Siemens SIRIUS 3RW5 series Equipment Manual Download Page 130

Page: 130 / 214

Tag

NodeId.
Identifier

Data format Unit

Displayed name and level

Browse name

i =

1s
t

2n
d

3r
d

4th level

Remaining motor cooling time

Remaining_motor_cool‐
ing_time_MESW

1100

Float

Remaining switching element cooling
time

Remaining_switching_ele‐
ment_cooling_time_MESW

1101

Float

Remaining switching frequency monit.
time

Remaining_switching_frequen‐
cy_monit._time_MESW

1102

UInt32

Remaining time for motor overload pro‐
tection

Remaining_time_for_motor_over‐
load_protection_MESW

1103

Float

Reset ON command required

Reset_ON_command_required_DI‐
AG

1193

Bool

Reversing DC braking active

Reversing_DC_braking_active_DI‐
AG

1194

Bool

Self-test active

Self_test_active_DIAG

1195

Bool

Simulation active

Simulation_active_DIAG

1196

Bool

Start condition fulfilled

Start_condition_fulfilled_DIAG

1197

Bool

Start condition not fulfilled

Start_condition_not_fulfilled_DIAG 1198

Bool

Start pause pending

Start_pause_pending_DIAG

1199

Bool

Starting current I L1 max (rms)

Starting_cur‐
rent_I_L1_max_rms_MAXP

1078

Float

Starting current I L2 max (rms)

Starting_cur‐
rent_I_L2_max_rms_MAXP

1079

Float

Starting current I L3 max (rms)

Starting_cur‐
rent_I_L3_max_rms_MAXP

1080

Float

Starting current I max (rms)

Starting_cur‐
rent_I_max_rms_MAXP

1081

Float

Starting mode active

Starting_mode_active_DIAG

1200

Bool

Stopping mode active

Stopping_mode_active_DIAG

1201

Bool

Switching element cooling time active

Switching_element_cool‐
ing_time_active_DIAG

1202

Bool

Switching element heating

Switching_element_heat‐
ing_MESW

1104

UInt32

Switching frequency lock active

Switching_frequency_lock_ac‐
tive_DIAG

1203

Bool

Switching frequency time running

Switching_frequency_time_run‐
ning_DIAG

1204

Bool

Test mode active

Test_mode_active_DIAG

1205

Bool

Test with small load active

Test_with_small_load_active_DIAG 1206

Bool

Thermal motor model deactivated

Thermal_motor_model_deactiva‐
ted_DIAG

1207

Bool

Type of motor connection inside delta

Type_of_motor_connection_in‐
side_delta_DIAG

1208

Bool

Type of motor connection standard

Type_of_motor_connec‐
tion_standard_DIAG

1209

Bool

Functions
8.4 OPC UA server

SIRIUS 3RW5 PROFINET communication modules

130

Equipment Manual, 05/2021, A5E35631297002A/RS-AD/004

Summary of Contents for SIRIUS 3RW5 series

Page 1: ...ules Equipment Manual 05 2021 A5E35631297002A RS AD 004 Siemens Industry Online Support 1 Safety notes 2 Description 3 Mounting and dismantling 4 Connection 5 Configuring 6 Messages and diagnostics 7 Functions 8 Maintenance and service 9 Technical data 10 Dimension drawings 11 Circuit diagrams 12 Appendix A ...

Page 2: ...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 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...

Page 3: ...onnection cable and connector 34 3 7 Accessories 34 3 7 1 SIRIUS Soft Starter ES TIA Portal 34 3 7 2 Use on the 3RW50 soft starter 36 4 Mounting and dismantling 37 4 1 Installing the 3RW5 communication module in the 3RW5 soft starter 37 4 1 1 Break out the cover of the slot 37 4 1 2 Mount the 3RW5 communication module in the slot of the 3RW5 Soft Starter 39 4 2 Removing the 3RW5 communication modu...

Page 4: ... 1 Device LEDs on the 3RW5 PROFINET communication modules 69 7 1 2 Status and error displays 70 7 2 Diagnostics via configuration software of the controller 71 7 2 1 Triggering of a diagnostics interrupt error interrupt 72 7 2 2 Triggering of a diagnostics interrupt maintenance interrupt 72 7 2 3 Triggering a PROFIenergy status interrupt 72 7 2 4 Triggering of a removal and insertion interrupt 73 ...

Page 5: ...sing of nodes 116 8 4 8 OPC UA variables 116 8 5 Operation without PN control 135 8 6 System redundancy S2 136 8 7 Dynamic Reconfiguration DR 137 9 Maintenance and service 139 9 1 Firmware update 139 9 1 1 Performing firmware update with micro SD card 3RW5 HMI High Feature 141 9 2 Replacing the 3RW5 communication module 141 9 3 Restoring factory settings 143 10 Technical data 145 10 1 Technical da...

Page 6: ... data 174 A 4 5 6 Data set 96 Maximum pointer 175 A 4 5 7 Data sets 131 141 and 151 Parameter basic functions Set 1 2 and 3 177 A 4 5 8 Data sets 132 142 and 152 Parameter extended functions 1 Set 1 2 and 3 190 A 4 5 9 Data set 133 Parameter extended functions 2 192 A 4 5 10 Data set 134 Parameter Maintenance 193 A 4 5 11 Data set 135 Parameter cyclic process image 194 A 4 6 3RW5 HMI High Feature ...

Page 7: ...rable Certificates Clearly sorted according to approving authority type and country Characteristics For support in planning and configuring your system Product announcements The latest information and news concerning our products Downloads Here you will find updates service packs HSPs and much more for your product Application examples Function blocks background and system descriptions performance...

Page 8: ...your entire automation project My documentation Configure your individual documentation from different manuals CAx data Easy access to CAx data e g 3D models 2D dimension drawings EPLAN macros device circuit diagrams My IBase registrations Register your Siemens products systems and software Siemens Industry Online Support app The Siemens Industry Online Support app provides you access to all the d...

Page 9: ...s com cs ww en ps 16212 man Equipment Manual for the 3RW5 PROFINET communication modules https support industry siemens com cs ww en view 109753754 Equipment Manual for the 3RW5 PROFIBUS communication module https support industry siemens com cs ww en view 109753753 Equipment Manual for the 3RW5 Modbus communication modules https support industry siemens com cs ww en view 109753755 Equipment Manua...

Page 10: ...ry siemens com cs ww en ps 14672 PI PROFIBUS PROFINET International Home https www profibus com Further information on PROFINET https www siemens com global en home products automation industrial communication profinet html OPC UA Foundation https opcfoundation org Application description Programming an OPC UA NET client with C for the SIMATIC NET OPC UA server https support industry siemens com c...

Page 11: ...pdates are applied as soon as they are available and that the latest product versions are used Use of product versions that are no longer supported and failure to apply the 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 2 2 Data security in a...

Page 12: ...ss Password phishing Password phishing means attempting to get a user to divulge access data and passwords by masquerading as a different identity in an e mail Precautions The most important precautions against manipulation and loss of data security in an industrial environment are Filtering and verification of data traffic through virtual private networks VPN A virtual private network is used to ...

Page 13: ...tandards on the VDI home page https www vdi de richtlinien PROFINET Security Guideline on information security in industrial automation The PROFIBUS PROFINET user organization supports you with building up safety standards in your company with the PROFINET Security Guideline You will find these guidelines under downloads on the home page of the PROFIBUS PROFINET user organization PI PROFIBUS PROFI...

Page 14: ...nded period of operation Electrostatic charging Anyone who is not connected to the electrical potential of their surroundings can be electrostatically charged The diagram below shows the maximum electrostatic voltage which may build up on a person coming into contact with the materials specified in the diagram These values correspond to IEC 801 2 specifications 9ROWDJH LQ N9 6 QWKHWLF PDWHULDO RRO...

Page 15: ... radio interference in domestic environments in which case the user may be required to take adequate mitigation measures 2 5 Firmware update In order to be able to use the 3RW5 soft starter without any problems and with its full range of functions ensure that the firmware and software of all components are up to date Page 139 3RW5 soft starter 3RW5 communication module 3RW5 HMI High Feature HSP GS...

Page 16: ...Safety notes 2 6 Recycling and disposal SIRIUS 3RW5 PROFINET communication modules 16 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 17: ...tarter1 3RW55 Failsafe soft starter1 The 3RW5 PROFINET Standard communication module is supported by the 3RW5 HMI High Feature1 A history of the firmware versions with new features can be found in the downloads on the 3RW5 topic page https support industry siemens com cs ww en view 109747404 1 3RW5 PROFINET Standard communication module from firmware version V1 0 1 Note 3RW5 PROFINET High Feature ...

Page 18: ...intended for everyone involved in the following tasks Planning and configuring systems Installation Commissioning Service and maintenance 3 1 History Release number New features 03 2018 Initial release 02 2019 Revision of the manual Supplementary functions for the 3RW5 PROFINET Standard communication module e g PROFIenergy 3RW5 PROFINET High Feature communication module 06 2020 Revision of the man...

Page 19: ...ata Matrix Code LED display Plug in connection to the 3RW5 soft starter Firmware version of the 3RW5 communication module as delivered MAC address Article number Fieldbus connection RJ45 socket Product version Plug in connection to the 3RW5 soft starter with cover cap Description 3 2 Hardware configuration SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 00...

Page 20: ...ersion Plug in connection to the 3RW5 soft starter with cover cap 3 3 Functions of the 3RW5 PROFINET communication module PROFINET IO PROFINET IO is an open transmission system with real time functionality defined in accordance with the PROFINET standard This standard defines a non manufacturer specific communication automation and engineering model Description 3 3 Functions of the 3RW5 PROFINET c...

Page 21: ... Reconfiguration DR Page 137 x6 PROFIenergy Page 83 x2 3 x NTP time synchronization Page 90 x Minimum update time 2 ms 0 25 ms Resetting communication parameters to factory settings via PROFINET IO x x Additional functions Web server x4 5 OPC UA server x4 5 Firmware update via PROFINET IO x x Identification data I M 0 to 3 x x 1 Supported by SIRIUS 3RW55 soft starter from firmware version V2 0 and...

Page 22: ...ter ES TIA Portal Premium Professional via 3RW5 communication module Motor PC with SIRIUS Soft Starter ES TIA Portal via local interface on 3RW5 HMI High Feature 3RW5 HMI High Feature accessories depend on 3RW5 soft starter 3RW5 HMI Standard accessories depend on 3RW5 soft starter Options for data transfer Monitoring Diagnostics Control Parameterization 3RW5 HMI High Feature 2 3RW5 HMI Standard SI...

Page 23: ...ia the 3RW5 PROFINET communication module for each access path Access path 3RW5 PROFINET communication module Standard High Feature Programmable logic controller e g SIMATIC S7 1500 1 1 SIRIUS Soft Starter ES TIA Portal Premium Professional 1 41 Web client 52 3 OPC UA client 22 3 1 3RW5 PROFINET High Feature communication module from firmware version V1 1 previously only one application was possib...

