User Manual SVS16-PB-XX - E-t-a
Contents
1. on 3 2 2 Supply voltage bus module nn nn 3 2 3Loadoutpus ee ie 3 2 4 F SMCS nnd nn 3 2 5 PROFIBUS DP bus connection nt EIER 3 3 Addressing the SVS16 PB er 8 4 Parameterising the SVS16 PB I 8 nn 3 4 1 Meaning of the parameters 85 85 Configuration of SVS16 PB I 0 10 86 Baudrates S sss 11 BT Status LEDS o y jaaaaaaaaaa 11 ___ 3 8 Output behaviour with PROFIBUS failures ma A g9 Diagnostics o f y yj 12 nn 3 9 1 Meaning of diagnostic data I 4 Technical data 14 1 General The power distribution system SVS16 PB XX provides selective overcurrent protection power distribution in load circuits as well as switching and resetting of outputs For integral consistent communication of operating and error conditions as well as switching and resetting of individual circuits on the DC 24 V level the system is fitted with a fully featured PROFIBUS DP interface The track mountable system has 8 SVS16 PB 08 or 16 SVS16 PB 16 slots and accommodates electronic circuit breakers type ESX10 125 with reset input and status output and ESX10 115 with control input and status output or the solid state remote power controller E 1048 7xx with control input and status output 1 1 General Mounting Guidelines The power distribution system must only be installed by qualified personnel Only after proper installation must the device be supplied with electrical power It is only intended for connection t2. The SVS16 PB uses the general identifier format for configuration This way of configuring will be supported by all Masters As the SVS16 PB XX is designed as a modular slave the GSD file describes both the power distribution system with 8 and with 16 slots On type SVS16 PB 08 you can configure one output module and one input module each The system with 16 slots SVS16 PB 16 has max two out put modules and 2 input modules selectable One module describes 8 slots each The following assignments are valid D oumutbytetControiMese Doom 1 Je a Je ie Je Ten re Output byte 2 Control Reset ett yt 2 ontrovrcse Decimalvaue 1 Je a Je fre Je Je ie Each output byte controls 8 slots and the lowest valence bit LSB of the output byte 1 is assigned to the slot F1 The highest valence bit MSB of the output byte 1 is assigned to slot F8 Along the lines of output byte 1 the lowest valence bit LSB of output byte 2 is assigned to slot F9 and the highest valence bit MSB is assigned to slot F16 Depending on the population of the SVS16 PB the following specifications are valid a slot fitted with E 1048 7xx with control input and status output 1 gt 24VON gt E 1048 7xx switch on 0 gt 24V OFF E 1048 7xx switch off b slot fitted with ESX10 115 with control input and status output 1 gt 24VON gt ESX10 115 switch on 0 gt 24V OFF gt ESX10 115 switch off c slot fitted with ESX10 125 with reset input and sta
3. Bit 1 reserved reserved Bit 2 Bit 3 reserved reserved Bit 4 Bit 5 reserved reserved Bit 6 Bit 7 reserved Diag Ext_Diag_ This bit is set as soon as there is an overflow of diagnostic Overflow data For instance the slave can set this bit when there are more diagnostic data than it can record in the transmission buffer The Master will set this bit when the slave sends more diagnostic data than the Master can enter into its diagnostic buffer Byte 3 Bit 0 Bit 7 Diag Master_Add Master address This byte holds the address of the Master which has parameterised the SVS16 If the SVS16 has not been parameterised by a Master the slave will record the value OxFF into byte 3 The following 2 bytes hold the 16 bit ident number of the DP slave The ident number of the SVS16 is OXOC9E Byte 4 Bit 0 Bit 7 Ident_Number_High Ident number High Byte Ox0C Byte 5 Bit 0 Bit 7 Ident_Number_ Low Ident number Low Byte Ox9E Byte 6 This byte holds the block length of a possibly available extended diagnosis Ext_Diag_Data The SVS16 does not provide any extended diagnostic data 4 Technical Data Supply load module DC 24 V max 40 A screw terminals or screwless terminals Supply bus module DC 24 V max 250 mA push in terminals Number of slots Population of slots optional Load outputs max 8 A per slot Communication interface LED status 24 V 2 way 0 V 2 way and
4. ETTA ENGINEERING TECHNOLOGY User Manual SVS16 PB XX Sicherheitshinweis Eine Nichtbeachtung der Montage und Bedienungsanleitung kann zu erheblichen Sch den am Ger t und an der Anlage f hren E T A bernimmt gegen ber Kunden oder Dritten keine Haftung Gew hrleistung oder Garantie f r M ngel oder Sch den die durch fehlerhaften Einbau oder unsachgem e Handhabung unter Nichtbeachtung der Montageund Bedie nungsanleitung verursacht sind Caution Please follow these instructions carefully Failure to comply or misuse of this equipment could result in serious damage both to the equipment itself and to the installation E T A is unable to accept responsibility for customer or third party liability warranty claims or damage caused by incorrect installation or improper handling resulting form non observance of these instructions Montageanleitung f r Stromverteiler SVS16 PB XX Bestell Nr Y 310 567 02 Index b Ausgabe 03 2014 E T A Elektrotechnische Apparate GmbH Alle Rechte vorbehalten Installation manual for power distribution system SVS16 PB XX Ref number Y 310 567 02 Index b Issue 03 2014 E T A Elektrotechnische Apparate GmbH All rights reserved Contents A General 1 4 General mounting guidelines a 2 PROFIBUS DP bus system 8 SVSTE PB XX re 9 BA Overview sss nn n n npnn np tptnp pt pn nn pn np pp 5 Wu 3 1 1 Schematic diagram 2 I 5 Be Te n s 6 Wu 3 2 1 Supply voltage load module
5. in the two bytes above represent factors for adjustment of the response monitoring time The time of response monitoring will be calculated as follows Response monitoring time WD_Fact_1 WD_Fact_2 10 ms Thus times from 10 ms to 650 sec can be realised independently of the Baud rate Response monitoring is switched on or off by the bit WD_On Parameter byte 4 Bit 0 Bit 7 Min_TSDR Min response time of SVS16 PB in t Min_TSDR is the time which the SVS16 has at least to wait before it can send its responses back to the Master 11 t are the minimum requirement as per standard Parameter byte 5 Bit 0 Bit 7 Ident_Number_High Ident number of higher valence byte Ox0C Parameter byte 6 Bit 0 Bit 7 Ident_Number_Low Low Ident number of lower valence byte Ox9E The SVS16 PB only accepts parameterising telegrams where the transmitted Ident Number is identical with its own Ident Number Exception the Min_TSDR it can also be set in case the two bits Lock_Reg and Unlock_Req are zero and the Ident_Number is not identical Parameter byte 7 Bit 0 Bit 7 Group_lIdent Group assignment This byte allows group assignment for the function Global_Control Each bit represents a group 7e Je 4 2 2 1 o Parameter byte 7 Group assignment PELL x untispar toot ti para greup2 _ BE Ti C xl l usenaoos _ Note will only be adopted if Lock_Req bit is set 3 5 Configuration of SVS16 PB
6. into effect after removal and repeated application of the supply voltage or by actuation of the reset button 3 4 Parameterising of the SVS16 PB For convenience of parameterising and configuration by means of a configuration software a master data file called ETA_OC9E gsd will be made available for download on the E T A homepage This file will hold all vital and basic characteristics for parameterising configuration and for the operation at any PROFIBUS DP master control unit 3 4 1 Meaning of the Parameters As requested by the EN 50170 the SVS16 PB processes the parameter bytes 1 7 There are no other user parameter data Design and meaning of the 7 parameter bytes are described in the following Parameter byte 1 Bit 0 reserved Bit 1 reserved Bit 2 reserved Bit 3 WD_On If this bit is set to 0 response monitoring WatchDog of the SVS16 will be deactivated Bit 4 Freeze_Req This bit signals to the SVS16 that it shall be operated in the Freeze_mode Bit 5 Sync_Req This bit signals to the SVS16 that it shall be operated in the Sync_mode Bit 6 Unlock_Req The Master sets this bit to 1 to release access to the SVS16 for another Master This bit takes priority over the following bit 7 Lock_Req Bit 7 Lock_Req The Master sets this bit to 1 to block access to the SVS16 for other Masters Parameter byte 2 Bit O Bit 7 WD_Fact_1 Watchdog factor 1 Parameter byte 3 Bit 0 Bit 7 WD_Fact_2 Watchdog factor 2 The values held
7. Bit 5 Diag Invalid_Slave_ This bit is set by the Master as soon as a non plausible reply Resp is received by a slave The SVS16 sets this bit to zero Bit 6 Diag Prm_Fault This bit is set by the SVS16 when the last parameter telegram was faulty Bit 7 Diag Master_Lock The slave was parameterised by another Master This bit is set by the Master when the address in byte 3 is unequal to OxFF and unequal to the own address The SVS16 sets this bit to zero Byte 1 Bit O Bit 1 Diag Prm_Req If this bit is set by the SVS16 it has to be re parameterised and re configured As long as this bit is set by the SVS16 the Master has to Bit 2 Diag Stat_Diag pick up diagnostic data It sets the bit for instance when it cannot provide user data This bit is set by the SVS16 firmly to 1 Bit 3 This bit is set by the SVS16 as soon as its WatchDog is Bit 4 Diag WD_On Diag Freeze_Mode activated This bit is set by the SVS16 as soon as it has received the Bit 5 Diag Sync_Mode command FREEZE This bit is set by the SVS16 as soon as it has received the Bit 6 Diag Not_Present command SYNC This bit is set by the Master when the slave is not part of Bit 7 the parameter set of the Master The SVS16 sets this bit to zero This bit is set by the Master as soon as the SVS16 is Diag Deactivated marked as inactive in the Master parameter set The SVS16 sets this bit to zero Byte 2 Bit O
8. PE 1 way max 10 mm 24 V 2 way 0 V 2 way max 1 5 mm SVS16 PB 08 8 slots SVS16 PB 16 16 slots e with electronic circuit protectors type ESX10 115 125 e with SSRPC type E 1048 7xx per load output Load Load and PE 1 5 mm each PROFIBUS DP to EN 50170 and or IEC 61158 indication module supply bus status Notes M_SVS16 PB_e_ 300713 ENGINEERING TECHNOLOGY E T A Elektrotechnische Apparate GmbH Industriestra e 2 8 D 90518 Altdorf Germany Tel 09187 10 0 Fax 09187 10 397 E Mail info e t a de www e t a de
9. age DC 24 V 18 32 V Load current max 8A per terminal block slot L protected load output L minus return load PE PE Terminals X1 X8 X16 with type SVS16 PB XX C13 XX three level print spring loaded terminals cable cross section max 1 5 mm with type SVS16 PB XX C23 XX three level print screw terminals cable cross section max 1 5 mm screw terminals M3 3 2 3 F Slots Slots for types ESX10 115 ESX10 125 and E 1048 7xx SVS16 PB 08 F1 F8 terminals X1 X8 SVS16 PB 16 F1 F16 terminals X1 X16 3 2 5 PROFIBUS DP Bus Connection The 9 pole D Sub connector recommended in the EN 50170 should be used as bus connection On the SVS16 the bus connection is designed as bushing Terminal X50 Pin number Signal Definition free free data line B control signal for ground to BUS 5V Vcc load resistors max 100mA Pin assignment of 9 pole Sub D connector data line A 1 2 3 4 5 6 7 8 9 3 3 Addressing the SVS16 PB bus address Any user in a PROFIBUS network requires a unique address The user address on the PROFIBUS will be adjusted directly on the SVS16 PB XX by means of two rotary switches The rotary switches have a value range of 0 9 The ones position is marked with x1 the tens position with x10 The valid address range is between 01 and 99 Caution The imported address is only read once after applying the supply voltage Change of address will therefore only come
10. are written in bold type 3 8 Output Behaviour in the Event of PROFIBUS Failures Behaviour of the outputs in the event of a PROFIBUS failure failure of the Master interruption of bus cable etc differs in dependence of the type number of the SVS16 SVS16 PB XX XX P01 bus failure does not affect the condition of the connected loads The output byte s assigned to the slots remain unchanged SVS16 PB XX XX P02 A bus failure affects the condition of the connected loads The output byte s assigned to the slots will be set to 0 i e the connected loads will be switched off 3 9 Diagnostics The SVS16 provides slave diagnostic data as described in the EN 50170 Set up and meaning of the 6 Byte standard diagnostic data are described in the following 3 9 1 Meaning of Diagnostic Data Byte 0 Bit 0 Diag Station_Non_ This bit is set by the Master when the SVS16 does not Existent respond The SVS16 sets this bit to zero Bit 1 Diag Station_Not_ This bit is set by the SVS16 when it is not yet ready for the Ready data exchange Bit 2 Diag Cfg_Fault This bit is set by the SVS16 when the configuration data received from the Master are not identical with those determined by the SVS16 Bit 3 Diag Ext_Diag This bit is set by the Slave when extended diagnostic data are available The SVS16 does not provide any extended diagnostic data Bit 4 Diag Not_Supported This bit is set by the SVS16 when a non supported function is required
11. eration of a PROFIBUS system please see the official documents of the PROFIBUS user organisation PNO The link www profibus com downloads leads you to the following documents e PROFIBUS technical guideline PROFIBUS planning guideline PROFIBUS mounting guideline PROFIBUS start up guideline 3 SVS16 PB XX 3 1 Overview 1 Er 1 1 Sr ql H BETA OETA OETA TA TA OETA 4 4 CT 4 2 GERMANY GERMANY GERMANY GERMANY GERMANY Typ SVS16 PB x LI 08 LI 16 F8 ERGISZEE7C23 O PO1 O P0O2 X1 X2 X3 X4 X5 X6 X7 X8 PROFIBUS DP Made in Germany C E EISEE ee 3 1 1 Schematic diagram SVS16 PB 08 xxx 3 2 Terminals 3 2 1 Supply Voltage Load Module Rated voltage Total current DC 24 V DC 24 V PE Terminals DC 24 V 18 32 V max 40 1 2 2 way 1 2 2 way PE connected to DC 24 V X21 with type SVS16 PB XX C13 XX 5 pole print screwless terminals 1 2 1 2 PE cable cross section max 10 mm with type SVS16 PB XX C23 XX 5 pole print screw terminals 1 2 1 2 PE cable cross section max 16 mm screw terminals M4 PROFIBUS connection 9 pole D SUB 3 2 2 Supply Voltage Bus Module Rated voltage DC 24 V 18 32 V Current consumption max 250 mA Terminals X31 2 pole push in terminal 1 2 cable cross section max 1 5 mm 2 pole push in terminal 1 1 cable cross section max 1 5 mm 3 2 3 Load Outputs Rated volt
12. o extra low voltage DC 24 V Connection to higher and or not reliably disconnected voltage can cause perilous conditions or damages The maximum total current of the power distribution system must not be exceeded Cable cross section and current rating of the protective elements must be adjusted to the current rating of the connected load in each load path The technical data of the circuit breakers installed have to be observed Provisions have to be made in the system or machine to prevent inadvertent start up of parts of the system e g by installing a safety PLC in compliance with the Machinery Directive 98 37 EG and EN 60204 1 Safety of Machinery In the event of a failure short circuit over load the load circuit will be disconnected by the circuit breaker After tripping of the circuit breaker and before reset the trip cause short circuit or overload has to be remedied The national regulations e g for Germany DIN VDE 0100 have to be observed with regard to installation and selection of input and output lines Caution Electrostatic discharge ESD AE Device must only be opened by the manufacturer R Waste management directive Packaging is capable of recycling and should be led to reuse 2 PROFIBUS DP BUS SYSTEM PROFIBUS DP is a master slave system and can connect up to 126 users One bus segment can operate max 32 users For more information on the bus system planning mounting and op
13. tus output min 10ms An ESX10 125 in the OFF condition requires a reset pulse for reset of min 10 ms The ESX10 125 cannot explicitly be switched off Input byte 1 Status Slot no F1 F2 1 Le Any input byte allows importing of status or failure indication of 8 slots Assignment of the in dividual slots is identical with the assignment described above of the output bytes LSB of output byte 1 is assigned to slot F1 MSB to slot F8 etc Independent of the type configurations the following is valid 1 gt unit is ON 0 gt unit is OFF or slot is empty 3 6 Baud Rates The SVS16 PB supports all Baud rates specified in the PROFIBUS standard up to 12 000 Kbit s These include 9 6 Kbit s 19 2 Kbit s 45 45 Kbit s 93 75 Kbit s 187 5 Kbit s 500 Kbit s 1 500 Kbit s 3 000 Kbit s 6 000 Kbit s 12 000 Kbit s The SVS16 automatically recognises the Baud rate specified by the Master 3 7 Status LEDs LED Bus OFF Slave is OFF Line and or no supply voltage available LED Bust ON Slaveis in DATA EXCHANGE mode LED Bus flash mode Slave is in CLEAR mode 1Hz SVS16 PB is just being parameterised initialised LED Fehler OFF No error and or no supply voltage available LED Fehler Error during initialisation of the slave Hardware failure SVS16 PB LED Fehler flash mode 1Hz Error during configuration parameterisation of the slave Network configuration error The LED conditions in normal duty
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