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Wiring

SIMATIC - EM 300 Motor Starters

2-12

GWA-4NEB 640070302-05

2.4

Motor Starters EM 300 with a 400 V AC resp. 500 V DC
Braking Contact

2.4.1

Making up Connecting Cables

Accessories

If you want to make up your own connecting cable for motor starters EM 300
with a 400 V AC resp. 500 V DC braking contact, you will need one crimping
tool for contact pins/jacks (alternatively, they can be soldered) and the following
components.

You need ...

For connecting load
supply voltage

For connecting load
with brake 400 V AC
resp. 500 V DC

For looping through
load supply voltage

One flexible 4-core copper
cable 2.5 mm

/ 4.0 mm

(3 cond PE)

One flexible 6-core copper
cable 1.5 mm

/ 2.5 mm

(3 cond PE + 2 conduc-
tors)

One flexible 4-core copper
cable 2.5 mm

/ 4.0 mm

(3 cond PE)

One set of connectors

•

2.5 mm

: 3RK1902-0

•

4.0 mm

: 3RK1902-0

One set of connectors

•

1.5 mm

: 3RK1902-0

•

2.5 mm

: 3RK1902-0

One set of connectors

•

2.5 mm

: 3RK1902-0

•

4.0 mm

: 3RK1902-0

—

resp.

one motor connecting cable
with plug, 4 x 1.5 mm

•

3 m: 3 RK1 902-0CN00

•

5 m: 3 RK1 902-0CR00

•

10 m: 3 RK1 902-0CS00

resp.

one power connecting cable
with plug and socket

•

6 x 2.5 mm

, 0.12 m:

3 RK1 902-0CH00

•

4 x 4.0 mm

, 0.15 m:

3 RK1 902-0CG00

Summary of Contents for SIMATIC EM 300

Page 1: ...ng 2 Commissioning 3 Hand held Controller 4 Technical Specifications 5 SIGUARD Safety Integrated 6 Order Numbers A Dimension Drawings B Configuration Frame C Selection Help D Index Edition 03 2010 SIMATIC EM 300 Motor Starters Manual GWA 4NEB 640070302 05 ...

Page 2: ...nufacturers which have been approved or recommended by Siemens This product can only function correctly and safely if it is transported stored set up and installed correctly and operated and maintained as recommended Brands SIMATIC SIMATIC HMI and SIMATIC NET are brands of SIEMENS AG Some other designations used in these documents are also brands the owner s rights may be violated if they are used...

Page 3: ...missioning engineers and maintenance person nel who use the ET 200X with PLC functionality It consists of chapters containing instructions and reference chapters Delivery package This delivery package order number 6ES7 198 8FA01 8BA0 consists of 4 manu als with the following contents BM 147 CPU Basic Module ET 200X Distributed I O Device EM 300 Motor Starters EM 148 FC Frequency Converter Addressi...

Page 4: ...e manual Position in the Information Landscape In addition to the ET 200X manuals you will also need the manual for the DP master used and the documentation for the configuration and programming software used see the list in Appendix A of the ET 200X Distributed I O Device manual Note You will find a detailed list of the contents of the ET 200X manuals in Section 1 3 of this manual We recommend th...

Page 5: ...3 Electrical Design 2 7 2 3 Motor Starters EM 300 with a 24 V DC Braking Contact 2 8 2 3 1 Making up Connecting Cables 2 8 2 3 2 Wiring the Power Connectors 2 9 2 3 3 Electrical Design 2 11 2 4 Motor Starters EM 300 with a 400 V AC resp 500 V DC Braking Contact 2 12 2 4 1 Making up Connecting Cables 2 12 2 4 2 Wiring the Power Connectors 2 13 2 4 3 Electrical Design 2 15 3 Commissioning 3 1 3 1 Mo...

Page 6: ... 5 4 5 4 Specifications of Motor Starters EM 300 DS RS 5 5 5 5 Specifications of Motor Starters EM 300 EDS ERS 5 6 5 6 Shipping and Storage Conditions 5 7 5 7 Mechanical and Climatic Environment Conditions 5 8 6 SIGUARD Safety Integrated 6 1 6 1 Suggested Circuits 6 2 6 1 1 Safety category 1 EN 954 1 6 2 6 1 2 Safety category 2 EN 954 1 6 2 6 1 3 Safety category 3 EN 954 1 6 3 6 1 4 Safety categor...

Page 7: ...ers GWA 4NEB 640070302 05 1 1 Product Overview 1 Section Subject Page 1 1 What are the Motor Starters EM 300 DS and EM 300 RS 1 2 1 2 What are the Motor Starters EM 300 DS and EM 300 ERS 1 3 1 3 Guide to the ET 200X Manuals 1 4 ...

Page 8: ...ther direct starters EM 300 EDS or reversing starters EM 300 ERS with adjustment ranges from 0 14 to 0 2 A and 9 to 12 A respectively Can be equipped with a 24 V DC max 3 A or 500 V DC max 0 2 A braking contact as an option View The diagram below shows the components of a motor starter EM 300 DS RS Interlock DC24V STATE Power connector for feeding load supply voltage braking voltage on versions wi...

Page 9: ...ively Can be equipped with a 24 V DC max 3 A or 400 V AC max 0 5 A or 500 V DC max 0 2 A braking contact as an option View The diagram below shows the components of a motor starter EM 300 EDS ERS Interlock TEST RESET button DC24V STATE LEDs Auxiliary power State from Version 2 Transparent cover open SUB D for hand held controller only Power connector for feeding load supply voltage braking voltage...

Page 10: ...ls with the topic you are interested in The ET 200X consists of the following components You need the information con tained in the following manuals ET 200X DESINA ECOFAST ET 200X ET 200X Distributed I O Device EM 300 Motor Starters BM 147 CPU Basic module ET 200X Distributed I O Device EM 300 Motor Starters ET 200X Distributed I O Device ET 200X Distributed I O Device Distributed I O Device EM 3...

Page 11: ...e ET 200X DESINA ECOFAST x 4 Wiring of motor starters x 2 Wiring of frequency converters x 2 The ET 200X with the BM 147 CPU with PROFIBUS DP x 3 Commissioning and diagnostics of the ET 200X x 5 Commissioning and diagnostics of the ET 200X DESINA ECOFAST x 5 Commissioning and diagnostics of the ET 200X with BM 147 CPU x 4 Commissioning and diagnostics of the ET 200X with motor starters x 3 Commiss...

Page 12: ... modules and digital and analog expansion modules x C Dimensioned drawings of the motor starters x B Dimensioned drawings of frequency converters x B Configuration and parameter assign ment frames x C Configuration and parameter assign ment frames for the BM 147 CPU x A Configuration frame for motor starters x C List of STEP 7 operations x B Execution times of SFCs x C Glossary x x Glossary Subjec...

Page 13: ...2 Wiring the Power Connectors 2 5 2 2 3 Electrical Design 2 7 2 3 Motor Starters EM 300 with a 24 V DC Braking Contact 2 8 2 3 1 Making up Connecting Cables 2 8 2 3 2 Wiring the Power Connectors 2 9 2 3 3 Electrical Design 2 11 2 4 Motor Starters EM 300 with a 400 V AC resp 500 V DC Braking Contact 2 12 2 4 1 Making up Connecting Cables 2 12 2 4 2 Wiring the Power Connectors 2 13 2 4 3 Electrical ...

Page 14: ...arrying capacities apply according to environment temperature Wiring power connectors The rules and procedure for wiring the power connectors apply both to the electromechanical EM 300 DS RS and the electronic motor starter EM 300 EDS ERS Observe the following rules when wiring the power plug Tenv 30 C 40 C 45 C 50 C 55 C 4 x 1 5 mm2 14 A 12 2 A 11 1 A 9 9 A 8 5 A 4 x 2 5 mm2 19 A 16 5 A 15 0 A 13...

Page 15: ...o the braking circuit In order to avoid voltage overspill in case of fault the supply voltage for the brake must be drawn from a power supply unit with safe electrical isolation PELV Motor starter EM 300 without braking contact The braking supply voltage of motor starters without a 24 V braking contact is internally not looped through The 24 V DC braking voltage must then be drawn from the power s...

Page 16: ...gh load supply voltage One flexible 4 core copper cable 2 5 mm2 4 0 mm2 3 conductors PE One flexible 4 core copper cable 1 5 mm2 2 5 mm2 3 conductors PE One flexible 4 core copper cable 2 5 mm2 4 0 mm2 3 conductors PE One set of connectors 2 5 mm2 3RK1902 0CA00 4 0 mm2 3RK1902 0CB00 One set of connectors 1 5 mm2 3RK1902 0CE00 2 5 mm2 3RK1902 0CC00 One set of connectors 2 5 mm2 3RK1902 0CC00 4 0 mm...

Page 17: ... braking contact Coding To avoid confusion of compact starter power sockets X2 and X3 the mounting position of X2 is rotated by 180 relative to the mounting position of X3 Pin out Plug X1 Socket X2 Socket X3 Connecting load supply voltage Connecting load Looping through load supply voltage 1 Phase 1 2 Phase 2 Phase 2 3 Phase 3 4 5 6 Phase 1 Phase 3 7 Phase 2 8 Phase 3 Phase 1 e PE PE PE 1 2 3 4 5 ...

Page 18: ...sized sealing ring supplied and the connector shell 2 Fasten the jacks to the cores for phases 1 to 3 for PE Fasten the contact pins to the cores for phases 1 to 3 for PE 3 Press the jacks into the socket insert until they snap into place Press the contact pins into the pin insert until they snap into place 4 Withdraw the cable sufficiently to be able to screw the socket or pin insert tightly insi...

Page 19: ...tarters GWA 4NEB 640070302 05 2 7 2 2 3 Electrical Design Configuration The following diagram shows the electrical design of a motor starter EM 300 DS RS without a braking contact AC DC AC DC M 3 L1 L2 L3 N PE 1L X2 X3 X1 1M 2L 2M ...

Page 20: ... looping through load supply voltage and brake voltage One flexible 6 core copper cable 2 5 mm2 4 0 mm2 3 conductors PE 24 V M One flexible 6 core copper cable 1 5 mm2 2 5 mm2 3 conductors PE 24 V M One flexible 6 core copper cable 2 5 mm2 4 0 mm2 3 conductors PE 24 V M One set of connectors 2 5 mm2 3RK1902 0CA00 4 0 mm2 3RK1902 0CB00 One set of connectors 1 5 mm2 3RK1902 0CE00 2 5 mm2 3RK1902 0CC...

Page 21: ...wo power sockets on a motor starter with a 24 V DC braking contact Pin out Plug X1 Socket X2 Socket X3 Connecting load supply voltage Connecting load with brake Looping through load supply voltage and brake voltage 1 Phase 1 2 Phase 2 Phase 2 3 Phase 3 4 GND GND 24 V DC 5 24 V DC GND 6 Phase 1 Phase 3 7 Phase 2 8 Phase 3 Phase 1 e PE PE PE 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 ...

Page 22: ...ied and the connector shell 2 Fasten the jacks to the cores for phases 1 to 3 for the brake for PE Fasten the contact pins to the cores for phases 1 to 3 for the brake for PE 3 Press the jacks into the socket insert until they snap into place Press the contact pins into the pin insert until they snap into place 4 Withdraw the cable sufficiently to be able to screw the socket or pin insert tightly ...

Page 23: ...f controlling the motor with a 24 V DC brake via an electronic compact starter EM 300 EDS ERS Galvanic isolation An external isolating contactor must be fitted to ensure galvanic isolation from the power supply system Motor with 24 V DC brake 6 2 8 X1 X3 8 2 6 1 7 3 X2 4 5 1 W 1 V 1 U P E 5 4 5 4 M 3 24 V DC M L1 L2 L3 K1 A1 A2 Galvanic isolation ...

Page 24: ...resp 500 V DC For looping through load supply voltage One flexible 4 core copper cable 2 5 mm2 4 0 mm2 3 conductors PE One flexible 6 core copper cable 1 5 mm2 2 5 mm2 3 conductors PE 2 conduc tors One flexible 4 core copper cable 2 5 mm2 4 0 mm2 3 conductors PE One set of connectors 2 5 mm2 3RK1902 0CA00 4 0 mm2 3RK1902 0CB00 One set of connectors 1 5 mm2 3RK1902 0CE00 2 5 mm2 3RK1902 0CC00 One s...

Page 25: ... the two power sockets on a motor starter EM 300 with a braking contact 400 V AC resp 500 V DC Pin out Plug X1 Socket X2 Socket X3 Connecting load supply voltage Connecting load with brake Looping through load supply voltage 1 Phase 1 2 Phase 2 Phase 2 3 Phase 3 4 L1 OUT 5 L3 IN 6 Phase 1 Phase 3 7 Phase 2 8 Phase 3 Phase 1 e PE PE PE 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 ...

Page 26: ...ing ring supplied and the connector shell 2 Fasten the jacks to the cores for phases 1 to 3 for PE Fasten the contact pins to the cores for phases 1 to 3 for the brake for PE Fasten the contact pins to the cores for phases 1 to 3 for PE 3 Press the jacks into the socket insert until they snap into place Press the contact pins into the pin insert until they snap into place 4 Withdraw the cable suff...

Page 27: ...otor for two directions with a 400 V AC brake by two electronic motor starters EM 300 EDS ERS Galvanic isolation An external isolating contactor must be fitted to ensure galvanic isolation from the power supply system Motor with separate windings and brake 400 V AC 6 2 8 X1 8 2 6 6 2 8 8 2 6 1 7 3 1 7 3 X1 X3 X2 4 5 1 W 1 V 1 U 2 U 2 V 2 W P E M 3 X2 X3 L1 L2 L3 K1 A1 A2 Galvanic isolation ...

Page 28: ... of controlling a motor with a 500 V DC brake by one electronic motor startermotor starter EM 300 Galvanic isolation An external isolating contactor must be fitted to ensure galvanic isolation from the power supply system 6 2 8 X1 8 2 6 1 7 3 5 4 1 W 1 V 1 U P E M 3 X2 X3 L1 L2 L3 K1 A1 A2 Motor with brake 500 V DC Galvanic isolation ...

Page 29: ...issioning 3 Section Subject Page 3 1 Motor Starters EM 300 DS and EM 300 RS 3 2 3 1 1 Commissioning 3 2 3 1 2 Operation 3 3 3 1 3 Diagnostics 3 4 3 2 Motor Starters EM 300 EDS and EM 300 ERS 3 6 3 2 1 Commissioning 3 6 3 2 2 Operation 3 8 3 2 3 Diagnostics 3 10 ...

Page 30: ... You can test the overload release function Reversing starter EM 300 RS When switching over from right to left or back again a stop interval of more than 200 milliseconds must be observed This interval has to be set via the user program Step Procedure 1 Open the transparent cover in the top section of the motor starter 2 Set the current Ie on the circuit breaker scale with a screw driver see figur...

Page 31: ...ening unauthorized switching on You can seal the transparent cover of the motor starter in order to safeguard it against accidental opening for example in order to prevent the overload release current from being altered inadvertently You can prevent the motor starter from being switched on by unauthorized per sons by fitting the actuating element of the circuit breaker with a safety lock Step Proc...

Page 32: ...n on versions with a braking contact Input signals LED Indication Status DC 24 V Steady green light Auxiliary power applied Off Auxiliary power missing STATE Steady green light Control signal applied bus hand held controller DI0 Manual automatic mode DI1 Feedback from contactor 0 Manual 0 Clockwise rotation on 1 Automatic 1 Clockwise rotation off DI2 Feedback from contactor DI3 Circuit breaker 0 A...

Page 33: ... dangerous system states can occur e g unwanted coasting or blocking of the motor by means of the user program This also applies to local disconnections e g triggered by an overload You can use input signal DI3 to check the device state DI0 Signal to contactor DI1 Signal to contactor 0 Clockwise rotation off 0 Anticlockwise rotation off 1 Clockwise rotation on 1 Anticlockwise rotation on DI2 Braki...

Page 34: ... set values Set values The set values together with their position on the rotary encoder switch are given in the table below Example If you want to set a current of 1 28 A turn switch 1 to position 3 and switch 2 to position 4 Position of the rotary encoder switch Power range 1 0 6 2 18 A Power range 2 2 0 5 95 A Switch 1 Switch 2 Switch 1 Switch 2 0 0 6 0 00 2 0 0 00 1 0 8 0 02 2 5 0 05 2 1 0 0 0...

Page 35: ...in position tripping REMOTE Rotary encoderswitch position Overload protection Response Tripping REMOTE Control via the bus Depending on the settings in the user program Operation continued inspite of release signal or Remote shutdown overload release Tripping LOCAL Local control Direct shutdown overload release Caution Direct shutdown of the device if a release signal is received is disabled if th...

Page 36: ...ase as soon as the motor model has fallen below the release threshold If the rotary encoder switch is in position tripping LOCAL or tripping REMOTE Resets a FAULT signal if the cause of the fault has been remedied Step Procedure Description READY LED OVERLOAD LED FAULT LED 1 Open the transparent cover in the top section of the compact starter On 2 Press the TEST RESET button for at least 2 s Test ...

Page 37: ...ng back on Rotary encoder switch setting Reset Procedure Tripping REMOTE Local reset Press the RESET RESET button for less than 2 s A pending FAULT signal is reset if the cause of the fault has been remedied Press the TEST RESET button for more than 2 s Fast discharge of the motor model i e the motor model is reset without a delay Device self test is triggered Press the TEST RESET button again as ...

Page 38: ...Fault Steady red light Main circuit off e g after failure of two phases motor connector pulled out supply voltage dip 18 V simultaneous activation of clockwise and anticlockwise rotation OVER LOAD Overcurrent signal Flashing red Main circuit on Overload release test Flashing red Flashes quickly Flashes slowly Main circuit off Test running Test completed Overload release Steady red light Main circu...

Page 39: ... Not released 0 No overcurrent 1 Rotary encoder switch in position tripping LOCAL Direct shutdown overload release FAULT shutdown Rotary encoder switch in position tripping REMOTE if the relevant settings have been made in the user program Remote shutdown overload release Continued operation release signal FAULT shutdown 1 Overcurrent DO0 Activation of main circuit DO1 Activation of main circuit 0...

Page 40: ...Commissioning SIMATIC EM 300 Motor Starters 3 12 GWA 4NEB 640070302 05 ...

Page 41: ...SIMATIC EM 300 Motor Starters GWA 4NEB 640070302 05 4 1 Hand held Controller 4 Section Subject Page 4 1 Functions and View 4 2 4 2 Operation 4 3 4 3 LEDs 4 4 4 4 Buttons 4 5 ...

Page 42: ... test the motor In order to operate the system in manual mode if the PLC or the bus system fails When operating a PLC or bus for autonomous local operator control During normal operation in order to test the outputs diagnosis monitoring View Function modes You can operate the hand held controller in jogging mode and continuous mode In manual mode the functions of the left and right buttons differ ...

Page 43: ... controller from the motor starter actuation via the PROFIBUS DP remains blocked if local mode is set on the hand held controller a motor in operation is switched off again if local mode is set on the hand held controller Jogging mode is set on the hand held controller again Motor starter with braking contact On motor starters with a braking contact the brake is automatically controlled with the r...

Page 44: ...oller Right The direct starter is switched on The direct starter is switched off The reversing starter activates the clockwise direction The reversing starter activates the anticlockwise direction The reversing starter is switched off Left The reversing starter activates the anticlockwise direction The reversing starter activates the anticlockwise direction The reversing starter is switched off Re...

Page 45: ...is maintained i e activation via PROFIBUS DP remains blocked a motor in operation is switched off Right left button The table below shows the functions of the right and left button in local mode in relation to the function mode of the hand held controller Function mode of HHU Local mode Jogging mode The motor starter remains switched on while you keep the right or left button on the reversing star...

Page 46: ...Hand held Controller SIMATIC EM 300 Motor Starters 4 6 GWA 4NEB 640070302 05 ...

Page 47: ...l Technical Specifications of Motor Starters 5 2 5 2 Voltages and Currents 5 3 5 3 Braking Current Circuit 5 4 5 4 Specifications of Motor Starters EM 300 DS RS 5 5 5 5 Specifications of Motor Starters EM 300 EDS ERS 5 6 5 6 Shipping and Storage Conditions 5 7 5 7 Mechanical and Climatic Environment Conditions 5 8 ...

Page 48: ... 1 5 kg 1 9 kg 1 5 kg 1 6 kg Assignment type Type 1 up to Irated 12 A IEC 60947 4 1 DIN VDE 0660 Part 102 Type 2 up to Irated 1 6 A does not applie to motor starters EM 300 EDS ERS Pollution severity 3 IEC 60664 IEC 61131 Safety class I IEC 60536 VDE 0106 Part 1 Degree of protection IP 65 IEC 60529 Protection against the ingress of dust and complete protection against electric shock Protection aga...

Page 49: ...DC yes yes Safe isolation between main circuit and auxiliary circuit to DIN VDE 0106 Part 101 Part 101 A1 400 V Currents Aggregate current of motor starters at 55 C with 2 5 mm2 connection with 4 0 mm2 connection at 40 C with 2 5 mm2 connection with 4 0 mm2 connection 20 A 30 A 25 A 35 A Power input from supply voltage 1L from load voltage 2L without hand held con troller typ 70 mA typ 170 mA Mini...

Page 50: ...nterference suppression modules Varistor interference sup pression modules should not be used as these do not filter out rapid transi ents to a sufficient extent 5 3 Braking Current Circuit Version with a 24 V DC braking contact Utilization category to VDE 0660 Part 102 and IEC 60947 4 1 DC 13 Max permissible output of the brake coil 70 W Rated operational current Ie 3 A Version with a 400 V AC br...

Page 51: ...0 000 switching cycles Contactor Utilization category to VDE 0660 Part 102 and IEC 60947 4 1 AC 2 AC 3 Max permissible output of three phase motors with 400 V AC 5 5 kW Rated operating current Ie 12 A Max permissible switching rate at motor starting time ta 0 1 s and 50 relative ON period 80 h Mechanical life 10 Mill switching cycles Operating delay of auxiliary contact including input delay of mo...

Page 52: ...ort circuit breaking capacity 100 kA Electronic switchgear unit 2 phase Utilization category to IEC 60947 4 2 AC 53b Rated operating current Ie 2 18 A or 5 95 A Modes of operation S1 S2 S3 S4 Shortest ON period 300 ms Shortest pause between 2 switching operations 1 s Maximum switching rate 0 200 400 600 800 1000 1200 1400 1600 1800 2000 99 80 60 40 20 10 6 4 relative Einschaltdauer Schaltungen h t...

Page 53: ...IEC 61131 Part 2 with regard to shipping and storage conditions The following details apply to modules that are shipped and stored in their original packing Type of condition Admissible range Free fall 0 4 m Temperature from 40 C to 70 C Temperature variation 20 K h Air pressure from 1 080 to 660 hPa corresponds to an altitude of 1 000 to 3 500 m Relative humidity from 5 to 95 without condensation...

Page 54: ...in all of the three perpendi cular axes Shock test to IEC 60068 Part 2 27 Type of shock Force of shock Direction of shock Half sine 15 g peak value 11 ms duration 3 shocks per direction in all of the three perpendicular axes Temperature From 0 to 55 C All installation positions Temperature variation 10 K h Permissible rated current 100 at 0 C Tenv 40 C 87 at 40 C Tenv 55 C Relative humidity From 5...

Page 55: ...640070302 05 6 1 SIGUARD Safety Integrated 6 Section Subject Page 6 1 Suggested Circuits 6 2 6 1 1 Safety category 1 EN 954 1 6 2 6 1 2 Safety category 2 EN 954 1 6 2 6 1 3 Safety category 3 EN 954 1 6 3 6 1 4 Safety category 4 EN 954 1 6 3 ...

Page 56: ...1 EN 954 1 6 1 2 Safety category 2 EN 954 1 M AC 400V X1 X2 X3 IN0 IN1 M X1 X2 X3 Out 0 Out 0 IN0 IN1 IN0 IN1 M X1 X2 X3 Out 0 Emergen L1 L L2 L cy trip Reset AC 400V IN0 IN1 Out 0 M M M X1 X1 X1 X2 X2 X2 X3 X3 X3 IN0 IN1 Out 0 Out 0 IN0 IN1 Run On I 1 1 Emergency trip 1 Emergency trip 2 L1 L L2 L Safety relay e g SIGUARD 3TK28 ...

Page 57: ...4 1 2 1 2 Reset AC 400V 1 IN0 IN1 Out 0 M M M X1 X1 X1 X2 X2 X2 X3 X3 X3 IN0 IN1 Out 0 Out 0 IN0 IN1 Run On I Emergency trip 1 Emergency trip 2 L1 L L2 L Safety relay e g SIGUARD 3TK28 2 1 2 Reset AC 400V 1 IN0 IN1 Out 0 M M M X1 X1 X1 X2 X2 X2 X3 X3 X3 IN0 IN1 Out 0 Out 0 IN0 IN1 Run On I Emergency trip L1 L L2 L Safety relay e g SIGUARD 3TK28 ...

Page 58: ...SIGUARD Safety Integrated SIMATIC EM 300 Motor Starters 6 4 GWA 4NEB 640070302 05 ...

Page 59: ...king contact 24 V DC 400 V AC 500 V DC 0 6 2 18 3RK1 300 0AS10 0AA0 0AA1 0AA3 0AA4 2 0 5 95 3RK1 300 0BS10 0AA0 0AA1 0AA3 0AA4 Adjustment range Order number Order number extension A Basic version Versions with braking contact 24 V DC 400 V AC 500 V DC 0 6 2 18 3RK1 300 0AS10 1AA0 1AA1 1AA3 1AA4 2 0 5 95 3RK1 300 0BS10 1AA0 1AA1 1AA3 1AA4 For assignment to performance of 400 V AC squirrel cage moto...

Page 60: ...4 0 45 0 63 3RK1 300 0GS01 0AA0 0AA1 0AA4 0 55 0 80 3RK1 300 0HS01 0AA0 0AA1 0AA4 0 70 1 00 3RK1 300 0JS01 0AA0 0AA1 0AA4 0 90 1 25 3RK1 300 0KS01 0AA0 0AA1 0AA4 1 10 1 60 3RK1 300 1AS01 0AA0 0AA1 0AA4 1 40 2 00 3RK1 300 1BS01 0AA0 0AA1 0AA4 1 80 2 50 3RK1 300 1CS01 0AA0 0AA1 0AA4 2 20 3 20 3RK1 300 1DS01 0AA0 0AA1 0AA4 2 80 4 00 3RK1 300 1ES01 0AA0 0AA1 0AA4 3 50 5 00 3RK1 300 1FS01 0AA0 0AA1 0AA...

Page 61: ...AA4 0 45 0 63 3RK1 300 0GS01 1AA0 1AA1 1AA4 0 55 0 80 3RK1 300 0HS01 1AA0 1AA1 1AA4 0 70 1 00 3RK1 300 0JS01 1AA0 1AA1 1AA4 0 90 1 25 3RK1 300 0KS01 1AA0 1AA1 1AA4 1 10 1 60 3RK1 300 1AS01 1AA0 1AA1 1AA4 1 40 2 00 3RK1 300 1BS01 1AA0 1AA1 1AA4 1 80 2 50 3RK1 300 1CS01 1AA0 1AA1 1AA4 2 20 3 20 3RK1 300 1DS01 1AA0 1AA1 1AA4 2 80 4 00 3RK1 300 1ES01 1AA0 1AA1 1AA4 3 50 5 00 3RK1 300 1FS01 1AA0 1AA1 1...

Page 62: ...f connectors for power supply 4 0 mm2 1 connector shell with PG 16 1 socket insert and 6 jacks 4 0 mm2 1 3RK1902 0CB00 Set of connectors for looping through power 2 5 mm2 1 connector shell with PG 16 1 pin insert and 6 contact pins 2 5 mm2 1 3RK1902 0CC00 Set of connectors for looping through power 4 0 mm2 1 connector shell with PG 16 1 pin insert and 6 contact pins 4 0 mm2 1 3RK1902 0CD00 Set of ...

Page 63: ...SIMATIC EM 300 Motor Starters GWA 4NEB 640070302 05 B 1 Dimension Drawings B Motor starters EM 300 The diagram below is a dimension drawing of the motor starters EM 300 ...

Page 64: ...Dimension Drawings SIMATIC EM 300 Motor Starters B 2 GWA 4NEB 640070302 05 ...

Page 65: ...between the modules that are used on the PROFIBUS DP The following table contains all normal DP identifiers for the motor starters that are used as expansion modules on the ET 200X distributed I O device Motor starter Order number Identifiers hexadecimal Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 EM 300 DS 3RK1 300 S01 0AA C2 00 00 CF C9 EM 300 RS 3RK1 300 S01 1AA C2 00 00 DF C9 EM 300 EDS 3RK1 300 S10 0A...

Page 66: ... E1 SPBN Branch if manual Program section for driving clockwise rotation output S A 4 0 Activate clockwise rotation output A1 U A 4 0 Generate positive edge for timer 0 L S5T 60ms Load delay time until contactor safely on U T0 If timer 0 expires SPB On Label Continue here if time not elapsed Remainder of Program Ende BE On UN E 4 1 Interrogate feedback from contactor E2 SPBN Error Branch if error ...

Page 67: ...ion of the other starter 3 This version is suitable if you want to loop the 24 V DC braking voltage through to the next drive The 24 V DC braking voltage cannot be looped through via a motor starter without braking contact Application Direct starter EM 300 DS EM 300 EDS Reversing starter EM 300 RS EM 300 ERS Direct starter with braking contact Reversing starter with braking contact With out brake ...

Page 68: ... 50 Hz 400 V 0 18 2680 60 0 83 0 52 0 25 2725 64 0 82 0 69 0 37 2750 67 0 80 1 00 0 55 2790 71 0 81 1 38 0 75 2850 74 0 83 1 76 1 1 2835 76 0 84 2 45 1 5 2860 78 0 82 3 40 2 2 2850 80 0 85 4 65 3 2895 83 0 86 6 10 4 2895 85 0 87 7 80 5 5 2910 84 0 84 11 30 Speed 1500 rpm four pole 50 Hz 400 V 0 18 1315 59 0 76 0 58 0 25 1325 61 0 73 0 81 0 35 1375 66 0 77 1 05 0 55 1395 71 0 79 1 42 0 75 1395 74 0...

Page 69: ...5 910 62 0 72 1 19 0 55 900 65 0 73 1 67 0 75 895 67 0 77 2 10 1 1 900 71 0 75 3 00 1 5 930 72 0 75 4 00 2 2 945 76 0 72 5 80 3 945 70 0 75 7 30 4 940 79 0 75 9 70 Speed 750 rpm eight pole 50 Hz 400 V 0 12 655 51 0 59 0 58 0 18 675 51 0 66 0 78 0 25 670 52 0 62 1 12 0 35 655 61 0 76 1 16 0 55 650 65 0 76 1 62 0 75 665 65 0 77 2 15 1 1 675 72 0 76 2 90 1 5 710 72 0 71 4 25 2 2 695 76 0 71 5 90 3 70...

Page 70: ...Selection Help SIMATIC EM 300 Motor Starters D 4 GWA 4NEB 640070302 05 ...

Page 71: ...g contact 2 12 500 V DC braking contact 2 12 External short circuit protection 3 2 F FAULT signal 3 9 G Galvanic isolation 2 11 2 15 2 16 H Hand held controller 4 2 I Input signals EM 300 DS RS 3 4 EM 300 EDS ERS 3 11 J Jogging mode 4 2 L LEDs 3 4 3 9 4 4 Local reset 3 9 M Main circuit 5 3 Manual mode 4 5 Monitoring 3 4 4 4 Motor testing 4 2 O Output signals EM 300 DS RS 3 5 EM 300 EDS ERS 3 11 Ov...

Page 72: ...SIMATIC EM 300 Motor Starters Index 2 GWA 4NEB 640070302 05 ...

Page 73: ...37 Manual SIMATIC Motor Starters EM 300 Have you found any typographical errors while reading this manual Please use this form to tell us about them We would also welcome any ideas and suggestions you may have Sender please fill out Name Company Department Address Telephone Fax ...

Page 74: ...GWA 4NEB 640070302 05 ...

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