Simbolos Elétricos - EPLAN
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Transcript of Simbolos Elétricos - EPLAN
nderung
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
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Ers.d.
Examples
Symbol overview DIN_WUPE
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Title page
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SIMBOLOGIA
ELECTRICA
EPLAN
7 8
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24 Bl.
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1
Customer :
Plant designation :
Drawing number :
Commission :
Manufacturer (Firm) :
File name (\EPLAN4\P):
Project name :
Make :
Type :
Installation :
Reponsible for project :
Created on :
Processed on :
02.Mar.1995
15.Feb.2004
Symbol overview DIN_WUPE
EPLAN
Examples
EPLAN Software & Service
GmbH & Co. KG
SIMBOLOGIA
ELECTRICA
by :
by :
Hr. Kiwitt
BOE
EPLAN SOFTWARE & SERVICEGmbH & Co. KGAn der alten Ziegelei 240789 MonheimTel.: 0049/02173 3964-0
Highest Page No. :
No. of pages :
24
24
WUPE001E 01.03.1994
Customer :
Plant designation :
Drawing number :
Commission :
Manufacturer (Firm) :
File name (\EPLAN4\P):
Project name :
Make :
Type :
Installation :
Reponsible for project :
Created on :
Processed on :
02.Mar.1995
15.Feb.2004
by :
by :
Hr. Kiwitt
BOE
Highest Page No. :
No. of pages :
24
24
WUPE001E 01.03.1994
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Datum Name
Datum
Bearb.
Gepr.
Norm
1
KES
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
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Examples
Symbol overview DIN_WUPE
4
Page overview
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
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Page overviewPage Designation
Coloum X: an automatically created page was manually reworked
Additional field Date Revisor X
WUPJ005E 01.03.1994
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Title page
Page overview
General project-information
Modification 1
Modification 2
Modification 3
Symbol overview Symbol 0 bis 85
Symbol overview Symbol 86 bis 171
Symbol overview Symbol 172 bis 257
Symbol overview Symbol 258 bis 343
Symbol overview Symbol 344 bis 429
Symbol overview Symbol 430 bis 511
Standard-, Timer-, Thermal-, Changeover-, Pulse-contacts
Contactor coils Relay coils Protective coils
NO contacts NC contacts
Signal units Indicators Other components
Fuses Miniature circuit breakers Motor circuit breakers
Resistors Throttles Capacitors
Motor Ventilator Tachometer
Proximity sensors Photoelectric barriers
Rectifier Current-, Slipering-, Transformer
Semiconductor elements/ Terminals/sockets/con./ Switch cabinet lumi.
Position switches Graphical symbol macros Symbol macros
EPLAN-Basicsymbols Not used symbols
26.Jul.1995
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Datum Name
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Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
General
project-information
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SIMBOLOGIA
ELECTRICA
EPLAN
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General project - information WUPB001E 01.03.1994General project - informationDIN_WUPE - Symbol file
On the following pages the structure of the symbol file "DIN_WUPE" is indicated with special details.
Examples show how to create compound symbols out of various single symbols.
All designed symbol angle variants were registered in the symbol project.
Caused by the angle variants some symbols, converted from EPLAN-version 3.3, are now not longer required.
Basic symbols show spatial dimensions of symbols from EPLAN-version 3.3.
Following symbol files belong to EPLAN deliver programm:
--------------------------------------------------------
Symbols of DIN
Symbols of JIC
Symbols of IEC
Symbols of DIN
Symbols of JIC
Symbols of IEC
Symbols for hydraulic units
Symbols for electronic
Symbols for flow diagrams
Symbols for I&C technologies
(in german)
(in german)
(in german)
(in english)
(in english)
(in english)
:::
:::
::::
DIN_WUPD
JIC_WUPD
DIC_WUPD
DIN_WUPE
JIC_WUPE
DIC_WUPE
HYD_WUPD
ELO_WUPD
FLI_WUPD
MSR_WUPD
These files are in structure
the same. It is possible to turn them over
directly to the different standards.
The symbol files DIN_WUPD and DIN_WUPE
were attached out of DIN and IEC,
because the two standards adapt each other.
WUPB001E 01.03.1994
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Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Modification 1
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
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Bl.
24 Bl.
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ModificationNo.
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Date
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Editor
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
Modification
Graphical symbol converted to V 4.0
Item designation = BMK
Press ALT ESC to suppress automatic connecting
Various symbol generated as angle variants
Various symbol macros generated
The following symbols should not longer used (as they exist as angle variants)
#54 [C2] (Kondensator)
#172 [SCHLO] (Schleifring.)
#162 [XKO2] (Koaxialstecker)
Symbol name changed:SCHLU -> SCHL;
Symbol 226 (Battery)
Symbol 53 (Capactior)
Symbol 171 (Slipring transformer)
Symbol 55 (Diode)
Symbol 94 (Z-Diode)
Symbol 89 (Thyristor)
Symbol 49 (LED)
Symbol 153 (Potentiometer)
Symbol 48 (Magnetic-brake)
Symbol 104 (Valve coil) (BMK left or right)
Symbol 316 (Impulse magnetic valve) (BMK left or right)
Symbol 184 (Ground connector)
Symbol 161 (Coaxial connector)
Symbol 31 (Socket with plug)
Symbol 204 (Socket with plug)
Symbol 306 (Battery)
Symbol 300 (Ground)
Symbol 4 (NC on-delay)
Symbol 6 (NC off-delay)
Symbol 15 (Changeover contact)
#101 [HLEDKO] (Leuchtdiode)
#99 [THY2] (Thyristor)
#32 [XSB] (Stecker mit Buchse)
Symbol name changed:HLED -> LED;
#52 [R2] (Potentiometer)
#70 [VKU] (Diode Kathode unten)
#205 [XSBO] (Stecker mit Buchse)
Symbol name changed:THY1 -> THY
BAT
C
SCHL
V
VZ
THY
LED
RT
YB
Y1
YRX2
PE
XKO1
XBS
XBSD
BAT1
ERDE
OOV
OSV
W
Sign Page
WUPB002E 25.07.1995
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Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Modification 2
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
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Bl.
24 Bl.
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ModificationNo.
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Date
02.07.91
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Editor
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
LAU
Modification
Symbol 50 (Fuse)
Symbol 51 (Resistor)
Symbol 301 (Magnetic valve left side)
Symbol 304 (Power operating mechanism)
Symbol 305 (Power operating mechanism)
Symbol 308 (3-phase drive 9 connections)
Symbol 307 (Induction motor single speed)
Symbol 306 (Battery)
Symbol 314 (Capacitior delta connection)
Symbol 315 (Capacitior star connection)
Symbol 316 (Impuls magnetic valve)
Symbol 317 (Impuls magnetic valve left side)
Symbol 302 (Impuls magnetic valve)
Symbol 303 (Thermal overload 4-pole)
Symbol 310 (Terminal for switchgear)
Symbol 311 (Brake 3-connections)
Symbol 312 (AC supply filter 3-phase)
Symbol 313 (Flourescent light)
Symbol 242 (Limiter)
Symbol 243 (Limiter m. Thermokontakten)
Symbol 255 (Terminal with LED)
Symbol 254 (Residual-current operated circuit-braker)
F
R
Y2L
BSK
BOK
M9
M2_1
BAT1
CDREIECK
CSTERN
YRX2
Y2LX
Y2X
FT4
XTUER
Y3B
A3FILTER
EH3
LIM
LIM3
XEDU
FI
Sign Page
WUPB002E 25.07.1995
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Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Modification 3
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
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Bl.
