pickup head,reading, playback

FNPH03

Pickup head, eras-ing

FNPH04

Pickup head, writ-ing, reading anderasing

FNPH05

Pickup head, ste-reo

FNPH06

Pickup, stereo,stylus-operated

FNPH07

Pickup, light sen-sitive reproduc-ing (reading,playback) head,mono

FNPH08


NAME

FUNDAMENTAL ITEMS


PIEZOELECTRIC

Piezoelectriccrystal unit

FNPZ01

SQUIB

Squib, explosive FNSQ01

Squib, igniter FNSQ02

THERMOCOUPLE

Thermocouple,temperature mea-suring

FNTH01

Thermocouple,with integral insu-lated heater

FNTH02

Thermopile FNTH03

Thermocouplewith integralheater (internallyconnected)

FNTH04

THERMAL ELEMENT

Thermal element FNTE01


NAME

FIRE DETECTOR

Continuous loopfire detector

FNFD01

IGNITOR

Ignitor plug FNIG01


NAME


3CONTACTS, SWITCHES, CONTACTORS, RELAYS


NAME

ELEMENTS

Electrical con-tact, fixed

CNEC01

Electrical con-tact, fixed withmomentary con-tact

CNEC02

Electrical con-tact, fixed, sleeve

CNEC03

Electrical con-tact, adjustable orsliding contact

CNEC04

Electrical con-tact, locking

CNEC05

Electrical con-tact, nonlocking

CNEC06

Electrical con-tact,segment,bridging contact

CNEC07

Electrical con-tact, vibrator reed

CNEC08

Electrical con-tact, vibrator splitreed

CNEC09

Electrical con-tact, rotating con-tact and brush

CNEC10

Switching func-tion, conductingclosed contact

CNSF01

Switching func-tion, nonconduct-ing, open contact

CNSF02

APPLICATIONS

BASIC

Basic contactassembly, closed

CNCN01

Contact, make,form 1

CNCN02

Contact, make,form 2

CNCN03


NAME

CONTACTS, SWITCHES, CONTACTORS, RELAYS


Contact, break CNCN04

Contact, change-over break beforemake

CNCN05

Contact, two waycontact with cen-ter-off position

CNCN06

Contact,changeover makebefore break(bridging)

CNCN07

Contact, with twomakes

CNCN08

Contact, with twobreaks

CNCN09


NAME

Basic contactassembly, open

CNCN10

Contact, passingmake contactclosing momen-tarily when itsoperation deviceis actuated

CNCN11

Contact, passingmake contactclosing momen-tarily when itsoperation deviceis released

CNCN12

Contact, passingmake contactclosing momen-tarily when itsoperation deviceis actuated orreleased

CNCN13

Contact, makecontact (of multi-ple contactassembly) whichis early to closerelative to othercontacts in assem-bly

CNCN14


NAME



Contact, makecontact (of multi-ple contact assem-bly) which is lateto close relative toother contacts inassembly

CNCN15

Contact, makecontact (of multi-ple contact assem-bly) which is lateto close relative toother contacts inassembly

CNCN16

Contact, breakcontact (of multi-ple contact assem-bly) which is lateto open relativeto other contactsin assembly

CNCN17

Contact, breakcontact (of multi-ple contact assem-bly) which isearly to open rela-tive to other con-tacts in assembly

CNCN18

Basic contactassembly, makebefore break

CNCN19

Contact, inten-tional delay, makecontact delayedwhen closing(form 1)

CNCN20


NAME

Contact, inten-tional delay, makecontact delayedwhen closing(form 2)

CNCN21

Contact, inten-tional delay, breakcontact delayedwhen reclosing(form 1)

CNCN22

Contact, inten-tional delay, breakcontact delayedwhen reclosing(form 2)

CNCN23

Contact, inten-tional delay, makecontact delayedwhen closing oropening

CNCN24

Basic contactassembly, opencontact with timeclosing (TC) ortime delay closing(TDC)

CNCN25

Contact, makecontact withspring return

CNCN26


NAME



Contact, makecontact withoutspring return

CNCN27

Contact, breakcontact withspring return

CNCN28

Contact, two-waycontact with cen-ter-off positionwith spring returnfrom left-handposition, but notright-hand posi-tion

CNCN29

Basic contactassembly, closedcontact with timeopening (TO) ortime delay open-ing (TDO)

CNCN30

Basic contactassembly, timesequential closing

CNCN31

Basic contactassembly, twoposition switch

CNCN32

Basic contactassembly, threeposition switch

CNCN33


NAME

Basic contactassembly, fourposition switch

CNCN34

CONTACTOR

Contactor, manu-ally operated 3-pole

CNCT01

Contactor, electri-cally operated 1-pole with seriesblowout coil

CNCT02

Contactor, electri-cally operated 3-pole with seriesblowout coils

CNCT03

Contactor, electri-cally operated 1-pole with shuntblowout coil

CNCT04

FLASHER

Switch, safetyinterlock, circuitclosing

CNFL01


NAME



Switch, self oper-ating thermal,break contact

CNFL02

Switch, self-oper-ating thermal

CNFL03

Switch, gas dis-charge tube withthermal element

CNFL04

FLOW-ACTIVATED SWITCH

Switch, flow actu-ated, closes onincrease

CNFS01

Switch, flow actu-ated, opens onincrease

CNFS02

FOOT-OPERATED SWITCH

Switch, foot oper-ated, opens byfoot pressure

CNFO01

Switch, foot oper-ated, closes byfoot pressure

CNFO02


NAME

LIQUID-LEVEL-ACTUATED SWITCH

Switch, liquidlevel actuated,closes on risinglevel

CNLS01

Switch, liquidlevel actuated,opens on risinglevel

CNLS02

MAGNETIC BLOWOUT COIL

Magnetic blow-out coil

CNMB01

MERCURY SWITCH

Switch, mercury,three terminal

CNMS01

Switch, mercury,four terminal

CNMS02

Switch, mercury,four terminalwith accelerationcutoff

CNMS03

PRESSURE-ACTUATED SWITCH

Switch, pressureor vacuum actu-ated, closes onrising pressure

CNPS01


NAME



Switch, pressureor vacuum actu-ated, opens on ris-ing pressure

CNPS02

RELAY

Relay, with trans-fer contacts

CNRL01

Relay, thermallyoperated

CNRL02

Relay, thermallyoperated with nor-mally open con-tacts

CNRL03

Relay, thermallyoperated withtransfer contacts

CNRL04

Relay, thermallyoperated. one-time type (notreusable)

CNRL05

RELAY COIL

Relay coil CNRC01

Relay coil, multi-winding

CNRC02


NAME

Relay coil, elec-tromagnetic actu-ator

CNRC03

SAFETY INTERLOCK

Switch, safetyinterlock, circuitopening

CNISO1

Switch, safetyinterlock, circuitclosing

CNISO2

SPECIFIC SWITCH

Switch, operatedby shaft rotation,responsive tospeed

CNSW42

Switch, operatedby shaft rotation,plugging, to stopdrive when almostat rest

CNSW43

Switch, operatedby shaft rotation,anti-plugging, toprevent pluggingof drive

CNSW44

Switch, operatedby shaft rotation,centrifugal, open-ing on increasingspeed

CNSW45


NAME



Switch, hook CNSW46

Switch, tele-phone dial

CNSW47

Switch, in evacu-ated envelope, 1-pole, double-throw

CNSW48

Switch, mush-room head safety

CNSW49

Switch, governor CNSW50

Switch, inter-rupter, shunt drive

CNSW51

Switch, inter-rupter, separatedrive

CNSW52

SWITCH

Switch, single-throw, general

CNSW01


NAME

Switch, double-throw, general

CNSW02

Switch, 2-poledouble-throw

CNSW03

Switch, manuallyoperated, general

CNSW04

Switch, push-but-ton (non-locking)

CNSW05

Switch, pull-but-ton (non-locking)

CNSW06

Switch, turn-switch (locking)

CNSW07

Switch, knifeswitch, general

CNSW08


NAME



Switch, 3-poledouble-throwknife switch withauxiliary contacts

CNSW09

Switch, with horngap

CNSW10

Switch, sector CNSW11

Switch, pushbut-ton, momentaryor spring-return,circuit closing(make)

CNSW12

Switch, pushbut-ton, momentaryor spring-return,circuit opening(break)

