Page 1 ___________________ 3WL/3VL circuit breakers with Introduction and overview communication capability - PROFIBUS ___________________ General information ___________________ 3WL air circuit breakers SENTRON ___________________ 3VL molded-case circuit breaker Protection devices ___________________ 3WL/3VL circuit breakers with Zone Selective Interlocking communication capability - ___________________ PROFIBUS PROFIBUS data transfer System Manual...
Page 2 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 recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems.
Page 3: Table Of Contents
Table of contents Introduction and overview .......................... 9 General information ........................9 1.1.1 Structure of the manual........................9 1.1.2 Introduction ............................9 1.1.3 SENTRON circuit breakers ......................9 Bus systems..........................11 1.2.1 PROFIBUS DP..........................11 1.2.2 Ethernet............................14 1.2.3 Modbus RTU ..........................15 1.2.4 Communication structure of the SENTRON circuit breakers............16 General information ..........................
Page 4 Table of contents Functions and parameters ......................53 3.4.1 Important functions and parameters for communication............. 53 3.4.2 Load management ........................54 3.4.3 Extended protection function....................... 55 3.4.4 Threshold values......................... 56 3.4.5 Lower limit of power transmission....................56 3.4.6 Direction of incoming supply ....................... 56 3.4.7 Events and tripping operations ....................
Page 5 Table of contents COM20 connection ........................95 4.2.1 Data exchange with the COM20 ....................95 4.2.2 Setting the PROFIBUS address of the COM20 ................96 4.2.3 COM20 pin assignment .......................97 4.2.4 PROFIBUS installation guidelines COM20..................98 4.2.5 PROFIBUS DP write protection with COM20 ................98 4.2.6 Communication connection to the ETU ..................99 4.2.7...
Page 6 Table of contents PROFIBUS data transfer ........................123 Integration of the circuit breakers into a communication system ..........123 Communication ......................... 123 Communication with a PROFIBUS DP class 1 master............. 124 Communication with a PROFIBUS DP class 2 master............. 125 Integration with the GSD file .....................
Page 7 Table of contents Function classes ........................177 8.5.1 Function classes of the data points ...................177 8.5.2 Data points for controlling the SENTRON circuit breakers............178 8.5.3 Data points for detailed diagnostics of the SENTRON circuit breakers........179 8.5.4 Data points for identifying the SENTRON circuit breakers ............181 8.5.5 Data points for measured values current...................182 8.5.6...
Page 8 Table of contents List of abbreviations..........................279 List of abbreviations ........................279 Glossary ..............................281 Index..............................285 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 9: Introduction And Overview
Introduction and overview General information 1.1.1 Structure of the manual Purpose of the manual This manual describes the diverse application options of circuit breakers with communication capability in power distribution. 1.1.2 Introduction In industrial automation, the demand for communication capability, data transparency and flexibility is growing constantly.
Page 10 Introduction and overview 1.1 General information Utilization of the resulting possibilities turns a circuit breaker into something more than just a switching and protection device. Only when the automation and low-voltage switchgear and controlgear used can be fully integrated into a communication solution in a user-friendly and fully functional way, can the following functions be implemented: ●...
Page 11: Bus Systems
Introduction and overview 1.2 Bus systems Saving costs The benefits of the SENTRON circuit breakers result both from their modular design and compact construction. This saves costs for work processes in planning and trade, and for switchgear manufacturers and plant operators. It also saves space and energy. Easy planning This results from the use of the SENTRON circuit breakers and the SIMARIS deSign planning tool, which enables the solution of previously tedious and difficult processes,...
Page 12 Introduction and overview 1.2 Bus systems Integration into automation systems Integration and linking to current concepts in automation is similarly unproblematic since all the large manufacturers offer PROFIBUS DP master modules for programmable logic controllers (PLCs). And with high data transfer rates of up to 12 MBaud/s, the systems operate almost in real time.
Page 13 Introduction and overview 1.2 Bus systems The following figure shows communication on PROFIBUS: ● Token passing between the available masters ● Polling between master and slave nodes Figure 1-1 Communication on PROFIBUS The figure above shows an example with three master modules and seven slaves. The three master devices form a logical ring.
Page 14: Ethernet
Introduction and overview 1.2 Bus systems Acyclic data transfer Acyclic data transfer is implemented via DPV1. DPV1 adds several functions to the existing PROFIBUS standard. These include reparameterization of the slave configuration during operation, and the establishment of acyclic data traffic. With the help of DPV1, data can also be read direct from the slave by a class 2 master, even though it still has a logical link to a class 1 master.
Page 15: Modbus Rtu
Ethernet. Data transfer There are several methods of transferring the data of the SENTRON circuit breakers on PROFIBUS DP to Ethernet. These are represented here by two solutions using SIEMENS components: Solution 1 A SIMATIC S7 controller is equipped with a PROFIBUS DP interface (CPU-internal interface or modules with communications processors) and an Ethernet interface.
Page 16: Communication Structure Of The Sentron Circuit Breakers
Introduction and overview 1.2 Bus systems Message frames The message frames allow process data (input/output data) to be written or read either individually or in groups. Modbus RTU is used on different transmission media. Implementation on the RS485 physical bus, a shielded, twisted-pair cable with terminating resistors as on PROFIBUS DP, is widespread.
Page 17 Introduction and overview 1.2 Bus systems Ethernet PROFIBUS CubicleBUS ① ⑪ 3VL molded-case circuit breaker Metering function PLUS ② ⑫ Electronic trip unit LCD ETU ZSI module ③ ⑬ Electronic trip unit ETU Digital output module with relay contacts ④ ⑭...
Page 18 Introduction and overview 1.2 Bus systems 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 19: General Information
General information Other system manuals and literature Sources of information and other documentation The following manuals supplement the present manual: Operating Instructions of the SENTRON WL circuit breaker 3ZX1812-0WL00-0AN1 System Manual for S7-300/400, System and Standard Functions 6ES7810-4CA08-8AW1 (Reference Manual) Weigmann / Kilian;...
Page 20: Standards And Approvals
SENTRON series. A list of contacts and the latest version of the manual are available on the Internet at: SENTRON (http://www.siemens.com/sentron) Scope This manual applies to circuit breakers with the following designations: SENTRON ●...
Page 21 Siemens AG, its regional offices, and associated companies (hereinafter referred to as "Siemens") cannot guarantee all the properties of a whole plant or machine that has not been designed by Siemens.
Page 22 General information 2.6 Scope 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 23: 3Wl Air Circuit Breakers
3WL air circuit breakers Introduction and overview Alongside the traditional circuit breaker tasks such as protecting plants, transformers, generators and motors, additional requirements have been added: ● A complete overview of the plant from a central control room is required ●...
Page 24 3WL air circuit breakers 3.1 Introduction and overview ① ⑭ Guide frame Key-operated EMERGENCY STOP pushbutton ② ⑮ Main front terminal, flange, Motorized operating mechanism horizontal, vertical ③ ⑯ Position signaling switch Switching cycles counter ④ ⑰ Grounding contact, leading Breaker Status Sensor (BSS) ⑤...
Page 25 3WL air circuit breakers 3.1 Introduction and overview Sizes and versions ● With three sizes, the 3WL air circuit breaker covers the range from 250 A to 6300 A. ● The 3WL is available in a three-pole and four-pole version ●...
Page 26: The Cubiclebus
3WL air circuit breakers 3.1 Introduction and overview PROFIBUS DP connection The circuit breaker is connected to PROFIBUS DP via the RS485 interface of the COM15 module. It is possible to run networking/communication at a higher level (intranet/Internet) using the Breaker Data Adapter PLUS. 3.1.1 The CubicleBUS Within the integrated and modular architecture of the SENTRON WL, the CubicleBUS...
Page 27: Communications Capability Of Electronic Trip Units (Etu)
3WL air circuit breakers 3.1 Introduction and overview ① PLC, e.g. SIMATIC S7 data acquisition and processing ② PC with Switch ES Power SENTRON 3WL/3VL parameterization and visualization tool via PROFIBUS DP ③ Digital input module ④ Analog output module ⑤...
Page 28 3WL air circuit breakers 3.1 Introduction and overview Versions The communication-capable trip units differ in their design: ● The ETU45B has a rotary coding switch on the front for setting the protection parameters. These can only be read via the communication system. ●...
Page 29: Function Overview Of The Overcurrent Tripping System
3WL air circuit breakers 3.1 Introduction and overview 3.1.3 Function overview of the overcurrent tripping system Table 3- 1 Function overview of the tripping system of the ETU Basic function ETU45B ETU76B Overload protection ✓ ✓ Function can be switched off/off –...
Page 30 3WL air circuit breakers 3.1 Introduction and overview Basic function ETU45B ETU76B Recording of the ground-fault current ✓ ✓ via summation current conversion with internal or external N-conductor transformer NSE00889 Recording of the ground-fault current ✓ ✓ via external transformer Adjustment range of the response A-B-C-D-E A...E*...
Page 31: Availability Of The Data On The Cubiclebus
3WL air circuit breakers 3.1 Introduction and overview Basic function ETU45B ETU76B Load pick up ✓ ✓ Load shedding ✓ ✓ Leading signal overload trip 200 ms ✓ ✓ NSE00891 Temperature alarm ✓ ✓ Phase unbalance ✓ ✓ Instantaneous short-circuit trip ✓...
Page 32 3WL air circuit breakers 3.1 Introduction and overview Data point groups The table below provides an overview of the internal CubicleBUS nodes and their assigned data point groups (combination of several data points). The table below shows which data points from the data library are generated by which CubicleBUS module: Table 3- 2 Assignment of data points to CubicleBUS modules Data point group...
Page 33: Com15 Module And Bss Module
3WL air circuit breakers 3.2 COM15 module and BSS module COM15 module and BSS module 3.2.1 PROFIBUS DP COM15 module With the COM15, the SENTRON WL circuit breaker can exchange data via PROFIBUS DP. The COM15 fetches some of the most important information about the status of the switch (on/off, spring energy store, ready, etc.) from the BSS (Breaker Status Sensor) via the CubicleBUS.