Page 24: ...perating mode Manual operation local HMI controlled Control source Input IN or digital inputs operating mode Manual operation local input con trolled or Automatic input controlled Control source Web server operating mode Manual operation bus Webserver controlled Control source PLC operating mode Automatic Control source SIRIUS Soft Starter ES TIA Portal Premium Professional operating mode Man ual ...

Page 25: ...module In operating mode manual bus a control source on the fieldbus has control SIRIUS Soft Starter ES TIA Portal Premium Professional Web server Operating mode manual local In the operating mode manual local the master control function rests with a control source directly on the 3RW5 soft starter Input IN 3RW50 and 3RW52 Soft Starters or digital inputs 3RW55 and 3RW55 Failsafe soft starters 3RW5...

Page 26: ...RW5 soft starter behaves as follows irrespective of the operating mode 3RW50 soft starter The 3RW50 soft starter behaves in accordance with the parameter Control via digital input Page 33 3RW52 soft starter with firmware version earlier than V2 0 1 The 3RW52 soft starter remains in Automatic mode or switches to Automatic mode Note Response of 3RW52 soft starter in the event of bus connection failu...

Page 27: ...ut 2 is assigned the input action Operating mode manual local and the input action is activated On a connection abort terminating the connection to the 3RW5 HMI High Feature control switches to Manual local input controlled Additional information Further information on the 3RW5 soft starters and restoring the factory settings of the device can be found in the Equipment Manual of the respective 3RW...

Page 28: ... action Operating mode manual local is parameterized By deactivating the input action Operating mode manual local 3RW50 3RW52 soft starters and for 3RW55 and 3RW55 Failsafe soft starters if the input action Operating mode manual local is not parameterized By disabling the Manual operation local input controlled bit in the process image output PIQ Page 154 the Automatic mode receives the master con...

Page 29: ...ocal is not parameterized By activating the Manual operation local input controlled bit in the process image output PIQ Page 154 For 3RW55 and 3RW55 Failsafe soft starters if the input action Operating mode manual local is parameterized By activating the input action Operating mode manual local LOCAL REMOTE action on the 3RW5 HMI Command in SIRIUS Soft Starter ES TIA Portal local interface on the ...

Page 30: ...for 3RW55 and 3RW55 Failsafe soft starters if the input action Operating mode manual local is not parameterized By activating the Manual operation local input controlled bit in the process image output PIQ Page 154 For 3RW55 and 3RW55 Failsafe soft starters if the input action Operating mode manual local is parameterized By activating the input action Operating mode manual local If the master cont...

Page 31: ...local interface on the 3RW5 HMI High Feature Brief overview Window Task Card Tab Online Tools SIRIUS Control Panel Master Control Get Control Operating mode Manual operation local HMI controlled Fetching control The 3RW5 HMI actively fetches master control via the action LOCAL REMOTE from the lower priority control source If master control at the local interface on the 3RW5 HMI High Feature higher...

Page 32: ... SIRIUS Control Panel Control Release Control In the following cases the master control function is given back to input IN or the digital inputs No 3RW5 communication module installed in the 3RW5 soft starter or connected to the 3RW50 soft starter 3RW50 and 3RW52 soft starters The parameter Control via digital input Page 33 is set to Permanent activation Withdrawal of control by other control sour...

Page 33: ...rmation on the parameterization mode can be found in the Equipment Manual of the respective 3RW5 soft starter Parameter Parameter Description Control via digital input Manual activation On failure of the bus connection or a CPU stop the 3RW5 soft starter remains in the Automatic mode or the 3RW5 soft starter switches to the Automatic mode Permanent activation A switch to the Automatic mode and ope...

Page 34: ...is impermissibly bent The bus connector or the 3RW5 communication module is damaged Use bus connectors with a right angled cable outlet and dimensions that match the recommended bus connector Recommended bus connector Article number Description 6GK1901 1BB20 2AA0 Industrial Ethernet FastConnect RJ45 Plug 90 2x 2 RJ45 plug connector 10 100 Mbit s with rugged metal housing and FC connecting method f...

Page 35: ...15 and V15 1 Supported functions V15 1 SIRIUS Soft Starter ES TIA Portal Basic Standard Premium Access via local interface on the 3RW5 HMI High Feature x x x Parameterization x x x Operator control x x x Diagnostics x x x Expert list x x Parameter comparison x x Service data maximum pointer statistic data x x Trace x x Access via PROFIBUS or PROFINET x Teleservice via MPI x Routing x Bulk engineer...

Page 36: ...ons and updates on the 3RW5 topic page https support industry siemens com cs ww en view 109747404 and in the Catalog IC 10 https support industry siemens com cs ww en view 109747945 3 7 2 Use on the 3RW50 soft starter The following accessories are needed for using the 3RW5 communication module on the 3RW50 soft starter Push in lugs for wall mounting 3ZY1311 0AA00 COM connecting cable 3RW5900 0CC00...

Page 37: ...y voltage Procedure 1 Break out the cover of the slot Page 37 2 Mount the 3RW5 communication module Page 39 Result You have mounted the 3RW5 communication module in the 3RW5 soft starter which you can connect to the fieldbus Page 50 via the 3RW5 communication module 4 1 1 Break out the cover of the slot Requirements 3RW5 soft starter with integrated slot 3RW52 3RW55 3RW55 Failsafe Sharp robust kni...

Page 38: ... an angle from below 1 Cut through the connecting webs of the cover Use a sharp and robust knife or a diagonal cutter 2 Lift the cover with a finger on the top side of the device and break the cover at the preset breaking point toward the outside 3 Press the second part of the cover toward the interior of the device and break the cover inward at the preset breaking point Result You can mount the 3...

Page 39: ...W5 communication module into the slot 2 Secure the 3RW5 communication module with the fastening screws supplied at the lower and upper mounting holes Result You have mounted the 3RW5 communication module in the 3RW5 soft starter which you can connect to the fieldbus Page 50 via the 3RW5 communication module Mounting and dismantling 4 1 Installing the 3RW5 communication module in the 3RW5 soft star...

Page 40: ... to electrical voltage Switch off the power to the 3RW5 soft starter before starting work main and control supply voltage Note A magnetic screwdriver simplifies disassembly Procedure NOTICE Damage to property Ensure that no foreign matter can get into the slot Mounting and dismantling 4 2 Removing the 3RW5 communication module from the 3RW5 soft starter SIRIUS 3RW5 PROFINET communication modules 4...

Page 41: ...4 Pull the 3RW5 communication module out of the slot of the 3RW5 soft starter with your fingers Result You have removed the 3RW5 communication module and can now mount another 3RW5 communication module 4 3 Installing the 3RW5 communication module on a level surface Requirements 3RW50 soft starter Level surface e g sufficiently strong mounting plate Observe the mounting positions minimum clearances...

Page 42: ... pattern Page 148 The COM connecting cable has a limited length 2 head screws M4 x 12 DIN ISO 7045 to fit the drill holes Screwdriver depending on the drive of the screws 2 push in lugs accessories for wall mounting Page 36 Illustration similar Mounting and dismantling 4 3 Installing the 3RW5 communication module on a level surface SIRIUS 3RW5 PROFINET communication modules 42 Equipment Manual 05 ...

Page 43: ...ce You can connect the COM connecting cable to the 3RW50 soft starter Page 45 and on the 3RW5 communication module Page 46 and connect the 3RW50 soft starter to the fieldbus via the 3RW5 communication module Page 50 4 4 Removing the 3RW5 communication module from a level surface Requirements 3RW50 soft starter Removed bus connector Page 51 Removed COM connecting cable Page 48 Screwdriver depending...

Page 44: ... the 3RW5 communication module Result You have removed the 3RW5 communication module and can now mount another 3RW5 communication module Mounting and dismantling 4 4 Removing the 3RW5 communication module from a level surface SIRIUS 3RW5 PROFINET communication modules 44 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 45: ...ents 3RW50 soft starter Removed hinged cover Further information on removing the hinged cover can be found in the Equipment Manual of the 3RW50 soft starter COM connecting cable accessory Procedure Illustration similar SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 45 ...

Page 46: ...on module Page 46 5 1 2 Connecting the COM connecting cable to the 3RW5 communication module Requirements 3RW5 communication module mounted on a level surface Page 41 Removed cover cap Loosen and remove the securing mechanism of the cover cap and keep the cover cap in a safe place 3RW50 soft starter with connected COM connecting cable accessory Page 45 NOTICE Damage to property due to electrical v...

Page 47: ...t under the 3RW50 soft starter and then on the side next to the 3RW50 soft starter Maintain sufficient distance from the main power connections and ensure that your routing is EMC compliant Result The 3RW5 communication module is now properly mounted and connected to the 3RW50 soft starter You can connect the 3RW50 soft starter via the 3RW5 communication module on the fieldbus Page 50 Connection 5...

Page 48: ...oltage Procedure Illustration similar 1 Loosen die securing mechanism on the bus connector of the COM connecting cable 2 Pull the bus connector of the COM connecting cable out of the plug in connection of the 3RW5 communication module Result You have disconnected the 3RW5 communication module from the 3RW50 soft starter Place the cover cap onto the front plug in connection of the 3RW5 communicatio...

Page 49: ...1 Loosen die securing mechanism on the bus connector of the COM connecting cable 2 Pull the bus connector of the COM connecting cable out of the socket on the 3RW50 soft starter 3 Install the hinged cover Further information on installing the hinged cover can be found in the Equipment Manual of the 3RW50 soft starter Result You have disconnected the COM connecting cable from the 3RW50 soft starter...

Page 50: ... interference currents on the cable shield can be conducted to ground Generally follow the instructions in the EMC Guide http www siemens com emc guideline and implement the measures stated in it for shielding the cables and for connecting the shield Procedure 3RW5 PROFINET Standard communication module Illustration similar 1 Plug the bus connector of the cable into the socket of the 3RW5 PROFINET...

Page 51: ...the bus connector of the second cable into the upper socket Port 1 of the 3RW5 PROFINET High Feature communication module 3 Secure the two cables together with a cable tie Result The 3RW5 PROFINET communication module is now properly mounted and connected You can integrate the 3RW5 soft starter into the associated network environment 5 2 2 Removing the bus connector Requirements Diagonal cutter Sl...

Page 52: ...h the slotted screwdriver Press the slotted screwdriver slightly to the left to do this 4 Pull the bus connector of the cable out of the socket of the 3RW5 PROFINET communication module Note 3RW5 PROFINET High Feature communication module The procedure for the bus connector in the lower socket Port 2 is identical Result You have disconnected the 3RW5 PROFINET communication module from the bus conn...

Page 53: ... controller programmable logic controller e g SIMATIC S7 1500 IO supervisor PC or programming device IO device 3RW5 PROFINET communication module Configuration software of the controller e g STEP 7 with HSP or GSDML file Parameterization software optional e g SIRIUS Soft Starter ES TIA Portal Page 34 Basic knowledge of how to use PROFINET e g for device name Page 60 and IP parameter Page 61 Note t...

Page 54: ...t impossible combinations of interdependent values The diagnosis Invalid parameter value is then indicated in data set 92 of the 3RW5 soft starter slot 2 Page 168 You will find the dependencies of the parameters in the Equipment Manual of the 3RW5 soft starter Result The 3RW5 soft starter is integrated into the PROFINET IO system as an IO device and parameterized You can program the controller and...

Page 55: ...ements Connection of the 3RW5 soft starter via PROFINET Supply voltage control supply voltage switched on at 3RW5 soft starter MAC address You can read the MAC address on the front of the 3RW5 communication module Procedure Programmable logic controller IO controller e g SIMATIC S7 1500 PC or programming device with configuration software of controller PROFINET SIRIUS 3RW5 soft starter IO device S...

Page 56: ...odule to flash Compare the MAC address of the 3RW5 communication module with the displayed MAC address and select the required IO device Alternatively you can also set the device name via SIRIUS Soft Starter ES TIA Portal Premium Professional via fieldbus in the 3RW5 communication module Brief overview Window Project Navigation with current project under created Soft Starter Online Diagnostics Win...

Page 57: ...ly voltage control supply voltage switched on at 3RW5 soft starter Procedure Programmable logic controller IO controller e g SIMATIC S7 1500 PC or programming device with configuration software of the controller and SIRIUS Soft Starter ES TIA Portal Premium Professional optional PROFINET SIRIUS 3RW5 soft starter IO device PC with SIRIUS Soft Starter ES TIA Portal 3RW5 HMI High Feature accessories ...

Page 58: ...dules and 3RW5 HMIs are already contained in the HW catalog of STEP 7 TIA Portal as of V16 Check the 3RW5 topic page for updates and ensure that your device and the current firmware are contained in the HW catalog 2 Enter a device name for the IO device in the configuration software of the controller e g in STEP 7 in the properties of the IO device Note the information in chapter Device name Page ...

Page 59: ...oft starter Note the information in chapter Device name Page 60 5 Set the IP parameters in the 3RW5 communication module The following procedures are possible During startup the IO controller issues the IP parameters based on the device name and assigns these to the IO device temporary IP parameters The IP parameters of the IO device are transferred online to the 3RW5 communication module static I...

Page 60: ... when selecting the device name Logical name e g with reference to the function or the installation location PROFINET naming conventions Note Converted device name If the device name entered does not conform to the PROFINET naming convention in STEP 7 the device name is converted The program generates a converted device name that corresponds to the PROFINET naming conventions The device name compr...

Page 61: ...in the 3RW5 communication module Note Restarting the communication interface Any change of the device name via SIRIUS Soft Starter ES TIA Portal requires a restart of the communication interface A new start interrupts all PROFINET links and reestablishes them afterward 6 2 1 4 IP parameters All PROFINET devices are capable of the TCP IP protocol and therefore require an IP address to operate on th...

Page 62: ...oller Note Restarting the communication interface Any change in the IP parameters via SIRIUS Soft Starter ES TIA Portal requires a restart of the communication interface A new start interrupts all PROFINET links and reestablishes them afterward 6 2 2 Integrating the 3RW5 Soft Starter into PROFINET IO system 6 2 2 1 Integrating 3RW5 soft starter via HSP in STEP 7 TIA Portal Requirements STEP 7 TIA ...

Page 63: ...soft starter via the GSDML file in STEP 7 TIA Portal Page 63 6 2 2 2 Integrating the 3RW5 Soft Starter into the PROFINET IO system with the GSDML file Requirement GSDML file The current PROFINET GSDML file can be found on the 3RW5 topic page https support industry siemens com cs ww en view 109747404 Configuration software of the controller that supports the schema version of the GSDML file e g STE...

Page 64: ...rsion earlier than V2 0 1 The 3RW52 soft starter remains in the Automatic mode or switches to the Automatic mode Note Response of 3RW52 soft starter in the event of bus connection failure or CPU stop 3RW52 soft starter with firmware version earlier than V2 0 1 To enable you to continue controlling the 3RW52 soft starter in the Automatic mode on failure of the bus connection you require a 3RW5 HMI ...

Page 65: ... Feature Brief overview See SIRIUS Soft Starter ES TIA Portal Premium Professional via 3RW5 communication module 3RW5 HMI High Feature Menu Parameter Soft Starter Additional parameters Operation with CPU Master You will find more information on operating the 3RW5 HMI High Feature in the Equipment Manual of the 3RW5 soft starter Starting parameters for start up of the automation system User program...

Page 66: ...r values received from the controller Setting the parameters only affects the device parameters of the 3RW55 and 3RW55 Failsafe soft starters Device parameters of the 3RW5 HMI High Feature and of the 3RW5 communication module are always over written regardless of how the parameters are set Deactivate factory setting The parameters set on the 3RW55 or 3RW55 Failsafe soft starter are overwritten on ...

Page 67: ...rmation The following table describes the assignment of the substitute values Parameter set bit 0 and Parameter set bit 1 Parameter set Parameter set bit 0 Parameter set bit 1 Process image error 1 1 Parameter set 1 PS1 0 0 Parameter set 2 PS2 1 0 Parameter set 3 PS3 0 1 Configuring 6 3 Operation on failure of the bus connection to the controller SIRIUS 3RW5 PROFINET communication modules Equipmen...

Page 68: ...Configuring 6 3 Operation on failure of the bus connection to the controller SIRIUS 3RW5 PROFINET communication modules 68 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 69: ...l via 3RW5 communication module Controller e g SIMATIC S7 1500 Configuration software of the controller e g STEP 7 Page 71 User program via data sets Page 77 Web server Page 92 only for 3RW5 PROFINET High Feature communication module OPC UA server Page 106 only for 3RW5 PROFINET High Feature communication module You will find faults and remedial measures for the 3RW5 communication module in chapte...

Page 70: ...O controller Flashes green The 3RW5 soft starter is not configured The 3RW5 communication module is starting The 3RW5 communication module is being parameterized Factory settings are being restored Lights up red Hardware or firmware defective Flashes red Group error only if the 3RW5 communication module is malfunctioning Switchover from old to new firmware after firmware update flashes brief ly Me...

Page 71: ...ween the 3RW5 communication module1 and a communication partner e g IO controller No supply voltage control supply voltage available 1 For the 3RW5 PROFINET High Feature communication module the assignment LINK 1 Port 1 and LINK 2 Port 2 applies 7 2 Diagnostics via configuration software of the controller When a certain fault occurs the 3RW5 soft starter generates an interrupt as an IO device and ...

Page 72: ...e parameterization Page 79 the 3RW5 soft starter triggers a diagnostic interrupt maintenance interrupt The LED MT on the 3RW5 soft starter lights up yellow in this case The CPU of the controller then interrupts processing of the user program and processes the diagnostics interrupt OB OB 82 The interrupt triggering event is logged in the start information of the diagnostic interrupt OB Depending on...

Page 73: ...em with a SIMATIC S7 controller as the IO controller you can read out the diagnostics as follows HW Config Device diagnostics as plain text on the STEP 7 user interface SFB 52 RDREC Read data sets from the I O device SFB 54 RALRM Receive interrupts from the I O device More information You can find more information in the Online Help for STEP 7 and in the corresponding manuals for PROFINET 7 2 6 In...

Page 74: ...ons are incomplete or incompatible 38 3 0x1000 ER Residual current after ON command No current flow is detected in the motor feeder af ter an ON command Main circuit is interrupted fuse motor starter protector Motor contactor or contactor control is defec tive The parameter Execution time is too short No load x 25 0 0x100A ER Test mode current flow Current is flowing in the motor feeder although t...

Page 75: ...quired by the motor 92 3 0x1036 MT Parameters for Ex motor pro tection received4 Parameters for the EX motor protection have been received 60 2 0x1040 ER Threshold I exceeded The current has exceeded a limit 14 2 0x1040 MT 62 4 0x1041 ER Threshold I undershot The current has undershot a limit 14 3 0x1041 MT 62 5 0x1042 MT Threshold P exceeded The active power of the motor has exceeded a limit valu...

Page 76: ... or changes to parameter settings are rejected in the current operating state x 18 1 0x1096 ER Process image error The process image output PIQ contains invalid control bit combinations e g control bits for clock wise and counter clockwise set simultaneously x 17 7 0x1097 ER Phase failure The main energy monitoring system has detected a phase failure x 25 2 25 3 25 4 0x1098 MT Connection abort in ...

Page 77: ...ured values of the 3RW5 soft starter are acquired in this data set Depending on the 3RW5 soft starter you can read out and evaluate the measured values via data set 94 Page 173 Data set 95 Statistic data The statistic data group together the operating states from the past that are relevant to the load Depending on the 3RW5 soft starter you can read out and evaluate the statistic data via data set ...

Page 78: ...face Incorrect coordination 80H A9H This function is not supported Acyclic communication is not equal to Read Write data set Access to technology 80H B0H Unknown data set number Data set number is not supported by the soft starter 80H B1H Incorrect data set length when writing Data set length and specified data set length differ ent 80H B2H Wrong slot number Incorrect slot number 80H B3H Inconsist...

Page 79: ...mission of error interrupts group error and maintenance interrupts group warning via the bus connection in the following ways Configuration software of the controller e g STEP 7 User program via data set 131 Page 162 SIRIUS Soft Starter ES TIA Portal Premium Professional via 3RW5 communication module Brief overview Window Project Navigation with current project under created Soft Starter Parameter...

Page 80: ...le factory setting 3 Confirm the parameter Result You have disabled or enabled transmission of error interrupts group error and maintenance interrupts group warning via the bus connection 7 6 Errors and remedial measures on the 3RW5 communication module The following table describes possible errors and remedies for the 3RW5 communication module Errors and remedies for the 3RW5 soft starter can be ...

Page 81: ...trols via local interface 1 Supported by soft starter 3RW55 with firmware version V2 1 or higher and soft starter 3RW55 Failsafe with firmware version V1 1 0 or higher 2 Combination of the message bits not possible for 3RW50 3RW52 3RW55 soft starters with firmware version earlier than V2 1 and 3RW55 Failsafe soft starters with firmware version V1 0 0 For soft starters 3RW55 from firmware version V...

Page 82: ...Messages and diagnostics 7 7 Messages about the mode SIRIUS 3RW5 PROFINET communication modules 82 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 83: ...ing function supports the targeted switching off of loads during idle times Commands for PROFIenergy measured value function Page 88 The PE measured value function supplies the measured values required for optimizing energy consumption Supported PROFIenergy commands The 3RW5 soft starters support 2 groups of the PROFIenergy commands for the motor current The 3RW5 PROFINET communication module tran...

Page 84: ...ens https w3 siemens com mcms topics en comdec feldgeraeteentwicklung profile und features profienergy Pages profienergy aspx PROFIenergy PROFIBUS PROFINET International PI https www profibus com technology profienergy 8 1 1 Command for the PE functional scope Command ID Modifier Command Description 0x05 0x00 PE_Identify Command for providing a list of supported PROFIenergy commands and functions ...

Page 85: ...ommand the 3RW5 soft starter sends the requested information an error message or switches to the appropriate mode When the mode is changed the 3RW55 or 3RW55 Failsafe soft starter triggers a PROFIenergy status interrupt Page 72 8 1 2 1 Energy saving mode and operating mode Modes For data transmission the 3RW5 soft starter distinguishes between two different states PE_Mode_ID 255 Ready to operate o...

Page 86: ...arameter 8 1 2 2 Activating the energy saving function After the Start_Pause command the 3RW5 soft starter checks the transmitted pause time tPause The switch to energy saving mode only takes effect when tPause is greater than the device specific minimum pause time tPause_min If the pause time is shorter the 3RW5 soft starter remains in operating mode and sends an error message To switch off the m...

Page 87: ...ions Restoring the factory settings Restart of the 3RW5 soft starter or the 3RW5 communication module LED display The 3RW5 soft starter indicates an active energy saving mode by means of the flashing MT LED yellow You will find more information on the LED display in the Equipment Manual of the 3RW5 soft starter Entries in the logbook The message Energy saving mode active is entered in the Device l...

Page 88: ...ed for the 3RW5 soft starter to enter energy saving mode If present and the 3RW5 soft starter was in the ON state a parameterized deceleration ramp time is added This time is as follows for 3RW5 soft starters 200 ms deceleration ramp time Time_min_length_of _stay toff_min The minimum time that the 3RW5 soft starter will or should remain in energy saving mode This time is as follows for 3RW5 soft s...

Page 89: ...t IL3 rms A x x x x 33 Phase current average rms A x x x x 34 Active power W x x 200 Active energy import total Wh x x 1 Supported by SIRIUS 3RW50 soft starter 2 Supported by SIRIUS 3RW52 soft starter from firmware version V2 0 3 Supported by SIRIUS 3RW55 soft starter from firmware version V2 0 4 Supported by SIRIUS 3RW55 Failsafe soft starter Accuracy of the specifications The current values are ...

Page 90: ... the commands Start_Pause and End_Pause directly to the 3RW5 soft starter PE_CMD FB 816 With the universal function block FB 816 PE_CMD for example you can transfer the following additional commands of the PROFIenergy profile Query_Modes PEM_Status PE_Identify Query_Measurement 8 2 NTP time synchronization Requirements 3RW5 PROFINET High Feature communication module 3RW55 soft starter from firmwar...

Page 91: ...dinated This UTC time is synchronized by means of the NTP procedure By means of the Time offset parameter the time actually displayed is adjusted to the time zone Note the information on setting the clock time in the Equipment Manual of the 3RW5 soft starter Setting options You can parameterize the time of day synchronization in the following ways SIRIUS Soft Starter ES TIA Portal Premium Professi...

Page 92: ...firmware version V1 1 0 or higher PC or programming device with web browser Page 93 Principle of operation With the web server the 3RW5 PROFINET High Feature communication module offers you the possibility to retrieve information from the 3RW55 and 3RW55 Failsafe soft starters from a PC or programming device using a web client The 3RW5 PROFINET High Feature communication module provides all inform...

Page 93: ...simultaneously Each of the connections is monitored and controlled separately with regard to access rights The controlling access is only possible for 1 web client connection 8 3 1 Web browser A web browser is required to access the web pages in the 3RW5 PROFINET High Feature communication module Requirement The following web browser settings are required to access the information made available v...

Page 94: ... To read out or set the IP address refer to chapter Setting IP parameters Page 95 2 To be able to control the 3RW55 or 3RW55 Failsafe soft starter via the web server on the Control Panel web page Page 96 log on with a user account Operator personnel or Maintenance personnel user role Page 98 For all other functions monitoring diagnosis no login is required For more information on user account mana...

Page 95: ...oft Starter ES TIA Portal Premium Professional via 3RW5 communication module Brief overview Window Project Navigation with current project under created Soft Starter Online Diagnostics Window Work area PROFINET IO HF Functions Assign IP address Brief overview Window Project Navigation with current project under created Soft Starter Device configuration Window Work area Communication module PROFINE...

Page 96: ...RW5 communication module or in the 3RW55 or 3RW55 Failsafe soft starter the web server generates a CA certificate with a validity of 30 years for this purpose If the web browser does not yet have a valid certificate or an existing certificate is invalid or has expired install a current certificate Requirements The current clock time and date are stored in the 3RW55 or 3RW55 Failsafe soft starter m...

Page 97: ...e web server the 3RW5 soft starter is in the operating mode Manual operation bus Webserver controlled Page 24 Connection abort The connection between the web server and web client is monitored If the web server has control the 3RW55 or 3RW55 Failsafe soft starter reports a connection abort if the connection is interrupted for at least 10 seconds and stops the motor if it is switched on The Web cli...

Page 98: ...rm line Control Panel web page Clicking the button Automatic logout in minute s Click to reset the timer This button is visible in the footer of the web pages if you are logged on to the web server You can set the timer to 30 min default or by the hour to 1 10 hours 8 3 6 1 Logging on to the web server Requirements User account with the Operator personnel or Maintenance personnel user role For mor...

Page 99: ...and your user name is now indicated in the header You can control the 3RW55 or 3RW55 Failsafe soft starter via the web server on the Control Panel web page 8 3 6 2 Logging off from the web server Requirements Logging on to the web server Page 98 Procedure 1 Click on the button with your user name in the header of a web page A drop down menu opens 2 Click the Logout menu item in the drop down menu ...

Page 100: ... text file with license conditions for open source and third party software Download certificate Page 96 Menu The menu is located on the left side By clicking on an icon you can switch to the corresponding web page Header The header is the same for all web pages and shows the login status and the set language By clicking the buttons you can change the login status Page 98 and language in a drop do...

Page 101: ...Functions 8 3 Web server SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 101 ...

Page 102: ... Warnings The Faults and Warnings web page shows faults and warnings of the 3RW5 soft starter the 3RW5 HMI High Feature and the 3RW5 PROFINET High Feature communication module Functions 8 3 Web server SIRIUS 3RW5 PROFINET communication modules 102 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 103: ...le Logbook The Logbook web page shows the logbooks The logbooks are not updated automatically To update the logbooks click the update button You can use the arrange buttons to arrange the logbooks differently It is not possible to delete the logbooks Functions 8 3 Web server SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 103 ...

Page 104: ...measured values of the 3RW5 soft starter Statistic data The Statistic data web page displays the statistic data of the 3RW5 soft starter Functions 8 3 Web server SIRIUS 3RW5 PROFINET communication modules 104 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 105: ... Control Panel web page provides information and buttons for controlling the 3RW5 soft starter To be able to control the 3RW5 soft starter via the web server log on with a user account Page 98 Functions 8 3 Web server SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 105 ...

Page 106: ...munication module from firmware version V2 0 Soft starter 3RW55 with firmware version V2 1 1 or higher or soft starter 3RW55 Failsafe with firmware version V1 1 0 or higher OPC UA client Basic knowledge in handling OPC UA The current clock time and date are stored in the 3RW55 or 3RW55 Failsafe soft starter manually or with NTP Page 90 Functions 8 4 OPC UA server SIRIUS 3RW5 PROFINET communication...

Page 107: ...form independent and uses an optimized TCP based binary protocol for high performance applications For example OPC UA can be used on Windows Linux Mac OS X a real time operating system or a mobile operating system Android or iOS OPC UA currently supports the following transport mechanisms and protocols Transfer of messages as binary stream directly via TCP IP Transfer of messages with XML over TCP...

Page 108: ...tps github com opcfoundation Several companies offer Software Development Kits SDK These development packages contain the stacks of the OPC Foundation and other functions that facilitate the development of solutions Advantage of using SDKs Support from the supplier Tested software Exhaustive documentation Clear licensing terms important for reselling solutions Functions 8 4 OPC UA server SIRIUS 3R...

Page 109: ...ore resources and offer more functionality Micro Embedded Device 2017 Server Profile This profile offers limited functionality additional subscriptions data monitoring but no UA security and no method calls The profile requires at least two parallel connections 3RW5 PROFINET High Feature communication module The 3RW5 PROFINET High Feature communication module supports the Micro Embedded Device 201...

Page 110: ...e interval for subscriptions 160 ms Languages The objects variables of the OPC UA server are only available in English Additional information Further information about OPC UA can be found for example in the application descriptions Programming of an OPC UA NET client with C for the SIMATIC NET OPC UA server https support industry siemens com cs ww en view 42014088 or Creating OPC UA clients with N...

Page 111: ... have established a connection to the OPC UA server and can access the variables of the OPC UA server 8 4 2 Activating or deactivating an OPC UA server To use the OPC UA server the function must be activated in the 3RW5 communication module The function of the OPC UA server is deactivated in the factory setting Setting options 3RW5 HMI High Feature firmware version V3 1 or higher Menu Parameter Co...

Page 112: ...he OPC UA server If the OPC UA server should always be accessible via the same IP address static IP parameters are recommended URL of the OPC UA server The URL of the OPC UA server depends on the IP address and the port Page 112 set in the 3RW5 communication module and is made up as follows Protocol identifier opc tcp IP address Port Example If the IP address 192 168 0 2 and port 4840 are set in t...

Page 113: ...A client authorize each other for data exchange by exchanging certificates By default the 3RW5 OPC UA server classifies every certificate of an OPC UA client as trustworthy You can additionally encrypt the data traffic Requirements The current clock time and date are stored in the 3RW55 or 3RW55 Failsafe soft starter manually or with NTP Page 90 Note Configuration of the OPC UA server When configu...

Page 114: ...ng to the OPC UA specification The messages and data packets are signed but not encrypted Sign and encrypt Use of the security procedure SIGNANDENCRYPT according to the OPC UA specification The messages and data packets are signed and encrypted Basic256SHA256 sign and encrypt is enabled in the factory setting of the 3RW5 PROFINET High Feature communication module Note Unsecured connection between ...

Page 115: ...ut The parameter OPC UA Session Time Out determines how long an OPC UA client connection remains open without activity If the OPC UA client does not make a service request within this time interval the OPC UA server terminates the OPC UA client connection Setting options 3RW5 HMI High Feature firmware version V3 1 or higher Menu Parameter Communication Module OPC UA server if the OPC UA server is ...

Page 116: ... the namespace for accessing 3RW5 data is of interest All variables or methods of a 3RW5 OPC UA server are located in the namespace of the standard server interface http siemens com opcua 2020 controlproducts 3rw55 By default this namespace has the index 6 Another namespace with index 2 is http siemens com opcua 2020 controlproducts siriussimple Identifier The 3RW5 OPC UA server uses numeric ident...

Page 117: ...active_DIAG 1200 Bool Stopping mode active Stopping_mode_active_DIAG 1201 Bool Emergency mode Emergency_mode 1028 Emergency run active Emergency_run_active_DIAG 1117 Bool Emergency run enabled Emergency_run_enabled_DIAG 1118 Bool Emergency start active Emergency_start_active_DIAG 1119 Bool Emergency start enabled Emergency_start_enabled_DIAG 1120 Bool Energy Saving Functions Energy_Saving_Function...

Page 118: ...e leted_DIAG 1136 Bool Logbook application events de leted Logbook_applica tion___events_deleted_DIAG 1137 Bool Logbook application warnings de leted Logbook_application___warn ings_deleted_DIAG 1138 Bool Logbook service errors deleted Logbook_service___errors_de leted_DIAG 1139 Bool Logbook service events deleted Logbook_service___events_de leted_DIAG 1140 Bool Main Energy Monitoring Main_Energy_...

Page 119: ...DIAG 1145 Bool Manual operation local input con trolled Manual_operation_local___in put_controlled_DIAG 1146 Bool Manual operation local PC con trolled Manual_operation_lo cal___PC_controlled_DIAG 1147 Bool Operating mode manual bus Operating_mode_man ual___bus_DIAG 1170 Bool Operating mode manual local Operating_mode_manual___lo cal_DIAG 1171 Bool Operating state Operating_state 1038 Normal opera...

Page 120: ...1041 Pump cleaning active Pump_cleaning_active_DIAG 1189 Bool Safety Safety 1042 Reset ON command required Reset_ON_command_required_DI AG 1193 Bool Start condition fulfilled Start_condition_fulfilled_DIAG 1197 Bool Start condition not fulfilled Start_condition_not_fulfilled_DIAG 1198 Bool Self test Self_test 1043 Self test active Self_test_active_DIAG 1195 Bool Switching frequency monitoring Swit...

Page 121: ...sor wire break Temperature_sen sor_wire_break_DIAG 1303 boolean Temperature sensor short circuit Temperature_sensor_short_cir cuit_DIAG 1304 boolean Switching element overload Contact_block_overload_DIAG 1305 boolean Bypass protective shutoff Bypass_element_protective_shut off_DIAG 1306 boolean HardwareRevision HardwareRevision 1013 String Identification Identification 1014 DeviceManual DeviceManu...

Page 122: ...9 UInt32 Number of starts with ext bypass Number_of_starts_with_ext _by pass_MAXP 1060 UInt32 Operating hours device Operating_hours___device_MAXP 1061 UInt32 s Operating hours motor current 120 1000 x Ie Operating_hours___motor_cur rent_120 1000_ _x_Ie _MAXP 1065 UInt32 s Operating hours motor current 18 49 9 x Ie Operating_hours___motor_cur rent_18 49 9_ _x_Ie _MAXP 1062 UInt32 s Operating hours...

Page 123: ...t I L3 min Phase_current_I_L3_min_per cent_MAXP 1076 Float Phase current I L3 min rms Phase_cur rent_I_L3_min_rms_MAXP 1077 Float A Starting current I L1 max rms Starting_cur rent_I_L1_max_rms_MAXP 1078 Float A Starting current I L2 max rms Starting_cur rent_I_L2_max_rms_MAXP 1079 Float A Starting current I L3 max rms Starting_cur rent_I_L3_max_rms_MAXP 1080 Float A Starting current I max rms Star...

Page 124: ...t A Phase current I L2 Phase_current_I_L2_per cent_MESW 1094 Float Phase current I L2 rms Phase_current_I_L2_rms_MESW 1095 Float A Phase current I L3 Phase_current_I_L3_per cent_MESW 1096 Float Phase current I L3 rms Phase_current_I_L3_rms_MESW 1097 Float A Phase current max rms Phase_current_max_rms_MESW 1098 Float A Power factor L1 3 Power_factor_L1 3_MESW 1099 Float Remaining motor cooling time...

Page 125: ...Bool Emergency run active Emergency_run_active_DIAG 1117 Bool Emergency run enabled Emergency_run_enabled_DIAG 1118 Bool Emergency start active Emergency_start_active_DIAG 1119 Bool Emergency start enabled Emergency_start_enabled_DIAG 1120 Bool Energy saving mode active Energy_saving_mode_active_DIAG 1121 Bool Errors Errors 1046 ByteString See tables below Ex application active Ex_application_acti...

Page 126: ...ts deleted Logbook_applica tion___events_deleted_DIAG 1137 Bool Logbook application warnings deleted Logbook_application___warn ings_deleted_DIAG 1138 Bool Logbook service errors deleted Logbook_service___errors_de leted_DIAG 1139 Bool Logbook service events deleted Logbook_service___events_de leted_DIAG 1140 Bool Main power rotation left Main_power_rotation_left_DIAG 1141 Bool Main power rotation...

Page 127: ... Number of starts motor CCW Number_of_starts_mo tor_CCW_STAT 1157 UInt32 Number of starts motor CW Number_of_starts_mo tor_CW_STAT 1158 UInt32 Number of starts output1 Number_of_starts_output1_STAT 1159 UInt32 Number of starts output2 Number_of_starts_output2_STAT 1160 UInt32 Number of starts output3 Number_of_starts_output3_STAT 1161 UInt32 Number of starts output4 Number_of_starts_output4_STAT 1...

Page 128: ...173 Bool Output 1 active Output_1_active_DIAG 1174 Bool Output 2 Time active Output_2___Time_active_DIAG 1175 Bool Output 2 active Output_2_active_DIAG 1176 Bool Output 3 active Output_3_active_DIAG 1177 Bool Output 4 Time active Output_4___Time_active_DIAG 1178 Bool Output 4 active Output_4_active_DIAG 1179 Bool Output frequency Output_frequency_MESW 1089 Float Hz Parameter assignment active Para...

Page 129: ...rrent I L2 min rms Phase_cur rent_I_L2_min_rms_MAXP 1073 Float A Phase current I L3 Phase_current_I_L3_per cent_MESW 1096 Float Phase current I L3 rms Phase_current_I_L3_rms_MESW 1097 Float A Phase current I L3 max Phase_current_I_L3_max_per cent_MAXP 1074 Float Phase current I L3 max rms Phase_cur rent_I_L3_max_rms_MAXP 1075 Float A Phase current I L3 min Phase_current_I_L3_min_per cent_MAXP 1076...

Page 130: ...ms_MAXP 1078 Float A Starting current I L2 max rms Starting_cur rent_I_L2_max_rms_MAXP 1079 Float A Starting current I L3 max rms Starting_cur rent_I_L3_max_rms_MAXP 1080 Float A Starting current I max rms Starting_cur rent_I_max_rms_MAXP 1081 Float A Starting mode active Starting_mode_active_DIAG 1200 Bool Stopping mode active Stopping_mode_active_DIAG 1201 Bool Switching element cooling time act...

Page 131: ...al 1212 Float kW Phase current average rms Current_average_abc_rms 1213 Float A Phase current I L1 rms Current_a_rms 1214 Float A Phase current I L2 rms Current_b_rms 1215 Float A Phase current I L3 rms Current_c_rms 1216 Float A Power factor L1 3 Power_factor_total 1217 Float RevisionCounter RevisionCounter 1010 Int32 SerialNumber SerialNumber 1017 String SoftwareRevision SoftwareRevision 1018 St...

Page 132: ...of_starts_output2_STAT 1160 UInt32 Number of starts output3 Number_of_starts_output3_STAT 1161 UInt32 Number of starts output4 Number_of_starts_output4_STAT 1162 UInt32 Number of switching element overload trips Number_of_switching_ele ment_overload_trips_STAT 1163 UInt32 Operating hours device Operating_hours___device_STAT 1164 UInt32 s Operating hours motor Operating_hours___motor_STAT 1165 UInt...

Page 133: ...test not allowed Bool 4 Line voltage for test required Bool 5 Main power rotation faulty Bool 6 Missing load Bool 7 Switching frequency time not kept Bool 3 0 Motor overload protection shutoff Bool 1 No external start parameters received Bool 2 No main power Bool 3 Operating temperature too high Bool 4 Active power limit error exceeded Bool 5 Phase control failure Bool 6 Active power error limit s...

Page 134: ...t Bool 3 Motor heating warning limit exceeded Bool 4 New Ex parameter values detected Bool 5 Active power limit maintenance demanded exceeded Bool 6 Active power limit maintenance demanded undershot Bool 7 Preset unequal actual configuration Bool 2 0 Remaining time for tripping warning limit undershot Bool 1 Starting time limit maintenance demanded exceeded Bool 2 Starting time limit maintenance d...

Page 135: ...nt16 Number of starts motor CCW Int_Number_of_reverse_Starts 91 UInt32 Number of starts motor CW Int_Number_of_direct_Starts 90 UInt32 Operating hours device Device_Operating_Hours 88 UInt32 s Operating hours motor Motor_Operating_Hours 86 UInt32 s Phase current max Max_Current_I_max 33 UInt16 8 5 Operation without PN control The parameter Operation without PN control determines how the 3RW55 and ...

Page 136: ...bus start an error is reported Yes A PLC as control source Automatic mode is not possible Only connections with SIRIUS Soft Starter ES TIA Portal Premium Professional a web server and OPC UA server are possible via the 3RW5 PROFINET High Feature com munication module 8 6 System redundancy S2 Requirement 3RW5 PROFINET High Feature communication module with firmware V3 0 or higher System redundancy ...

Page 137: ...hout having to restart devices or controllers and without affecting communication in the network This applies to measures on or with compact devices as well as to modular devices or proxies Examples include changing a device configuration replacing a device adding or repairing components or changing parameters Formerly this function was called Configuration in Run CiR Functions 8 7 Dynamic Reconfi...

Page 138: ...Functions 8 7 Dynamic Reconfiguration DR SIRIUS 3RW5 PROFINET communication modules 138 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 139: ...iles The retentive data is retained after the firmware has been updated Firmware updates and a history of the versions with the innovations are provided to you on the Internet Requirements Valid firmware update You will find the latest firmware files on the 3RW5 topic page https support industry siemens com cs ww en view 109747404 SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021...

Page 140: ...oftware of the controller e g STEP 7 with corresponding HSP on the 3RW5 communication module Further procedures are possible With a micro SD card via the 3RW5 HMI High Feature Page 141 Via SIRIUS Soft Starter ES TIA Portal over the local interface on the 3RW5 HMI High Feature Brief overview See SIRIUS Soft Starter ES TIA Portal Premium Professional via 3RW5 communication module Note Firmware updat...

Page 141: ...ication module 2 Select the firmware file of the 3RW5 communication module and confirm with the OK button You can see the firmware update is being performed from the progress bar on the display Following successful updating of the firmware the 3RW5 communication module restarts automatically 3 Check the new firmware version in the Overview menu Result You have performed a firmware update for the 3...

Page 142: ...tarting work main and control supply voltage Procedure 1 Remove the bus connector Page 51 2 Remove the 3RW5 communication module 3RW50 soft starter Remove the COM connecting cable from the 3RW5 communication module Page 48 and remove the 3RW5 communication module on the level surface Page 43 3RW52 3RW55 and 3RW55 Failsafe soft starters Remove the 3RW5 communication module in the 3RW5 soft starter ...

Page 143: ...s of the 3RW5 soft starter are reset to the factory setting depending on the 3RW5 soft starter User accounts are deleted depending on the 3RW5 soft starter Parameters relevant to protection against explosion are deleted depends on the 3RW5 soft starter 3RW5 communication module The parameters of the 3RW5 communication module are reset 3RW5 HMI High Feature The parameters of the 3RW5 HMI High Featu...

Page 144: ...er created Soft Starter Commissioning Window Work area Soft Starter Functions Commands Factory settings Brief overview Window Project Navigation with current project under created Soft Starter Online Diagnostics Window Work area PROFINET IO ST PROFINET IO HF Functions Reset to factory settings Via data set 93 Page 160 with the command Factory settings Other possibilities for restoring the factory ...

Page 145: ...full article number of the desired device in the Product field and confirm with the Enter key 2 Click the Technical data link Overview tables technical data You will find overview tables with technical data in the Product information tab in our online ordering system https mall industry siemens com mall en WW Catalog Products 10024029 tree CatalogTree SIRIUS 3RW5 PROFINET communication modules Equ...

Page 146: ...Technical data 10 1 Technical data in Siemens Industry Online Support SIRIUS 3RW5 PROFINET communication modules 146 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 147: ... Support https support industry siemens com cs ww en ps 16212 td 1 Enter the full article number of the desired device in the Product field and confirm with the Enter key 2 Click the CAx data link SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 147 ...

Page 148: ... communication module on the 3RW50 soft starter size S6 100 167 5 110 20 100 25 Ø 4 5 Ø 7 Dimension drawings 11 2 Drilling patterns for 3RW5 communication module on the 3RW50 soft starter SIRIUS 3RW5 PROFINET communication modules 148 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 149: ...starter size S12 138 110 0 210 20 100 25 Ø 4 5 Ø 9 Dimension drawings 11 2 Drilling patterns for 3RW5 communication module on the 3RW50 soft starter SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 149 ...

Page 150: ...Dimension drawings 11 2 Drilling patterns for 3RW5 communication module on the 3RW50 soft starter SIRIUS 3RW5 PROFINET communication modules 150 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 151: ...Support https support industry siemens com cs ww en ps 16212 td 1 Enter the full article number of the desired device in the Product field and confirm with the Enter key 2 Click the CAx data link SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 151 ...

Page 152: ...Circuit diagrams 12 1 CAx data SIRIUS 3RW5 PROFINET communication modules 152 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 153: ...ifferent current formats 6 bit current format 8 bit current format 9 bit current format LW ELW FXUUHQW IRUPDW ELW FXUUHQW IRUPDW ELW FXUUHQW IRUPDW ฬ ฬ ฬ Examples of current values The following values are examples of current values expressed as percentages Phase currents I L1 I L2 I L3 8 bit current format Last tripping current 9 bit current format A complete overview of all measured values can b...

Page 154: ...um pointers are stored in the device and can be deleted at any time Examples of maximum pointers The following values are examples of maximum pointers Number of motor overload trips Minimum and maximum phase current I L1 I L2 I L3 Minimum and maximum line voltages Minimum and maximum line frequency A complete overview of the maximum pointers can be found in chapter Data set 96 Maximum pointer Page...

Page 155: ...1 1 Motor current Iact bit1 x x x DI 1 2 Motor current Iact bit2 x x x DI 1 3 Motor current Iact bit3 x x x DI 1 4 Motor current Iact bit4 x x x DI 1 5 Motor current Iact bit5 x x x DI 1 6 Local manual mode x x x DI 1 7 Ramp operation x x x DI 2 0 Motor CW x x x DI 2 1 Motor CCW x DI 2 4 Starting mode active x x x DI 2 5 Operation bypass active x x x DI 2 6 Stopping mode active x x x DI 2 7 Test m...

Page 156: ... set 135 Parameter cyclic process image An overview of the measured values can be found in the following table Data format Measured value Unit 3RW 501 522 553 55 F4 Float32 Phase current IL1 rms A x x x x Float32 Phase current IL2 rms A x x x x Float32 Phase current IL3 rms A x x x x Float32 Phase current average rms A x x Float32 Active energy import total Wh x x Float32 Active power W x x Float3...

Page 157: ...pment Manual of the 3RW5 soft starter 7 You can assign the control data Output 1 and Output 2 to the digital outputs 1 and 2 of the 3RW55 Failsafe soft starter in any order via the digital output actions You will find additional information in the Equipment Manual of the 3RW5 soft starter 8 Explanation in the following table Additional information The following table describes the assignment of th...

Page 158: ...age 194 24 bytes x x 3RW5 HMI High Feature slot 3 92 HMI diagnostics slot 3 Page 195 28 bytes x9 x9 x9 x9 131 HMI parameter slot 3 Page 196 120 bytes x9 x9 x9 x9 I M data Page 201 231 I M0 Device identification Page 202 64 bytes x6 9 x6 9 x6 9 x6 9 232 I M1 Equipment identifier Page 203 64 bytes x x x x 233 I M2 Installation Page 203 64 bytes x x x x 234 I M3 Description Page 204 64 bytes x x x x ...

Page 159: ...writing In data sets for parameters codes are shown in square brackets Dx describes the default coding Object number Obj No The object number Obj No is used for unique identification of all parameters available in the 3RW5 soft starter In the case of a parameterization error the object number of the faulty parameter is displayed in data set 92 of the 3RW5 soft starter slot 2 Page 168 or in data se...

Page 160: ...er 3RW55 and 3RW55 Failsafe The coding of the commands is described in the following table Code Command 3RW5 50 521 552 55 F3 0 No function x x x 1 Reset w w w 2 Enable Emergency start w w 3 Disable Emergency start w w 4 Automatic mode w w w 5 Manual operation w w w 6 Factory settings w w w 7 Reset maximum pointer w4 w w 9 Restart w w w 20 Delete logbook application error w w w 22 Delete logbook a...

Page 161: ...ommunication module slot 1 is supported only by the 3RW5 PROFINET High Feature communication module Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordination x x x 2 Unsigned8 Slot number x x x 4 Unsigned16 Length of data structure x x x 6 Unsigned16 Start position x x x 1 Supported by SIRIUS 3RW50 soft starter 2 Supported by SIRIUS 3RW52 soft starter 3 Supported by SIRIUS soft starte...

Page 162: ...rameter communication is possible Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordination 0x21 Write via acyclic bus channel user program x x x 2 Unsigned8 Slot number x x x 4 Unsigned16 Length of data structure x x x 6 Unsigned16 Start position x x x 1 Supported by SIRIUS 3RW50 soft starter 2 Supported by SIRIUS 3RW52 soft starter 3 Supported by SIRIUS soft starter 3RW55 and 3RW55 ...

Page 163: ...on V1 1 0 or higher A 4 4 3 Data set 132 Parameter communication server slot 1 Read r and write w access to the parameter communication servers is possible Data set 132 of the 3RW5 communication module slot 1 is only supported by the 3RW5 PROFINET High Feature communication module from firmware version V2 0 Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordination 0x21 Write via acycl...

Page 164: ...HA256 sign 0 1 r w 0 0 Disable 1 Enable 6 Bool Basic256SHA256 sign and encrypt 0 1 r w 1 0 Disable 1 Enable 49 119 Reserved 1 Supported by PROFINET High Feature communication module SIRIUS 3RW5 from firmware version V2 0 2 Soft starter 3RW55 with firmware version V2 1 1 or higher or soft starter 3RW55 Failsafe with firmware version V1 1 0 or higher 3 Default encoding A 4 5 3RW5 soft starter slot 2...

Page 165: ...ate pump cleaning r w r w 13 0 Bool Manual operation local input controlled r w r w r w 1 Bool Use alternative stopping mode r w r w 2 Bool Motor standstill r w 1 Supported by SIRIUS 3RW50 and 3RW52 soft starters 2 Supported by SIRIUS 3RW55 soft starter 3 Supported by SIRIUS 3RW55 Failsafe soft starter 4 Control data is relevant for EX applications 5 You can assign the control data Output 1 Output...

Page 166: ...to the process image inputs PII is possible Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordination x x x 2 Unsigned8 Slot number x x x 4 Unsigned16 Length of data structure x x x 6 Unsigned16 Start position x x x 1 Supported by SIRIUS 3RW50 soft starter 2 Supported by SIRIUS 3RW52 soft starter 3 Supported by SIRIUS soft starter 3RW55 and 3RW55 Failsafe Byte Bit Data format Process ...

Page 167: ... value 26 factory setting Phase current I L2 rms r r r 24 0 Float32 Measured value 36 factory setting Phase current I L3 rms r r r 1 Supported by SIRIUS 3RW50 soft starter 2 Supported by SIRIUS 3RW52 soft starter 3 Supported by SIRIUS soft starter 3RW55 and 3RW55 Failsafe 4 3RW52 soft starter from firmware version V2 0 5 3RW55 soft starter from firmware version V2 0 or 3RW55 Failsafe soft starter ...

Page 168: ...termines which bit is activated Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordination x x x 2 Unsigned8 Slot number x x x 4 Unsigned16 Length of data structure x x x 6 Unsigned16 Start position x x x 1 Supported by SIRIUS 3RW50 soft starter 2 Supported by SIRIUS 3RW52 soft starter 3 Supported by SIRIUS soft starter 3RW55 and 3RW55 Failsafe Byte Bit Data format Soft starter diagnos...

Page 169: ... r r 2 Bool Current limit error exceeded 0x1040 r r 3 Bool Current limit error undershot 0x1041 r r 4 Bool Current limit error shutoff 0x1046 r r 15 0 Bool Input 1 r r r r 1 Bool Input 2 r r 2 Bool Input 3 r r 3 Bool Input 4 r r 16 0 Bool Ground fault limit error exceeded 0x1027 r r 2 Bool Quick stop active r r 6 Bool Maximum pointer reset r r7 r r 7 Bool Electronics supply voltage too low 0x1084 ...

Page 170: ... motor connection inside delta r r r 7 Bool Type of motor connection unknown r r r r 25 0 Bool Missing load 0x1000 x r r r r 2 Bool Loss of phase L1 0x1097 x r r r r 3 Bool Loss of phase L2 0x1097 x r r r r 4 Bool Loss of phase L3 0x1097 x r r r r 5 Bool Main power rotation right r r r r 6 Bool Main power rotation left r r r r 27 0 Bool Output 1 active r r r r 1 Bool Output 2 active r r r r 2 Bool...

Page 171: ...peration bypass active r r r r 46 6 Bool Start pause pending r10 r 7 Bool Energy saving mode active r10 r 52 6 Bool Normal operation active r r7 r r 53 3 Bool Test mode active r r7 r r 59 0 Bool Start condition not fulfilled r 1 Bool Start condition fulfilled r 2 Bool Reset ON command required r 60 0 Bool EX application active r9 r 2 Bool New Ex parameter values detected 0x1036 r9 r 5 Bool Ex rele...

Page 172: ...3 r r 6 Bool Active power limit error shutoff 0x1046 r r 87 0 Bool Main power for test not allowed 0x100A x r 1 Bool Line voltage for test required 0x010A x r r7 r r 4 Bool Simulation active r9 5 Bool Test with small load active r r7 r r 90 0 Bool Operating temperature too high 0x9005 r r r r 91 0 Bool Automatic parameterization active r r 92 2 Bool Starting time limit maintenance demanded ex ceed...

Page 173: ... r r 14 Unsigned8 Phase current I L3 0 796 9 3 125 r r 16 Unsigned16 Remaining motor cooling time 0 1 800 s 0 1 s r r 19 Unsigned8 Asymmetry 0 100 1 r 20 Unsigned16 Motor temperature rise 0 1000 1 r r 28 Unsigned8 Output frequency 0 100 Hz 0 5 Hz r 32 Unsigned8 Line frequency 0 100 Hz 0 5 Hz r 34 Unsigned16 Line to line voltage U L1 L2 rms 0 1 500 V 0 1 V r 36 Unsigned16 Line to line voltage U L2 ...

Page 174: ...US 3RW52 soft starter 3 Supported by SIRIUS soft starter 3RW55 and 3RW55 Failsafe Byte Data format Statistic data Value range Incre ment 3RW 50 521 55 55 F2 12 Unsigned8 Phase current max 0 796 9 3 125 r r 14 Unsigned16 Last tripping current IA 0 1 000 3 125 r r 16 Unsigned32 Operating hours device 0 4 294 967 295 s 1 s r r 20 Unsigned32 Number of starts motor CW 0 4 294 967 295 1 r r 24 Unsigned3...

Page 175: ...r 144 Unsigned16 Last real starting time 0 1 000 s 0 1 s r 146 199 Reserved 1 Supported by SIRIUS 3RW50 soft starter from firmware version V1 0 and 3RW52 from firmware version V2 0 2 Supported by SIRIUS 3RW55 and 3RW55 Failsafe soft starters A 4 5 6 Data set 96 Maximum pointer Only read r access to the maximum pointer is possible Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordinati...

Page 176: ...6 Line to line voltage U L3 L1 max 0 1 500 V 0 1 V r 69 Unsigned8 Maximum switching element heating 0 250 1 r r 70 Unsigned8 Minimum line frequency 0 100 Hz 0 5 Hz r 71 Unsigned8 Maximum line frequency 0 100 Hz 0 5 Hz r 72 Unsigned32 Operating hours motor current 18 49 9 x Ie 0 4 294 967 295 s 1 s r r 76 Unsigned32 Operating hours motor current 50 89 9 x Ie 0 4 294 967 295 s 1 s r r 80 Unsigned32 ...

Page 177: ... only present in data set 131 and can only be modified in this set Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordination 0x21 Write via acyclic bus channel user program x x x 2 Unsigned8 Slot number x x x 4 Unsigned16 Length of data structure x x x 6 Unsigned16 Start position x x x 1 Supported by SIRIUS 3RW50 soft starter 2 Supported by SIRIUS 3RW52 soft starter 3 Supported by SIR...

Page 178: ...safe high performance ___ A 3 phase controlled motor overload protection torque control rated operating current of the 3RW55 soft starter Failsafe in the table Motor connection type Automatic detection 13 A 2 5 22 5 A 250 2 250 0 01 A 440 18 A 3 5 31 1 A 350 3 110 0 01 A 610 25 A 5 43 3 A 500 4 330 0 01 A 870 32 A 6 5 55 4 A 650 5 540 0 01 A 1 130 38 A 7 5 65 8 A 750 6 580 0 01 A 1 300 25 A 560 V7...

Page 179: ... A 24 950 840 A8 168 1 454 A 16 800 145 400 0 01 A 29 100 1 100 A8 220 1 905 A 22 000 190 500 0 01 A 38 110 1 280 A8 256 2 217 A 25 600 221 700 0 01 A 44 350 Motor connection type Standard 13 A 2 5 13 A 250 1 300 0 01 A 440 18 A 3 5 18 A 350 1 800 0 01 A 610 25 A 5 25 A 500 2 500 0 01 A 870 32 A 6 5 32 A 650 3 200 0 01 A 1 130 38 A 7 5 38 A 750 3 800 0 01 A 1 300 25 A 560 V7 5 25 A 500 2 500 0 01 ...

Page 180: ...000 0 01 A 19 750 630 A8 126 630 A 12 600 63 000 0 01 A 21 830 720 A8 144 720 A 14 400 72 000 0 01 A 24 950 840 A8 168 840 A 16 800 84 000 0 01 A 29 100 1 100 A8 220 1 100 A 22 000 110 000 0 01 A 38 110 1 280 A8 256 1 280 A 25 600 128 000 0 01 A 44 350 Motor connection type Inside delta 13 A 4 4 22 5 A 440 2 250 0 01 A 770 18 A 6 1 31 1 A 610 3 110 0 01 A 1 060 25 A 8 7 43 3 A 870 4 330 0 01 A 1 5...

Page 181: ...A 86 7 433 A 8 670 43 300 0 01 A 15 020 315 A 110 545 A 11 000 54 500 0 01 A 19 060 370 A 129 640 A 12 900 64 000 0 01 A 22 350 470 A 163 814 A 16 300 81 400 0 01 A 28 240 570 A 198 987 A 19 800 98 700 0 01 A 34 300 630 A8 219 1 091 A 21 900 109 100 0 01 A 37 940 720 A8 250 1 247 A 25 000 124 700 0 01 A 43 310 840 A8 291 1 454 A 29 100 145 400 0 01 A 50 410 1 100 A8 382 1 905 A 38 200 190 500 0 01...

Page 182: ... 1 800 s 2 60 30 s r w4 10 10 24 0 Bit2 Response to overload temperature sensor9 0 2 r 0 r w4 0 0 Turn off without restart 1 Turn off with restart 2 Warn5 6 9 2 Bit4 Temperature sensor9 0 2 r w4 0 0 Deactivated 1 Thermoclick 2 PTC type A 140 33 2 Bit2 Response to overload switching element9 0 1 r 0 r w 0 0 Turn off without restart 1 Turn off with restart 21 34 0 Bit4 Asymmetry limit error9 10 60 2...

Page 183: ...tor heating5 6 8 5 Voltage ramp Cur rent limiting 6 Torque control Cur rent limiting5 6 168 4 Bit4 Stopping mode 0 6 r 1 r w4 0 0 Coasting down 1 Voltage ramp 2 Torque control5 6 3 Pump stopping mode5 6 4 DC braking5 6 8 5 Dynamic DC braking5 6 8 6 Reversing DC brak ing5 6 8 10 Appendix A 4 Data sets SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 183 ...

Page 184: ...w 0 7 Bool Substitute value Disable Quick stop9 0 1 r w 0 54 0 Bool Substitute value Output 39 0 1 r w8 0 3 Bool Substitute value Acti vate pump cleaning9 0 1 r w 0 55 0 Bool Substitute value Man ual operation local in put controlled9 0 1 r w 0 1 Bool Substitute value Use al ternative stopping mode9 0 1 r w 0 2 Bool Substitute value Motor standstill9 0 1 r w 0 34 56 7 Bool Response to CPU Master S...

Page 185: ...ith PS1 18 Motor CW with PS2 19 Motor CCW with PS2 20 Motor CW with PS3 21 Motor CCW with PS3 43 Motor standstill8 44 Use alternative stop ping mode 45 Activate pump clean ing 195 77 0 Unsigned8 Input 2 Action9 see Input 1 Action r w4 0 196 78 0 Unsigned8 Input 3 Action9 see Input 1 Action r w4 0 197 79 0 Unsigned8 Input 4 Action9 see Input 1 Action r w4 12 Appendix A 4 Data sets SIRIUS 3RW5 PROFI...

Page 186: ...rol command motor ON 16 DC brake contactor5 6 8 18 Device on5 6 19 Operation Run down5 6 29 External bypass5 6 8 10 31 Group warning5 6 32 Group error5 6 33 Bus error5 6 34 Device error5 6 38 Ready for motor ON5 6 41 Generator opera tion5 6 42 Pump cleaning ac tive5 6 43 Alternative stopping mode active5 6 44 CM maintenance demanded5 6 45 CM error5 6 180 Control source PIQ DQ 2 0 output 35 6 8 200...

Page 187: ...9 114 0 Unsigned16 Maximum starting time 0 1 000 s 0 10 000 0 1 s r w 0 170 116 0 Unsigned16 Ramp up time 0 360 s 0 3 600 0 1 s r 100 r w 100 171 118 0 Unsigned16 Stopping time 0 360 s 0 3 600 0 1 s r 0 r w 100 172 120 0 Unsigned8 Starting torque 10 100 2 20 5 r w 2 118 121 0 Unsigned8 Limiting torque 20 200 4 40 5 r w 30 173 122 0 Unsigned8 Stopping torque 10 100 2 20 5 r w 2 119 125 0 Unsigned8 ...

Page 188: ...0 Bit4 Asymmetry limit warn ing9 10 60 2 12 5 r w 0 0 Deactivated 2220 158 0 Unsigned8 Ground fault limit warn ing9 10 95 2 19 5 r w 0 0 Deactivated 2359 160 0 Unsigned16 DC braking delay9 0 360 s 0 3 600 0 1 s r w8 10 0 2360 162 0 Unsigned16 Alternative DC braking delay9 0 360 s 0 3 600 0 1 s r w8 10 0 2294 168 0 Unsigned8 Ground fault limit error9 10 95 2 19 5 r w 4 0 Deactivated 2329 169 0 Unsi...

Page 189: ... 0 Unsigned8 Alternative dynamic braking torque9 20 100 4 20 5 r w8 10 2331 197 0 Unsigned8 Alternative DC braking torque9 20 100 4 20 5 r w8 10 198 199 0 Reserved 1 Supported by SIRIUS 3RW50 and 3RW52 soft starters 2 Supported by SIRIUS 3RW55 and 3RW55 Failsafe soft starters 3 Default encoding 4 Parameter is relevant for EX applications 5 Not supported by SIRIUS 3RW52 soft starter 6 Not supported...

Page 190: ... Data format Meaning 3RW55 55 F1 0 Unsigned8 Coordination 0x21 Write via acyclic bus channel user program x 2 Unsigned8 Slot number x 4 Unsigned16 Length of data structure x 6 Unsigned16 Start position x 1 Supported by SIRIUS soft starters 3RW55 and 3RW55 Failsafe Object No Byte Bit Data format Parameters Value range encoding Incre ment 3RW55 55 F1 D3 104 14 0 Unsigned16 Rated operating speed 500 ...

Page 191: ... power lower limit maintenance deman ded 0 100 0 100 1 r w 0 2260 96 0 Bit4 Response to P upper fault limit violation2 0 1 r w 0 0 Do not turn off 1 Turn off 2297 4 Bit4 Response to fault P low er limit violation2 0 1 r w 0 0 Do not turn off 1 Turn off 2250 104 0 Unsigned32 Active power reference value 0 2 000 000 W 0 2 000 000 1 W r w 0 2317 154 0 Unsigned16 Starting time upper limit maintenance ...

Page 192: ...Failsafe soft starter A 4 5 9 Data set 133 Parameter extended functions 2 Read r and write w access to the parameter extended functions 2 is possible Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordination 0x21 Write via acyclic bus channel user program x x x 2 Unsigned8 Slot number x x x 4 Unsigned16 Length of data structure x x x 6 Unsigned16 Start position x x x 1 Supported by SI...

Page 193: ...to tal 2224 46 0 Unsigned32 Analog output range start value 0 4 294 967 294 0 4 294 967 294 1 r w 0 r w 0 2225 50 0 Unsigned32 Analog output range end value 0 4 294 967 295 0 4 294 967 295 1 r w 96 r w 27 648 54 199 Reserved 1 Supported by SIRIUS 3RW50 and 3RW52 soft starters 2 Supported by SIRIUS 3RW55 and 3RW55 Failsafe soft starters 3 Default encoding A 4 5 10 Data set 134 Parameter Maintenance...

Page 194: ...l detection 0 1 r w3 4 1 0 Disable 1 Enable 81 199 Reserved 1 Supported by SIRIUS soft starters 3RW55 and 3RW55 Failsafe 2 Default encoding 3 3RW55 soft starter from firmware version V2 0 4 Not supported by SIRIUS 3RW55 Failsafe soft starter A 4 5 11 Data set 135 Parameter cyclic process image Read r and write w access is possible to the parameter cyclic process image Data set 135 is not supported...

Page 195: ... and 3RW55 Failsafe 2 Default encoding A 4 6 3RW5 HMI High Feature slot 3 A 4 6 1 Data set 92 HMI diagnostics slot 3 Only read r access to the HMI diagnostics is possible Byte Data format Meaning 3RW 501 522 55 55 F3 0 Unsigned8 Coordination x x x 2 Unsigned8 Slot number x x x 4 Unsigned16 Length of data structure x x x 6 Unsigned16 Start position x x x 1 Supported by SIRIUS 3RW50 soft starter 2 S...

Page 196: ...e Error r 25 0 Bool Loading language rejected2 r 1 Bool Loading language active2 r 2 Bool Loading language successful2 r 3 Bool Loading language unsuccessful2 r 4 Bool Invalid signature Load additional language 2 r 26 0 Unsigned16 Faulty parameter number3 r 1 Supported by 3RW5 HMI High Feature 2 3RW5 HMI High Feature firmware version V3 0 or higher 3 3RW5 HMI High Feature firmware version V2 0 or ...

Page 197: ...Unsigned16 Start position x x x 1 Supported by SIRIUS 3RW50 soft starter 2 Supported by SIRIUS 3RW52 soft starter 3 Supported by SIRIUS soft starter 3RW55 and 3RW55 Failsafe Appendix A 4 Data sets SIRIUS 3RW5 PROFINET communication modules Equipment Manual 05 2021 A5E35631297002A RS AD 004 197 ...

Page 198: ... L3 rms 518 Switching element heating 519 Remaining switching element cooling time 520 Remaining time for motor overload protection4 521 Active power4 523 Power factor L1 34 526 Remaining switching frequency monit time4 528 Phase current average 530 Phase current average rms 531 Phase current max rms 4 65 534 No operation 14 0 Unsigned16 Measured value 2 see Measured value 1 r w 530 r w 530 16 0 U...

Page 199: ... mi cro SD card 177 Emergency run 178 Quick stop 179 Alternative stopping mode 180 Select parameter set 181 Activate pump clean ing 182 Motor CW 183 Motor CW creep speed 184 Motor CCW 185 Motor CCW creep speed 65 534 No function 38 0 Unsigned16 F4 see F3 r w 65 534 40 0 Unsigned16 F5 see F3 r w 65 534 42 0 Unsigned16 F6 see F3 r w 65 534 44 0 Unsigned16 F7 see F3 r w 65 534 46 0 Unsigned16 F8 see ...

Page 200: ...w 65 534 78 100 0 Unsigned8 Language 0 254 r w 0 r w 0 0 English 1 German 2 French 3 Spanish 4 Italian 5 Chinese 6 Portuguese 254 Additional language5 83 106 0 Unsigned16 Timer Lighting Dark 1 60 min 1 60 1 min r w 5 r w 5 0 Deactivated 84 108 0 Unsigned8 Date format 1 3 r w 1 r w 1 1 MMDDYY 2 DDMMYY 3 YYMMDD 85 109 2 Unsigned8 Time format 1 2 r w 1 r w 1 1 Time format 12h 2 Time format 24h 86 110...

Page 201: ... starter 4 Not supported by SIRIUS 3RW50 and 3RW52 soft starter 5 3RW5 HMI High Feature firmware version V3 0 or higher 6 3RW5 HMI High Feature firmware version V3 1 or higher A 4 7 I M data The 3RW5 PROFINET communication modules the 3RW5 soft starters and the 3RW5 HMI High Feature support the following I M data I M data 3RW5 Number Name Comment PN1 50 52 55 55 F2 HMI HF3 I M0 Device identificati...

Page 202: ...ACTURER_ID 42 Manufacturer ID SIEMENS r 12 20 bytes ORDER_ID Article number r 32 16 bytes SERIAL_NUMBER Serial number r 48 2 bytes HARDWARE_REVISION Product version r 50 4 bytes SOFTWARE_REVISION Firmware version r 54 2 bytes REV_COUNTER Provides information about the parameterized changes on the device r 56 2 bytes PROFILE_ID Gives information about the profile supported by the device and the lin...

Page 203: ...tes TAG_FUNCTION Plant identifier Fill unused positions with blanks 0x20 r w 42 22 bytes TAG_LOCATION Location designation Fill unused positions with blanks 0x20 r w A 4 7 3 Data set 233 I M2 Installation Read r and write w access to the I M2 installation is possible Note Validity of the write access The 3RW5 soft starter checks the validity of the write access The accepted display formats are YYY...

Page 204: ...RW5 soft starter does not accept the data of the write access the 3RW5 communication module responds with a negative acknowledgment Byte Data format Meaning 0 9 I M header 0 Unsigned8 Coordination 0x21 Write via acyclic bus channel user program 1 9 Transfer the value 0x00 for writing the data set for bytes 1 9 Byte Data length Content Meaning Access 10 54 bytes DESCRIPTOR Individual additional inf...

Page 205: ... of the configuration data during startup or for exchanging useful data in cyclic operation Diagnostics Data that is transferred from the 3RW5 soft starter and indicates the current operating state DR Dynamic Reconfiguration Changes during operation Dynamic Reconfiguration refer to the property based on redundant communication connections of being able to make changes to the system without having ...

Page 206: ...P address To enable a PROFINET device to be addressed as a node on Industrial Ethernet the PROFINET device requires an IP address that is unique within the network The IP address is made up of 4 decimal numbers with a range of values from 0 through 255 The decimal numbers are separated by a decimal point The IP address is made up as follows Address of the sub net Address of the station host or net...

Page 207: ... media redundancy according to the Media Redundancy Protocol MRP This function is configured using the engineering tool of the automation system e g with STEP 7 HW Config With the Media Redundancy Protocol MRP you can implement redundant PROFINET communication via a ring topology without additional Ethernet switches Messages Data that is transferred from the 3RW5 soft starter and indicates the cur...

Page 208: ...e the restrictions in practice and to meet the additional requirements the OPC Foundation has defined a new platform with the name OPC Unified Architecture which provides a standardized basis for exchanging information between components and systems OPC UA will also be available as an IEC 62541 standard and will thus form the basis for other international standards Parameterization Parameterizatio...

Page 209: ...5 soft starter In STEP 7 you can read data sets by calling the SFB 52 RD_REC Receive data Data that are transferred to the 3RW5 soft starter Simple Network Management Protocol SNMP Network protocol for monitoring and controlling network elements e g switches SIRIUS Soft Starter ES TIA Portal SIRIUS Soft Starter ES TIA Portal is the central software for commissioning operating and diagnostics of th...

Page 210: ...a Data are transferred to the 3RW5 soft starter In STEP 7 you can read data sets by calling SFB 53 WR_REC Glossary SIRIUS 3RW5 PROFINET communication modules 210 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

Page 211: ...Data security 11 Data set Byte arrangements 159 Commands 160 Communication module diagnostics 161 HMI diagnostics 195 HMI parameters 196 I M0 Device identification 202 I M1 Equipment identifier 203 I M2 Installation 203 I M3 Description 204 Maximum pointer 175 Measured values 173 Overview 157 Parameter basic function 177 Parameter communication 162 Parameter communication server 163 Parameter cycl...

Page 212: ... IP parameters 61 95 112 Isochronous Real Time Communication IRT 21 K Knowledge 18 L LED display 69 LLDP 21 M MAC address 61 Maintenance interrupt 72 Manuals 9 Maximum pointer 154 Media Redundancy Protocol MRP 21 Media Redundancy with Planned Duplication MRPD 21 MIB 2 21 Micro SD card 141 142 Mode 24 Mounting 37 39 On a level surface 41 N Network environment 17 Network Time Protocol NTP 90 NTP tim...

Page 213: ...bus connector 34 References 9 Remedial measures 80 Removal 40 Removal and insertion interrupt 73 Removing On a level surface 43 Replacing 142 Router address 61 S Setting the mode 27 SIRIUS 3RW5 soft starter 17 SIRIUS Soft Starter ES TIA Portal 34 Slot 17 SNMP 21 Statistic data 154 Subnet mask 61 System redundancy S2 21 136 T Target group 18 Time synchronization 90 Transmission bandwidth 21 V VDI g...

Page 214: ...Log off 99 Log on 98 Web pages 92 Index SIRIUS 3RW5 PROFINET communication modules 214 Equipment Manual 05 2021 A5E35631297002A RS AD 004 ...

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