CNSW13

Switch, pushbut-ton, momentaryor spring-return,twp-circuit

CNSW14

Switch, two-cir-cuit, maintainedor not spring-returned

CNSW15

Switch, nonlock-ing, circuit clos-ing (make)

CNSW16


NAME

Switch, nonlock-ing, circuit open-ing (break)

CNSW17

Switch, nonlock-ing, two circuit

CNSW18

Switch, nonlock-ing, transfer

CNSW19

Switch, nonlock-ing, make-before-break

CNSW20

Switch, locking,circuit closing(make)

CNSW21

Switch, locking,circuit opening(break)

CNSW22

Switch, locking,transfer, 2-posi-tion

CNSW23

Switch, locking,make-before-break

CNSW24


NAME



Switch, combina-tion locking andnonlocking, 3-position 1-pole

CNSW25

Switch, combina-tion locking andnonlocking, 3-position 2-pole

CNSW26

Switch, key type,2-position withlocking transferand break con-tacts

CNSW27

Switch, key type,3-position withnon-locking trans-fer and lockingbreak contacts

CNSW28

Switch, key type,3-position, multi-contact combina-tion

CNSW29

Switch, key type,2-position, halfor key switch nor-mally operated

CNSW30

Switch, selectoror multiposition,general

CNSW31


NAME

Switch, selectoror multiposition,break-before-make, nonshort-ing

CNSW32

Switch, selectoror multiposition,make-before-break, shorting

CNSW33

Switch, selectoror multiposition,segmental contact

CNSW34

Switch, limit,track type, circuitclosing

CNSW35

Switch, limit,track type, circuitopening

CNSW36

Switch, limit,lead-screw type,circuit opening

CNSW37

Switch, limit,directly actuated,spring returned,normally open

CNSW38

Switch, limit,directly actuated,spring returned,normally open -held closed

CNSW39


NAME



Switch, limit,directly actuated,spring returned,normally closed

CNSW40

Switch, limit,directly actuated,spring returned,normally closed -held open

CNSW41

TEMPERATURE-ACTUATED SWITCH

Switch, tempera-ture actuated,closes on risingtemperature

CNTS01

Switch, tempera-ture actuated,opens on risingtemperature

CNTS02

THERMOSTAT

Thermostat,closes on risingtemperature

CNTH01

Thermostat, withcontact-motiondirection clarified

CNTH02

Thermostat,opens on risingtemperature

CNTH03

Thermostat, trans-fers on rising tem-perature

CNTH04


NAME

Thermostat, trans-fer, with intendedcentral-off posi-tion

CNTH05

Thermostat, mul-tifunction typical

CNTH06

Thermostat, withintegral heaterand transfer con-tacts

CNTH07

TIME-DELAY SWITCH

Switch, openwith time delayclosing (TDC)

CNDS01

Switch, closedwith time delayopening (TDO)

CNDS02


NAME


3TERMINALS AND CONNECTORS


NAME

APPLICATIONS

CONNECTOR

Connector, 2-con-ductor non-polar-ized with malecontacts

TCEC01

Connector, 2-con-ductor non-polar-ized with femalecontacts

TCEC02

Connector, 2-con-ductor polarizedwith female con-tacts

TCEC03


TCEC04


TCEC05

JACK AND PLUG

Connector, femalecontact

TCJP01

Connector, malecontact

TCJP02

Connector, 2-con-ductor (jack)

TCJP03

Connector, 2-con-ductor (plug)

TCJP04

Connector, 3-con-ductor with 2break contactsand 1 auxiliarymake contact

TCJP05

Connector, 3-con-ductor (plug)

TCJP06

WAVEGUIDE FLANGE

Waveguideflange with matedpair of symmetri-cal wavequideconnector

TCWG01

Waveguideflange with matedpair of asymmet-rical wavequideconnector

TCWG02

Waveguideflange with matedpair of asymmet-rical wavequideconnector

TCWG03

Waveguideflange, plain (rect-angularwaveguide)

TCWG04


NAME

TERMINALS AND CONNECTORS


Waveguideflange, choke(rectangularwaveguide)

TCWG05


NAME


6TRANSFORMERS, INDUCTORS, AND WINDINGS

DESCRIPTION SYMBOL GENERIC

ELEMENTS

Core of magnet TICE

Magnetic core ofinductor or trans-former

TIME

Magnetic mem-ory core, single-aperture type withwindings shown

TIMM

General TIWE01

Choke reactor TIWE02

APPLICATIONS

FERRITE CORE

Ferrite core TIFC01

Flux/currentdirection indica-tor

TIFC02

INDUCTOR

Inductor, general TIIW01

Magnetic-coreinductorTelephone load-ing coil

TIIW02

Inductor, tappedTIIW03

Adjustable orcontinuouslyadjustable induc-tor

TIIW04

Coil operatedflag indicator

TIIW05

Adjustable induc-tor

TIIW06

Inductor withgap in magneticcore

TIIW07

Inductor withmoving contact,variable in steps

TIIW08

Variometer TIIW09


TRANSFORMERS, INDUCTORS, AND WINDINGS


MAGNETIC STORAGE

Matrix arrange-ment comprisingthin sheet mag-netic stores

TIMS

TRANSDUCTOR

Transductor ele-ment, assembled

TITR01

Application: sin-gle-phase seriestransducto withwinding-polarityand kind-of-cur-rent markingsshown

TITR02

Application: sin-gle-phase paral-lel transductorwith winding-polarity and kind-of-current mark-ings shown

TITR03

Application: self-exciting transduc-tor with two con-trol circuits andkind-of-currentmarkings shown

TITR04

Application:transductor withdirect-currentoutput and kind-of-current mark-ings shown

TITR05


TRANSFORMER

Transformer, gen-eral

TITF01

Application:transformer withdirect-currentconnections andmode suppres-sion between tworectangularwaveguides

TITF02

Transformer, non-saturating

TITF03

Application:shielded trans-former with mag-netic core shown

TITF04

Application:transformer withmagnetic coreshown and withan electrostaticshield betweenwindings; theshield is shownconnected to theframe

TITF05




Saturating trans-former

TITF06

Transformer withone winding withadjustable induc-tance

TITF07

Transformer witheach windingwith separatelyadjustable induc-tance

TITF08

Adjustablemutual inductor;constant-currenttransformer

TITF09

Transformer withtaps, 1-phase

TITF10

Autotransformer,1-phase

TITF11


Transformer,adjustable

TITF12

Step-voltage reg-ulator or load-ratio controlautotransformer

TITF13

Step-voltage reg-ulator

TITF14

Load-ratio con-trol autotrans-former

TITF15

Load-ratio con-trol transformerwith taps

TITF16

1-phase induc-tion voltage regu-lators

TITF17

Triplex inductionvoltage regulator

TITF18




3-phase induc-tion voltage regu-lator

TITF19

1-phase, 2-wind-ing transformer

TITF20

Application: 3-phase bank of 1-phase, 2-windingtransformerswith wye-deltaconnections

TITF21

Three phasetransformer with4 taps with wye-wye connections

TITF22

Polyphase trans-former

TITF23


1-phase, 3-wind-ing transformer

TITF24

Current trans-former

TITF25

Bushing-type cur-rent transformer

TITF26

Potential trans-former

TITF27

Linear coupler TITF28

Single-phasetransformer withtwo windingsand screen

TITF29

Transformer withcenter tapping onone winding

TITF30

Autotransformer,three-phase, starconnection

TITF31




Three-phasetransformer, con-nection star-delta

TITF32

Three-phasetransformer withon-load tapchanger, connec-tion star-delta

TITF33

Three-phasetransformer, con-nection star-zig-zag

TITF34

Three-phasetransformer, con-nection star-star-delta

TITF35

Current trans-former with twocores and twosecondary wind-ings

TITF36

Current trans-former with twosecondary wind-ings on one core

TITF37


Current trans-former with onesecondary wind-ing with threetappings

TITF38

Current trans-former where theprimary conduc-tor forms fivewinding turns

TITF39

Pulse or currenttransformer withone permanentwinding and threeheaded windings

TITF40

Pulse or currenttransformer withtwo permanentwindings on thesame core andwith ninethreaded windi-ongs