Page 34: Connection Of The Com15 Module
3WL air circuit breakers 3.2 COM15 module and BSS module 3.2.2 Connection of the COM15 module The COM15 is connected by plugging it into position X7 of the auxiliary conductor plug-in system. Pin assignment The figure below shows the printing on the COM15, the external pin assignment for connecting the switch-on solenoid, the shunt release, PROFIBUS write protection, and the free input/output.
Page 35 3WL air circuit breakers 3.2 COM15 module and BSS module ● The unassigned user input can be connected via a contact element to the 24 V DC voltage from Pin1 to transmit the status of the contact element. ● Free operator output on COM15 (from Version 0907 or 0905; firmware version V1.13.0). From this version, the COM module offers an alternative function with which the status of the tripped signaling switch S45 of the BSS module is output at the operator output.
Page 36 3WL air circuit breakers 3.2 COM15 module and BSS module The figure below shows the wiring if contacts are installed with voltages not equal to 24 V ● Coupling relays must be used. ● If F1 is not used for switching off, the connection points X5:11 / X5:12 must be connected for F2 to F4.
Page 37: Profibus Installation Guideline
3WL air circuit breakers 3.2 COM15 module and BSS module RJ45 connection The figure below shows the COM15 from behind. It shows the RJ45 connection for the external CubicleBUS modules. If no external CubicleBUS module is connected, the bus must be terminated with the terminating resistor supplied.
Page 38: Profibus Write Protection (Dpwriteenable)
3WL air circuit breakers 3.2 COM15 module and BSS module 3.2.4 PROFIBUS write protection (DPWriteEnable) In applications in power distribution, it is necessary to disable write access via PROFIBUS temporarily or permanently. There is a hardware input on the COM15 for this purpose. Pin1 provides the 24 V DC supply that can be run back via a contact to Pin 2 (DPWriteEnable), for example.
Page 39 3WL air circuit breakers 3.2 COM15 module and BSS module Diagnosing the communication system The COM15 has two LEDs called PROFIBUS and CubicleBUS for diagnosing communication. The operating status for PROFIBUS DP and the CubicleBUS can be read from these. The figure below shows the front view of the PROFIBUS module of the SENTRON WL with the PROFIBUS connection and the two LEDs.
Page 40 3WL air circuit breakers 3.2 COM15 module and BSS module CubicleBUS LED The CubicleBUS LED shows the status of the CubicleBUS communication of the COM15 module. Table 3- 5 CubicleBUS LED CubicleBUS LED Meaning No CubicleBUS module found CubicleBUS fault Flashing green A CubicleBUS node has been found but no metering function/metering function PLUS, and no trip unit...
Page 41: Breaker Status Sensor (Bss)
3WL air circuit breakers 3.2 COM15 module and BSS module Detecting the switch position The COM15 module has three micro switches on the underside for determining the position of a slide-in circuit breaker in the guide frame. Depending on which switch is actuated, the position described above is communicated (1 = actuated).
Page 42: Metering Functions
3WL air circuit breakers 3.3 Metering functions Retrofitting A SENTRON WL can also be retrofitted with the BSS. The BSS acquires the following information: ● Status of the spring energy store ● Position of the main contacts (switch on/off) ● Ready-to-close signaling ●...
Page 43 3WL air circuit breakers 3.3 Metering functions The figure below shows that the metering function PLUS is mounted on the rear of the trip unit (ETU). ① Rear of the ETU ② Metering function PLUS ③ Connection for the breaker identification module Figure 3-8 Metering function PLUS Data exchange with trip unit...
Page 44 If retrofitting is carried out by the customer, the metering function PLUS will not be calibrated together with the trip unit. Siemens accepts no liability for the accuracy information in the table "Metering function PLUS - measured values for communication".
Page 45 3WL air circuit breakers 3.3 Metering functions Harmonics can be generated by the following: ● Domestic electronics, lighting and computers ● Single-phase power supply units ● Uninterruptible power supplies via inverters ● Saturated iron cores with inductances (transformers and reactors) ●...
Page 46 3WL air circuit breakers 3.3 Metering functions If increased harmonics are measured, it is advisable to carry out a 3-phase system analysis. This measurement, including the neutral conductor, must be carried out with the appropriate harmonics measuring devices over an extended period up to the 100th harmonic. The right choice of measuring connection point and professional analysis of the measured data are essential components in developing a concept that removes or at least reduces the harmonics and associated faults.
Page 47 3WL air circuit breakers 3.3 Metering functions Figure 3-10 Waveform acquisition of the metering function PLUS The example in the figure shows the 3 phases L1, L2 and L3. It shows an event in waveform buffer B with a 3-phase instantaneous short-circuit. You can see from the figure that the short-circuit occurred at the time 10:05:58.
Page 48: Voltage Transformer
3WL air circuit breakers 3.3 Metering functions Trigger event Tripping operations, alarm signals and threshold warnings are available as trigger events so that the voltage wave for an undervoltage trip can be recorded. The trigger event can be set individually for each waveform buffer. In addition, the position in the stopped waveform buffer at which the trigger should be located can be stored.
Page 49 3WL air circuit breakers 3.3 Metering functions Connection On the primary side, the voltage converter can be star or delta-connected. On the secondary side, it is always star-connected to the auxiliary conductor plug-in system (X8:5 to X8:8). The figure below shows the connection of the voltage transformer for operating with a metering function.
Page 50 3WL air circuit breakers 3.3 Metering functions Accuracy The load of the metering function PLUS is 27 kΩ so that up to six metering functions can be connected simultaneously to a voltage transformer with apparent power of 2.5 VA (note accuracy class and cable length!).
Page 51 3WL air circuit breakers 3.3 Metering functions Table 3- 7 Metering function PLUS - Measured values for communication Measured value Range of values Accuracy (when ordering the switch + trip unit + metering function PLUS direct) Currents I 30 … 8000 A ±...
Page 52 3WL air circuit breakers 3.3 Metering functions Table 3- 8 Reference conditions: Input current ± 1% nmax Input voltage ± 1% Frequency f = 50 Hz Power factor cos φ = 1 Waveform Sine, THD ≤ 5%; symmetrical load Ambient temperature 35 °C ±...
Page 53: Delay Of The Threshold Warning
3WL air circuit breakers 3.4 Functions and parameters 3.3.3 Delay of the threshold warning You can parameterize whether a warning is generated when a threshold value is violated. This can be delayed like the extended protection function. These warnings are communicated on the CubicleBUS (e.g.
Page 54: Load Management
3WL air circuit breakers 3.4 Functions and parameters 3.4.2 Load management Load management is used to avoid peaks in the load curve or to reduce their effects. Brief peaks can result in a circuit breaker overload and thus a tripping operation, or they can result in the energy supplier raising the price.
Page 55: Extended Protection Function
3WL air circuit breakers 3.4 Functions and parameters Threshold "load shedding" If the current exceeds the set load shedding parameter in one phase, a "load shedding alarm" is generated. Only when this lower threshold is violated by all three phases is the "load shedding alarm"...
Page 56: Threshold Values
3WL air circuit breakers 3.4 Functions and parameters 3.4.4 Threshold values As well as the load management facility (load shedding/load pick up), the metering function PLUS provides another option for automatic monitoring of operating data and for generating an alarm when a normal status is exited. In general, the same monitoring functions are available for the threshold values as for the extended protection function.
Page 57: Events And Tripping Operations
3WL air circuit breakers 3.4 Functions and parameters 3.4.7 Events and tripping operations All events (with the exception of tripping operations) are provided with a time stamp and an incoming (+) or outgoing (–) indicator, and entered in the event log. In the event log, the last ten events registered on the CubicleBUS are stored in the COM15.
Page 58: External Cubiclebus Modules
3WL air circuit breakers 3.5 External CubicleBUS modules External CubicleBUS modules 3.5.1 General information General (description and equipment) External CubicleBUS modules enable communication of the SENTRON WL circuit breaker with secondary devices in the circuit breaker field. It can be used, for example, to control analog indicators, to transfer alarms and the reason for tripping the circuit breaker, and to read in additional control signals.
Page 59: Rotary Coding Switch
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.1.1 Rotary coding switch With the exception of the configurable output module, all external CubicleBUS modules are configured using rotary coding switches. The function indicated by the pointer of the rotary coding switch is active in each case. On some modules (e.g.
Page 60: Maximum Configuration Of The Cubiclebus
3WL air circuit breakers 3.5 External CubicleBUS modules The CubicleBUS is supplied with 24 V DC on X3. The table below shows the pin assignment of X3 on the CubicleBUS module: Table 3- 11 Pin assignment of the X3 on the CubicleBUS module X3:1 Ground 24 V DC X3:2...
Page 61: Installation Guidelines For The Cubiclebus
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.1.5 Installation guidelines for the CubicleBUS The following guidelines apply for installing the CubicleBUS: ● Total length of the CubicleBUS cables max. 10 m. ● Only the pre-assembled cables must be used for connecting the CubicleBUS modules. ●...
Page 62 3WL air circuit breakers 3.5 External CubicleBUS modules Connection of the CubicleBUS without COM15 The figure below shows the connection of external CubicleBUS modules to the SENTRON WL without COM15. ● Make the first connection with four wires. ● Connect the CubicleBUS with RJ45 connectors using the supplied CubicleBUS cables. ●...
Page 63 3WL air circuit breakers 3.5 External CubicleBUS modules Connection of the CubicleBUS with COM15 The figure below shows the connection of external CubicleBUS modules to the SENTRON WL with COM15: ● Connect the external CubicleBUS modules using the supplied 0.5 m CubicleBUS cables and integrate them into the system.
Page 64: Led Indicator
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.1.7 LED indicator The LEDs on the external CubicleBUS modules enable simple diagnostics and testing of the module. As explained in the tables below, the internal status and the communication connection can be diagnosed and thus the correct cabling can be checked. The tables below provide an overview of the LED indicators: DEVICE LED The DEVICE LED indicates the status of the external CubicleBUS module:...
Page 65: Test Of The Digital Input And Output Modules
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.1.8 Test of the digital input and output modules To prevent malfunctions of the circuit breaker or one of its components, the test must only be carried out before commissioning. The correct functioning of the CubicleBUS modules can be checked in test mode.