24 Bl.
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ModificationNo. Date Editor Modification Sign Page
WUPB002E 25.07.1995
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Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Symbol overview
Symbol 0 bis 85
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
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Bl.
24 Bl.
8
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Symbol-overviewNr.
0
1
2
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9
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NameSL
S
O
SSV
OOV
SOV
OSV
SVE
ONE
SWR
SWB
SWL
SK
ST
OT
W
OWU
WWR
SWU
WWL
K
KA
KR
KT
KW
KAR
KRM
K2
KMU
KR2
X
XBS
XSB
XI
XFD
SSD
SOD
SSR
SOR
SSM
SOM
SSRD
SORD
NotePower circuit breaker
Normally open contacts
Normally closed contact
Normally open on-delay
Normally closed on-delay
Normally open off-delay
Normally closed off-delay
Normally open make before break
Late opening normally closed contact
Normally open wipe contact to the right
Wipe contact right left
Normally open wipe contact to the left
Normally open single contact power contactor
Normally open thermal trip
Normally closed thermal trip
Changeover contact for normally closed
Changeover contact
Changeover contact normally closed contact. right
Changeover contact
Changeover contact normally closed contact. left
Relay coil
Pickup delay electromagnetic drive
Electrical drive with on- and off- delay
Counter
AC relay
Timer on- and off-delay
Remanence relay
Remanence relay inhabiting contactor
Multifunctional relay
Relay coil electric drive with dropout delay
Terminal
Socket with plug
Plug with socket
Fuse terminal
Fuse terminal with LED
Push button with 1 N.O. spring return
Push button with 1 N.C. spring return
Selector switch with 1 N.O. retained
Selector switch with 1 N.C. retained
Limit switch N.O.
Proximity switch 1 N.C.
Push button with 1 N.O. retained
Push button with 1 N.C. retained
1
X
X
X
X
X
X
2
X
X
X
X
X
Angle variants3
X
X
X
X
X
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Nr.43
44
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NameSSS
SOS
Y
H
HU
YB
HLED
F
R
R2
C
C2
V
G2
G3
T2
T3
M6
M2G
M3
F1
BSP
BT
SSF
L
LD
BOP
VKU
SOF
AFILTER
MG
B
F2
BSN
BON
Q1
FT
FTR1
XU
FTR
QTR3
QTR
RV
NoteKey-operated selector switch with 1 N.O.
Key-operated selector switch with 1 N.C.
Magnetic valve
Pilot light
Horn
Magnetic brake
LED
Fuse
Resistor
Potentiometer
Capacitor
Capacitor for rectifier
Diode
Power supply 2-phase
Power supply 3-phase
Single-phase transformer
Three-phase transformer star connection
Induction motor 3-phase, switchable speed, 6 con.
DC motor
Induction motor 3-phase single speed
Fuse 3-pole
Pressure switch 1 N.O.
Thermocouple
Foot switch 1 N.O.
Field winding for DC motor
Iron-cored reactor
Pressure switch 1 N.C.
Diode
Foot switch 1 N.C.
AC supply filter
Tachometer
Encoder
Fuse 2-pole
Cam Switch 1 N.O.
Cam switch 1 N.C.
Main disconnect 3-pole
Thermal overload 3-pole
Fused disconnect 3-pole
Receptacle box socket
Fused disconnect 1-pole
Load interrupter, 3-pole
Load interrupter, 1-pole
Varistor (Voltage dependant resistor)
1
X
X
X
X
X
2
X
X
X
Angle variants3
X
X
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SYMUE1
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7
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Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Symbol overview
Symbol 86 bis 171
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
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24 Bl.
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Symbol-overviewNr.86
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NameBO
HG
HW
THY
GS
PZ
PV
PA
VZ
HUH
FTH
Q3
FA
THY2
BST
HLEDKO
BOT
YK
Y1
USP
LSW1
MSCHL
M2YD
MVE
M2
GBOX3
M9M
M9L
M9R
MB
E
RST
HSU
RPOT
RA
FA2
HT
XS
QL3
RCK
QA2
QL2
QL1
NotePhotoelectric cell
Glow lamp
Alarm bell
Thyristor
Power source
Counter
Voltmeter
Ammeter
Breakdown diode
Clock general, secondary clock
Elektrotherm. overcurrent lock out manual trigge.
Motor with thermal overload 3-pole
Circuit breaker 1 N.O.
Thyristor
Thermostat 1 N.O.
LED
Thermostat 1 N.C.
Magnetic clutch
Valve coil (general)
Surge voltage protector
Current transformer 1st path
Motor, slipring rotor
Induction motor 3-phase with slipring rotor
Fan induction motor
Motor with PTC thermistor
Rectifier 3-phase
3-phase drive 9 connections center
3-phase drive 9 connections left
3-phase drive 9 connections right
Measuring bridge
Heater resistor
Calibration resistor
Buzzer
Potentiometer
Measuring shunt
Circuit breaker 2 N.O.
Pilot light with transformer
Plug
Circuit breaker
RC element
One way mainswitch
Load transfer mainswitch
Load transfer switch
1
X
X
2
X
X
X
X
Angle variants3
X
X
X
Page
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NameQ2
BSSW
BOSW
BSD
BOD
SLSAC
SSLSDC
SLSDC
SSLEDC
SSLRS
SSLR
SONSB
SONS
SSNSB
SSNS
SONKB
SONK
SSNK
SSNKB
SSNK2
SONK2
SNOT
L1
L2
RT
RP
FAH
FA1
SOMB
SSMB
SST
SOT
XKO1
XKO2
KE2
KUB
KUN
KFI
PSTD
PSTZ
SSP
SOP
SCHL
NoteMain switch for transformer 380/220V
Float switch 1 N.O.
Float switch 1 N.C.
Flow switch 1 N.O.
Flow switch 1 N.C.
Photoelectric switch AC transmitter
Photoelectric switch AC receiver 1 N.O.
Photoelectric switch DC transmitter
Photoelectric switch DC receiver 1 N.O.
Light reflex switch with plug 1 N.O.
Light reflex switch 1 N.O.
Proximity switch DC connector 1 held closed
Proximity switch DC connector 1 N.C.
Proximity switch DC connector 1 N.O.
Proximity switch DC connector 1 N.O.
Proximity switch DC 1 held closed
Proximity switch DC 1 N.C.
Proximity switch DC 1 N.O.
Proximity switch DC 1 held open
Proximity switch 1 N.O.
Proximity switch 1 N.C.
E-Stop mushroom pushbutton 1 N.C.
3-phase line reactor
Field for DC-motor
Potentiometer
Rheostat
Fuse (auxiliary contacts)
Circuit breaker 3 N.O.
Proximity switch 1 N.C.
Limit switch 1 N.O.
Push button 1 N.O. general
Push button 1 N.C. general
Coaxial connector
Coaxial connector
Coaxial connector
Overvoltage release
Undervoltage release
Residual-current -operated circuit breaker
Elapsed-time meter
Counter
Mushroom push button 1 N.O. spring return
Mushroom push button 1 N.C. spring return
Slipring transformer
1
X
X
2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Angle variants3
X
X
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SYMUE2
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8
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Symbol overview
Symbol 172 bis 257
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
10
9
Symbol-overviewNr.172
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NameSCHLO
RS
FAH1
HLED2
HB
HRL
H4
VE
EHX2
EHX3
EH4
EH2
PE
GL
GDBR
GBOX2
KA2
KAR2
KT2
KM2
TS2
TST3
TST2
SH
OH
XTR
GNT
LSW2
LSW3
STS
S1
S2
XBSD
XSBD
SOLRS
SOLR
USS
USO
SSST
SOST
SSTS
SOTS
KL2S
NoteSlipring transformer
Measuring shunt
Circuit breaker 3-pole provision for aux
LED
Pilot light blinking
Beacon
Pilot light push-to-test
Single phase fan
Flouroscent light with receptacle in par
Flouroscent light with receptacle in ser
Flouroscent light
Flourescent light
Ground connection for motor
Rectifier
Rectifier 3-phase
Rectifier 2-phase
Pick-up delayed contactor
Electrical drive with on- and off- delay
Blink relay
Multifunctional relay
Transformer 2-phase
Transformer 3 phase
Transformer 2 phase secondary centre tap
N.O. contact without X ref.
N.C. contact without X ref.
Disconnect terminal
Open phase protected power supply unit
Current transformer 2nd path
Current transformer 3rd path
Retained switch for several switching points
Multiposition switch 1 N.C.
Multiposition switch 1 N.O.
Socket with plug without x-ref
Plug with socket without x-ref
Photoelectric switch DC with plug 1 N.C.
Photoelectric switch DC 1 N.C.
Ultra sonic proximity switch DC 1 N.O.
Ultra sonic proximity switch DC 1 N.C.
Switch general 1 N.O. retained
Switch general 1 N.C. retained
Push button key operated 1 N.O.
Push button key-operated 1 N.C.
2nd Coil remanence relay
1
X
X
X
2
X
X
X
X
X
X
X
X
Angle variants3
X
X
Page
24
18
17
16
16
16
16
19
22
22
22
24
19
21
21
21
14
14
14
14
21
21
21
13
13
22
16
21
21
23
23
23
22
24
20
20
20
20
15
15
15
15
14
Nr.215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
NameSSG
SOG
SSGB
SOGB
LM
TDRST
TSTDRST
XTRO
RF
TSTSTDR
TV
BAT
R3
MW
LSRL
LSRLS
OC14
OC13
XBDO
XSDO
XBDU
XSDU
SWNK
SWNKB
SWNS
SWNSB
XD
LIM3
LIM
SSSV
PTC
NTC
_247
_248
_249
_250
_251
_252
_253
FI
XEDU
_SL
XU5
NoteCam operator 1 N.O.
Cam operator 1 N.C.
Cam operator 1 N.O. held closed
Cam operator 1 N.C. held open
3-phase-line reactor for NC device
Three phase transformer delta-star connection
Three phase transformer delta-star connection
Disconnect terminal open
Photoelectric resistor
Three phase transformer star-delta connection
Voltage transformer
Battery
Potentiometer
AC motor 2-pole
Light reflex switch 1 changeover contact
Light reflex switch with plug 1 changeover conta.
Optocoupler Typ 1
Optocoupler Typ 2
Socket contact
Socket contact
Socket contact
Socket contact
Position switch
Position switch
Position switch
Position switch
Auxiliary terminal for cablr
Limiter
Limiter with thermal contacts
Key-opera. select. switch pro-mating cont. 1 N.O.
PTC thermistor
NTC thermistor
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Residual-current operated circuit-breaker
Terminal with LED
Assembling line for symbol SL
Receptacle box socket
1
X
2
X
X
X
X
Angle variants3
X
Page
15
15
15
15
18
21
21
22
18
21
21
16
18
19
20
20
20
20
22
22
22
22
20
20
20
20
22
17
17
15
18
18
17
22
13
22
SYMUE3
nderung
9
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Symbol overview
Symbol 258 bis 343
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
11
10
Symbol-overviewNr.258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
NameSMW
MMT
SNOTS
_261
_262
_263
_264
_265
_266
_267
_268
_269
_270
_271
_272
_273
_274
_275
_276
_277
_278
_279
_280
_281
_282
_283
_284
_285
_286
_287
_288
_289
_290
_291
_292
_293
_294
_295
_296
_297
_298
_299
ERDE
NoteNormally open with action line
Motor with thermistor
E-Stop mushroom pushbutton 1 N.O.
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Ground
1 2
X
X
Angle variants3 Page
13
19
15
16
Nr.301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
336
337
338
339
340
341
342
343
NameY2L
Y2X
FT4
BSK
BOK
BAT1
M2_1
M9
KUNO
XTUER
Y3B
A3FILTER
EH3
CDREIECK
CSTERN
YRX2
Y2LX
Y4PE
DX
STELL
ERDTREN
_322
_323
_324
_325
_326
_327
_328
_329
_330
_331
_332
_333
_334
_335
_336
_337
_338
_339
_340
_341
_342
_343
NoteMagnetic valve left side
Impulse magnetic valve
Thermal overload 4-pole
Power operating mechanism 1 N.C. (generale)
Power operating mechanism 1 N.C. (generale)
Battery
Induction motor 3-phase single speed
3-phase drive 9 connections
Undervoltage release
Terminal for switchgear cabinet door
Brake 3-connections
AC supply filter 3-phase
Flouroscent light
Capacitor, delta connection
Capacitor, star connection
Impulse magnetic valve
Impulse magnetic valve, left side
Magnetic valve with PE
Terminal with diode
Activator motor
Protected earth disconnect terminal
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
1
X
2
X
X
X
Angle variants3
X
Page
14
14
17
15
15
16
19
19
14
22
14
16
22
18
18
14
14
14
22
19
22
SYMUE4
nderung
10
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Symbol overview
Symbol 344 bis 429
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
12
11
Symbol-overviewNr.344
345
346
347
348
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
Name_344
_345
_346
_347
_348
_349
_350
_351
_352
_353
_354
_355
_356
_357
_358
_359
_360
_361
_362
_363
_364
_365
_366
_367
_368
_369
_370
_371
_372
_373
_374
_375
_376
_377
_378
_379
_380
_381
_382
_383
_384
_385
_386
NoteRetainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
1 2Angle variants
3 Page Nr.387
388
389
390
391
392
393
394
395
396
397
398
399
400
401
402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417
418
419
420
421
422
423
424
425
426
427
428
429
Name_387
_388
_389
_390
_391
_392
_393
_394
_395
_396
_397
_398
_399
_400
_401
_402
_403
_404
_405
_406
_407
_408
_409
_410
_411
_412
_413
_414
_415
_416
_417
_418
_419
_420
_421
_422
_423
_424
_425
_426
_427
_428
_429
NoteRetainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
1 2Angle variants
3 Page
SYMUE5
nderung
11
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Symbol overview
Symbol 430 bis 511
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
13
12
Symbol-overviewNr.430
431
432
433
434
435
436
437
438
439
440
441
442
443
444
445
446
447
448
449
450
451
452
453
454
455
456
457
458
459
460
461
462
463
464
465
466
467
468
469
470
471
472
Name_430
_431
_432
_433
_434
_435
_436
_437
_438
_439
_440
_441
_442
_443
_444
_445
_446
_447
_448
_449
_450
_451
_452
_453
_454
_455
_456
_457
_458
_459
_460
_461
_462
_463
_464
_465
_466
_467
_468
_469
_470
_471
_472
NoteRetainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
1 2Angle variants
3 Page Nr.473
474
475
476
477
478
479
480
481
482
483
484
485
486
487
488
489
490
491
492
493
494
495
496
497
498
499
500
501
502
503
504
505
506
507
508
509
510
511
Name_473
_474
_475
_476
_477
_478
_479
_480
_481
_482
_483
_484
_485
_486
_487
_488
_489
_490
_491
_492
_493
_494
_495
_496
_497
_498
_499
_500
_501
_502
_503
_504
_505
_506
_507
_508
_509
_510
_511
NoteRetainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Retainer
Graphics of basic synbols:
1P0B2H, 2P2B4H, 2P4B4H, 3P2B2H, 3P2B4H
1 2Angle variants
3 Page
24
SYMUE6
nderung
12
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Standard-, Timer-,
Thermal-, Changeover-,
Pulse-contacts
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
14
13
Standard-contacts
0/D:SL
Power circuit
breaker
000/0
1/D:S
Normally
open contact
001/0
195/D:SH
N.O. contact
without X ref
255/0
258/D:SMW
Normally open
with action line
001/0
K?1
2
K?13
14
S?13
14
K?13
14
K?1
2
Example
3 x SL connected with _SL
3
4
Contacts without cross-referen.
Used e.g. for a black box
or for rotary switches
256/D:_SL
Assembling line
for symbol SL
254/0
12/D:SK
Normally open
single contact
power contactor
002/0
196/D:OH
N.C. contact
without X ref.
255/0
5
6
K?1
2
S?21
22
Angle variants
2/180ø
K?14
13
Timer-contacts
1.Examples: 0/0ø
2.Examples: 1/90ø
3.Examples: 2/180ø
4.Examples: 3/270ø
2/D:O
Normally
closed contact
002/0
Normally closed
angle variant 0
Changeover cont.
angle variant 0
Changeover cont.
angle variant 1
Normally closed
angle variant 1
Normally closed
angle variant 2
Changeover cont.
angle variant 2
Changeover cont.
angle variant 3
Normally closed
angle variant 3
The changeover configuration consists of two symbols. (normally closed+changeover)
Information:symbol types for changeover contacts (2-path) (O?? = 14 / W?? = 15)
examples 1. und 3.: next to normally close contact O?? insert symbol W?? in the
same height. only the left symbol gets a BMK.
1/90ø
2/180ø
3/270ø
Angle variants
Angle variants
K?11
12
K?11
12
K?12
11
K?12
11
K?11
12
K?15
K?12
11
K?15
Thermal-contacts
Symbol O + W
15
11
12
15
12
11
4/D:OOV
Normally closed
on-delay
002/0
1/90ø
2/180ø
3/270ø
Examples for variants of changeover contacts
Angle variants
K?11
12
K?15
K?12
11
K?15
Symbol OOV + W
15
11
12
15
12
11
K?11
12
K?11
12
K?12
11
K?12
11
6/D:OSV
Normally closed
off-delay
002/0
1/90ø
2/180ø
3/270ø
Changeover-contacts
K?11
12
K?15
K?12
11
K?15
Symbol OSV + W
15
11
12
15
12
11
Angle variants
3/D:SSV
Normally open
on-delay
001/0
7/D:SVE
Normally open
make before break
001/0
17/D:WWR
Changeover contact
normally closed
contacting right
015/0
K?11
12
K?11
12
K?12
11
K?12
11
K?67
68
K?87
88
15
15/D:W
Changeover contact
for normally closed
015/0
1/90ø
2/180ø
3/270ø
5/D:SOV
Normally open
off-delay
001/0
8/D:ONE
Late opening
normally closed
contact
002/0
19/D:WWL
Changeover contact
normally closed
contacting left
015/0
Angle variants
Pulse-contacts
K?57
58
K?75
76
15
W315
W315
W315
W315
13/D:ST
Normally open
thermal trip
001/0
14/D:OT
Normally closed
thermal trip
002/0
9/D:SWR
Normally open
wipe contact
to the right
001/0
10/D:SWB
Wipe contact
right left
002/0
11/D:SWL
Normally open
wipe contact
to the left
001/0
K?97
98
K?95
96
K?13
14
K?13
14
K?13
14
nderung
13
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Contactor coils
Relay coils
Protective coils
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
15
14
20/D:K
Relay coil
050/0
21/D:KA
Pickup delay
electromagnetic
drive
050/0
22/D:KR
Electrical drive
with on- and off-
delay
050/0
23/D:KT
Counter
050/0
24/D:KW
AC relay
050/0
25/D:KAR
Timer on- and
off-delay
050/0
26/D:KRM
Remanence
relay
050/0
28/D:KMU
Multifunctional
relay
050/0
Contactor coils
K?A1
A2
K?A1
A2
K?A1
A2
K?A1
A2
K?A1
A2
K?A1
A2
K?A1
A2
K?A1
A2
27/D:K2
Remanence relay
inhabiting
contactor
050/0
29/D:KR2
Relay coil
electric drive
with dropout delay
050/0
Relay coils without X-ref
188/D:KA2
Pick-up
delayed
contactor
255/0
189/D:KAR2
Electrical drive
with on- and off-
delay
255/0
190/D:KT2
Blink relay
255/0
191/D:KM2
Multifunctional
relay
255/0
163/D:KE2
Coaxial
connector
255/0
The complete symbol consists of two
individual graphical symbols. The
first graphical symbol is entered
with a component designation and
a connection designation. The
graphical symbol KE2 without a
component designation is displayed
at a width of two steps from it.
Relay coils
1
1
1
1
1
1
1
1
K?A1
A2
K?A1
A2
K?A1
A2
K?A1
A2
K?A1
A2
K?A1
A2
E1
E1
E1
E1
E1
E1
K?E1
Protective relays
309/D:KUNO
Unterspannungsausl.
Anschlsse oben
255/0
165/D:KUN
Undervoltage
release
255/0
164/D:KUB
Overvoltage
release
255/0
105/D:USP
Surge voltage
protector
255/0
166/D:KFI
Residual-current
-operated circut
breaker
255/0
214/D:KL2S
2nd Coil for
remanence
relay
255/0
Angle variants
2/180ø
K?A1
A2
Example
Symbol: K + KL2S
E1
E2
U<K?1 2
K?52
51
UK?52
51
K?A1
A2
K?A2
A1
K?52
51
K?E1
E2
45/D:Y
Magnetic
valve
255/0
48/D:YB
Magnetic
brake
255/0
104/D:Y1
Valve coil
(general)
255/0
(ID optionally on left or right)
316/D:YRX2
Impulse magnetic
valve
255/0
(ID optionally on left or right)
318/D:Y4PE
Magnetic valve
with PE
255/0
Angle variants
Angle variants
Angle variants
Angle variants
2/180ø
2/180ø
2/180ø
2/180ø
Y?
PE A1
A2
Y?A1
A2
Y?A1
A2
Y?A1
A2
Y?A1
A2
Y?A1
A2
Y?A1
A2
Y?
PE
A1
A2
Y?A1
A2
103/D:YK
Magnetic
clutch
255/0
302/D:Y2X
Impulse magnetic
valve
255/0
301/D:Y2L
Magnetic valve
left side
255/0
317/D:Y2LX
Impulse magnetic
valve, left side
255/0
Coils
Y?A1
A2
Y?A1
A2
Y?A1
A2
A3
A4
Y?A1
A2
A3
A4
311/D:Y3B
Brake
3-connections
255/0
Y?A1
A2
E1
nderung
14
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
NO contacts
NC contacts
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
16
15
NO contact
NO contact
35/D:SSD
Push button with
1 N.O. spring return
255/0
37/D:SSR
Selector switch with
1 N.O. retained
255/0
39/D:SSM
Limit switch
N.O.
255/0
41/D:SSRD
Push button with
1 N.O. retained
255/0
66/D:SSF
Foot switch
1 N.O.
255/0
210/D:SSST
Switch general
1 N.O. retained
255/0
76/D:BSN
Cam switch
1 N.O.
255/0
43/D:SSS
Key-operated selector
switch with 1 N.O.
255/0
212/D:SSTS
Push button key
operated 1 N.O.
255/0
NC contact
S?13
14
S?13
14
S?13
14
S?13
14
S?13
14
S?13
14
S?13
14
S?13
14
S?13
14
NC contact
36/D:SOD
Push button with
1 N.C. spring return
255/0
38/D:SOR
Selector switch with
1 N.C. retained
255/0
40/D:SOM
Proximity
switch 1 N.C.
255/0
42/D:SORD
Push button with
1 N.C. retained
255/0
71/D:SOF
Foot switch
1 N.C.
255/0
211/D:SOST
Switch general
1 N.C. retained
255/0
77/D:BON
Cam switch
1 N.C.
255/0
44/D:SOS
Key-operated selector
switch with 1 N.C.
255/0
213/D:SOTS
Push button
key-operated 1 N.C.
255/0
S?11
12
S?11
12
S?11
12
S?11
12
S?11
12
S?11
12
S?11
12
S?11
12
S?11
12
NO contact
158/D:SSMB
Limit switch
1 N.O.
255/0
159/D:SST
Push button
1 N.O. general
255/0
169/D:SSP
Mushroom push button
1 N.O. spring return
255/0
260/D:SNOTS
E-Stop mushroom
pushbutton 1 N.O.
255/0
132/D:BSD
Flow switch
1 N.O.
255/0
215/D:SSG
Cam operator
1 N.O.
255/0
217/D:SSGB
Cam operator
1 N.O. held closed
255/0
244/D:SSSV
Key-operated selector
switch pro-mating
contact 1 N.O.
255/0
S?13
14
S?13
14
S?13
14
S?13
14
S?13
14
S?13
14
S?13
14
S?11
12
NC contact
157/D:SOMB
Proximity switch
1 N.C.
255/0
160/D:SOT
Push button
1 N.C. general
255/0
170/D:SOP
Mushroom push button
1 N.C. spring return
255/0
150/D:SNOT
E-Stop mushroom
pushbutton 1 N.C.
255/0
133/D:BOD
Flow switch
1 N.C.
255/0
216/D:SOG
Cam operator
1 N.C.
255/0
218/D:SOGB
Cam operator
1 N.C. held open
255/0
S?11
12
S?11
12
S?11
12
S?11
12
S?11
12
S?11
12
S?11
12
NO contact
304/D:BSK
Power operating
mechanism 1 N.O.
(generale)
255/0
305/D:BOK
Power operating
mechanism 1 N.C.
(generale)
255/0
Information on the type of energy
stored may be entered in the square
64/D:BSP
Pressure switch
1 N.O.
255/0
69/D:BOP
Pressure switch
1 N.C.
255/0
100/D:BST
Thermostat
1 N.O.
255/0
102/D:BOT
Thermostat
1 N.C.
255/0
130/D:BSSW
Float switch
1 N.O.
255/0
131/D:BOSW
Float switch
1 N.C.
255/0
/
1
1
1
1
1
1
1
1
1
NC contact
S?13
14
S?11
12
S?13
14
S?11
12
S?13
14
S?11
12
S?13
14
S?11
12
nderung
15
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Signal units
Indicators
Other components
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
17
16
Optical and acustical signal units
46/D:H
Pilot light
255/0
176/D:HB
Pilot light
blinking
255/0
177/D:HRL
Beacon
255/0
122/D:HT
Pilot light
with transformer
255/0
87/D:HG
Glow lamp
255/0
95/D:HUH
Clock general,
secondary clock
255/0
88/D:HW
Alarm bell
255/0
47/D:HU
Horn
255/0
118/D:HSU
Buzzer
255/0
H?1
2
H?1
2
H?1
2
H?1
2
H?1
2
H?1
2
H?1
2
H?1
2
H?1
2
91/D:PZ
Counter
255/0
92/D:PV
Voltmeter
255/0
93/D:PA
Ammeter
255/0
167/D:PSTD
Elapsed-time
meter
255/0
168/D:PSTZ
Counter
255/0
86/D:BO
Photoelectric
cell
255/0
P?1
2
P?1
2
P?1
2
P?1
2
P?1
2
A?
1
2
175/D:HLED2
LED
255/0
V?
A K
49/D:HLED
LED
255/0
226/D:BAT
Battery
255/0
306/D:BAT1
Battery
255/0
300/D:ERDE
Ground
255/0
V?A
K
B?
+
-
B?+
-
Indicators
B?
+ -
V?
K
A
V?
A K
B?
+ -
1/90ø
1/90ø
1/90ø
1/90ø
PEPE
V?
K A
Angle variants
2/180ø
Angle variants
2/180ø
V?K
A
Angle variants
2/180ø
B?
-
+
Angle variants
2/180ø
B?-
+
Ground
B?
- +
Angle variants
2/180ø
3/270ø
3/270ø
V?
K A
3/270ø
3/270ø
B?
- +
V?
A
K
72/D:AFILTER
AC supply filter
255/0
312/D:A3FILTER
AC supply filter
3-phase
255/0
74/D:B
Encoder
255/0
178/D:H4
Pilot light
push-to-test
255/0
Other components
A?
1
3
2
4
A?
1
2
3
4
5
6
A?
1
2
3
4
5
6
H?
1
2
3
PEPE
PE
A device end terminal in accordance
with DIN with the designation PE is not
be inserted on the left-hand side of the
component one step below (or above) the
component designation. In order to retrain
the lateral attachment a branch is
then inserted at any distance to
the left to the component.
A?
1
2
3 4
5
Example
198/D:GNT
Open phase protected
power supply unit
255/0
nderung
16
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Fuses
Miniature circuit breakers
Motor circuit breakers
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
18
17
Fuses
96/D:FTH
Electrotherm. overcurrent
lock out manual triggering
255/0
50/D:F
Fuse
255/0
75/D:F2
Fuse
2-pole
255/0
63/D:F1
Fuse
3-pole
255/0
82/D:FTR
Fused disconnect
1-pole
255/0
80/D:FTR1
Fused disconnect
3-pole
255/0
84/D:QTR
Load interrupter,
1-pole
255/0
1st. connection designation above:_1_2
2st. connection designation above:_3_4
3st. connection designation above:_5_6
F? 1
2
1
1
1
1
1
1
1
F? 1
2
3
4
F? 1
2
3
4
5
6
F? 1
2
3
4
5
6
Miniature circuit breakers
1/90ø
_ = blank
Angle variants
F?
1 2
F?95
96
F? 1
2
Q? 1
2
98/D:FA
Circuit breaker
1 N.O.
255/0
121/D:FA2
Circuit breaker
2 N.O.
255/0
156/D:FA1
Circuit breaker
3 N.O.
255/0
78/D:Q1
Main disconnect
3-pole
255/0
127/D:QL2
Load transfer
mainswitch
255/0
128/D:QL1
Load transfer
switch
255/0
126/D:QA2
One way
mainswitch
255/0
When converting afterwards from DIN to JIC
standard select the 3-pole switch
Q?1
2
3
4
5
6
2
2
2
2
2
3/270ø
F?1
2
3
4
F?1
2
3
4
5
6
Q?1
2
3
4
5
6
Q?1
2
3
4
5
6
Q?1
2
3
4
5
6
Angle variants
Q?
2
4
6
1
3
5
F?1
2
Motor circuit breakers
155/D:FAH
Fuse
(auxiliary contacts)
255/0
174/D:FAH1
Circuit breaker 3-pole
provision for aux
255/0
79/D:FT
Thermal overload
3-pole
255/0
303/D:FT4
Thermal overload
4-pole
255/0
242/D:LIM3
Limiter
255/0
129/D:Q2
Main switch
for transformer
380/220V
255/0Q?
1
2
3
4
Q?
1
2
3
4
5
6
F?1
2
3
4
5
6
F?1
2
3
4
5
6
F?1
2
3
4
5
6
7
8
83/D:QTR3
Load interupter,
3-pole
255/0
F?1
2
254/D:FI
Residual-current
operated
circuit-braker
255/0
97/D:Q3
Motor with
thermal overload
3-pole
255/0
243/D:LIM
Limiter with
thermal contacts
255/0
Q?
1
2
3
4
5
6
Component with auxiliary contacts. The distance
between the component and the auxiliary contacts
amounts to a jump displacement to two.
Symbol: Q3 + S + O
124/D:QL3
Circuit breaker
255/0
Example
F?
1
2
3
4
5
6
7N
8N
Q?
1
2
3
4
5
6
Q?
1
2
3
4
5
6
Q?
1
2
3
4
5
6
13
14
21
22
nderung
17
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Resistors
Throttles
Capacitors
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
19
18
Resistors
51/D:R
Resistor
255/0
52/D:R2
Potentiometer
255/0
227/D:R3
Potentiometer
255/0
119/D:RPOT
Potentiometer
255/0
245/D:PTC
PTC-thermistor
255/0
246/D:NTC
NTC thermistor
255/0
85/D:RV
Varistor (Voltage
dependant resistor)
255/0
R?1
2
R?
1
2 3
153/D:RT
Potentiometer
255/0
R?
3
1
2
R?
1 2
R?
1 3 2
Angle variants
1/90ø
R?1
2
PTC1
2
NTC1
2
R?1
2
R?
1 2
3
154/D:RP
Rheostat
255/0
117/D:RST
Calibration
resistor
255/0
1/90ø
116/D:E
Heater
resistor
255/0
223/D:RF
Photoelectric
resistor
255/0
120/D:RA
Measuring
shunt
255/0
173/D:RS
Measuring
shunt
255/0
R?
2
1
3
Angle variants
2/180ø
R?
3
1
2
R?
1
2
3
4
R?
3
2 1
R?1
2
3/270ø
E?1
2
R?1
2
R?1
2
125/D:RCK
RC element
255/0
115/D:MB
Measuring
bridge
255/0
65/D:BT
Thermocouple
255/0
R?
1
2
3
4
BT
R?1
2
152/D:L2
Field for
DC-motor
255/0
67/D:L
Field winding
for DC motor
255/0
68/D:LD
Iron-cored
reactor
255/0
151/D:L1
3-phase
line reactor
255/0
219/D:LM
3-phase-line
reactor for
NC device
255/0
1st. connection designation above:_F1_F2
2st. connection designation above:_F3_F4
3st. connection designation above:_F5_F6
Throttles
1
1
1
1
1
L?
F1 F2
L? F1
F2
L? F1
F2
L? F1
F2
F3
F4
F5
F6
L? F1
F2
F3
F4
F5
F6
_ = blank
53/D:C
Capacitor
255/0
314/D:CDREIECK
Capactior,
delta connection
255/0
315/D:CSTERN
Capacitor,
star connection
255/0
C?1
2
Capacitors
C?1 2
C?
1 2 3
C?
1
2
3
Angle variants
1/90ø
nderung
18
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Motor
Ventilator
Tachometer
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
20
19
Motors, tacho-generator (tachometer), ventilator
110/D:M2
Motor with
PTC thermistor
255/0
108/D:M2YD
Induction motor
3-phase with
slipring rotor
255/0
107/D:MSCHL
Motor,
slipring rotor
255/0
60/D:M6
Induction motor
3-phase,
switchable speed,
6 connections
255/0
184/D:PE
Ground connection
for motor
255/0
The components (e.g. Motor, slipring
rotor) consists of two symbols. The
PE without a component designation
and with the connection designation PE:
is entered six steps to the right of the
attachment point of the motor which hat
its standard designation.
PE
PE
1
1
1
1
1
1
M3~
MTR
U1 V1 W1
M3~MTR
U1
U2
V1
V2
W1
W2
M3~
MTR
U1
K
V1
L
W1
M
M3 ~
MTR
U1
U2
V1
V2
W1
W2
Angle variants
2/180ø
PE
PE
PE
PE
PE
PE
62/D:M3
Induction motor
3-phase
single speed
255/0
307/D:M2_1
Induction motor
3-phase
single speed
255/0
228/D:MW
AC motor
2-pole
255/0
61/D:M2G
DC motor
255/0
109/D:MVE
Fan induction
motor
255/0
179/D:VE
Single phase
fan
255/0
73/D:MG
Tachometer
255/0
M3 ~
MTR
U1 V1 W1
PE
M3~
MTR
U
V
W
PE
M
~MTR
A1 A2
PE
MMTR
A1 A2
M3~
MTR
U1 V1 W1
PE
M1~
MTR
A1 A2
GMTR
B1 B2
259/D:MMT
Motor with
thermistor
255/0
320/D:STELL
Activator
motor
255/0
308/D:M9
3-phase drive
9 connections
255/0
113/D:M9L
3-phase drive
9 connections
left
255/0
The 3-phase motor for three speeds is put together from symbols
1.) 1st symbol: m9m, the componet designation is dropped and is entered at symbol M9L.
2.) The symbol M9L is positionned 12 steps to the left of the insertion point of the motor. The component designation is M.
3.) The symbol M9R is positionned 16 steps to the right of the insertion point of the motor. The component is dropped.
2
1st connection designation above: U1
2nd connection designation above: V1
3rd connection designation above: W1
M?
U2 V2 W2
M3~
MTR
U2
V2
W2
U1
A1
V1 W1
A2
U3
V3
W3
M?
1 2
PE
3
~M3
MTR
U2 V2 W2 U1 V1 W1 U3 V3 W3
M?
U2 V2 W2
2 112/D:M9M
3-phase drive
9 connections
center
255/0
1st connection designation above: U2
2nd connection designation above: V2
3rd connection designation above: W2
M3~
U1 V1 W1
M3~
U1 V1 W1
Example
(Symbols: M9L + M9M + M9R)
2
1st connection designation above: U3
2nd connection designation above: V3
3rd connection designation above: W3
114/D:M9R
3-phase drive
9 connections
right
255/0
U3 V3 W3
U3 V3 W3
2
2
nderung
19
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Proximity sensors
Photoelectric barriers
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
21
20
Promximity sensors, photoelectric barriers, etc.148/D:SSNK2
Proximity switch
1 N.O.
255/0
237/D:SWNK
Position switch
255/0
239/D:SWNS
Position switch
255/0
134/D:SLSAC
Photoelectric
switch AC
transmitter
255/0
231/D:OC14
Optocoupler
Typ 1
255/0
S?
1
2
3
4
S?
1
2
S?
1
2
3
4
S?
1
2
3
4
S?
1
2
232/D:OC13
Optocoupler
Typ 2
255/0
149/D:SONK2
Proximity switch
1 N.C.
255/0
238/D:SWNKB
Position switch
255/0
240/D:SWNSB
Position switch
255/0
135/D:SSLSDC
Photoelectric
switch AC
receiver 1 N.O.
255/0
S?
1
2
3
4
5
6
S?
1
2
S?
1
2
3
4
S?
1
2
3
4
S?
1
2
3
4
146/D:SSNK
Proximity switch
DC 1 N.O.
255/0
147/D:SSNKB
Proximity switch
DC 1 held open
255/0
208/D:USS
Ultra sonic
proximity switch
DC 1 N.O.
255/0
136/D:SLSDC
Photoelectric
switch DC
transmitter
255/0
229/D:LSRL
Light reflex switch
1 changeover contact
255/0
S?
1
2
3
S?
1
2
3
S?
1
2
3
S?
1 2
S?
1
2
3
4 5
S?
2
1 3
S?
2
1 3
S?
2
1 3
S?
1 2
Angle variants
2/180ø
Angle variants
2/180ø
Angle variants
2/180ø
Angle variants
2/180ø
S?
5 4
3
2
1
Angle variants
2/180ø
145/D:SONK
Proximity switch
DC 1 N.C.
255/0
144/D:SONKB
Proximity switch
DC 1 held closed
255/0
209/D:USO
Ultra sonic
proximity switch
DC 1 N.C.
255/0
137/D:SSLEDC
Photoelectric
switch DC
receiver 1 N.O.
255/0
S?
1
2
3
S?
1
2
3
S?
1
2
3
S?
1
2
3
230/D:LSRLS
Light reflex switch with
plug 1 changeover contact
255/0
S?
1
2
3
4 5
S?
2
1 3
S?
2
1 3
S?
2
1 3
S?
2
1 3
Angle variants
2/180ø
Angle variants
2/180ø
Angle variants
2/180ø
Angle variants
2/180ø
S?
5 4
3
2
1
143/D:SSNS
Proximity switch
DC connector
1 N.O.
255/0
142/D:SSNSB
Proximity switch
DC connector 1 N.O.
255/0
139/D:SSLR
Light reflex
switch 1 N.O.
255/0
138/D:SSLRS
Light reflex
switch with
plug 1 N.O.
255/0
Angle variants
2/180ø
S?
1
2
3
S?
1
2
3
S?
1
2
3
S?
1
2
3
S?
2
1 3
S?
2
1 3
S?
2
1 3
S?
2
1 3
Angle variants
2/180ø
Angle variants
2/180ø
Angle variants
2/180ø
Angle variants
2/180ø
141/D:SONS
Proximity switch
DC connector
1 N.C.
255/0
140/D:SONSB
Proximity switch
DC connector
1 held closed
255/0
207/D:SOLR
Photoelectric
switch DC 1 N.C.
255/0
206/D:SOLRS
Photoelectric
switch DC with
plug 1 N.C.
255/0
S?
1
2
3
S?
1
2
3
S?
1
2
3
S?
1
2
3
S?
2
1 3
S?
2
1 3
S?
2
1 3
S?
2
1 3
Angle variants
2/180ø
Angle variants
2/180ø
Angle variants
2/180ø
Angle variants
2/180ø
nderung
20
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Rectifier
Current-, Slipering-,
Transformer
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
22
21
Rectifiers
56/D:G2
Power supply
2-phase
255/0
187/D:GBOX2
Rectifier
2-phase
255/0
57/D:G3
Power supply
3-phase
255/0
111/D:GBOX3
Rectifier
3-phase
255/0
185/D:GL
Rectifier
255/0
186/D:GDBR
Rectifier
3-phase
255/0
G?
1
2
3
4
G?
1
2
3
4
G?
1
2
3
4
G?
1
2
3
4
5
6
G?
1
2
3
4
5
6
G?
U1
1
V1 W1
2
58/D:T2
Single-phase
transformer
255/0
59/D:T3
Three-phase
transformer
star
connection
255/0
220/D:TDRST
Three phase
transformer
delta-star
connection
255/0
225/D:TV
Voltage
transformer
255/0
T?
1
2
3
4
T?
1
2
3
4
5
6
T?
1
2
3
4
5
6
T?
1
2
3
4
Transformers
192/D:TS2
Transformer
2-phase
255/0
194/D:TST2
Transformer
2 phase
secondary
centre tap
255/0
193/D:TST3
Transformer
3 phase
255/0
224/D:TSTSTDR
Three phase
transformer
star-delta
connection
255/0
221/D:TSTDRST
Three phase
transformer
delta-star
connection
255/0
The symbol is put together using several compon.
A lateral branch is entered one step below and
two steps to the left on the insertion point of
the transformer component. A device terminal in
accordance with DIN is entered eight steps to
the right of it.
1
1
1
1
1
1
PE
PE
PE
PE
PE
PE
PE
PE
PE
PE
T?
1
2
3
4
T?
1
2
3
4
T?
1
2
3
4
5
6
T?
1
2
3
4
5
6
T?
1
2
3
4
5
6
PE
PE
PE
PE
PE
Slipering transformer
171/D:SCHL
Slipring
transformer
255/0
90/D:GS
Power source
255/0
RSS?
1
2
Angle variants
2/180ø
SRS?
2
1
T?1
2
Current transformer must be entered
individually for every line. They are
inserted between the path (see example).
Current transformer
L11
2
L11
2
L21
2
L21
2
L31
2
L31
2
Example
106/D:LSW1
Current
transformer
1st path
255/0
199/D:LSW2
Current
transformer
2nd path
255/0
200/D:LSW3
Current
transformer
3rd path
255/0
nderung
21
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Semiconductor elements/
Terminals/sockets/con./
Switch cabinet lumi.
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
23
22
Terminals sockets connectors Switch cabinet luminaires
233/D:XBDO
Socket contact
255/0
235/D:XBDU
Socket contact
255/0
197/D:XTR
Disconnect
terminal
255/0
204/D:XBSD
Socket with plug
without x-ref
255/0
161/D:XKO1
Coaxial
connector
255/0
255/D:XEDU
Terminal
with LED
255/0
X?
X?
X?
X?
X?
1
1
1
1
1
1
X?
1
2
3
4
234/D:XSDO
Socket contact
255/0
236/D:XSDU
Socket contact
255/0
X?
X?
1/90ø
1/90ø
X?
X?
Angle variants
2/180ø
X?
These terminals and connectors
are not read into the terminal
diagram.
(e.g. for in-/output boards)
1
1
2/180ø
X?
2/180ø
X?
Angle variants
Angle variants
310/D:XTUER
Terminal for
switchgear
cabinet door
255/0
241/D:XD
Auxiliary terminal
for cablr
255/0
222/D:XTRO
Disconnect
terminal open
255/0
1
X?
X?
X?
X?
X?
3/270ø
3/270ø
1
1
1
31/D:XBS
Socket with plug
135/0
30/D:X
Terminal
100/0
33/D:XI
Fuse terminal
100/0
123/D:XS
Plug
255/0
257/D:XU5
Receptacle
box socket
255/0
X 1
X 1
X?
3 1 2
Angle variants
2/180ø
X? 1
X 1
X 1
34/D:XFD
Fuse terminal with LED
100/0
81/D:XU
Receptacle box socket
255/0
X?
L1 L2 L3 N PE
X?
L1 L2 L3 N PE
1/90ø
1/90ø
X?
L1 PE N
2/180ø
X 1
Angle variants
Angle variants
X 1
3/270ø
X 1
180/D:EHX2
Flourescent light with
receptacle in par
255/0
181/D:EHX3
Flourescent light with
receptacle in ser
255/0
182/D:EH4
Flourescent light
255/0
313/D:EH3
Flourescent light
255/0
H?
1
2 3
HX?
1
2
3
HX?
1 2 3
H?
1 2
H?
1
2
Angle variants
1/90ø
55/D:V
Diode
255/0
94/D:VZ
Breakdown diode
255/0
89/D:THY
Thyristor
255/0
99/D:THY2
Thyristor
255/0
V?
1
2
3
V?K
A
V?1
2
V?
1 3
2
Semiconductor elements
V?2 3
1
319/D:DX
Terminal
with diode
100/0
V?
K A
V?
1 2
1/90ø
1/90ø
1/90ø
X 1
2/180ø
V?A
K
2/180ø
V?2
1
2/180ø
V?
3
2
1
321/D:ERDTREN
Protected earth
disconnect terminal
255/0
Angle variants
Angle variants
Angle variants
X?
1
2
3
4
V?
A K
V?
2 1
V?
1
3 2
3/270ø
3/270ø
3/270ø
nderung
22
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
Position switches
Graphical symbol macros
Symbol macros
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
24
23
Position switches are symbols put together from several graphical symbol macro.
The corresponding graphical symbol macro is entered two step to the right
of the attachment point of the operating element graphical symbol.
The switch positions (S1 for close, S2 for open) are to be inserted in steps
of one beginning for steps to the right.
S?
S
S
S
S
S
S
3ST1
3ST2
3ST3
4ST1
4ST2
4ST3
201/D:STS
Retained switch for
several switching points
255/0
Position switches
S
S
S
S
S
S
4ST4
5ST1
5ST2
5ST3
5ST4
5ST5
A
Example position switches
202/D:S1
Multiposition
switch 1 N.C.
255/0
S
S
S
S
S
S
B
6ST1
6ST2
6ST3
6ST4
6ST5
6ST6
203/D:S2
Multiposition
switch 1 N.O.
255/0
Graphical symbol macros
With [Ctrl]+[F1] = call up graphic
editor.
With [Ctrl]+[F5] = create macro.
With [M] = insert macro,
example: GROUND.MFE
6ST6
Ground
Ground1
Brake
Valve
DQR
DQL
Example
To make a symbol macro : 1. Put the cursor on the insertion
point of a symbol. 2. Push the key [B]. 3. Select a screen
segment. 4. Insert Name and comment of the macro.
Symbol macros called up with [Alt Gr]+[Ins].
QLSO
FAHS
WENDE
Symbol macros contain all components designation
(Item designation etc.) which belong to the symbol.
Example: QLSO, _SL, FAHS and STS6ST1.
Symbol macros can contain more than one symbol.
Example: WENDE
4-6,3AF?
87
88
?AF?
1
2
3
4
5
6
K?1
2
4-6,3AQ?
1
2
3
4
5
6
3
4
Symbol macros
13
14
5
6
STS6ST1
Example symbol macros
13
14
S?
11
12
K?1
2
3
4
_SL
B
1
5
6
2 3 4 5 6
nderung
23
0
Datum Name
Datum
Bearb.
Gepr.
Norm
1
BOE
15.Feb.2004
Urspr.
EPLAN Software & Service
GmbH & Co. KG
2
Ers.f.
3
Ers.d.
Examples
Symbol overview DIN_WUPE
4
EPLAN-Basicsymbols
Not used symbols
5 6
SIMBOLOGIA
ELECTRICA
EPLAN
7 8
=
+
9
Bl.
24 Bl.
24
1P0B2H
2P2B4H
2P4B4H
3P2B2H
3P2B4H
Basic symbols only exist of standard connecting points.They be of use as simplification to work out some new symbols.
Basic symbols are saved in the directory EPLAN4\N with theextension *.GSB .They are build like the following example :
Example:
<number of pathes> P
The notifications "height" and "width" are in a 4mm distance.
Selecting "2P2B4H" will insert a basic symbol with two upper
and two lower connecting point.
The horizontal pathes are 8mm appart. The vertical pathes are
16mm appart.
----------------------------------------------------------1. Use the key [INS].2. Read in a symbol.3. Call up the symbol editor [ALT]+[S].4. Call up with [ALT]+[F10]:
5. Chose the selection basic symbol.
6. Chose a basic symbol,for example: 2P2B4H.7. Draw up a new symbol graphic. Make a new insert for the components designations.
A window with the basic symbol files will be open.
Building up a new symbol with basic symbols.
EPLAN - Basicsymbols
2P2B4H
<width> B
importexportbasic symbols
<height> H
16/D:OWU
Changeover
contact
002/0
Please use symbol:OAngle variant
18/D:SWU
Changeover
contact
002/0
Please use symbol:WAngle variant
32/D:XSB
Plug with
socket
100/0
Please use symbol:XBSAngle variant
54/D:C2
Capacitor
for rectifier
255/0
Please use symbol:CAngle variant
70/D:VKU
Diode
255/0
Please use symbol:VAngle variant
Not used symbols
2/180ø
2/180ø
2/180ø
1/90ø
2/180ø
101/D:HLEDKO
LED
255/0
Please use symbol:HLEDAngle variant
162/D:XKO2
Coaxial
connector
255/0
Please use symbol:XKO1Angle variant
172/D:SCHLO
Slipring
transformer
255/0
Please use symbol:SCHLAngle variant
183/D:EH2
Flourescent
light
255/0
Please use symbol:EH4Angle variant
205/D:XSBD
Plug with socket
without x-ref
255/0
Please use symbol:XBSDAngle variant
2/180ø
2/180ø
2/180ø
1/90ø
2/180ø