TITF41




7ELECTRON TUBES AND RELATED DEVICES


NAME

ELEMENTS

COLLECTING AND EMITTING ELECTRODE

Collecting andemitting elec-trode, dynode

ETCM01

Alternatively col-lecting and emit-ting electrode,composite anode-photocathode

ETCM02

Alternatively col-lecting and emit-ting electrode,composite anode-cold cathode

ETCM03

Alternatively col-lecting and emit-ting electrode,composite anode-ionically heatedcathode with pro-vision for supple-mentary heating

ETCM04

COLLECTING ELECTRODE

Collecting elec-trode, anode orplate

ETCO01

Collecting elec-trode, target or x-ray anode

ETCO02

Collecting elec-trode, fluorescenttarget

ETCO03

Controlling elec-trode, collector

ETCO04

CONTROLLING ELECTRODE

Controlling elec-trode, grid(including beam-confining orbeam-formingelectrodes)

ETCE01

Controlling elec-trode, deflectingelectrodes (usedin pairs)

ETCE02

Controlling elec-trode, ignitor (inpool tubes)(should extendinto pool); starter(in gas tubes)

ETCE03

Controlling elec-trode, excitor(contactor type)

ETCE04

Controlling elec-trode grid withsecondary emis-sion

ETCE05

Controlling elec-trode, radialdeflecting elec-trodes (one pairof electrodesshown)

ETCE06


NAME

ELECTRON TUBES AND RELATED DEVICES


Controlling elec-trode, ion diffu-sion barrier

ETCE07

Controlling elec-trode, intensitymodulating elec-trode

ETCE08

Controlling elec-trode, focusingelectrode withaperture; beamforming plate

ETCE09

Controlling elec-trode, beam-split-ting electrodeinternally con-nected to thefinal focusingelectrode of theelectron gun

ETCE10

Controlling elec-trode, cylindricalfocusing elec-trode; drift spaceelectrode (elec-tronic lens ele-ment)

ETCE11

Controlling elec-trode, cylindricalfocusing elec-trode with grid

ETCE12

Controlling mul-tiaperture elec-trode

ETCE13

Collecting elec-trode, quantizingelectrode, sam-pling electrode

ETCE14


NAME

COUPLING

Coupling by loop(electromagnetictype)

ETCP

EMITTING ELECTRODE

Emitting elec-trode withdirectly heated(filamentary)cathode

ETEE01

Emitting elec-trode, indirectlyheated cathode

ETEE02

Emitting elec-trode, cold cath-ode (includingionically heatedcathode)

ETEE03

Emitting elec-trode, photocath-ode

ETEE04

Emitting elec-trode, pool cath-ode

ETEE05

Emitting elec-trode, ionicallyheated cathodewith provision forsupplementaryheating

ETEE06

HEATED CATHODE

Directly heated(filamentary)cathode

ETHE


NAME



MICROWAVE TUBE

Symbol elementsfor microwavetubes; electrongun assembly,shown with enve-lope

ETMW01

Symbol elementsfor microwavetubes; reflector,repelling elec-trode (used invelocity modu-lated tubes)

ETMW02

Symbol elementsfor microwavetubes; non-emit-ting sole for openslow-wave struc-ture

ETMW03

Symbol elementsfor microwavetubes; non-emit-ting sole forclosed slow-wave structure

ETMW04

Symbol elementsfor microwavetubes; emittingsole (arrow indi-cates direction ofelectron flow)

ETMW05

STORAGE ELECTRODE

Storage electrode ETSE01


NAME

Photoemissivestorage electrode

ETSE02

Storage electrodewith secondaryemission in thedirection of thearrow

ETSE03

Photoconductivestorage electrode

ETSE04

APPLICATIONS

GENERAL

Coulomb accu-mulator, electro-chemical step-function device

ETCA

Typical applica-tion of cold cath-ode gas-filledtube rectifier;voltage regulatorfor direct-currentoperation

ETCC

Conductivity cell ETCL

Typical applica-tion of equipoten-tial-cathodepentode withelongated enve-lope

ETEC


NAME



Typical applica-tion of single-unit, vacuum-type phototube

ETPT01

Typical applica-tion of multiplier-type phototube

ETPT02

Diode solion, ion-diffusion device

ETSO01

Tetrode solion,ion-diffusiondevice

ETSO02

Typical applica-tion of thyratronwith indirectlyheated cathode

ETTH

Typical applica-tion of triode withdirectly heatedfilamentary cath-ode and envelopeconnection tobase terminal

ETTR01

Typical applica-tion of equipoten-tial cathode twintriode with elon-gated envelope

ETTR02


NAME

X-RAY TUBE

Typical applica-tion of X-ray tubewith filamentarycathode andfocusing grid(cup), anodecooled by fluid orradiation.

ETXX01

Typical applica-tion of X-ray tubewith control grid,filamentary cath-ode, and focus-ing cup

ETXX02

Typical applica-tion of X-ray tubewith groundedelectrostaticshield

ETXX03

Typical applica-tion of X-raytube, doublefocus with rotat-ing anode

ETXX04

Typical applica-tion of X-ray tubewith multipleaccelerating elec-trode electrostati-cally andelectromagnetic-ally focused

ETXX05


NAME



CATHODE-RAY TUBE

Typical applica-tion of cathode-ray tube withelectric-field(electrostatic)deflection

ETCT01

Typical applica-tion of double-beam cathode-ray tube, splitbeam with: elec-trostatic deflec-tion, indirectlyheated cathode

ETCT02

Typical applica-tion of cathoderay tube, singlegun with EMdeflection

ETCT03

Typical applica-tion of cathoderay tube, multi-ple gun with EMdeflection

ETCT04

Typical applica-tion of multiplegun cathode-raytube with electro-magnetic devia-tion, with:permanent mag-net focusing andion trap;intensity modu-lating electrode;indirectly heatedcathode

ETCT05


NAME

MERCURY-POOL TUBE

Typical applica-tion of mercury-pool tube, ignitorand control grid

ETMT01

Typical applica-tion of mercury-pool tube, excitor,control grid, andholding anode

ETMT02

Typical applica-tion of mercury-pool tube, singleanode pool-typevapor rectifierwith ignitor

ETMT03

Typical applica-tion of mercurypool tube, 6-anode metallic-tank pool-typevapor rectifierwith excitor,showing rigid-ter-minal symbol forcontrol connec-tion to tank (poolcathode is insu-lated from tank)

ETMT04

Typical applica-tion of mercurypool tube, pool-type cathodepower rectifier

ETMT05


NAME



NUCLEAR-RADIATION DETECTOR

Nuclear-radia-tion detector (gas-filled), general

ETRD01

Nuclear-radia-tion detector (gas-filled); applica-tion: metal enclo-sure, having onecollector con-nected to theenclosure

ETRD02

Ionizing radia-tion detectors;ionization cham-ber

ETRD03

Ionizing radia-tion detectors;ionization cham-ber with grid

ETRD04

Ionizing radia-tion detectors;ionization cham-ber with guardring

ETRD05

Ionizing radia-tion detectors;ionization cham-ber, compensatedtype

ETRD06

Ionizing radia-tion detectors;faraday cup

ETRD07


NAME

Ionizing radia-tion detectors;counter tube

ETRD08

Ionizing radia-tion detectors;counter tube withguard ring

ETRD09


NAME


8SEMICONDUCTOR DEVICES


ELEMENTS

Collector onregion of dissimi-lar conductivitytype

SDCL

Enhancement-type semiconduc-tor region withplurality ofohmic connec-tions and a recti-fying junction

SDET

One insulatedgate

SDGT01

Multiple gate(two gates shown)

SDGT02

Intrinsic regionbetween a collec-tor and a region ofdissimilar-con-ductivity type,either PIN or NIP

SDIC01

Intrinsic regionbetween a collec-tor and a region ofsimilar conductiv-ity type, eitherPIP or NIN

SDIC02

Intrinsic regionbetween tworegions of dissim-ilar conductivitytype, either PINor NIP

SDIN01

Intrinsic regionbetween tworegions of similarconductivitytype, either PIP orNIN

SDIN02

N emitter on Pregion

SDNE

N region on Pregion

SDNP

P emitter on Nregion

SDPE

P region on Nregion

SDPN

Breakdown SDSP01

Tunneling break-down

SDSP02


SEMICONDUCTOR DEVICES


Backward break-down

SDSP03

Capacitive break-down

SDSP04

APPLICATIONS

TWO-TERMINAL

Current regulator SDCR

Semiconductordiode; semicon-ductor rectifierdiode; metallicrectifier

SDDI01

Capacitive diode(varactor)