Page 66 3WL air circuit breakers 3.5 External CubicleBUS modules Table 3- 15 Testing process for the digital inputs/outputs on the CubicleBUS Normal operation Normal operating status of the input module or output module. The inputs or outputs are on or off according to the wiring or the pending signals.
Page 67: Digital Input Module
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.2 Digital input module Up to two digital input modules can be operated simultaneously on a CubicleBUS, once as a module with the position "PROFIBUS INPUT" and once as a "PARAMETER SWITCH". The polarity of the inputs is not important.
Page 68: Parameter Set Changeover
3WL air circuit breakers 3.5 External CubicleBUS modules Rotary coding switch The position of the rotary coding switch selects the operating mode. Figure 3-17 Digital input module 3.5.2.1 Parameter set changeover There are two different parameter sets for the protection function in the ETU76B trip unit. This protection function is necessary when switching between mains operation and generator operation in the event of a power failure, and there is the possibility of all tripping conditions changing.
Page 69: Technical Data
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.2.2 Technical data The table below contains the technical data of the digital input module on the CubicleBUS: Table 3- 16 Technical data of the digital input module Operating voltage on the CubicleBUS min./max. (V) 19.2 / 28.8 Current consumption from the CubicleBUS min./max.
Page 70 3WL air circuit breakers 3.5 External CubicleBUS modules Versions The current carrying capacity of an output is 150 mA here, and the maximum voltage is 24 V DC. Only direct voltage can be switched. The output module offers a changeover contact in each case with a maximum load of up to 12 A.
Page 71: Technical Data
3WL air circuit breakers 3.5 External CubicleBUS modules Delay time As well as the assignment of the outputs, an additional delay time can be set using the rotary coding switch. 0/0.2 s/0.5 s/1 s and 2 s are available. This can be used, for example, to suppress briefly occurring events and to output these only after they are pending for longer (e.g.
Page 72: Configuration Of The Digital Output Module
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.4 Configuration of the digital output module Digital configurable output module The digital configurable output module has six outputs. The outputs are configured exclusively per software. Figure 3-19 Digital configurable output module Configuration In contrast to the modules with rotary coding switch, the outputs are assigned per software instead of by means of a selector switch.
Page 73: Led Indicator
3WL air circuit breakers 3.5 External CubicleBUS modules Control via PROFIBUS DP The outputs of the module can be set direct via PROFIBUS DP (by a PLC, for example) via the PROFIBUS DP bits that are transferred via data set 69 to byte position 13. Together with the digital input module, it is possible to integrate switchgear that does not have direct communications capability into a communication system.
Page 74 3WL air circuit breakers 3.5 External CubicleBUS modules Tripping operations Overload (L) Short-time delayed short circuit (S) Instantaneous short circuit (I) Ground fault (G) Overload in neutral conductor (N) Phase unbalance current Phase unbalance voltage Underfrequency Overfrequency Undervoltage Overvoltage Active power in normal direction Active power in reverse direction THD current THD voltage...
Page 75 3WL air circuit breakers 3.5 External CubicleBUS modules Threshold values Overcurrent Overcurrent in neutral conductor Overcurrent ground fault Phase unbalance current Phase unbalance voltage Long-term mean value of current Undervoltage Overvoltage THD current THD voltage Peak factor Form factor Underfrequency Overfrequency Active power in normal direction Active power in reverse direction...
Page 76: Technical Data
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.4.2 Technical data The table below shows the technical data of the digital configurable output module on the CubicleBUS: Table 3- 19 Technical data of the digital configurable output module Operating voltage on the CubicleBUS min./max. (V) 19.2 / 28.8 Current consumption from the CubicleBUS min./max.
Page 77: Selecting The Measured Values
3WL air circuit breakers 3.5 External CubicleBUS modules Interfaces The measured values can be picked up in the form of 0 - 10 V via the X4 connector on the CubicleBUS module, and the 4 - 20 mA interface is available on the X5 connector. Both output forms are always active simultaneously.
Page 78 3WL air circuit breakers 3.5 External CubicleBUS modules Switch position "I" If the rotary coding switch is at switch position "I", the measured current values are output linearly: A01: Current in phase I A02: Current in phase I A03: Current in phase I A04: Current in neutral conductor Calculation of full-scale value Since the circuit breaker can be designed for different rated currents, there must be...
Page 79 3WL air circuit breakers 3.5 External CubicleBUS modules Switch position "P" If the rotary coding switch is at the "P" position, the measured values of the power are output via the four channels: A01: Active power phase P A02: Active power phase P A03: Active power phase P A04: Total apparent power S total...
Page 80 3WL air circuit breakers 3.5 External CubicleBUS modules Switch position "f" If the rotary coding switch is at the "f" position, the most important measured values are output, with the exception of the currents. In conjunction with another module in the position "I", all important measured values are thus displayed: A01: Frequency of the system A02: Mean value of the phase-to-phase voltage...
Page 81: Test Function
3WL air circuit breakers 3.5 External CubicleBUS modules 3.5.5.2 Test function Test mode is activated by pressing the "TEST" button. Test mode is indicated by the yellow DEVICE LED. During test mode, the measured values continue to be updated but are not output on the relevant channel.
Page 82: Measuring Accuracy
3WL air circuit breakers 3.6 Measuring accuracy Advantages Zone Selective Interlocking (ZSI) offers full selectivity with the extremely short delay time t = 50 ms, irrespective of the number of grading levels and the location of the short-circuit in the distribution system. The benefit is all the greater the higher the number of grading levels in large systems, and the longer the resulting delay times for standard time grading.
Page 83: External Current Consumption With Cubiclebus
3WL air circuit breakers 3.7 External current consumption with CubicleBUS Example: If a rating plug 630 A is used with a 1000 A switch, the accuracy for the full-scale value is 1000 A. ETU45B Display With communication Without metering function PLUS ±...
Page 84: Selecting The Power Supply
3WL air circuit breakers 3.7 External current consumption with CubicleBUS Energy requirements On the ETU45B trip unit, the energy from the transformers is sufficient to activate not only the protection functions but also the four-line display. Auxiliary power is only required for the backlighting.
Page 85 SITOP Power power supply The appropriate power supplies can be selected from the Siemens SITOP Power range. Example: A switch consists of an ETU45B, BSS, COM15, metering function, and output module with relay contacts.
Page 86 3WL air circuit breakers 3.7 External current consumption with CubicleBUS The table below provides the values for selecting the power supply with SITOP: Table 3- 23 Power supply from the SITOP range for SENTRON WL with CubicleBUS Max. continuous Max. start-up current Type Order number current...
Page 87: 3Vl Molded-Case Circuit Breaker
3VL molded-case circuit breaker Brief description 4.1.1 Brief description of SENTRON VL Thanks to their compact design, the SENTRON VL160 to VL1600 circuit breakers meet the high requirements of today's electrical distribution systems. They are available both with thermo-magnetic overcurrent trip units (16 A to 630 A), and with solid-state overcurrent trip units (63 A to 1600 A).
Page 88: Overview Of The Accessories
3VL molded-case circuit breaker 4.1 Brief description System architecture The system architecture of the SENTRON VL allows communication via PROFIBUS DP to a notebook or via Ethernet/intranet/Internet. A shared PROFIBUS profile together with the SENTRON WL enables use of shared programs both in a PLC and on a PC. PROFIBUS ①...
Page 89 3VL molded-case circuit breaker 4.1 Brief description ① ⑬ Withdrawable/plug-in socket Door-coupling rotary operating mechanism ② ⑭ Withdrawable side panels SENTRON 3VL circuit breaker ③ ⑮ Phase barriers Internal accessories ④ ⑯ Flared busbars Solid-state overcurrent trip unit LCD ETU ⑤...
Page 90: Properties Of The Trip Units
3VL molded-case circuit breaker 4.1 Brief description 4.1.3 Properties of the trip units Every trip unit of the SENTRON VL can in principle be enabled for communication with the appropriate accessories. However, they vary in their equipment (such as the display) and in the available options for setting the protection parameters (rotary coding switch, keyboard, software).
Page 91 3VL molded-case circuit breaker 4.1 Brief description Overcurrent releases VL160 to VL1600 - Function overview Size-dependent TM up to In = 630 A Motor protection up to In = 500 A 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 92 3VL molded-case circuit breaker 4.1 Brief description General data ¿ ¿ À À À À ¿ ¿ À À À À ¿ ¿ Á À 1) Size-dependent Ground-fault protection 2) TM up to In = 630 A ① Vectorial summation current formation (3-conductor system) 3) Motor protection up to In = 500 A ②...
Page 93: Data Transfer Via Profibus Dp
3VL molded-case circuit breaker 4.1 Brief description 4.1.6 Data transfer via PROFIBUS DP There are two options for transferring data of the SENTRON VL circuit breaker over PROFIBUS DP: via COM20, or via SIMOCODE-DP. The versions differ primarily with regard to data volume, flexibility, and installation costs.
Page 94 3VL molded-case circuit breaker 4.1 Brief description The following list provides an overview of the transferrable data of COM20. Table 4- 1 Connection of the SENTRON VL trip units List ETU + BDA PLUS COM20 Switching on or off (in conjunction with a motorized operating ✓...
Page 95: Com20 Connection
3VL molded-case circuit breaker 4.2 COM20 connection COM20 connection 4.2.1 Data exchange with the COM20 With the COM20, the SENTRON VL circuit breaker can exchange data via PROFIBUS DP with two masters simultaneously, e.g. class 1 master and class 2 master. This facilitates in particular the commissioning of parameterization tools and diagnostics tools and of operator control and monitoring systems (e.g.
Page 96: Setting The Profibus Address Of The Com20
3VL molded-case circuit breaker 4.2 COM20 connection Time stamp All important events receive a time stamp from the integral clock (time stamp for tripping operations (TripLog), no time stamp for alarms (WarningLog), no time stamp for maximum values (Tstamp)), to enable tracing of the precise course of a fault, for example. The clock can be synchronized with the clock of the automation system by means of a simple mechanism.
Page 97: Com20 Pin Assignment
3VL molded-case circuit breaker 4.2 COM20 connection Figure 4-4 Addressing plug (3UF7910-0AA00-0) 4.2.3 COM20 pin assignment The COM20 must be supplied with 24 V DC for operations and this must be applied to the terminals A2 (ground) and A1 (+). This voltage is looped-through via the communication cable to the ETU (trip unit) of the 3VL switch such that this is also operated when the main contacts are open.
Page 98: Profibus Installation Guidelines Com20
3VL molded-case circuit breaker 4.2 COM20 connection Figure 4-5 COM20 connection to SENTRON VL 4.2.4 PROFIBUS installation guidelines COM20 The COM20 must be installed in accordance with the installation guidelines for PROFIBUS DP published by PROFIBUS International (PI, www.profibus.com). Of primary importance here are equipotential bonding and shielding.
Page 99: Communication Connection To The Etu
3VL molded-case circuit breaker 4.2 COM20 connection 4.2.6 Communication connection to the ETU The next page contains a description of how to establish the communication link between the COM20 and the SENTRON VL with ETU. The ON/OFF position (auxiliary switch), and the triggered signal (alarm switch) of the switch are signaled via the wiring of the ETU.
Page 100 3VL molded-case circuit breaker 4.2 COM20 connection Table 4- 3 Connection of the motorized operating mechanism, SENTRON VL Motor COM20 Power supply L2– X20.1 X20.2 SEO (ON) X20.3 SEO (OFF) X20.4 X20.5 Table 4- 4 Technical data of the COM20 PROFIBUS module Permissible ambient In operation -25 °C...+70 °C, no condensation...
Page 101 3VL molded-case circuit breaker 4.2 COM20 connection Green "PROFIBUS" LED Continuous light: Communication with PLC  Flashing: Baud rate recognized/communicating  with PC/PG Green "Trip Unit" LED Continuous light:  Communication with ETU Flashing: ZSI detected/not  detected Off: No communication ...
Page 102: Led Indicators On The Com20
0.75 mm . The maximum length must not exceed 400 m. Recommended cable type: Shielded MSR cable LSYCY (2 x 0.75 mm ); made by: Siemens Note The motorized operating mechanism must be in automatic mode for switching via PROFIBUS DP! 4.2.8...
Page 103: Measuring Accuracy
3VL molded-case circuit breaker 4.2 COM20 connection PROFIBUS LED The PROFIBUS LED shows the status of the PROFIBUS DP communication of the COM20. Table 4- 6 PROFIBUS LED PROFIBUS LED Meaning No connection active Static green (steady light) COM20 is supplied externally with 24 V DC; PROFIBUS class 1 master connection active Flashing green COM20 is supplied externally with 24 V DC;...
Page 104 3VL molded-case circuit breaker 4.2 COM20 connection 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 105: Zone Selective Interlocking
Zone Selective Interlocking 5.1.1 Introduction With circuit breakers on several grading levels, the aim is to assign these selectively to each other so that in the event of an overcurrent only the circuit breaker immediately upstream switches off the overcurrent. 5.1.2 Selectivity A plant with several protective devices switched in series is selective only if the protective...
Page 106: Time Selectivity
Zone Selective Interlocking 5.1 ZSI 5.1.3 Time selectivity One method of achieving this aim in the short-circuit or ground fault is time selectivity of the circuit breakers. Figure 5-1 Example of time selectivity This means each level of the circuit breaker receives another time delay (t ) that rises in the direction of the incoming supply.
Page 107: Zsi Function
Zone Selective Interlocking 5.1 ZSI 5.1.4 ZSI function The ZSI function (ZSI = Zone Selective Interlocking) offers full selectivity with an extremely short delay time (t ) regardless of the number of grading levels and the location of the fault in the distribution system in the short-time-delayed S range and G range of the trip characteristic.
Page 108: Operating Principle
Zone Selective Interlocking 5.1 ZSI 5.1.5 Operating principle ● Every circuit breaker is equipped with a ZSI module ● The ZSI modules are linked to each other via twisted-pair connections ① ② ● The ZSI output (ZSI OUT) is connected with the ZSI input (ZSI IN) ●...
Page 109: Condition Zsi = On And Presence Of A Ground Fault (G)
Zone Selective Interlocking 5.1 ZSI 5.1.6.2 Condition ZSI = ON and presence of a ground fault (G) 1. The overcurrent releases detect the ground fault and start the predefined delay times t ground fault (G) 2. Each circuit breaker that detects the ground fault informs the higher-level breakers of the detected ground fault (ZSI_OUT ⇒...
Page 110: Examples
Zone Selective Interlocking 5.2 Examples Examples 5.2.1 Function example Example from the perspective of the circuit breaker (Q2). The operational principle of the ZSI is explained using the following graphic. 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 111: Tabular Representation
Zone Selective Interlocking 5.2 Examples 5.2.2 Tabular representation 5.2.2.1 Short-circuit Tabular representation from the perspective of the circuit breaker Q2: Table 5- 1 Short-circuit ZSI-IN ZSI-OUT Delay time Time ON / OFF 300 ms 300 ms 300 ms 300 ms 50 ms 50 ms 5.2.2.2...
Page 112: Example Of 3 Grading Levels Without Coupling Switch
Zone Selective Interlocking 5.2 Examples 5.2.2.3 Example of 3 grading levels without coupling switch The graphic below shows the functional principle of the ZSI function using an example in the power distribution system. Both SENTRON VL and SENTRON WL circuit breakers are used in different grading levels.
Page 113: Cancelation Of The Zsi Out Signal
Zone Selective Interlocking 5.2 Examples Short-circuit in grading level 2 ● Q1 and Q3 determine a short-circuit, Q4 does not. This is why Q3 also does not receive any ZSI information from Q4, but in turn provides ZSI information for Q1. On the basis of this information, Q3 knows that it is closest to the short-circuit and trips with a delay of t = 50 ms instead of t = 200 ms.
Page 114: Coupling Switch
Zone Selective Interlocking 5.2 Examples 5.2.2.5 Coupling switch Wiring example of 3 grading levels with coupling switch The TIE BRKR function (X4-1, 2) ensures that the ZSI IN signal (3, 4) is immediately forwarded to the output ZSI OUT (5, 6) even if the coupling switch is switched off. Without the TIE BRKR function, the ZSI signal would not be forwarded.
Page 115: Wiring Example
Zone Selective Interlocking 5.2 Examples 5.2.2.6 Wiring example The example shows ZSI wiring and the set delay times in a mixed system with 3WL and 3VL. Grading level 2 is a coupling switch. Coupling switches are treated as separate grading levels and receive their own delay time.
Page 116 Zone Selective Interlocking 5.2 Examples 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 117: Circuit Breakers Without Zsi Function
Zone Selective Interlocking 5.2 Examples 5.2.2.7 Circuit breakers without ZSI function Circuit breakers without ZSI function can be integrated into a system equipped with ZSI. However, they must have no delay time since otherwise the selectivity of the circuit breakers cannot be guaranteed.
Page 118: Sentron 3Wl
Zone Selective Interlocking 5.3 SENTRON 3WL SENTRON 3WL To be able to use the ZSI function on the SENTRON WL circuit breaker, the external CubicleBUS ZSI module must be used. Cubicle Cubicle 5.3.1 Technical data Operating voltage on the CubicleBUS min./max. (V) 19.2 / 28.8 Current consumption from the CubicleBUS min./max.
Page 119: Applications
Zone Selective Interlocking 5.3 SENTRON 3WL 5.3.2 Applications The function of ZSI can be used for the short-circuit between the phases (S), short-circuit to ground (G), or both simultaneously (S + G). The ZSI module provides ZSI information for the medium voltage level via the MV-OUT signal.
Page 120: Sentron 3Vl
Zone Selective Interlocking 5.4 SENTRON 3VL SENTRON 3VL 5.4.1 COM20/COM 21 To be able to use the ZSI function on the SENTRON VL circuit breaker, the external communication module COM20 (PROFIBUS DP) or COM21 (Modbus RTU) and an ETU or LCD ETU with communication capability must be used.
Page 121: Applications
COM10, the maximum cable length is limited to 20 m). Recommended cable type: Shielded MSR cable LSYCY (2 x 0.75 mm ); made by: Siemens Communication with LCD trip units that have a "U" as the 9th character in the order number is only possible with COM2x RELEASE 2 or higher.
Page 122 Zone Selective Interlocking 5.4 SENTRON 3VL 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 123: Profibus Data Transfer
PROFIBUS data transfer Integration of the circuit breakers into a communication system There are diverse possibilities for integrating the SENTRON circuit breakers into a communication system. A shared profile (type and content of the data transfer) for SENTRON WL and SENTRON VL also enables the use of identical programs at the automation level and the PC level.
Page 124: Communication With A Profibus Dp Class 1 Master
PROFIBUS data transfer 6.3 Communication with a PROFIBUS DP class 1 master without COM20 Figure 6-1 Communication options of PROFIBUS DP with SENTRON WL and SENTRON VL Profile basis The standardized profile for circuit breakers (PI profile PI 3.122) kept by PI (PROFIBUS International) is used as the basis for the profile.
Page 125: Communication With A Profibus Dp Class 2 Master
The current version of the GSD file for the SENTRON circuit breakers can be downloaded from the Service and Support Homepage: 1. Navigate to Service and support (http://support.automation.siemens.com) 2. Enter "sentron gsd" in the area "Search for product information" and select "GO"...
Page 126 PROFIBUS data transfer 6.5 Integration with the GSD file Example The figure below shows the configuration tool of STEP7 HW Config with which both the automation system of S7 and its fieldbuses can be configured. To insert a SENTRON circuit breaker, either a CPU with integral PROFIBUS DP interface or a PROFIBUS DP CP card in the rack must be configured and assigned to PROFIBUS DP.
Page 127 PROFIBUS data transfer 6.5 Integration with the GSD file Create master system You can create a DP master system with the configuration editor "HW Config" as follows: ● Assign a master address between 1 and 125 (e.g. 11). ● Select the desired data transmission rate (e.g. 1.5 Mbit/s). ●...
Page 128 PROFIBUS data transfer 6.5 Integration with the GSD file Note When selecting the slave "SENTRON WL/VL", only an MLFB number (e.g. 3WL9111-0AT15-0AA0) is displayed as information. Note The settings on the "Hex Parameterization" tab do not need to be considered here. The PROFIBUS DP addresses 0 and 126 cannot be assigned.
Page 129: The Three Communication Paths
PROFIBUS data transfer 6.6 The three communication paths Reading out the diagnostics address for S7 functions For certain functions (e.g. reading out diagnostics), the diagnostics address is subsequently necessary. You obtain this using the context menu (right-click on the slave) and the function "Object properties".
Page 130 PROFIBUS data transfer 6.6 The three communication paths Path 1 enables fast and simple entry to PROFIBUS DP communication. This path contains sufficient data to meet most requirements. Communication with path 1 always takes place with a class 1 master. With cyclic data, certain contents are predefined. These can be changed in the three basic types and thus easily adapted to requirements (e.g.
Page 131: 6.7 Setting And Changing The Profibus Address Of The Com15/Com20
PROFIBUS data transfer 6.7 Setting and changing the PROFIBUS address of the COM15/COM20 Setting and changing the PROFIBUS address of the COM15/COM20 Presettings The PROFIBUS DP addresses are stored in the PROFIBUS DP modules COM15 and COM20 of the circuit breakers. Address 126 is the default as supplied. All nodes on PROFIBUS DP must have a unique address.
Page 132 PROFIBUS data transfer 6.7 Setting and changing the PROFIBUS address of the COM15/COM20 1. A dialog box then opens in which you can select, via the relevant application access point and the selected PROFIBUS DP interface, the currently effective PROFIBUS DP address of the slave whose address is to be changed.
Page 133 PROFIBUS data transfer 6.7 Setting and changing the PROFIBUS address of the COM15/COM20 Figure 6-5 Setting the PROFIBUS address with SWITCH ES Power (here Version V1.0) Changing the PROFIBUS address via the BDA PLUS; COM15). If the connection with the circuit breaker has been established (e.g. via a local point-to-point (PPP) connection or over Ethernet), you proceed as for Switch ES Power: Select "Device Parameters - Switches - Communication", and change the address there.
Page 134 PROFIBUS data transfer 6.7 Setting and changing the PROFIBUS address of the COM15/COM20 In the window that then opens showing the connected nodes, change the address of the DP slave. Note The address can only be changed in Wait_Prm status, that is, the slave must not have a cyclic connection with a class 1 master.
Page 135: Profibus Profile For Sentron Circuit Breakers
Both SENTRON circuit breakers thus communicate in accordance with the latest standard in communication technology. You can obtain the document on request from Technical Support (http://www.siemens.com/lowvoltage/technical-support). Cyclic data traffic In cyclic data traffic, each message frame transfers a fixed number of user data. When...
Page 136 PROFIBUS data transfer 6.9 Cyclic data traffic Basic types for cyclic data exchange Due to the large volume of data provided by the SENTRON circuit breakers, it was necessary to find a compromise between data volume and performance on PROFIBUS DP. If a large volume of information is transferred with each data exchange but little of it is used, this impairs the performance capability on PROFIBUS DP.
Page 137 PROFIBUS data transfer 6.9 Cyclic data traffic Table 6- 1 Basic type 1 Byte Definition Default Data point 0 / 1 Binary status information Binary status information 2 / 3 Data block 1 Current in phase 1 4 / 5 Data block 2 Current in phase 2 6 / 7...
Page 138 PROFIBUS data transfer 6.9 Cyclic data traffic Basic type 3 consists of 14 data blocks and has input data in the 44th byte on the PLC. Table 6- 3 Basic type 3 Byte Definition Default Data point 0 / 1 Binary status information Binary status information 2 / 3...
Page 139 PROFIBUS data transfer 6.9 Cyclic data traffic Basic type 1 According to the 2-byte status information, basic type 1 consists of 4 data blocks. These are pre-assigned in such a way that they are suitable above all for use with a SENTRON VL and a SENTRON WL without metering function.
Page 140 PROFIBUS data transfer 6.9 Cyclic data traffic The table below contains the definitions of the property byte: Table 6- 4 Defining of the property byte Value Description Read/write Read only, but can be reset (e.g. maintenance) Read only, can only be written at the factory Read only Not used Not used...
Page 141 PROFIBUS data transfer 6.9 Cyclic data traffic Table 6- 6 Binary status information in the cyclic frame Byte Value SENTRON WL SENTRON VL COM15 COM20 0..3 Position of circuit breaker Disconnected position Not available Connected position Test position Switch is not available 0..3 Status of the circuit breaker Not ready...
Page 142 PROFIBUS data transfer 6.9 Cyclic data traffic The output data of the class 1 master is identical in all three basic types. The control bytes in the direction of the switch are always 2 bytes in length. The switch can be switched on and off, trips acknowledged, and memory contents reset via these control bytes.
Page 143: Data Transfer To The Plc
Data transfer to the PLC Interface to S7-300 and control/diagnosis via PROFIBUS 7.1.1 Creating a new project Creating a new project in SIMATIC Manager: Opening the window "STEP 7 Wizard: New Project" via "File > Wizard: New Project" Step 1 Introduction Introductory information regarding behavior when creating new projects.
Page 144 Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS Step 2 Select CPU Select the CPU to be used and assign a name and an MPI address. To continue, click "Next". Step 3 Add blocks Select the blocks to be used later and adapted to suit customer specifications. Table 7- 1 Set a checkmark to select the blocks to be used later Block name...
Page 145 Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS To continue, click "Next". Step 4 Assign project name Assign an individual name for the project. Then click "Finish". Result A complete project structure with CPU has been created 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 146: Hardware Configuration In Hw Config
Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS 7.1.2 Hardware configuration in HW Config Step 1 Starting HW Config Start HW Config by double-clicking on "Hardware" in the generated project structure under "Project Name > Station Name" In the example, "S7_Pro2 >...
Page 147 Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS Step 2 Configuring the CPU settings Select the module rack by clicking on it. Then double-click on the CPU in the module rack. "Properties of the CPU..." The settings are relatively diverse and are described in the STEP7 Help.
Page 148 Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS Step 3 Configuring the DP settings Select the module rack by clicking on it. Then double-click on the line with the DP interface in the module rack. "Properties - DP..."...
Page 149 Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS Click on "Properties" on the "General" tab to configure the settings for the network. > A new window opens: "Properties - PROFIBUS interface DP" 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 150 Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS "Properties - PROFIBUS interface DP..." On the "Parameters" tab, select the desired PROFIBUS address in your future network. Then select a network on the "Parameters" tab or create a new network using the "Properties >...
Page 151 Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS Step 4 Creating the SENTRON WL/VL as a PROFIBUS node For the precise steps, please refer to the Chapter Integration with the GSD file (Page 125) Step 5 After all settings have been made, the created configuration still has to be saved and compiled for use in the CPU.
Page 152: Interface Setting For Initial Configuration Of A Cpu Via Mpi
Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS Step 6 Following this, the data can be transferred to the S7. To do so, use the menu command "Target System > Load to Module". The subsequent dialog box must be checked for the correct controller. You have now completed the configuration for the hardware.
Page 153 Data transfer to the PLC 7.1 Interface to S7-300 and control/diagnosis via PROFIBUS 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 154: Control Program Example
Data transfer to the PLC 7.2 Control program example Control program example 7.2.1 Control program example Note The examples below are designed to provide an impression of the general use of the functions. However, they do not represent an autonomous executable program! 7.2.2 Procedure for opening the programming tool Open the window "LAD/STL/FBD"...
Page 155: Using Cyclic Data
Data transfer to the PLC 7.2 Control program example 7.2.3 Using cyclic data General Programming is carried out in OB1 or in a block called by OB1 Step 1 Copying status information for programming Network 1 Fetch I/O data of the status and save for further use //Value from hardware configuration "I address"...
Page 156 Data transfer to the PLC 7.2 Control program example Step 3 Prepare measured values (basic type 1) Network 3 Validity is a requirement here - see description "Property byte" //Fetch measured value 1 (standard "Current in L1") //Value from hardware configuration //"I address"...
Page 157: Read Data Sets
Data transfer to the PLC 7.2 Control program example 7.2.4 Read data sets General Data sets are used for transferring larger data volumes outside the process image and they are executed using the standard function SFC59, "RD_REC". Step 1 Call block To call the block, type in the line "Call SFC59"...
Page 158 Data transfer to the PLC 7.2 Control program example Step 2 Assignment with parameters (example: data set 94 'Current measured values') All parameters must be set customer-specifically. Note Help via "F1" when the cursor is in the line "CALL RD_REC" Network 6 Read data set 94 "Current measured values"...
Page 159: Write Data Sets
Data transfer to the PLC 7.2 Control program example 7.2.5 Write data sets General Data sets are used for transferring larger data volumes outside the process image and they are executed using the standard function SFC58, "WR_REC". Step 1 Call block To call the block, type in the line "Call SFC58"...
Page 160: Reading Out Diagnostics
Data transfer to the PLC 7.2 Control program example Note P#DB20.DBX 10.0 BYTE 45 represents a pointer for storing the read data: P# = ID pointer DB20 = data block to be used .DBX10.0 = offset (here 10 bytes) BYTE = ID for repetition factor type 45 = repetition factor (data set length →...
Page 161: Sync/Unsync/Freeze/Unfreeze
Data transfer to the PLC 7.2 Control program example Network 8 Intermediate result after entering "Call SFC13" CALL "DPNRM_DG" :=M90.0 //Triggered by program sequence LADDR :=W#16#7FE //Diagnostics address of the slave in HEX RET_VAL:=MW92 RECORD :=P#DB20.DBX 60.0 BYTE 28 BUSY :=M91.1 //Acknowledgment read still active Note...
Page 162 Data transfer to the PLC 7.2 Control program example Step 2 Assignment with parameters All parameters must be set customer-specifically. Note Function codes mode B#16#04 (UNFREEZE);B#16#08 (FREEZE);B#16#10 (UNSYNC);B#16#20 (SYNC) CALL "DPSYC_FR" := M95.0 //Triggered by program sequence LADDR :=W#16#7FF //Diagnostics address of the master (CPU) in HEX GROUP :=B#16#1 //Distribution list –...
Page 163 Data transfer to the PLC 7.2 Control program example Figure 7-1 Group_General Figure 7-2 Group_Group Properties 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 164: Functional Sequences/Description Of Functions
Data transfer to the PLC 7.3 Functional sequences/description of functions Figure 7-3 Group_Group Assignment Functional sequences/description of functions 7.3.1 Diagnostic messages Diagnostics By requesting diagnostics data, the DP master checks in the startup phase whether the DP slave is available and ready for parameterization. The diagnostics data communicated by the DP slave consists of a diagnostics data section defined in EN 50170, and specific DP slave diagnostic information.
Page 165 Data transfer to the PLC 7.3 Functional sequences/description of functions Local diagnostics event A DP slave has the option of reporting a local diagnostics event to the DP master via the Layer-2 message frame priority "high-prio" of the Data_Exchange-Response frame in Layer 2.
Page 166 Data transfer to the PLC 7.3 Functional sequences/description of functions The table below explains the structure of the diagnostics of the circuit breaker. Table 7- 2 Structure of the PROFIBUS diagnostics Part of the Byte SENTRON WL SENTRON VL diagnostics COM15 COM20 DP standard...
Page 167 Data transfer to the PLC 7.3 Functional sequences/description of functions Part of the Byte SENTRON WL SENTRON VL diagnostics COM15 COM20 Device-specific 0x00 fixed - not used diagnostics Communication module (COM15, COM20) not ready-to-operate Not used State of the main contacts Not used Perform visual inspection on main contacts...
Page 168 Data transfer to the PLC 7.3 Functional sequences/description of functions Part of the Byte SENTRON WL SENTRON VL diagnostics COM15 COM20 Metering function Not assigned Configurable output module Not assigned Digital output module Rotary coding switch Module No. 2 Digital input module Rotary coding switch 'PARAMETER SWITCH' BreakerStatus Sensor (BSS)
Page 169 Data transfer to the PLC 7.3 Functional sequences/description of functions External diagnostics trip If there is an external diagnostic message, "01" instead of "00" is set in byte 7. External diagnostics on SENTRON WL are only triggered if one of the following statuses occurs: ●...
Page 170 Data transfer to the PLC 7.3 Functional sequences/description of functions Example: The figure below shows the online diagnostics in the STEP7 Tool HW Config using the example of a SENTRON WL. It represents the diagnostic information as text. It indicates the modules detected on the CubicleBUS and the last action on the CubicleBUS.
Page 171: Sync And Freeze
Data transfer to the PLC 7.3 Functional sequences/description of functions Figure 7-5 Diagnostic buffer of the S7 7.3.2 SYNC and FREEZE To coordinate the data exchange, PROFIBUS DP offers the user the control commands SYNC (synchronization of the outputs) and FREEZE (freezing of the inputs). The SENTRON circuit breakers VL and WL support both SYNC and FREEZE mode.
Page 172: Time Synchronization
Data transfer to the PLC 7.3 Functional sequences/description of functions UNSYNC SYNC mode of the addressed DP slaves is revoked with the control command UNSYNC. The DP slave is then involved again in cyclic data transfer, that is, the data sent by the DP master is switched immediately to the outputs.
Page 173 Data transfer to the PLC 7.3 Functional sequences/description of functions Step 3 Set Sync bit In all affected circuit breakers, set the bit for synchronization of the clocks (bit 7 of byte 1 of the control byte). (see Chapter Using cyclic data (Page 155)) Step 4 Sync frame Send a SYNC command again at the half hour (e.g.
Page 174 Data transfer to the PLC 7.3 Functional sequences/description of functions 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 175: Data Library
Data library The communication system of the SENTRON circuit breakers is extremely versatile and flexible. The large number of data points can be read, and to a certain extent written, via data sets. Many of them can be integrated into the cyclic message frame. This chapter provides a detailed description of the different data points and their properties.
Page 176: Scaling
Data library 8.2 Scaling Scaling The measured values are always transferred as integer values (format "INTEGER" = "INT") and never as Floating Point numbers (format "REAL"). These values can be signed. For this, a scaling factor must be added in the case of some measured values so that the transferred measured value can be correctly interpreted.
Page 177: Units
Data library 8.4 Units Units The measured values have the following measuring units unless otherwise indicated in the tables: Measured value Measuring unit Name Current Ampere Voltage Volts Power kilowatt Power kilovolt ampere Reactive power kilovolt ampere (reactive) Energy kilowatt/hour Reactive energy kVArh kilovolt ampere (reactive)/hour...
Page 178: Data Points For Controlling The Sentron Circuit Breakers
Data library 8.5 Function classes 8.5.2 Data points for controlling the SENTRON circuit breakers The SENTRON circuit breakers can be controlled with the data points listed in the table below (e.g. switch on, switch off, and also functions that control the CubicleBUS modules). Table 8- 2 Data points for controlling the circuit breaker Description...
Page 179: Data Points For Detailed Diagnostics Of The Sentron Circuit Breakers
Data library 8.5 Function classes 8.5.3 Data points for detailed diagnostics of the SENTRON circuit breakers The SENTRON circuit breakers provide a host of data for detailed diagnostics shown in the table below: Table 8- 3 Data points for detailed diagnostics of the SENTRON circuit breakers Description Data Source...
Page 180 Data library 8.5 Function classes Description Data Source Source Format Length Scaling Contained point (bits) in DS.Byte Switch position at the digital input — Format — DS69.4 module 2 (111) Switch position at the digital output — Format — DS69.5 module 1 (119) Switch position at the digital output...
Page 181: Data Points For Identifying The Sentron Circuit Breakers
Data library 8.5 Function classes 8.5.4 Data points for identifying the SENTRON circuit breakers The SENTRON circuit breakers provide a host of data for detailed diagnostics shown in the table below: Table 8- 4 Data points for identifying the SENTRON circuit breakers Description Data Source...
Page 182: Data Points For Measured Values Current
Data library 8.5 Function classes 8.5.5 Data points for measured values current The table below contains the data points for measured values current: Table 8- 5 Data points for measured values current Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte...
Page 183: Data Points For Measured Values Voltage
Data library 8.5 Function classes 8.5.6 Data points for measured values voltage The table below contains the data points for measured values voltage: Table 8- 6 Data points for measured values voltage Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte...
Page 184 Data library 8.5 Function classes Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte Minimum of the neutral point voltage Meter. fct. — unsigned DS73.20 phase L3 Maximum of the neutral point voltage Meter. fct. — unsigned DS73.22 phase L3 3WL/3VL circuit breakers with communication capability - PROFIBUS...
Page 185: Data Points For Measured Values Power
Data library 8.5 Function classes 8.5.7 Data points for measured values power The table below contains the data points for measured values power: Table 8- 7 Data points for measured values power Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte...
Page 186 Data library 8.5 Function classes Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte Maximum of the mean value of the Meter. fct. — signed int DS74.14 reactive power Minimum of the mean value of the active Meter.
Page 187: Data Points For Other Measured Values
Data library 8.5 Function classes 8.5.8 Data points for other measured values The table below contains the data points for other measured values : Table 8- 8 Data points for other measured values Description Data Source WL Source Format Length Scaling Contained in point...
Page 188 Data library 8.5 Function classes Description Data Source WL Source Format Length Scaling Contained in point (bits) DS.Byte Minimum frequency Meter. fct. — unsigned DS76.2 Maximum frequency Meter. fct. — unsigned DS76.0 THD of current Meter. fct. — unsigned c DS94.108 Minimum THD of current Meter.
Page 189: Data Points For The Time Stamp (Ts) Of The Measured Values
Data library 8.5 Function classes 8.5.9 Data points for the time stamp (TS) of the measured values The table below contains the data points for the time stamp (TS) of the measured values: Table 8- 9 Data points for the time stamp (TS) of the measured values Description Data Source...
Page 190 Data library 8.5 Function classes Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte TS maximum of the neutral point voltage COM15 — Time — DS73.112 phase L3 TS minimum of the mean value of the COM15 —...
Page 191: Parameters Of The Sentron Circuit Breakers (Primary Protection Function)
Data library 8.5 Function classes 8.5.10 Parameters of the SENTRON circuit breakers (primary protection function) The table below contains the parameters of the SENTRON circuit breakers (primary protection function): Table 8- 10 Parameters of the SENTRON circuit breakers (primary protection function) Description Data Source...
Page 192 Data library 8.5 Function classes Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte Time-lag class t PS B — unsigned – 1 DS129.36 Short-circuit protection instantaneous I — unsigned DS129.38 PS B Short-circuit protection delayed I PS B —...
Page 193: Parameters Of The Sentron Circuit Breakers (Extended Protection Function)
Data library 8.5 Function classes 8.5.11 Parameters of the SENTRON circuit breakers (extended protection function) The table below contains the parameters of the SENTRON circuit breakers (extended protection function): Table 8- 11 Parameters of the SENTRON circuit breakers (extended protection function) Description Data Source...
Page 194 Data library 8.5 Function classes Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte THD of voltage Meter. fct. — unsigned DS128.30 char Delay time of THD of voltage Meter. fct. — unsigned DS128.31 char 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 195: Parameters Of The Sentron Circuit Breakers (Parameters For Threshold Value Alarms)
Data library 8.5 Function classes 8.5.12 Parameters of the SENTRON circuit breakers (parameters for threshold value alarms) The table below contains the parameters of the SENTRON circuit breakers (parameters for threshold value alarms): Table 8- 12 Parameters of the SENTRON circuit breakers (parameters for threshold value alarms) Description Data Source...
Page 196 Data library 8.5 Function classes Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte Delay time for active power in reverse Meter. fct. — unsigned DS130.13 direction char Power factor, capacitive Meter. fct. — signed int – 3 DS130.8 Delay time for power factor, capacitive Meter.
Page 197 Data library 8.5 Function classes Description Data Source Source Format Length Scaling Contained in point (bits) DS.Byte Delay time for THD voltage Meter. fct. — unsigned DS130.23 char Peak factor Meter. fct. — unsigned – 2 DS130.24 Delay time for peak factor Meter.
Page 198: Parameters Of The Sentron Circuit Breakers
Data library 8.5 Function classes 8.5.13 Parameters of the SENTRON circuit breakers (communication, measured value adjustment, etc.) The table below contains the parameters of the SENTRON circuit breakers (communication, measured value adjustment, etc.): Table 8- 13 Parameters of the SENTRON circuit breakers (communication, measured value adjustment, etc.) Description Data Source...
Page 199: Data Sets
Data library 8.6 Data sets Data sets 8.6.1 Data set DS 0 S7-V1 system diagnostics This section explains the structure of the read/write data sets that in turn consist of the data points described in the previous section. This allows the data sets transferred via PROFIBUS to be interpreted in the master.
Page 200: Data Set Ds 1 System Diagnostics
Data library 8.6 Data sets 8.6.2 Data set DS 1 system diagnostics The table below shows the content of data set 1 that has a length of 16 bytes and that includes the content of DS0 in the first four bytes. Further information about diagnostics is available in DS92.
Page 201: Data Set Ds 51 Main Overview
Data library 8.6 Data sets 8.6.3 Data set DS 51 main overview The table below shows the content of data set 51 that copies the most important information from other data sets and makes it available in the form of a complete overview. This data set is used in Switch ES Power to display the data of the main overview.
Page 202 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 60 (event log of the last — COM15 COM20 — 10 events with time) Property byte for byte 180 (status of the —...
Page 203: Data Set Ds 52 Main Overview 1
Data library 8.6 Data sets 8.6.4 Data set DS 52 main overview 1 The table below contains the data sets DS52: Main overview 1 (length 16 bytes, read-only): Table 8- 17 Content of data set 52 Byte Description Data Source Source Format Length...
Page 204 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Max. mean value of phase — unsigned Max. current value N conductor — unsigned Current value, max. ground phase — unsigned Max. current over the phases L1, L2 and L3 —...
Page 205 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Reserved — — — unsigned — char Property byte for byte 22 (status of circuit — — — breaker) Property byte for byte 23 (tripping operations, —...
Page 206: Data Set Ds 64 Data Of The Harmonic Analysis
Data library 8.6 Data sets 8.6.5 Data set DS 64 data of the harmonic analysis The table below shows the content of data set 64 in which the components of the harmonics of current and voltage are transmitted. The content is described in the format (309). The property byte provides information as to whether the data point is available.
Page 207: Data Set Ds 68 Data Of The Cubiclebus Module
Data library 8.6 Data sets 8.6.6 Data set DS 68 data of the CubicleBUS module The table below shows the content of data set 68 via which the outputs of the digital output modules can be read and also controlled, and the system time can be read out. In addition, it is possible to set the system time and also the outputs of the PROFIBUS interfaces for switching breakers on or off.
Page 208: Data Set Ds 69 Status Of The Modules
Data library 8.6 Data sets 8.6.7 Data set DS 69 status of the modules The table below shows the content of data set 69 in which the statuses of the inputs on the digital input modules and the input on the COM15 module are transmitted. It also contains the switch positions on the digital input modules and output modules on the CubicleBUS.
Page 209 Data library 8.6 Data sets Byte Description Data Source Source VL Format Length Scaling point (bits) Property byte for byte 6 (switch position on — — — digital output module 2) Reserved — — — — — Property byte for byte 11 (PROFIBUS write —...
Page 210: Data Set Ds 72 Min. And Max. Measured Values
Data library 8.6 Data sets 8.6.8 Data set DS 72 min. and max. measured values The table below shows the content of data set 72 in which the minimum and maximum measured values of the currents are transmitted. It also contains the associated time stamps for these minimum and maximum measured values.
Page 211 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) TS maximum current in phase L1 COM15 — Time — TS minimum current in phase L2 COM15 — Time — TS maximum current in phase L2 COM15 —...
Page 212 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 24 (minimum current — Meter. — — long-term mean value) fct. Property byte for byte 26 (maximum current — Meter. — long-term mean value) fct.
Page 213 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 160 (TS minimum of the — COM15 — — form factor) Property byte for byte 168 (TS maximum of the — COM15 —...
Page 214: Data Set Ds 73 Min. And Max. Measured Values Of The Voltages
Data library 8.6 Data sets 8.6.9 Data set DS 73 min. and max. measured values of the voltages The table below shows the content of data set 73 in which the minimum and maximum measured values of the voltages are transmitted. It also contains the associated time stamps for these minimum and maximum measured values.
Page 215 Data library 8.6 Data sets Byte Description Data point Source Source Format Length Scaling (bits) TS minimum of the neutral point voltage COM15 — Time — phase L1 TS maximum of the neutral point voltage COM15 — Time — phase L1 TS minimum of the neutral point voltage COM15 —...
Page 216 Data library 8.6 Data sets Byte Description Data point Source Source Format Length Scaling (bits) Property byte for byte 48 (TS maximum — COM15 — — phase-to-phase voltage between phase L2 and L3) Property byte for byte 56 (TS minimum —...
Page 217: Data Set Ds 74 Min. And Max. Measured Values Of The Powers
Data library 8.6 Data sets 8.6.10 Data set DS 74 min. and max. measured values of the powers The table below shows the content of data set 74 in which the minimum and maximum measured values of the powers are transmitted. It also contains the associated time stamps for these minimum and maximum measured values.
Page 218 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 6 (maximum mean — Meter. fct. — — value of the apparent power) Property byte for byte 8 (minimum mean — Meter.
Page 219: Data Set Ds 76 Min. And Max. Measured Values Of The Frequency And The Thd
Data library 8.6 Data sets 8.6.11 Data set DS 76 min. and max. measured values of the frequency and the THD The table below shows the content of data set 76 in which the minimum and maximum measured values of the frequency and the THD are transmitted. It also contains the associated time stamps for these minimum and maximum measured values.
Page 220 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 24 (TS minimum of the — COM15 — — THD of current) Property byte for byte 32 (TS maximum of the —...
Page 221: Data Set Ds 77 Min. And Max. Measured Values Of The Temperatures
Data library 8.6 Data sets 8.6.12 Data set DS 77 min. and max. measured values of the temperatures The table below shows data set 77 in which the minimum and maximum measured values of the temperatures are transmitted. It also contains the associated time stamps for these minimum and maximum measured values.
Page 222: Data Set Ds 91 Statistical Information
Data library 8.6 Data sets 8.6.13 Data set DS 91 statistical information The table below shows the content of data set 91 in which the statistical information on the SENTRON circuit breakers is transmitted. As with the other data sets, the property of each data point is additionally transmitted in the property byte.
Page 223 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 22 (number of ground- — COM20 — fault tripping operations (G)) Property byte for byte 24 (total of deactivated — — —...
Page 224: Data Set Ds 92 Diagnostics Data
Data library 8.6 Data sets 8.6.14 Data set DS 92 diagnostics data The table below shows the content of data set 92 via which the data for detailed diagnostics of the SENTRON circuit breakers is transmitted. The table below contains the data sets DS92: Diagnostics data (length 194 bytes, read-only): Table 8- 27 Content of data set 92 Byte...
Page 225 Data library 8.6 Data sets Byte Description Data Source Source VL Format Length Scaling point (bits) Status of the circuit breaker (on/off/powered, COM20 Format — etc.) (328) Reserved — — — unsigned c — Event log of the last 10 events with time COM15 —...
Page 226: Data Set Ds 93 Controlling The Circuit Breakers
Data library 8.6 Data sets 8.6.15 Data set DS 93 controlling the circuit breakers The table below shows DS93 via which the SENTRON circuit breakers are switched on, the min./max. buffer deleted, the outputs of the digital output modules forced, and the 6 available PROFIBUS bits (can be output via the configurable digital output module) are set.
Page 227: Data Set Ds 94 Current Measured Values
Data library 8.6 Data sets 8.6.16 Data set DS 94 current measured values The table below shows data set 94 in which all current measured values are transmitted. The additional property bytes provide information on the availability and correctness of the measured values.
Page 228 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Neutral point voltage phase L3 Meter. fct. — unsigned Mean value of phase-to-phase voltage Meter. fct. — unsigned Mean value of neutral-point star voltage Meter. fct. —...
Page 229 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Reactive energy in reverse direction [MVArh] Meter. fct. — unsigned long Mean value of the power factor Meter. fct. — signed int –3 Power factor in phase L1 Meter.
Page 230 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 6 (long-time mean — Meter. fct. — — value of current L2) Property byte for byte 8 (long-time mean — Meter. fct. —...
Page 231 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 54 (long-time mean — Meter. fct. — — value of active power in phase L1) Property byte for byte 56 (long-time mean —...
Page 232: Data Set Ds 97 Detailed Identification
Data library 8.6 Data sets 8.6.17 Data set DS 97 detailed identification The table below shows data set 97 via which all necessary information for precise identification of the SENTRON circuit breakers can be retained. The table below contains the data sets DS97: detailed identification (length 223 bytes, read- only): Table 8- 30 Content of data set 97...
Page 233 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Reserved — — — — — Property byte for byte 0 (order number of trip — — — unit) Property byte for byte 18 (date of manufacture —...
Page 234: Data Set Ds 100 Identification Overview
Header; value 0x00 00 00 00 — COM15 COM20 — — Test date of switch — PROFIBUS — time Manufacturer (SIEMENS or SE&A) — COM15 COM20 20 x char — Device name (SENTRON WL or — COM15 COM20 24 x char —...
Page 235: Data Set Ds 128 Parameters Of The Metering Function And Extended Protection Function
Data library 8.6 Data sets 8.6.19 Data set DS 128 parameters of the metering function and extended protection function The table below shows data set 128 via which the parameters of the metering function and the extended protection function can be read out but also set. It also contains the assignments of the configurable digital output module.
Page 236 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) THD of current Meter. — unsigned fct. char Delay time of THD of current Meter. — unsigned fct. char THD of voltage Meter. — unsigned fct.
Page 237 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 14 (active power in normal — Meter. — — direction) fct. Property byte for byte 16 (active power in reverse — Meter.
Page 238 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 44 (overload pre-alarm (VL — — — — only)) Property byte for byte 46 (assignment of config. — conf. DO — —...
Page 239: Data Set Ds 129 Parameters Of The Protection Function And Settings For Load Shedding And Load Pick Up
Data library 8.6 Data sets 8.6.20 Data set DS 129 Parameters of the protection function and settings for load shedding and load pick up The table below shows DS129 that contains the parameters (overload protection, time-lag class, short-circuit protection, thermal memory, phase loss sensitivity, etc.) of the protection function, and the settings for load shedding and load pick up.
Page 240 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Overload protection neutral conductor I PS B — unsigned Time-lag class t PS B — unsigned –1 Short-circuit protection instantaneous I PS B — unsigned Short-circuit protection delayed I PS B —...
Page 241 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Rated current of the external g transformer — unsigned Reserved — — — — — Property byte for byte 70 (rated current of — — —...
Page 242 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 40 (short-circuit — — — protection delayed I PS B) Property byte for byte 42 (delay time short- — — — circuit protection t PS B) Property byte for byte 44 (ground-fault...
Page 243: Data Set Ds 130 Parameters For The Threshold Values
Data library 8.6 Data sets 8.6.21 Data set DS 130 Parameters for the threshold values The table below shows the DS130 via which the parameters for generating threshold alarms can be read out and modified. The table contains the data sets DS130: Parameters for the threshold values (length 148 bytes, read/write) Part 1: Table 8- 34 Content of data set 130...
Page 244 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Delay time for the form factor Meter. fct. — unsigned c Long-time mean value of active power Meter. fct. — unsigned Long-time mean value of apparent power Meter.
Page 245 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Undervoltage Meter. fct. — unsigned Delay time for undervoltage Meter. fct. — unsigned c Phase unbalance voltage Meter. fct. — unsigned c Delay time for voltage phase unbalance Meter.
Page 246 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 29 (delay time for form — Meter. fct. — — factor) Property byte for byte 30 (long-term mean — Meter. fct. —...
Page 247 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for byte 64 (delay time for — Meter. fct. — — undervoltage) Property byte for byte 65 (phase unbalance — Meter. fct. — —...
Page 248: Data Set Ds 131 Switching The Parameters For The Extended Protection Function And The Threshold Values On And Off
Data library 8.6 Data sets 8.6.22 Data set DS 131 Switching the parameters for the extended protection function and the threshold values on and off The table below shows DS131 via whose property bytes the parameters of the protection function, the extended protection function, and the threshold parameters can be switched on and off.
Page 249 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for DS128.30 (THD of current) — Meter. fct. — — Property byte for DS128.32 (voltage — Meter. fct. — — unbalance) Property byte for DS128.34 (undervoltage) —...
Page 250 Data library 8.6 Data sets Byte Description Data Source Source Format Length Scaling point (bits) Property byte for DS128.44 (overload pre- — — — — alarm (VL only)) Property byte for DS129.27 (thermal memory — — PS A) Property byte for DS129.67 —...
Page 251: Data Set Ds 160 Parameters For Communication
Data library 8.6 Data sets 8.6.23 Data set DS 160 Parameters for communication The following table shows data set 160, in which the parameters for communication are stored. These parameters can be read and also set via this data set. The table contains the data sets DS160: Parameters for communication (length 77 bytes, read/write): Table 8- 36...
Page 252: Data Set Ds 162 Device Configuration
Data library 8.6 Data sets 8.6.24 Data set DS 162 device configuration The table below shows data set 162 that contains the device configuration. The circuit breaker currently connected can be read out via this data set. The table below contains the data sets DS162: Device configuration (length 75 bytes, read- only): Table 8- 37 Content of data set 162...
Page 253: Data Set Ds 165 Identification Comment
Data library 8.7 Formats 8.6.25 Data set DS 165 Identification comment The table below shows data set 165 in which user-specific texts such as comments, plant identifier, date and author can be stored in the SENTRON circuit breaker. The table below contains the data sets DS165: Identification comment (length 194 bytes, read/write): Table 8- 38 Content of data set 165...
Page 254: General Data Formats
Data library 8.7 Formats 8.7.2 General data formats Many data points have a data length of more than one byte. In this case, the numbers can be stored either in Little-Endian- format (Intel) or in Big-Endian- format (Motorola) depending on the processor type for which the format has been developed. In Big-Endian format, the higher-order byte is before the lower-order byte to facilitate reading, and with Intel, the bytes are in the opposite order.
Page 255 Data library 8.7 Formats Format "hex" The format "hex" is always used where there is a concatenation of binary information, e.g. when transferring the statuses at the inputs of the binary input module. However, it is also used when hexadecimal numbers are transferred. Format of the PB Chapter Cyclic data traffic (Page 135) contains the description of the format of the property byte PB.
Page 256 Data library 8.7 Formats Table 8- 41 PROFIBUS time format (DS100.4) Byte Meaning — Higher-order digits of milliseconds — Low-order digits of milliseconds — Minute 0 - 4 Hour 1 = Summertime; 0 = Wintertime 0 - 4 Day of the month (1 ... 31) 5 - 7 Weekday (1 = Monday, ..., 7 = Sunday) —...
Page 257: Special Data Formats
Data library 8.7 Formats 8.7.3 Special data formats Special data formats are used where the inflexible standard formats cannot be used. The special data formats are used, for example, with binary-coded or complex data points. If a special data format has been used with a data point, this is indicated in the first and second part of this chapter in the format column with Format (X).
Page 258 Data library 8.7 Formats Table 8- 44 Format (14) PROFIBUS write protection Byte Meaning 0 = write protection active; 1 = write protection inactive 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 259: Data Formats 15 To 24
Data library 8.7 Formats 8.7.4 Data formats 15 to 24 The table below shows the format (15) "trip log". It contains the last 5 tripping operations with time stamp and source. Table 8- 45 Format (15) "trip log" Byte Meaning Time Time stamp of the 1st tripping operation —...
Page 260 Data library 8.7 Formats Byte Meaning 48-55 — Time stamp of 5th tripping operation — Reserved 0x00 — Reason for 5th tripping operation — Source of 5th tripping operation — Reserved 0x00 The table below shows the format (16) "event log". It contains the last 10 events with time stamp.
Page 261 Data library 8.7 Formats Byte Meaning TV over power factor TV THD current TV THD voltage TV peak factor TV form factor TV active power in normal direction TV active power in reverse direction — Source of 1st event 14 = Meter. function/M. PLUS 25 = Trip unit —...
Page 262 Data library 8.7 Formats Byte Meaning — Reserved 0x00 — 8. event — Source of 8th event — Reserved 0x00 96-103 — Time stamp of 9th event — Reserved 0x00 — 9. event — Source of 9th event — Reserved 0x00 108-115 —...
Page 263 Data library 8.7 Formats Table 8- 49 Format (18) "Control communication module" Byte Meaning Deletes the maintenance counters Deletes the min./max. temperatures Deletes all min./max. values except temperature Synchronizes the clock to xx:30:00.000 Deletes the contents of the trip log and event log Revokes the disable on the DP address and sets the address to 126 The table below shows the format (19) "Control communication module outputs".
Page 264: Data Formats 88 To 162
Data library 8.7 Formats 8.7.5 Data formats 88 to 162 The table below shows the format (88) "CubicleBUS modules" that contains the modules connected on the CubicleBUS. Table 8- 52 Format (88) "CubicleBUS modules" Byte Meaning COM15 Trip unit ETU ZSI module Configurable digital output module Digital output module #2...
Page 265 Data library 8.7 Formats Table 8- 55 Format (100) "Size" Byte Value Meaning Size 1 Size 2 Size 3 The table below shows the format (103) "Order number LS", via which the switch can be identified. Table 8- 56 Format (103) "Order number LS" Byte Meaning —...
Page 266 Data library 8.7 Formats Table 8- 57 Format (107) "Switched-off I2t values" Byte Meaning — Phase L1 (unsigned long) — Phase L2 (unsigned long) — Phase L3 (unsigned long) — Phase N (unsigned long) The table below shows the format (108) "Number of poles" that specifies the number of protected poles for the main circuit.
Page 267 Data library 8.7 Formats Table 8- 61 Format (121) "Control DO outputs" Byte Value Meaning No action Set output 1 ("1") Reset output 1 ("0") Set output 2 ("1") Reset output 2 ("0") Set output 3 ("1") Reset output 3 ("0") Set output 4 ("1") Reset output 4 ("0") Set output 5 ("1")
Page 268 Data library 8.7 Formats Byte Value Meaning 0x15 Trip: Ground fault G 0x16 Trip: Overload N-conductor N 0x17 Trip: Phase unbalance current 0x18 Trip: Phase unbalance voltage 0x19 Trip: Underfrequency 0x1A Trip: Overfrequency 0x1B Trip: Undervoltage 0x1C Trip: Overvoltage 0x1D Trip: Active power in normal direction 0x1E Trip: Active power in reverse direction...
Page 269 Data library 8.7 Formats Byte Value Meaning 0x3F PROFIBUS bit 2 (#426) 0x40 PROFIBUS bit 3 (#426) 0x41 PROFIBUS bit 4 (#426) 0x42 PROFIBUS bit 5 (#426) 0x43 PROFIBUS bit 6 (#426) — 2. event at the 1st output — 3.
Page 270: Data Formats 307 To 373
Data library 8.7 Formats Table 8- 64 Format (145) "Direction of incoming supply" Byte Value Meaning From top to bottom From bottom to top The table below shows the format (146) "Direction of rotation of phase". The normal status of the direction of rotation of the phase can be set using this.
Page 271 Data library 8.7 Formats Table 8- 68 Format (308) "Threshold alarms" Byte Meaning cos φ capacitive cos φ inductive THD current THD voltage Peak factor Form factor Active power in normal direction Active power in reverse direction Long-time mean value of active power Long-time mean value of apparent power Long-time mean value of reactive power Reactive power in normal direction...
Page 272 Data library 8.7 Formats Table 8- 69 Format (309) "Harmonic analysis" Harmonic Byte Meaning — Harmonic current: Exponent (signed char) — Harmonic current: Value (unsigned char) — Harmonic voltage: Exponent (signed char) — Harmonic voltage: Value (unsigned char) — Harmonic current: Exponent (signed char) —...
Page 273 Data library 8.7 Formats Table 8- 72 Format (343) "I2t characteristic for S" