Introduction 1 Application example 2 Industrial Controls Motor management and control devices SIMOCODE pro - Application examples Application Manual Example circuits control functions 3 Further application examples 4 A List of abbreviations 05/2018 A5E40508055002A/RS-AB/002
Legal information Warning notice system This manual contains notices you have to observe in order to ensure your personal safety, as well as to prevent damage to property. The notices referring to your personal safety are highlighted in the manual by a safety alert symbol, notices referring only to property damage have no safety alert symbol. These notices shown below are graded according to the degree of danger. DANGER indicates that death or severe personal injury will result if proper precautions are not taken. WARNING indicates that death or severe personal injury may result if proper precautions are not taken. CAUTION indicates that minor personal injury can result if proper precautions are not taken. NOTICE indicates that property damage can result if proper precautions are not taken. If more than one degree of danger is present, the warning notice representing the highest degree of danger will be used. A notice warning of injury to persons with a safety alert symbol may also include a warning relating to property damage. Qualified Personnel The product/system described in this documentation may be operated only by personnel qualified for the specific task in accordance with the relevant documentation, in particular its warning notices and safety instructions. Qualified personnel are those who, based on their training and experience, are capable of identifying risks and avoiding potential hazards when working with these products/systems. Proper use of Siemens products Note the following: Trademarks WARNING Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems. The permissible ambient conditions must be complied with. The information in the relevant documentation must be observed. All names identified by are registered trademarks of Siemens AG. The remaining trademarks in this publication may be trademarks whose use by third parties for their own purposes could violate the rights of the owner. Disclaimer of Liability We have reviewed the contents of this publication to ensure consistency with the hardware and software described. Since variance cannot be precluded entirely, we cannot guarantee full consistency. However, the information in this publication is reviewed regularly and any necessary corrections are included in subsequent editions. Siemens AG Division Digital Factory Postfach 48 48 90026 NÜRNBERG GERMANY A5E40508055002A/RS-AB/002 P 05/2018 Subject to change Copyright Siemens AG 2017. All rights reserved
Table of contents 1 Introduction... 7 1.1 Important notes... 7 1.2 Security information... 10 1.3 Current information about operational safety... 11 2 Application example... 13 2.1 Level monitoring... 13 3 Example circuits control functions... 15 3.1 Purpose, steps, preconditions... 15 3.2 Control functions... 16 3.3 Overload relay... 17 3.3.1 "Overload relay" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU... 17 3.3.2 "Overload relay" circuit diagram - SIMOCODE pro V PN, pro V EIP... 18 3.3.3 "Overload relay" plan - SIMOCODE pro C, pro V... 19 3.3.4 "Overload relay" circuit diagram - SIMOCODE pro S... 20 3.3.5 "Overload relay" plan - SIMOCODE pro S... 21 3.4 Direct starter... 22 3.4.1 "Direct starter" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU... 22 3.4.2 "Direct starter" circuit diagram - SIMOCODE pro V PN, pro V EIP... 23 3.4.3 "Direct-on-line starter" plan - SIMOCODE pro C, pro V... 24 3.4.4 "Direct-on-line starter" circuit diagram - SIMOCODE pro S... 25 3.4.5 "Direct-on-line starter" plan - SIMOCODE pro S... 26 3.5 Reversing starter... 27 3.5.1 "Reversing starter" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU... 27 3.5.2 "Reversing starter" circuit diagram - SIMOCODE pro V PN, pro V EIP... 28 3.5.3 "Reversing starter" plan - SIMOCODE pro C, pro V... 29 3.5.4 "Reversing starter" circuit diagram - SIMOCODE pro S... 30 3.5.5 "Reversing starter" plan - SIMOCODE pro S... 31 3.6 3VL molded case circuit breaker (MCCB)... 32 3.6.1 "3VL molded case circuit breaker (MCCB)" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU... 32 3.6.2 "3VL molded case circuit breaker (MCCB)" circuit diagram - SIMOCODE pro V PN, pro V EIP... 33 3.6.3 "3VL molded case circuit breaker (MCCB)" plan - SIMOCODE pro C, pro V... 34 3.6.4 "3VL molded-case circuit breaker (MCCB)" circuit diagram - SIMOCODE pro S... 35 3.6.5 "3VL molded case circuit breaker (MCCB)" plan - SIMOCODE pro S... 36 3.7 Star-delta starter... 37 3.7.1 "Star-delta starter" circuit diagram (current measuring in delta) - SIMOCODE pro V PB, pro V MB RTU... 37 3.7.2 "Star-delta starter" circuit diagram (current measuring in delta) - SIMOCODE pro V PN, pro V EIP... 38 Application Manual, 05/2018, A5E40508055002A/RS-AB/002 3
Table of contents 3.7.3 "Star-delta starter" plan (current measuring in delta) - SIMOCODE pro V... 39 3.7.4 Circuit diagram of star-delta starter (current measuring in delta) - SIMOCODE pro S... 40 3.7.5 "Star-delta starter" plan (current measuring in delta) - SIMOCODE pro S... 41 3.7.6 "Star-delta starter" circuit diagram (current measuring in supply cable) - SIMOCODE pro V PB, pro V MB RTU... 42 3.7.7 "Star-delta starter" circuit diagram (current measuring in supply cable) - SIMOCODE pro V PN, pro V EIP... 43 3.7.8 "Star-delta starter" plan (current measuring in supply cable) - SIMOCODE pro V... 44 3.7.9 "Star-delta starter" circuit diagram (current measuring in supply cable) - SIMOCODE pro S... 45 3.7.10 "Star-delta starter" plan (current measuring in supply cable) - SIMOCODE pro S... 46 3.8 Star-delta reversing starter... 47 3.8.1 "Star-delta reversing starter" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 47 3.8.2 "Star-delta reversing starter" circuit diagram - SIMOCODE pro V PN, pro V EIP... 48 3.8.3 "Star-delta reversing starter" plan - SIMOCODE pro V... 49 3.9 Dahlander starter... 