SDDI02

Temperature-dependent diode

SDDI03

Photosensitivephotodiode

SDDI04


Photoemissivephotodiode

SDDI05

Undirectionaldiode; voltageregulator

SDDI06

Bidirectionaldiode

SDDI07

Tunnel diode,style 1

SDDI08

Backward diode,tunnel rectifier

SDDI09

Bidirectional pho-todiode; photo-duo-diode (photo-sensitive type);PNP-type

SDDI11

Photosensitivetype: two-seg-ment, with onecommon cathodelead

SDDI12




Bidirectional pho-todiode; photo-duo-diode (photo-sensitive type);NPN-type

SDDI13

Photosensitivetype: 4-quadrant,with commoncathode lead

SDDI14

Unidirectionalnegative-resis-tance breakdowndiode; triggerdiac, PNP-type

SDDI15

Unidirectionalnegative-resis-tance breakdowndiode; triggerdiac, NPN-type

SDDI16

Bidirectional neg-ative resistancebreakdowndiode; triggerdiac, NPN-type

SDDI17

Bidirectional neg-ative resistancebreakdowndiode; triggerdiac, PNP-type

SDDI18

Storage diode SDDI19


Phototransistor(NPN-type) with-out external baseconnection

SDPT

PIN-type diodeSDSR

Thyristor,reverse-blockingdiode-type

SDTH01

Thyristor, light-activated type

SDTH02

Thyristor, bidirec-tional diode type;bi-switch

SDTH03

THREE-TERMINAL

GENERAL

Incandescentlamp and sym-metrical photo-conductivetransducer

SDPI01

Photoemissivediode and pho-totransistor

SDPI02




Optical couplingdeviceOpto isolator

SDPI03

Magnetic cou-pling deviceMagnetic isolator

SDPI04

Solid-state thyra-tron (replacementtype), balanced

SDST01

Solid-state thyra-tron (replacementtype), unbalanced

SDST02

Semiconductorthermocouple,temperature-mea-suring

SDTM01

Semiconductorthermocouple,current-measuring

SDTM02

RADIATION DETECTOR

Detector, semi-conductor type

SDRD01


Scintillator detec-tor

SDRD02

Cerenkov detector SDRD03

Thermolumine-scence detector

SDRD04

THYRISTOR

Thyristor,reverse-blockingtriode-type, N-type gate; semi-conductor con-trolled rectifier,N-type gate, gen-eral

SDTY01

Thyristor,reverse-blockingtriode-type, N-type gate; semi-conductor con-trolled rectifier,gate turn-off type

SDTY02

Thyristor,reverse-blockingtriode-type, P-type gate; semi-conductor con-trolled rectifier, P-type gate, general

SDTY03




Thyristor,reverse-blockingtriode-type, P-type gate; semi-conductor con-trolled rectifier, P-type gate, gateturn-off type

SDTY04

Thyristor,reverse-blockingtetrode-type;semiconductorcontrolled switch

SDTY05

Thyristor, bidirec-tional triode-type, triac, gatedswitch

SDTY06

TRANSISTOR

Darlington tran-sistor (NPN-type)

SDDL

N-channel junc-tion gate

SDNT01

N-channel insu-lated-gate, deple-tion-type, single-gate, passive bulk(substrate), three-terminal device

SDNT02


N-channel insu-lated-gate, deple-tion-type, single-gate, active-bulk(substrate) inter-nally terminatedto source, three-terminal device

SDNT03

N-channel insu-lated-gate, deple-tion-type, single-gate, active-bulk(substrate) exter-nally terminated,four-terminaldevice

SDNT04

N-channel insu-lated-gate, deple-tion-type, two-gate, five-terminaldevice

SDNT05

N-channel insu-lated-gate,enhancement-type, single-gate,active-bulk (sub-strate) externallyterminated, four-terminal device

SDNT06

N-channel insu-lated-gate,enhancement-type, two-gate,five-terminaldevice

SDNT07

P-channel junc-tion gate

SDPC01




P-channel insu-lated-gate, deple-tion-type, single-gate, passive-bulk (substrate),three-terminaldevice

SDPC02

P-channel insu-lated-gate, deple-tion-type, single-gate, active-bulk(substrate) inter-nally terminatedto source, three-terminal device

SDPC03

P-channel insu-lated-gate, deple-tion-type, single-gate, active-bulk(substrate) exter-nally terminated,four-terminaldevice

SDPC04

P-channel insu-lated-gate, deple-tion-type, two-gate, five-terminaldevice

SDPC05

P-channel insu-lated-gate,enhancementtype, single-gate,active-bulk (sub-strate) externallyterminated, four-terminal device

SDPC06


P-channel insu-lated-gate,enhancement-type, two-gate,five-terminaldevice

SDPC07

Phototransistor(PNP-type)

SDPH

Photovoltaictransducer; barrierphotocell; block-ing-layer cell;solar cell

SDPS

PNP transistor(also PNIP tran-sistor if omittingthe intrinsicregion will notresult in ambigu-ity)

SDTR01

PNP transistorwith one electrodeconnected toenvelope

SDTR02

NPN transistor(also NPIN tran-sistor, if omitttingthe intrinsicregion will notresult in ambigu-ity)

SDTR03

NPN transistorwith multipleemitters

SDTR04




NPN transistorwith transverse-biased base

SDTR05

PNIP transistorwith ohmic con-nection to theintrinsic region

SDTR06

NPIN transistorwith ohmic con-nection to theintrinsic region

SDTR07

PNIN transistorwith ohmic con-nection to theintrinsic region

SDTR08

NPIP transistorwith ohmic con-nection to theintrinsic region

SDTR09

Unijunction tran-sistor with N-type base

SDTR10

Unijunction tran-sistor with P-typebase

SDTR11




9CIRCUIT PROTECTORS


NAME

ELEMENTS

Protective relay,protective func-tion, over

CPRE01

Protective relay,protective func-tion, under

CPRE02

Protective relay,protective func-tion, directionalover

CPRE03

Protective relay,protective func-tion, balance

CPRE04

Protective relay,protective func-tion, differential

CPRE05

Protective relay,protective func-tion, pilot wire

CPRE06

APPLICATIONS

LIGHTNING ARRESTER

Lightningarrester, general CPAR01

Lightningarrester, carbonblock

CPAR02

Lightningarrester, electro-lytic or alumi-num cell

CPAR03

Lightningarrester, horn gap CPAR04

Lightningarrester, protec-tive gap

CPAR05

Lightningarrester, spheregap

CPAR06

Lightningarrester, valve orfilm element

CPAR07

Lightningarrester, multi-gap, general

CPAR08

CIRCUIT BREAKER

Circuit breaker,general

CPCB01

Circuit breaker,network protector

CPCB02

Circuit breaker CPCB03

Circuit breaker, 3-pole with thermal-overload device inall 3 poles

CPCB04


NAME

CIRCUIT PROTECTORS


Circuit breaker, 3-pole with mag-netic-overload inall 3 poles

CPCB05

Circuit breaker, 3-pole, drawouttype

CPCB06

FUSE

Fuse, generalCPFS01

Fuse, supply side CPFS02

Fuse, high volt-age primary fusecutout, dry

CPFS03

Fuse, high voltageprimary fuse cut-out, oil

CPFS04


NAME

Fuse, isolatingfuse-switch foron-load switching

CPFS05

RELAY

Protective relay,phase sequencequantity, overcur-rent

CPRY01

Protective relay,phase sequencequantity, direc-tional overcurrent

CPRY02

Protective relay,phase sequencequantity, direc-tional residualovercurrent

CPRY03

Protective relay,phase sequencequantity, under-voltage

CPRY04

Protective relay,phase sequencequantity, powerdirectional

CPRY05

Protective relay,phase sequencequantity, bal-anced current

CPRY06

Protective relay,phase sequencequantity, differen-tial current

CPRY07

Protective relay,phase sequencequantity, distance

CPRY08

Protective relay,phase sequencequantity, direc-tional distance

CPRY09


NAME

CIRCUIT PROTECTORS


Protective relay,phase sequencequantity, overfre-quency

CPRY10

Protective relay,phase sequencequantity, overtem-perature

CPRY11

Protective relay,phase sequencequantity, phasebalance

CPRY12

Protective relay,phase sequencequantity, phasesequence

CPRY13

Protective relay,phase sequencequantity, pilotwire, differential-current

CPRY14

Protective relay,phase sequencequantity, pilotwire, directional-comparison

CPRY15

Protective relay,phase sequencequantity, positivephase-sequenceundervoltage

CPRY16

Protective relay,phase sequencequantity, negativephase-sequenceovercurrent

CPRY17

Protective relay,phase sequencequantity, gas-pressure

CPRY18

Protective relay,phase sequencequantity, out-of-step

CPRY19


NAME



10ACOUSTIC DEVICES


NAME

APPLICATIONS

Audible signalingdevice, bell

ACOU01

Audible signalingdevice, single-stroke

ACOU02

Audible signalingdevice, buzzer

ACOU03

Audible signalingdevice, loud-speaker, general

ACOU04

Audible signalingdevice, loud-speaker-micro-phone

ACOU05

Audible signalingdevice, telegraphsounder

ACOU06

Audible signalingdevice, micro-phone, general

ACOU07

Audible signalingdevice, handset,general

ACOU08

Audible signalingdevice, handset,with push-to-talkswitch

ACOU09

Audible signalingdevice, handset,3-conductor

ACOU10

Audible signalingdevice, handset,4-conductor

ACOU11

Audible signalingdevice, handset,4-conductor withpush-to-talkswitch

ACOU12

Audible signalingdevice, handset,operator’s set

ACOU13

Telephonereceiver, general

ACOU14

Telephonereceiver, headset,double

ACOU15

Telephonereceiver, headset,single

ACOU16

Audible signalingdevice, hydro-phone

ACOU17


NAME

ACOUSTIC DEVICES


Audible signalingdevice, horn

ACOU18

Audible signalingdevice, siren

ACOU19

Audible signalingdevice, whistle

ACOU20


NAME


11LAMPS AND VISUAL-SIGNALING DEVICES


NAME

APPLICATIONS

LAMP

Lamp, ballast VSBL

Lamp, electronicflash tube

VSET

Lamp, floures-cent, 2-terminal

VSFL01

Lamp, floures-cent, 4-terminal

VSFL02

Lamp, incades-cent

VSIL

Lamp, general VSLA01

Lamp, signallamp, general

VSLA02

Lamp, signallamp, flashingtype

VSLA03

Lamp, glow, AC-type

VSNL01

Lamp, glow, DC-type

VSNL02

VISUAL DEVICE

Visual-signalingdevice, annuncia-tor

VSDA01

Visual-signalingdevice, annuncia-tor drop or sig-nal, shutter orgrid type

VSDA02

Visual-signalingdevice, annuncia-tor drop or sig-nal, ball type

VSDA03

Visual-signalingdevice, manuallyrestored drop

VSDA04

Visual-signalingdevice, electri-cally restoreddrop

VSDA05

Visual-signalingdevice, communi-cation switch-board type lamp

VSDI01

Visual-signalingdevice, indicat-ing, pilot, signal-ing, orswitchboard light

VSDI02

Visual-signalingdevice, green sig-nal light

VSDI03


NAME

LAMPS AND VISUAL-SIGNALING DEVICES


Electromechani-cal signal, indica-tor,electromechani-cal annunciator,element

VSDI04

Electromechani-cal signal, elec-tromechanicalposition indicator

VSDI05

Electromechani-cal signal, coiloperated flagindicator

VSDI06


NAME


12READOUT DEVICES


NAME

APPLICATIONS

COUNTING DEVICE

Counting device,counting functionof a number ofevents

RDII01

Counting device,pulse meter

RDII02

Counting device,pulse meter, man-ually preset to n(reset if n=0)

RDII03

Counting device,pulse meter, elec-trically reset to 0

RDII04

Counting device,pulse meter withmultiple contacts

RDII05

Counting device,cam driven andclosing contactfor each n events

RDII06

INDICATING INSTRUMENT

Voltmeter RDMI01

Reactive currentammeter

RDMI02

ϕ

Maximumdemand indicatoractuated by inte-grating meter

RDMI03

Varmeter RDMI04

Power-factormeter

RDMI05

Phase meter RDMI06

Frequency meter RDMI07

Synchronoscope RDMI08

Wavemeter RDMI09

Oscilloscope RDMI10

Differential volt-meter

RDMI11

Galvonometer RDMI12


NAME

ϕ

ϕ

λ

READOUT DEVICES


Salinity meter RDMI13

Thermometerpyrometer

RDMI14

Tachometer RDMI15

INTEGRATING INSTRUMENT

Hour meter RDRI04

Ampere-hourmeter

RDRI05

Watthour meter RDRI06

Watthour meter,measuring energytransmitted inone direction only

RDRI07

Watthour meter,measuring energyflow from thebushbars

RDRI08


NAME

θ

Watthour meter,measuring energyflow towards thebushbars

RDRI09

Import-exportwatthour meter

RDRI10

Multirate wat-thour meter, two-rate shown

RDRI11

Excess watthourmeter

RDRI12

Watthour meterwith transmitter

RDRI13

Remote meter(repeater) actu-ated by watthourmeter

RDRI14

Remote meter(repeater) withprinting device,actuated by wat-thour meter

RDRI15

Watthour meterwith maximumdemand indicator

RDRI16


NAME

READOUT DEVICES


Watthour meterwith maximumdemand recorder

RDRI17

Varhour meter RDRI18

METER INSTRUMENT

Galvonometer RDEC01

Electromagneti-cally operatedcounter, general

RDEC02

Electromagneti-cally operatedcounter, withmake contact

RDEC03

RECORDING INSTRUMENT

Recording watt-meter

RDRI01

Combined record-ing wattmeterand varmeter

RDRI02

Oscillograph RDRI03


NAME

TELEMETERING DEVICE

Telemeteringdevice, signaltranslator

RDTD01

Telemeteringtransmitter

RDTD02

Telemeteringreceiver

RDTD03


NAME



7ROTATING MACHINERY


NAME

ELEMENTS

Rotating machine,generator

RMGE01

Rotating machine,generator, directcurrent

RMGE02

Rotating machine,generator, alter-nating-current

RMGE03

Rotating machin-ery, generator,synchronous

RMGE04

Rotating machin-ery, motor (gen-eral)

RMGE05

Rotating machin-ery, motor, direct-current

RMGE06

Rotating machin-ery, motor, alter-nating-current

RMGE07

Rotating machin-ery, motor syn-chronous

RMGE08

Rotating machin-ery, rotatingarmature withcommutator andbrushes

RMGE09

Rotating machin-ery, hand genera-tor

RMGE10

Rotatingmachines, linearmotor, generalsymbol

RMGE11

Rotatingmachines, step-ping motor, gen-eral symbol

RMGE12

Field, generatoror motor, com-pensating or com-municating

RMFG01

Field, generatoror motor, series

RMFG02

Field, generatoror motor, shunt,or separatelyexcited

RMFG03


NAME

ROTATING MACHINERY


Winding connec-tion symbols, 1-phase

RMWC01

Winding connec-tion symbols, 2-phase

RMWC02

Winding connec-tion symbols, 3-phase wye(ungrounded)

RMWC03

Winding connec-tion symbols, 3-phase wye(grounded)

RMWC04

Winding connec-tion symbols, 3-phase delta

RMWC05

Winding connec-tion symbols, 6-phase diametrical

RMWC06

Winding connec-tion symbols, 6-phase double-delta

RMWC07


NAME

APPLICATIONS

DIRECT CURRENT MACHINE

Applications:direct-currentmachines, sepa-rately exciteddirect-currentgenerator ormotor

RMDC01

Applications:direct-currentmachines; sepa-rately exciteddirect-currentgenerator ormotor; with com-mutating or com-pensating filedwinding, or both

RMDC02

Applications:direct-currentmachines, com-positely exciteddirect-currentgenerator ormotor; with com-mutating or com-pensating filedwinding, or both

RMDC03

Applications:direct -currentmachines, direct-current seriesmotor or 2-wiregenerator

RMDC04


NAME

ROTATING MACHINERY


Applications:direct-currentmachines, directcurrent seriesmotor or 2-wiregenerator; withcommutating orcompensatingfield winding, orboth

RMDC05

Applications:direct-currentmachines, directcurrent shuntmotor or 2-wiregenerator

RMDC06

Applications:direct-currentmachines, directcurrent shuntmotor or 2-wiregenerator; withcommutating orcompensatingfiled winding, orboth

RMDC07

Applications:direct-currentmachines, directcurrent perma-nent-magnet-fieldgenerator ormotor

RMDC08

Applications:direct-currentmachines, directcurrent com-pound motor or 2-wire generator orstabilized shunt

RMDC09


NAME

Applications:direct-currentmachines, directcurrent com-pound motor or 2-wire generator orstabilized shuntmotor; with com-mutating or com-pensating filedwinding, or both

RMDC10

Applications:direct-currentmachines, directcurrent 3-wireshunt generator

RMDC11

Applications:direct-currentmachines, directcurrent 3-wireshunt generator;with commutat-ing or compensat-ing filed winding,or both

RMDC12

Applications:direct-currentmachines, directcurrent 3-wirecompound gener-ator

RMDC13


NAME

ROTATING MACHINERY


Applications:direct-currentmachines, directcurrent 3-wirecompound gener-ator; with com-mutating orcompensatingfield winding, orboth

RMDC14

Applications:direct-currentmachines, directcurrent balancer,shunt wound

RMDC15

Applications:direct-currentmachines, directcurrent balancer,compound wound

RMDC16

Applications:direct-currentmachines, dyna-motor

RMDC17

Applications:direct-currentmachines, double-current generator

RMDC18

Applications:direct-currentmachines, acyclicgenerator, sepa-rately excited

RMDC19


NAME

Applications:direct-currentmachines, regu-lating generator(rotary ampli-fier), shunt woundwith short-cir-cuited brushes

RMDC20

Applications:direct-currentmachines, regu-lating generator(rotary ampli-fier), shunt woundwithout short-cir-cuited brushes

RMDC21

Applications:direct-currentmachines, regu-lating generator(rotary ampli-fier), shunt woundcompensatingfiled winding andshort-circuitedbrushes

RMDC22

Applications:direct-currentmachines, regu-lating generator(rotary ampli-fier), shunt woundcompensatingfiled windingwithout short-cir-cuited brushes

RMDC23


NAME

ROTATING MACHINERY


ALTERNATING CURRENT MACHINE

Applications:alternating-cur-rent machines,squirrel-cageinduction motoror generator, split-phase inductionmotor or genera-tor, rotary phaseconverter, orrepulsion motor

RMAC01

Applications:alternating-cur-rent machines,wound-rotorinduction motor,synchronousinduction motor,induction genera-tor, or inductionfrequency con-verter

RMAC02

Applications:alternating-cur-rent machines,alternating-cur-rent series motor

RMAC03

Applications:alternating-cur-rent machines,alternating-cur-rent series motor,with commutat-ing or compensat-ing filed winding,or both

RMAC04


NAME

Applications:alternating-cur-rent machines,1-phase shaded-pole motor

RMAC05

Applications:alternating-cur-rent machines,1-phase repul-sion-start induc-tion motor

RMAC06

Applications:alternating-cur-rent machines,1-phase hystere-sis motor

RMAC07

Applications:alternating-cur-rent machines,1-phase reluc-tance motor

RMAC08

Applications:alternating-cur-rent machines,1-phase sub-syn-chronous reluc-tance motor

RMAC09

Applications:alternating-cur-rent machines,magnetoelectricgenerator,1-phase, tele-phone magneto

RMAC10


NAME

ROTATING MACHINERY


Applications:alternating-cur-rent machines,shunt characteris-tic brush-shiftingmotor with 3-phase rotor

RMAC11

Applications:alternating-cur-rent machines,series-characteris-tic brush-shiftingmotor with 3-phase rotor

RMAC12

Applications:alternating-cur-rent machines,series-characteris-tic brush-shiftingmotor with 6- or8- phase rotor

RMAC13

Applications:alternating-cur-rent machines,ohmic-dropexciter with 3- or6-phase input

RMAC14

Applications:alternating-cur-rent machines,ohmic-drop exci-tor with 3- or 6-phase input, withoutput leads

RMAC15


NAME

Applications:alternating-cur-rent machines, 3-phase regulatingmachine

RMAC16

Applications;alternating-cur-rent machines,induction motor,three-phase,squirrel cage

RMAC17

Applications;alternating-cur-rent machines,induction motor,single-phase,squirrel cage,leads of splitphase brought out

RMAC18

Applications;alternating-cur-rent machines,induction motor,three-phase, star-connected, withautomatic starterin the rotor

RMAC19

Applications;alternating-cur-rent machines,linear inductionmotor, three-phase, movementlimited to onedirection

RMAC20


NAME

ROTATING MACHINERY


PHASE SHIFTER

Applications:alternating-cur-rent machines,phase-shifterwith 1-phase out-put

RMPS01

Applications:alternating-cur-rent machines,phase-shifterwith 3-phase out-put

RMPS02

DC FIELD EXCITATION

Applications:alternating-cur-rent machineswith direct-cur-rent field excita-tion, synchronousmotor, generator,or condenser

RMAD01

Applications:alternating-cur-rent machineswith direct-cur-rent field excita-tion, synchronousmotor, generator,or condenser withneutral broughtout

RMAD02


NAME

Applications:alternating-cur-rent machineswith direct-cur-rent field excita-tion, synchronousmotor, generator,or condenser withboth ends of eachphase brought out

RMAD03

Applications:alternating-cur-rent machineswith direct-cur-rent field excita-tion, double-winding synchro-nous generator,motor, or con-denser

RMAD04

Applications:alternating-cur-rent machineswith direct-cur-rent field excita-tion, synchronousmotor-synchro-nous frequencychanger

RMAD05

Applications:alternating-cur-rent machineswith direct-cur-rent field excita-tion, synchronousmotor-inductionfrequencychanger

RMAD06


NAME

ROTATING MACHINERY


Applications:alternating-cur-rent machineswith direct fieldexcitation, syn-chronous genera-tor, three-phase,permanent mag-net

RMAD07

COMPOSITE

Applications:alternating- anddirect-currentcomposite syn-chronous or t-poleconverter

RMCO01

Applications:alternating- anddirect-currentcomposite syn-chronous boosteror regulating-pole converter;with commutat-ing or compensat-ing filedwindings, or both

RMCO02

Applications:alternating- anddirect-currentcomposite syn-chronous con-verter, shunt-wound with com-mutating or com-pensating fieldwindings, or both

RMCO03


NAME

Applications:alternating- anddirect-currentcomposite syn-chronous con-verter, compoundwound with com-mutating or com-pensating fieldwindings, or both

RMCO04

Applications:alternating- anddirect-currentcomposite motorconverter

RMCO05

SYNCHRO

Synchro, controltransformer; syn-chro, receiver;synchro, transmit-ter

RMSN01

Synchro, differen-tial receiver; syn-chro, differentialtransmitter

RMSN02

Synchro, resolver RMSN03


NAME


3MECHANICAL FUNCTIONS


NAME

ELEMENTS

Mechanical con-nection

MFMC01

Mechanicalmotion, transla-tion, one direction

MFMM01

Mechanicalmotion, transla-tion, both direc-tion

MFMM02

Mechanicalmotion, rotation,one direction

MFMM03

Mechanicalmotion, alternat-ing or reciprocat-ing

MFMM04

Mechanicalmotion, rota-tional speed orangular velocitydependence

MFMM05

APPLICATIONS

CLUTCH AND BRAKE

Clutch disen-gaged when oper-ating means isdeenergized

MFCB01

Clutch engagedwhen operatingmeans is deener-gized

MFCB02

ω

Brake appliedwhen operatingmeans is ener-gized

MFCB03

Brake releasedwhen operatingmeans is ener-gized

MFCB04

Brake MFCB05

Electric motorwith brakeapplied

MFCB06

Electric motorwith brakereleased

MFCB07

Gearing MFCB08

MANUAL CONTROL

Manual control,general

MFCN01

Manual control,operated by push-ing

MFCN02

Manual control,operated by pull-ing

MFCN03


NAME

MECHANICAL FUNCTIONS


Manual control,operated by push-ing and pulling

MFCN04

Manual control,operated withrestricted access

MFCN05

Manual control,operated by turn-ing

MFCN06

Manual control,operated by prox-imity effect

MFCN07

Manual control,operated bytouching

MFCN08

Emergencyswitch

MFCN09

Manual control,operated by hand-wheel

MFCN10

Manual control,operated by pedal

MFCN11

Manual control,operated by lever

MFCN12

Manual control,operated byremovable handle

MFCN13

Manual control,operated by key

MFCN14


NAME

Manual control,operated by crank

MFCN15

Manual control,operated by roller

MFCN16

Manual control,operated by cam

MFCN17

Cam profile MFCN18

Manual control,operated by camand roller

MFCN19

Manual control,operated by storedmechanicalenergy

MFCN20

Manual control,operated by pneu-matic or hydrauliccontrol, singleacting

MFCN21

Manual control,operated by pneu-matic or hydrauliccontrol, doubleacting

MFCN22

Manual control,operated by elec-tromagnetic actu-ator

MFCN23

Manual control,operated by elec-tromagnetic over-current protection

MFCN24


NAME

MECHANICAL FUNCTIONS


Manual control,operated by ther-mal actuator

MFCN25

Manual control,operated by elec-tric motor

MFCN26

Manual control,operated by elec-tric clock

MFCN27

DETENT

Detents, latchingand blocking,automatic return

MFDT01

Detents, non-automatic return

MFDT02

Detents, engaged MFDT03

Mechanical inter-lock between twodevices

MFDT04

Latching device,disengaged

MFDT05

Blocking device,engaged

MFDT06

Detents, disen-gaged

MFDT07

Latching device,engaged

MFDT08

Blocking device,disengaged

MFDT09


NAME



15VHF, UHF, AND SHF CIRCUITS


NAME

ELEMENTS

Application: E-plane couplingby aperture tospace

VUCE01

Application: E-plane couplingby aperture; 2ends of transmis-sion path avail-able

VUCE02


VUCE03


VUCE04

Direction coupler,general

VUDC01

Terminal discon-tinuity (one-port)

VUDE01

Discontinuity(two_port)

VUDE02

Ferrite bead ring,general

VUFB01

Mode suppres-sor, general

VUMS01

Mode transducer,general

VUMT01

Rotary joint(radio-frequencyrotary coupler)

VURJ01

Rotatable joint,with symmetricalconnectors

VURJ02

ResonatorTuned Cavity,general

VUTC01

Tetrapole VUTC02

Tetrapole withloop coupler

VUTC03

APPLICATIONS

FILTER

Mode filter VUFL01

Frequency filter(bandpass)

VUFL02


NAME

VHF, UHF, AND SHF CIRCUITS


Bandpass filterswitched by gasdischarge

VUFL03

MAGNETRON

Magnetron, reso-nant type withcoaxial output

VUMG01

Magnetron, tran-sit-time split platetype with stabiliz-ing deflectingelectrodes andinternal circuit

VUMG02

Magnetron, tun-able, aperturecoupled

VUMG03

Magnetron oscil-lator tube withindirectly heatedcathode, closedslow-wave struc-ture with dc con-nection by way ofa waveguide, per-manent field mag-net, window-coupler to rectan-gular waveguide

VUMG04


NAME

Backward (travel-ling) wave oscil-lator tube(voltage tunablemagnetron) withindirectly heatedcathode, inten-sity modulatingelectrode, beam-forming plate,closed slow-wave structurewith dc connec-tion by way ofwaveguide, none-mitting sole, per-manent fieldmagnet, window-coupler to rectan-gular waveguide

VUMG05

RESONATOR

Resonator (cav-ity-type) tube

VURE01

Double-cavityenvelope andgrid-type associ-ated electrodes

VURE02

Multicavity mag-etron anode andenvelope

VURE03

TRANSMIT-RECEIVE TUBE

Transmit-receive(TR) tube, gas-filled, tunableintegral cavity,aperture coupled,with starter

VUTR01


NAME



Transmit-receivetube

VUTR02

LASER

Maser, generalsymbol

VULS01

Maser used as anamolifier

VULS02

Laser (opticalmaser), generalsymbol

VULS03

Laser used as agenerator

VULS04

Ruby laser gener-ator

VULS05

Ruby laser gener-ator, shown withxenon lamp aspumping source

VULS06

NONRECIPROCAL DEVICE

Isolator VUIS01

Nonreciprocaldirectional phaseshifter

VUIS02

Gyrator VUIS03


NAME

Circumlator,fixed direction

VUIS04

Reversible direc-tion

VUIS05

Field-polariza-tion rotator

VUIS06

Field-polariza-tion amplitudemodulator

VUIS07

TRAVELLING WAVE TUBE

Forward-wavetraveling-wave-tube amplifiershown with fourgrids, havingslow-wave struc-ture with attenua-tion, magneticfocusing by exter-nal permanentmagnet, rf inputand rf output cou-pling, each by E-plane aperture toexternal rectangu-lar waveguide

VUTW01


NAME



Forward-wavetraveling-wave-tube amplifiershown with fourgrids, havingslow-wave struc-ture with attenua-tion, magneticfocusing by exter-nal permanentmagnet, rf inputand rf output cou-pling, each byinductive cou-pling

VUTW02

Forward-wavetraveling-wave-tube amplifiershown with fourgrids, havingslow-wave struc-ture with attenua-tion, magneticfocusing by exter-nal permanentmagnet, rf inputand rf output cou-pling, even byexternal cavityand loop couplingto a co-axial path

VUTW03


NAME

Forward-wavetraveling-wave-tube amplifiershown with fourgrids, havingslow-wave struc-ture with attenua-tion, magneticfocusing by exter-nal permanentmagnet, rf inputand rf output cou-pling, each bydirect connectionfrom slow-wavestructure to acoaxial path

VUTW04

Forward-wavetraveling-wave-tube amplifiershown with fourgrids, having bifi-lar slow-wavestructure withattenuation, elec-trostatic focus-ing, rf input andrf output cou-pling, each byinductive cou-pling

VUTW05


NAME



Backward-wavetraveling-wave-tube amplifiershown with twogrids, havingslow-wave struc-ture with attenua-tion, sole (beam-aligning elec-trode), magneticfocusing by exter-nal permanentmagnet, rf inputand rf output cou-pling, each by E-plane aperture toexternal rectangu-lar waveguide

VUTW06

Backward-wavetraveling-wave-tube oscillatorshown with twogrids, havingslow-wave struc-ture with attenua-tion, sole (beam-aligning elec-trode), magneticfocusing by exter-nal permanentmagnet, rf inputand rf output cou-pling by inductivecoupling

VUTW07


NAME

Backward-wavetraveling-wave-tube oscillatorshown with twogrids, havingslow-wave struc-ture with attenua-tion, sole (beam-aligning elec-trode), magneticfocusing by exter-nal permanentmagnet, rf inputand rf output cou-pling by inductivecoupling, withslow-wave struc-ture connectedinternally to col-lector

VUTW08

O-type forwardtraveling waveamplifier tube,simplified repre-sentation

VUTW09

M-type forwardtraveling waveamplifier tubewith indirectlyheated cathode,intensity modu-lating electrode,beam-formingplate, preheatednonemitting sole,skow-wave struc-ture with dc con-nection,collector, perma-nent transversefield magnet,window couplersto rectangularwaveguides

VUTW10


NAME



M-type back-ward (traveling)wave amplifiertube with fila-ment-heatedemitting sole,slow-wave struc-ture with dc con-nection,permanent trans-verse field mag-net, windowcouplers to rect-angularwaveguides

VUTW11

M-type back-ward (traveling)wave oscillatortube with indi-rectly heatedcathode, inten-sity modulatingelectrode, beam-forming plate,nonemitting sole,slow-wave struc-ture with dc con-nection by way ofwaveguide, col-lector, permanenttransverse fieldmagnet, window-coupler to rectan-gular waveguide

VUTW12

VELOCITY MODULATION TUBE

Reflex klystron,integral cavity,aperture coupled

VUVM01


NAME

Double-cavityklystron, integralcavity, perma-nent externallyganged tuning,loop coupled

VUVM02

Reflex klystronwith indirectlyheated cathode,beam-formingplate, grid, tun-able integral cav-ity resonator,reflector, loopcoupler to coax-ial output

VUVM03

Klystron withindirectly heatedcathode, inten-sity modulatingcathode, beam-forming plate,external tunableinput cavity reso-nator, drift spaceelectrode, exter-nal tunable outputcavity resonatorwith dc connec-tion, collector,focusing coil,input loop cou-pler to coaxialwaveguide, out-put window cou-pler torectangularwaveguide

VUVM04


NAME


16COMPOSITE ASSEMBLIES


NAME

ELEMENTS

Amplifier, general CAAE01

Magnetic ampli-fier

CAAE02

Amplifier withtwo inputs

CAAE03

Amplifier withtwo outputs

CAAE04

Amplifier withadjustable gain

CAAE05

Amplifier withassociated attenu-ator

CAAE06

Amplifier withassociated powersupply

CAAE07

Amplifier withexternal feedbackpath

CAAE08

ItemEquipmentFunctional unit

CAGE

Heat source, gen-eral symbol

CAHS01

Radioisotopeheat source

CAHS02

Combustion heatsource

CAHS03

APPLICATIONS

AMPLIFIER

Negative imped-ance both-wayamplifier

CAAM01

Amplifier withbypass used forsignaling orpower feeding, orboth

CAAM02

Amplifier withexternal direct-current control

CAAM03


NAME

COMPOSITE ASSEMBLIES


CHANGER

ChangerGeneral SymbolConverterGeneral Symbol

CACN01

DC converter CACN02

Rectifier CACN03

Rectifier in fullwave (bridge)connection

CACN04

Inverter CACN05

Rectifier/inverter CACN06

Galvanic separa-tor

CACN07

CHOPPER

Chopper CACH


NAME

FIRE EXTINGUISHER

Fire extinguisheractuator head, sin-gle head with con-nectors

CAFE01

Fire extinguisheractuator head,double head withconnectors

CAFE02

GENERATOR

Generator, gen-eral symbol

CAGN01

Thermoelectricgenerator, withcombustion heatsource

CAGN02

Thermoelectricgenerator withnonionizing radia-tion heat source

CAGN03

Thermoelectricgenerator withradioisotope heatsource

CAGN04

Thermionic diodegenerator withnonionizing radia-tion heat source

CAGN05


NAME



Thermionic diodegenerator withradioisotope heatsource

CAGN06

Photovoltaoc gen-erator

CAGN07

GYRO

GyroGyroscopeGyrocompass

CAGY01

Gyro CAGY02

PHASE SHIFTER

Phase ShifterPhase-ChangingNetwork: 3-wireor 3-phase

CAPS01

Phase ShifterPhase-ChangingNetwork:Applicationadjustable

CAPS02

POSITION INDICATOR

Position indicator:DC synchro type

CAPO01


NAME

Position indicator:Inductor type

CAPO02

Position transmit-ter, Desynn type(de synchro type)

CAPO03

Position transmit-ter, inductor type

CAPO04

RECTIFIER

Rectifier, general CART01

Rectifier, con-trolled

CART02

Bridge-type recti-fier

CART03

Rectifier shownwith terminalsand polaritymarking (heavyline indicatesnameplate or pos-itive-polarity end)

CART04


NAME



REPEATER

1-way repeater CARP01

2-wire, 2-wayrepeater

CARP02

2-wire, 2-wayrepeater with low-frequency bypass

CARP03

4-wire, 2-wayrepeater

CARP04

RING MODULATOR

Diode-type ringdemodulatorDiode-type ringmodulator

CARM

SENSOR AND DETECTOR

Proximity sensor CASD01

Proximity sens-ing device, blocksymbol

CASD02


NAME

Capacitive prox-imity detectoroperating on theapproach of solidmaterial

CASD03

Touch sensor CASD04

Touch sensitiveswitch, make con-tact

CASD05

Proximity switch,make contact

CASD06

Proximity switch,operated on theapproach of amagnet, makecontact

CASD07

Proximity switch,operated on theapproach of iron,break contact

CASD08


NAME


7ANALOG AND DIGITAL LOGIC FUNCTIONS


NAME

ELEMENTS

Analog elementsfor amplifiers,summing

ALSE01

Analog elementsfor amplifiers,integrating

ALSE02

Analog elementsfor amplifiers, dif-ferentiating

ALSE03

Analog elementsfor amplifiers,logarithmic

ALSE04

Delta symbol ALSE05

Infinity symbol ALSE06

APPLICATIONS

AMPLIFIER

Integrator ampli-fier

ALIN

Σ

∫

∆

∞

Operationalamplifier

ALOA

Summing ampli-fier

ALSA

ANALOG COMPUTATION DEVICE

AMPLIFIER

Analog elements,high gain differ-ential amplifier(operationalamplifier)

ALAM01

Analog elements,high gain ampli-fier with a nomi-nal amplificationof 10,000 and twocomplementaryoutputs

ALAM02

Analog elements,inverting ampli-fier with amplifi-cation of 1

ALAM03


NAME

∞

ANALOG AND DIGITAL LOGIC FUNCTIONS


Analog elements,amplifier with twooutputs, theupper, noninvert-ing, has an ampli-fication of 2, thelower, nvertingoutput, has anamplification of 3

ALAM04

Analog elements,summing ampli-fier

ALAM05

Analog elements,integrating ampli-fieraaaa

ALAM06

Analog elements,differential ampli-fier (differentia-tor)

ALAMA07

Analog elements,logarithmicamplifier

ALAM08

COEFFICIENT SCALER

Analog elements,coefficient scaler

ALCS


NAME

Σ

∫

COORDINATE CONVERTER

Analog elements,coordinate con-verter, polar torectangular

ALCC01

Analog elements,coordinate con-verter, rectangu-lar to polar

ALCC02

ELECTRONIC SWITCH

Analog element,bidirectionalswitch (make),general symbol

ALES01

Analog elements,example:the analog signalcan pass only inthe direction indi-cated by the arrowas long as the dig-ital input “e”stands at itsdefined 1-state

ALES2

Analog elements,bidirectionalswitch (break),general symbol

ALES03


NAME

θ

θ

θ

θ

ANALOG AND DIGITAL LOGIC FUNCTIONS


Analog elements,example:the analog signalcan pass only inthe direction indi-cated by the arrowas long as the dig-ital input “e”stands at thedefined 0-state

ALES04

Analog elements,two independentbidirectionalswitches (onemake and onebreak), both oper-ated by the samebinary input

ALES05

FUNCTION GENERATOR

Analog elements,function genera-tor, general sym-bol

ALFG02

Analog elements,contangent func-tion

ALFG03

SIGNAL CONVERTER

Analog elements,digital to analogconverter

ALSC01

Analog elements,analog to digitalconverter, gen-eral symbol

ALSC02


NAME

n

MULTIPLIER AND DIVIDER

Electronic divider ALED

Electronic multi-plier

ALEM01

Two dependentmultipliers

ALEM02

Electronic func-tion generator

ALFG01

Function potenti-ometer

ALFP

Generalized inte-grator

ALGI

Positional servo-mechanism

ALPS


NAME



18MAINTENANCE SYMBOLS


NAME

APPLICATIONS

FLOW SIGNAL

Signal code, nor-mal

MSDF01

Signal code,emergency mode

MSDF02

Signal code,automatic mode

MSDF03

Signal code, sec-ondary flow,power diostribu-tion

MSDF04

Signal code, ref-erence signalvoltage, refer-ence frequency

MSDF05

Signal code, sig-nal to energizerelay

MSDF06

Signal code,transmitter pulse;pulse-formingnetwork, dis-charge path, orsubsequent high-level modulationpulse

MSDF07

Signal code,gating; synchro-nizing signal;low-level modu-lating signal

MSDF08

Signal code, testsignal; signalused to light alamp or provide ameter reading

MSDF09

Signal code, feed-back

MSDF10

Fault-signalcode, fault-isola-tion signal torelay

MSDF11

FUNCTIONAL CIRCUIT

Amplifier circuit(such as voltageamplifier, poweramplifier, etc.)

MSFC01

Signal generator;signal processor

MSFC02

Linear element;linear network

MSFC03

Relay contacts MSFC04

Relay coil oroperating coil

MSFC05


NAME

MAINTENANCE SYMBOLS


Switch MSFC06

Composite cir-cuit (other thanthose previouslygiven)

MSFC07


NAME

eleclib.pdf

Documents