50 3.9.1 "Dahlander starter" circuit diagram SIMOCODE pro V PB, pro V MB RTU... 50 3.9.2 "Dahlander starter" circuit diagram SIMOCODE pro V PN, pro V EIP... 51 3.9.3 "Dahlander starter" diagram SIMOCODE pro V... 52 3.10 Dahlander reversing starter... 53 3.10.1 "Dahlander reversing starter" circuit diagram SIMOCODE pro V PB, pro V MB RTU... 53 3.10.2 "Dahlander reversing starter" circuit diagram SIMOCODE pro V PN, pro V EIP... 54 3.10.3 "Dahlander reversing starter" diagram SIMOCODE pro V... 55 3.11 Pole-changing starter... 56 3.11.1 "Pole-changing starter" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 56 3.11.2 "Pole-changing starter" circuit diagram - SIMOCODE pro V PN, pro V EIP... 57 3.11.3 "Pole-changing starter" plan - SIMOCODE pro V... 58 3.12 Pole-changing reversing starter... 59 3.12.1 "Pole-changing reversing starter" circuit diagram - SIMOCODE pro V PB, pro V MB RTU.. 59 3.12.2 "Pole-changing reversing starter" circuit diagram - SIMOCODE pro V PN, pro V EIP... 60 3.12.3 "Pole-changing reversing starter" plan - SIMOCODE pro V... 61 3.13 Solenoid valve... 62 3.13.1 "Solenoid valve" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 62 3.13.2 "Solenoid valve" circuit diagram - SIMOCODE pro V PN, pro V EIP... 63 3.13.3 "Solenoid valve" plan - SIMOCODE pro V... 64 3.14 Positioner... 65 3.14.1 "Positioner 1" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 65 3.14.2 "Positioner 1" circuit diagram - SIMOCODE pro V PN, pro V EIP... 66 3.14.3 "Positioner 1" plan - SIMOCODE pro V... 67 3.14.4 "Positioner 2" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 68 3.14.5 "Positioner 2" circuit diagram - SIMOCODE pro V PN, pro V EIP... 69 3.14.6 "Positioner 2" plan, SIMOCODE pro V... 70 3.14.7 "Positioner 3" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 71 3.14.8 "Positioner 3" circuit diagram - SIMOCODE pro V PN, pro V EIP... 72 3.14.9 "Positioner 3" plan - SIMOCODE pro V... 73 3.14.10 "Positioner 4" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 74 3.14.11 "Positioner 4" circuit diagram - SIMOCODE pro V PN, pro V EIP... 75 3.14.12 "Positioner 4" plan - SIMOCODE pro V... 76 3.14.13 "Positioner 5" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 77 4 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
Table of contents 3.14.14 "Positioner 5" circuit diagram - SIMOCODE pro V PN, pro V EIP... 78 3.14.15 "Positioner 5" plan - SIMOCODE pro V... 79 3.15 Soft starter (3RW402, 3RW403, 3RW404)... 80 3.15.1 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro V PB, pro V MB RTU... 80 3.15.2 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro V PN, pro V EIP... 81 3.15.3 "Soft starter" plan (for example 3RW402, 3RW403, 3RW404) - SIMOCODE pro V... 82 3.15.4 Circuit diagram of soft starter (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro S... 83 3.15.5 "Soft starter" plan (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro S... 84 3.16 Soft starter (3RW405, 3RW407)... 85 3.16.1 "Soft starter" circuit diagram (for example, 3RW405, 3RW407) - SIMOCODE pro V PB, pro V MB RTU... 85 3.16.2 "Soft starter" circuit diagram (3RW405, 3RW407) - SIMOCODE pro V PN, pro V EIP... 86 3.16.3 "Soft starter" plan (for example, 3RW405, 3RW407) - SIMOCODE pro V... 87 3.17 Soft starter with reversing contactor (3RW402, 3RW403, 3RW404)... 88 3.17.1 "Soft starter with reversing contactor" circuit diagram (3RW402, 3RW403, 3RW404) - SIMOCODE pro V PB, pro V MB RTU... 88 3.17.2 "Soft starter with reversing contactor" circuit diagram (3RW402, 3RW403, 3RW404) - SIMOCODE pro V PN, pro V EIP... 89 3.17.3 "Soft starter with reversing contactor" (3RW402, 3RW403, 3RW404) plan - SIMOCODE pro V... 90 3.18 Soft starter with reversing contactor (3RW405, 3RW407)... 91 3.18.1 "Soft starter with reversing contactor" circuit diagram (3RW405, 3RW407) - SIMOCODE pro V PB, pro V MB RTU... 91 3.18.2 "Soft starter with reversing contactor" circuit diagram (3RW405, 3RW407) - SIMOCODE pro V PN, pro V EIP... 92 3.18.3 "Soft starter with reversing contactor" (3RW405, 3RW407) plan - SIMOCODE pro V... 93 3.19 Direct starter for 1-phase loads... 94 3.19.1 "Direct starter for 1-phase loads" circuit diagram - SIMOCODE pro V PB, pro V MB RTU... 94 3.19.2 "Direct starter for 1-phase loads" circuit diagram - SIMOCODE pro V PN, pro V EIP... 95 3.19.3 "Direct-on-line starter for 1-phase loads" plan... 96 4 Further application examples... 97 A List of abbreviations... 99 A.1 List of abbreviations... 99 Index... 101 Application Manual, 05/2018, A5E40508055002A/RS-AB/002 5
Table of contents 6 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
Introduction 1 1.1 Important notes Scope of application This manual is applicable to the listed SIMOCODE pro system components. It contains a description of the components applicable at the time of printing the manual. SIEMENS reserves the right to include updated information about new components or new versions of components in a Product Information. Manual Collection A Manual Collection (https://support.industry.siemens.com/cs/document/109743951), a collection of the following five SIMOCODE pro manuals is at your disposal in Industry Online Support: SIMOCODE pro - 1 Getting Started SIMOCODE pro - 2 System Manual SIMOCODE pro - 3 Parameterization SIMOCODE pro - 4 Applications SIMOCODE pro - 5 Communication Application Manual, 05/2018, A5E40508055002A/RS-AB/002 7
Introduction 1.1 Important notes SIMOCODE pro response tables Specific responses (deactivated, signaling, warning, tripping) can be parameterized for various SIMOCODE pro functions, such as overload. These are always displayed in tabular form: "X" = Applicable " " = Not applicable Default values are marked "d" for "default" in parentheses. Response Function 1 Function 2 Function 3 Tripping X (d) X Warning X (d) X Signaling X X Deactivated X X X (d) Delay 0... 25.5 s (default: 0) Brief description of the responses: Tripping: The contactor controls QE* are tripped. A fault message is generated which is available as a diagnosis via PROFIBUS DP. The fault message and the device-internal signal remain on until the appropriate length of time has elapsed or the cause of the fault has been eliminated and acknowledged. Warning: In addition to the device-internal signal, a warning signal is generated that is available as diagnostics via the communication bus. Signaling: Only a device-internal signal is generated, which can be further processed as required. Deactivated: The appropriate function is switched off, no signals are generated. A delay time can also be set for specific responses. 8 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
Introduction 1.1 Important notes Further information Please read the operating instructions of the respective components. You can find the operating instructions for SIMOCODE pro at Operating instructions (https://www.siemens.com/sirius/manuals). You will find further information on the Internet: SIMOCODE pro (https://www.siemens.com/simocode) Information and Download Center (https://www.siemens.com/sirius/infomaterial) Siemens Industry Online Support (SIOS) (https://www.siemens.com/sirius/support) Certificates (https://www.siemens.com/sirius/approvals) Technical Assistance Support Request (https://www.siemens.com/sirius/technical-assistance) Telephone: +49 (0) 911-895-5900 (8 a.m. to 5 p.m. CET) Fax: +49 (0) 911-895-59 07 E-Mail: technical-assistance@siemens.com Disclaimer of liability The products described here have been developed to carry out safety-related functions as part of a complete plant or machine. In general, a complete safety system consists of sensors, evaluation units, signaling devices and methods for safe tripping. The manufacturer is responsible for ensuring safe functioning of the complete plant or machine. Siemens AG, its subsidiaries, and associated companies (hereinafter referred to as "Siemens") are not in a position to guarantee every characteristic of a complete plant or machine not designed by Siemens. Siemens also denies all responsibility for any recommendations that are made or implied in the following description. No new guarantee, warranty, or liability claims above those standard to Siemens can be derived from the following description. Recycling and disposal For environmentally friendly recycling and disposal of your old device, please contact a company certified for the disposal of electronic waste and dispose of the device in accordance with the regulations in your country. Application Manual, 05/2018, A5E40508055002A/RS-AB/002 9
Introduction 1.2 Security information 1.2 Security information Siemens provides products and solutions with industrial security functions that support the secure operation of plants, systems, machines and networks. In order to protect plants, systems, machines and networks against cyber threats, it is necessary to implement and continuously maintain a holistic, state-of-the-art industrial security concept. Siemens products and solutions only form one element of such a concept. Customer is responsible to prevent unauthorized access to its plants, systems, machines and networks. Systems, machines and components should only be connected to the enterprise network or the internet if and to the extent necessary and with appropriate security measures (e.g. use of firewalls and network segmentation) in place. Additionally, Siemens guidance on appropriate security measures should be taken into account. For more information about industrial security, please visit: https://www.siemens.com/industrialsecurity Siemens products and solutions undergo continuous development to make them more secure. Siemens strongly recommends to apply product updates as soon as available and to always use the latest product versions. Use of product versions that are no longer supported, and failure to apply latest updates may increase customer s exposure to cyber threats. To stay informed about product updates, subscribe to the Siemens Industrial Security RSS Feed under: https://www.siemens.com/industrialsecurity 10 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
Introduction 1.3 Current information about operational safety 1.3 Current information about operational safety Important note for maintaining operational safety of your system DANGER Hazardous Voltage Can Cause Death, Serious Injury or Risk of Property Damage Please take note of our latest information! Systems with safety-related characteristics are subject to special operational safety requirements on the part of the operator. The supplier is also obliged to comply with special product monitoring measures. For this reason, we publish a special newsletter containing information on product developments and features that are (or could be) relevant to operation of safety-related systems. By subscribing to the appropriate newsletter in the Industry newsletter system (https://www.industry.siemens.com/newsletter), you will ensure that you are always up-to-date and able to make changes to your system, when necessary. Sign on to the following newsletter under "Products & Solutions": Control Components and System Engineering News Safety Integrated Newsletter. Application Manual, 05/2018, A5E40508055002A/RS-AB/002 11
Introduction 1.3 Current information about operational safety 12 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
Application example 2 2.1 Level monitoring Description The fill level of a liquid container is being monitored. A pump keeps the liquid level (reference value) almost constant by pumping more liquid into the container. The fill level (actual value) is measured by the fill level indicator and output as an analog signal. When the fill level sinks below a specific level, the pump is switched on by SIMOCODE pro. Liquid is pumped in until the reference value is re-attained. The pump is then switched off. Controlling the pump The pump can be controlled as follows: Locally: Local control [LC] station for manual switching on and off (by visual contact) in the switchboard, cabinet door: Control station operator panel [OP] for manual switching on and off At automation level: Control station PLC / PCS (DP) for remote-controlled switching on and off (automatic operation) via PROFIBUS DP Via SIMOCODE pro, by means of internal fill-level or limit value monitoring Application Manual, 05/2018, A5E40508055002A/RS-AB/002 13
Application example 2.1 Level monitoring Schematic Figure 2-1 Schematic of a typical application example Recording, displaying and evaluating measured values The following measured values are required for monitoring the process: Motor current of the pump is measured by the current measuring module. Analog value of the fill-level sensor is acquired by the analog modules. The measured values are evaluated directly by SIMOCODE pro and /or transferred via PROFIBUS DP to the PLC / PCS. Any measured value can be output via the analog module, e.g. the actual motor current to a connected pointer instrument. Optionally, a laptop with the SIMOCODE ES software, for example, can be connected to the operator panel so that further process data can be locally evaluated. 14 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3 3.1 Purpose, steps, preconditions Purpose of example circuits The example circuits should: Show you how to implement a circuit for a specific control function using SIMOCODE pro. Help you modify these examples for your respective application. Help you implement other applications easily. Fundamental steps Implementation of external wiring (for control and feedback of main current switching devices and control and signaling devices) Implementation / activation of internal SIMOCODE pro functions, with control and evaluation of the SIMOCODE pro inputs / outputs (internal SIMOCODE pro wiring). Setting up the cyclic receive and send data for the communication of SIMOCODE pro with a PLC: see function circuit diagrams and the "Assignment of cyclic receive and send data for predefined control functions" tables in the SIMOCODE pro system manual. Prerequisites Load feeder / Motor is present PLC / PCS with bus interface is present The main circuit is already connected PC / PG is present SIMOCODE ES software is installed The basic unit has the factory settings. You can find out how to restore the basic factory settings in Section "Restoring factory settings" in the SIMOCODE pro System Manual (https://support.industry.siemens.com/cs/ww/en/view/109743957) Application Manual, 05/2018, A5E40508055002A/RS-AB/002 15
3.2 Control functions 3.2 Control functions Depending on the device series, the following parameterizable control functions are available: Table 3-1 Control functions Control function SIMOCODE pro C S V PB V MB V PN V EIP Overload relay Direct starter (direct-on-line starter) Reversing starter Molded case circuit breaker (MCCB) Star-delta starter Star-delta reversing starter Dahlander starter, combinable with reversing starter Pole-changing starter, combinable with reversing starter Solenoid valve Positioner Soft starter Soft starter with reversing contactor All the necessary protection functions and interlocks are already available and can be flexibly adapted and expanded. For a detailed description of the individual control functions: See Chapter "Motor control" in the manual Parameterizing SIMOCODE pro (https://support.industry.siemens.com/cs/ww/en/view/109743958). 16 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.3 Overload relay 3.3 Overload relay 3.3.1 "Overload relay" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU Figure 3-1 "Overload relay" circuit diagram, SIMOCODE pro C, pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 17
3.3 Overload relay 3.3.2 "Overload relay" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-2 "Overload relay" circuit diagram, SIMOCODE pro V PN, pro EIP 18 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.3 Overload relay 3.3.3 "Overload relay" plan - SIMOCODE pro C, pro V Figure 3-3 "Overload relay" plan, SIMOCODE pro C, pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 19
3.3 Overload relay 3.3.4 "Overload relay" circuit diagram - SIMOCODE pro S Figure 3-4 "Overload relay" circuit diagram, SIMOCODE pro S 20 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.3 Overload relay 3.3.5 "Overload relay" plan - SIMOCODE pro S Figure 3-5 "Overload relay" plan, SIMOCODE pro S Application Manual, 05/2018, A5E40508055002A/RS-AB/002 21
3.4 Direct starter 3.4 Direct starter 3.4.1 "Direct starter" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU Figure 3-6 "Direct starter" circuit diagram, SIMOCODE pro C, pro V PB, pro V MB RTU 22 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.4 Direct starter 3.4.2 "Direct starter" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-7 "Direct starter" circuit diagram, SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 23
3.4 Direct starter 3.4.3 "Direct-on-line starter" plan - SIMOCODE pro C, pro V Figure 3-8 "Direct starter" plan, SIMOCODE pro C, pro V PB, pro V MB RTU 24 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.4 Direct starter 3.4.4 "Direct-on-line starter" circuit diagram - SIMOCODE pro S Figure 3-9 "Direct starter" circuit diagram, SIMOCODE pro S Application Manual, 05/2018, A5E40508055002A/RS-AB/002 25
3.4 Direct starter 3.4.5 "Direct-on-line starter" plan - SIMOCODE pro S Figure 3-10 "Direct starter" plan, SIMOCODE pro S 26 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.5 Reversing starter 3.5 Reversing starter 3.5.1 "Reversing starter" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU Figure 3-11 "Reversing starter" circuit diagram, SIMOCODE pro C, pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 27
3.5 Reversing starter 3.5.2 "Reversing starter" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-12 "Reversing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP 28 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.5 Reversing starter 3.5.3 "Reversing starter" plan - SIMOCODE pro C, pro V Figure 3-13 "Reversing starter" plan, SIMOCODE pro C, pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 29
3.5 Reversing starter 3.5.4 "Reversing starter" circuit diagram - SIMOCODE pro S Figure 3-14 "Reversing starter" circuit diagram, SIMOCODE pro S 30 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.5 Reversing starter 3.5.5 "Reversing starter" plan - SIMOCODE pro S Figure 3-15 "Reversing starter" plan, SIMOCODE pro S Application Manual, 05/2018, A5E40508055002A/RS-AB/002 31
3.6 3VL molded case circuit breaker (MCCB) 3.6 3VL molded case circuit breaker (MCCB) 3.6.1 "3VL molded case circuit breaker (MCCB)" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU Figure 3-16 "3VL molded case circuit breaker (MCCB)" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU 32 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.6 3VL molded case circuit breaker (MCCB) 3.6.2 "3VL molded case circuit breaker (MCCB)" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-17 "3VL molded case circuit breaker (MCCB)" circuit diagram, SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 33
3.6 3VL molded case circuit breaker (MCCB) 3.6.3 "3VL molded case circuit breaker (MCCB)" plan - SIMOCODE pro C, pro V Figure 3-18 "3VL molded case circuit breaker (MCCB)" plan - SIMOCODE pro C, pro V 34 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.6 3VL molded case circuit breaker (MCCB) 3.6.4 "3VL molded-case circuit breaker (MCCB)" circuit diagram - SIMOCODE pro S Figure 3-19 "3VL molded case circuit breaker (MCCB)" circuit diagram, SIMOCODE pro S Application Manual, 05/2018, A5E40508055002A/RS-AB/002 35
3.6 3VL molded case circuit breaker (MCCB) 3.6.5 "3VL molded case circuit breaker (MCCB)" plan - SIMOCODE pro S Figure 3-20 "3VL molded case circuit breaker (MCCB)" plan, SIMOCODE pro S 36 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.7 Star-delta starter 3.7 Star-delta starter 3.7.1 "Star-delta starter" circuit diagram (current measuring in delta) - SIMOCODE pro V PB, pro V MB RTU Figure 3-21 "Star-delta starter" circuit diagram (current measuring in delta), SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 37
3.7 Star-delta starter 3.7.2 "Star-delta starter" circuit diagram (current measuring in delta) - SIMOCODE pro V PN, pro V EIP Figure 3-22 "Star-delta starter" circuit diagram (current measuring in delta), SIMOCODE pro V PN, pro V EIP 38 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.7 Star-delta starter 3.7.3 "Star-delta starter" plan (current measuring in delta) - SIMOCODE pro V Figure 3-23 "Star-delta starter" plan (current measuring in delta), SIMOCODE pro V basic unit Application Manual, 05/2018, A5E40508055002A/RS-AB/002 39
3.7 Star-delta starter 3.7.4 Circuit diagram of star-delta starter (current measuring in delta) - SIMOCODE pro S Figure 3-24 "Star-delta starter" circuit diagram (current measuring in delta), SIMOCODE pro S 40 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.7 Star-delta starter 3.7.5 "Star-delta starter" plan (current measuring in delta) - SIMOCODE pro S Figure 3-25 "Star-delta starter" plan (current measuring in delta), SIMOCODE pro S Application Manual, 05/2018, A5E40508055002A/RS-AB/002 41
3.7 Star-delta starter 3.7.6 "Star-delta starter" circuit diagram (current measuring in supply cable) - SIMOCODE pro V PB, pro V MB RTU Figure 3-26 "Star-delta starter" circuit diagram (current measuring in supply cable), SIMOCODE pro V PB, pro V MB RTU 42 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.7 Star-delta starter 3.7.7 "Star-delta starter" circuit diagram (current measuring in supply cable) - SIMOCODE pro V PN, pro V EIP Figure 3-27 "Star-delta starter" circuit diagram (current measuring in supply cable), SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 43
3.7 Star-delta starter 3.7.8 "Star-delta starter" plan (current measuring in supply cable) - SIMOCODE pro V Figure 3-28 "Star-delta starter" plan (current measuring in supply cable), SIMOCODE pro V 44 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.7 Star-delta starter 3.7.9 "Star-delta starter" circuit diagram (current measuring in supply cable) - SIMOCODE pro S Figure 3-29 "Star-delta starter" circuit diagram (current measuring in supply cable), SIMOCODE pro S Application Manual, 05/2018, A5E40508055002A/RS-AB/002 45
3.7 Star-delta starter 3.7.10 "Star-delta starter" plan (current measuring in supply cable) - SIMOCODE pro S Figure 3-30 "Star-delta starter" plan (current measuring in supply cable), SIMOCODE pro S 46 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.8 Star-delta reversing starter 3.8 Star-delta reversing starter 3.8.1 "Star-delta reversing starter" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-31 "Star-delta reversing starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 47
3.8 Star-delta reversing starter 3.8.2 "Star-delta reversing starter" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-32 "Star-delta reversing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP 48 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.8 Star-delta reversing starter 3.8.3 "Star-delta reversing starter" plan - SIMOCODE pro V Figure 3-33 "Star-delta reversing starter" plan, SIMOCODE pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 49
3.9 Dahlander starter 3.9 Dahlander starter 3.9.1 "Dahlander starter" circuit diagram SIMOCODE pro V PB, pro V MB RTU Figure 3-34 "Dahlander starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU 50 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.9 Dahlander starter 3.9.2 "Dahlander starter" circuit diagram SIMOCODE pro V PN, pro V EIP Figure 3-35 "Dahlander starter" circuit diagram, SIMOCODE pro PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 51
3.9 Dahlander starter 3.9.3 "Dahlander starter" diagram SIMOCODE pro V Figure 3-36 "Dahlander starter" diagram, SIMOCODE pro V 52 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.10 Dahlander reversing starter 3.10 Dahlander reversing starter 3.10.1 "Dahlander reversing starter" circuit diagram SIMOCODE pro V PB, pro V MB RTU Figure 3-37 "Dahlander reversing starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 53
3.10 Dahlander reversing starter 3.10.2 "Dahlander reversing starter" circuit diagram SIMOCODE pro V PN, pro V EIP Figure 3-38 "Dahlander reversing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP 54 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.10 Dahlander reversing starter 3.10.3 "Dahlander reversing starter" diagram SIMOCODE pro V Figure 3-39 "Dahlander reversing starter" diagram, SIMOCODE pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 55
3.11 Pole-changing starter 3.11 Pole-changing starter 3.11.1 "Pole-changing starter" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-40 "Pole-changing starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU 56 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.11 Pole-changing starter 3.11.2 "Pole-changing starter" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-41 "Pole-changing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 57
3.11 Pole-changing starter 3.11.3 "Pole-changing starter" plan - SIMOCODE pro V Figure 3-42 "Pole-changing starter" plan, SIMOCODE pro V 58 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.12 Pole-changing reversing starter 3.12 Pole-changing reversing starter 3.12.1 "Pole-changing reversing starter" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-43 "Pole-changing reversing starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 59
3.12 Pole-changing reversing starter 3.12.2 "Pole-changing reversing starter" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-44 "Pole-changing reversing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP 60 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.12 Pole-changing reversing starter 3.12.3 "Pole-changing reversing starter" plan - SIMOCODE pro V Figure 3-45 "Pole-changing reversing starter" plan, SIMOCODE pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 61
3.13 Solenoid valve 3.13 Solenoid valve 3.13.1 "Solenoid valve" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-46 "Solenoid valve" circuit diagram, SIMOCODE pro V PB, pro V MB RTU 62 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.13 Solenoid valve 3.13.2 "Solenoid valve" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-47 "Solenoid valve" circuit diagram, SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 63
3.13 Solenoid valve 3.13.3 "Solenoid valve" plan - SIMOCODE pro V Figure 3-48 "Solenoid valve" plan, SIMOCODE pro V 64 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.14 Positioner 3.14 Positioner 3.14.1 "Positioner 1" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-49 "Positioner 1" circuit diagram, SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 65
3.14 Positioner 3.14.2 "Positioner 1" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-50 "Positioner 1" circuit diagram, SIMOCODE pro V PN, pro V EIP 66 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.14 Positioner 3.14.3 "Positioner 1" plan - SIMOCODE pro V Figure 3-51 "Positioner 1" plan, SIMOCODE pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 67
3.14 Positioner 3.14.4 "Positioner 2" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-52 "Positioner 2" circuit diagram, SIMOCODE pro V PB, pro V MB RTU 68 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.14 Positioner 3.14.5 "Positioner 2" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-53 "Positioner 2" circuit diagram, SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 69
3.14 Positioner 3.14.6 "Positioner 2" plan, SIMOCODE pro V Figure 3-54 "Positioner 2" plan, SIMOCODE pro V 70 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.14 Positioner 3.14.7 "Positioner 3" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-55 "Positioner 3" circuit diagram, SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 71
3.14 Positioner 3.14.8 "Positioner 3" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-56 "Positioner 3" circuit diagram, SIMOCODE pro V PN, pro V EIP 72 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.14 Positioner 3.14.9 "Positioner 3" plan - SIMOCODE pro V Figure 3-57 "Positioner 3" plan, SIMOCODE pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 73
3.14 Positioner 3.14.10 "Positioner 4" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-58 "Positioner 4" circuit diagram, SIMOCODE pro V PB, pro V MB RTU 74 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.14 Positioner 3.14.11 "Positioner 4" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-59 "Positioner 4" circuit diagram, SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 75
3.14 Positioner 3.14.12 "Positioner 4" plan - SIMOCODE pro V Figure 3-60 "Positioner 4" plan, SIMOCODE pro V 76 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.14 Positioner 3.14.13 "Positioner 5" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-61 "Positioner 5" circuit diagram, SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 77
3.14 Positioner 3.14.14 "Positioner 5" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-62 "Positioner 5" circuit diagram, SIMOCODE pro VP N, pro V EIP 78 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.14 Positioner 3.14.15 "Positioner 5" plan - SIMOCODE pro V Figure 3-63 "Positioner 5" plan, SIMOCODE pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 79
3.15 Soft starter (3RW402, 3RW403, 3RW404) 3.15 Soft starter (3RW402, 3RW403, 3RW404) 3.15.1 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro V PB, pro V MB RTU Figure 3-64 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404), SIMOCODE pro V PB, pro V MB RTU 80 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.15 Soft starter (3RW402, 3RW403, 3RW404) 3.15.2 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro V PN, pro V EIP Figure 3-65 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404), SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 81
3.15 Soft starter (3RW402, 3RW403, 3RW404) 3.15.3 "Soft starter" plan (for example 3RW402, 3RW403, 3RW404) - SIMOCODE pro V Figure 3-66 "Soft starter" plan (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro V 82 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.15 Soft starter (3RW402, 3RW403, 3RW404) 3.15.4 Circuit diagram of soft starter (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro S Figure 3-67 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404), SIMOCODE pro S Application Manual, 05/2018, A5E40508055002A/RS-AB/002 83
3.15 Soft starter (3RW402, 3RW403, 3RW404) 3.15.5 "Soft starter" plan (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro S Figure 3-68 "Soft starter" plan (for example, 3RW402, 3RW403, 3RW404), SIMOCODE pro S 84 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.16 Soft starter (3RW405, 3RW407) 3.16 Soft starter (3RW405, 3RW407) 3.16.1 "Soft starter" circuit diagram (for example, 3RW405, 3RW407) - SIMOCODE pro V PB, pro V MB RTU Figure 3-69 "Soft starter" circuit diagram (for example, 3RW405, 3RW407), SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 85
3.16 Soft starter (3RW405, 3RW407) 3.16.2 "Soft starter" circuit diagram (3RW405, 3RW407) - SIMOCODE pro V PN, pro V EIP Figure 3-70 "Soft starter" circuit diagram (for example, 3RW405, 3RW407), SIMOCODE pro V PN, pro V EIP 86 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.16 Soft starter (3RW405, 3RW407) 3.16.3 "Soft starter" plan (for example, 3RW405, 3RW407) - SIMOCODE pro V Figure 3-71 "Soft starter" plan (for example, 3RW405, 3RW407), SIMOCODE pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 87
3.17 Soft starter with reversing contactor (3RW402, 3RW403, 3RW404) 3.17 Soft starter with reversing contactor (3RW402, 3RW403, 3RW404) 3.17.1 "Soft starter with reversing contactor" circuit diagram (3RW402, 3RW403, 3RW404) - SIMOCODE pro V PB, pro V MB RTU Figure 3-72 "Soft starter with reversing contactor" circuit diagram (3RW402, 3RW403, 3RW404), SIMOCODE pro V PB, pro V MB RTU 88 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.17 Soft starter with reversing contactor (3RW402, 3RW403, 3RW404) 3.17.2 "Soft starter with reversing contactor" circuit diagram (3RW402, 3RW403, 3RW404) - SIMOCODE pro V PN, pro V EIP Figure 3-73 "Soft starter with reversing contactor" circuit diagram (3RW402, 3RW403, 3RW404), SIMOCODE pro V PN, pro V EIP Application Manual, 05/2018, A5E40508055002A/RS-AB/002 89
3.17 Soft starter with reversing contactor (3RW402, 3RW403, 3RW404) 3.17.3 "Soft starter with reversing contactor" (3RW402, 3RW403, 3RW404) plan - SIMOCODE pro V Figure 3-74 "Soft starter with reversing contactor" plan (3RW402, 3RW403, 3RW404), SIMOCODE pro V 90 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.18 Soft starter with reversing contactor (3RW405, 3RW407) 3.18 Soft starter with reversing contactor (3RW405, 3RW407) 3.18.1 "Soft starter with reversing contactor" circuit diagram (3RW405, 3RW407) - SIMOCODE pro V PB, pro V MB RTU Figure 3-75 "Soft starter with reversing contactor" circuit diagram (for example, 3RW405, 3RW407), SIMOCODE pro V PB, pro V MB RTU Application Manual, 05/2018, A5E40508055002A/RS-AB/002 91
3.18 Soft starter with reversing contactor (3RW405, 3RW407) 3.18.2 "Soft starter with reversing contactor" circuit diagram (3RW405, 3RW407) - SIMOCODE pro V PN, pro V EIP Figure 3-76 "Soft starter with reversing contactor" circuit diagram (3RW405, 3RW407), SIMOCODE pro V PN, pro V EIP 92 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.18 Soft starter with reversing contactor (3RW405, 3RW407) 3.18.3 "Soft starter with reversing contactor" (3RW405, 3RW407) plan - SIMOCODE pro V Figure 3-77 "Soft starter with reversing contactor" plan (3RW405, 3RW407), SIMOCODE pro V Application Manual, 05/2018, A5E40508055002A/RS-AB/002 93
3.19 Direct starter for 1-phase loads 3.19 Direct starter for 1-phase loads 3.19.1 "Direct starter for 1-phase loads" circuit diagram - SIMOCODE pro V PB, pro V MB RTU Figure 3-78 "Direct starter for 1-phase loads" circuit diagram, SIMOCODE pro V PB, pro V MB RTU 1) A decoupling module is not necessary for 2nd generation current / voltage measuring modules 94 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
3.19 Direct starter for 1-phase loads 3.19.2 "Direct starter for 1-phase loads" circuit diagram - SIMOCODE pro V PN, pro V EIP Figure 3-79 "Direct starter for 1-phase loads" circuit diagram, SIMOCODE pro V PN, pro V EIP 1) A decoupling module is not necessary for 2nd generation current / voltage measuring modules Application Manual, 05/2018, A5E40508055002A/RS-AB/002 95
3.19 Direct starter for 1-phase loads 3.19.3 "Direct-on-line starter for 1-phase loads" plan Figure 3-80 "Direct starter for 1-phase loads" plan, SIMOCODE pro V 96 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
Further application examples 4 Further application examples for the SIMOCODE pro motor management system are available in Service and Support (SIMOCODE pro application examples (https://support.industry.siemens.com/cs/search?search=simocode&type=exampleofuse &lc=en-ww)). To view them, check the box "Application example": Application Manual, 05/2018, A5E40508055002A/RS-AB/002 97
Further application examples 98 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
List of abbreviations A A.1 List of abbreviations See SIMOCODE pro System Manual (https://support.industry.siemens.com/cs/ww/en/view/109743957). Application Manual, 05/2018, A5E40508055002A/RS-AB/002 99
List of abbreviations A.1 List of abbreviations 100 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
Index " "3VL molded case circuit breaker (MCCB)" circuit diagram - SIMOCODE pro C, pro V PB, pro V MB RTU, 32 "3VL molded case circuit breaker (MCCB)" circuit diagram, SIMOCODE pro S, 35 "3VL molded case circuit breaker (MCCB)" circuit diagram, SIMOCODE pro V PN, pro V EIP, 33 "3VL molded case circuit breaker (MCCB)" plan - SIMOCODE pro C, pro V, 34 "3VL molded case circuit breaker (MCCB)" plan, SIMOCODE pro S, 36 "Dahlander reversing starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 53 "Dahlander reversing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP, 54 "Dahlander reversing starter" diagram, SIMOCODE pro V, 55 "Dahlander starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 50 "Dahlander starter" diagram, SIMOCODE pro V, 52 "Dahlander" circuit diagram, SIMOCODE pro PN, pro V EIP, 51 "Direct starter for 1-phase loads" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 94 "Direct starter for 1-phase loads" circuit diagram, SIMOCODE pro V PN, pro V EIP, 95 "Direct starter for 1-phase loads" plan, SIMOCODE pro V, 96 "Direct starter" circuit diagram, SIMOCODE pro C, pro V PB, pro V MB RTU, 22 "Direct starter" circuit diagram, SIMOCODE pro S, 25 "Direct starter" circuit diagram, SIMOCODE pro V PN, pro V EIP, 23 "Direct starter" plan, SIMOCODE pro C, pro V PB, pro V MB RTU, 24 "Direct starter" plan, SIMOCODE pro S, 26 "Overload relay" circuit diagram, SIMOCODE pro C, pro V PB, pro V MB RTU, 17 "Overload relay" circuit diagram, SIMOCODE pro S, 20 "Overload relay" circuit diagram, SIMOCODE pro V PN, pro EIP, 18 "Overload relay" plan, SIMOCODE pro C, pro V PB, pro V MB RTU, 19 "Overload relay" plan, SIMOCODE pro S, 21 "Pole-changing reversing starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 59 "Pole-changing reversing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP, 60 "Pole-changing reversing starter" plan, SIMOCODE pro V, 61 "Pole-changing starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 56 "Pole-changing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP, 57 "Pole-changing starter" plan, SIMOCODE pro V, 58 "Positioner 1" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 65 "Positioner 1" circuit diagram, SIMOCODE pro V PN, pro V EIP, 66 "Positioner 1" plan, SIMOCODE pro V, 67 "Positioner 2" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 68 "Positioner 2" circuit diagram, SIMOCODE pro V PN, pro V EIP, 69 "Positioner 2" plan, SIMOCODE pro V, 70 "Positioner 3" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 71 "Positioner 3" circuit diagram, SIMOCODE pro V PN, pro V EIP, 72 "Positioner 3" plan, SIMOCODE pro V, 73 "Positioner 4" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 74 "Positioner 4" circuit diagram, SIMOCODE pro V PN, pro V EIP, 75 "Positioner 4" plan, SIMOCODE pro V, 76 "Positioner 5" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 77 "Positioner 5" circuit diagram, SIMOCODE pro VP N, pro V EIP, 78 "Positioner 5" plan, SIMOCODE pro V, 79 "Reversing starter" circuit diagram, SIMOCODE pro C, pro V PB, pro V MB RTU, 27 "Reversing starter" circuit diagram, SIMOCODE pro S, 30 "Reversing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP, 28 "Reversing starter" plan, SIMOCODE pro C, pro V, 29 "Reversing starter" plan, SIMOCODE pro S, 31 "Soft starter with reversing contactor" circuit diagram (3RW402, 3RW403, 3RW404), SIMOCODE pro V PB, pro V MB RTU, 88 Application Manual, 05/2018, A5E40508055002A/RS-AB/002 101
Index "Soft starter with reversing contactor" circuit diagram (3RW402, 3RW403, 3RW404), SIMOCODE pro V PN, pro V EIP, 89 "Soft starter with reversing contactor" circuit diagram (3RW405, 3RW407), SIMOCODE pro V PN, pro V EIP, 92 "Soft starter with reversing contactor" circuit diagram (for example, 3RW405, 3RW407), SIMOCODE pro V PB, pro V MB RTU, 91 "Soft starter with reversing contactor" plan (3RW402, 3RW403, 3RW404), SIMOCODE pro V, 90 "Soft starter with reversing contactor" plan (3RW405, 3RW407), SIMOCODE pro V, 93 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404), SIMOCODE pro S, 83 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404), SIMOCODE pro V PB, pro V MB RTU, 80 "Soft starter" circuit diagram (for example, 3RW402, 3RW403, 3RW404), SIMOCODE pro V PN, pro V EIP, 81 "Soft starter" circuit diagram (for example, 3RW405, 3RW407), SIMOCODE pro V PB, pro V MB RTU, 85 "Soft starter" circuit diagram (for example, 3RW405, 3RW407), SIMOCODE pro V PN, pro V EIP, 86 "Soft starter" plan (for example, 3RW402, 3RW403, 3RW404) - SIMOCODE pro V, 82 "Soft starter" plan (for example, 3RW402, 3RW403, 3RW404), SIMOCODE pro S, 84 "Soft starter" plan (for example, 3RW405, 3RW407), SIMOCODE pro V, 87 "Solenoid valve" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 62 "Solenoid valve" circuit diagram, SIMOCODE pro V PN, pro V EIP, 63 "Solenoid valve" plan, SIMOCODE pro V, 64 "Star-delta reversing starter" circuit diagram, SIMOCODE pro V PB, pro V MB RTU, 47 "Star-delta reversing starter" circuit diagram, SIMOCODE pro V PN, pro V EIP, 48 "Star-delta reversing starter" plan, SIMOCODE pro V, 49 "Star-delta starter" circuit diagram (current measuring in delta), SIMOCODE pro S, 40 "Star-delta starter" circuit diagram (current measuring in delta), SIMOCODE pro V PB, pro V MB RTU, 37 "Star-delta starter" circuit diagram (current measuring in delta), SIMOCODE pro V PN, pro V EIP, 38 "Star-delta starter" circuit diagram (current measuring in supply cable), SIMOCODE pro S, 45 "Star-delta starter" circuit diagram (current measuring in supply cable), SIMOCODE pro V PB, pro V MB RTU, 42 "Star-delta starter" circuit diagram (current measuring in supply cable), SIMOCODE pro V PN, pro V EIP, 43 "Star-delta starter" plan (current measuring in delta), SIMOCODE pro S, 41 "Star-delta starter" plan (current measuring in delta), SIMOCODE pro V basic unit, 39 "Star-delta starter" plan (current measuring in supply cable), SIMOCODE pro S, 46 "Star-delta starter" plan (current measuring in supply cable), SIMOCODE pro V, 44 C Circuit breaker, 16 Control station local control, 13 Current notes on operational safety, 11 D Dahlander starter, 16 Direct starter (direct-on-line starter), 16 Disclaimer of liability, 9 E Example circuits, 15 F Fault message, 8 M Manual Collection, 7 N Newsletter, 11 O Overload relay, 16 102 Application Manual, 05/2018, A5E40508055002A/RS-AB/002
Index P Pole-changing starter, 16 Positioner, 16 Pump, 13 R Recycling and disposal, 9 Response, 8 Reversing starter, 16 S Soft starter, 16 Soft starter with reversing contactor, 16 Solenoid valve, 16 Star-delta reversing starter, 16 Star-delta starter, 16 T Technical Assistance, 9 Application Manual, 05/2018, A5E40508055002A/RS-AB/002 103
Index 104 Application Manual, 05/2018, A5E40508055002A/RS-AB/002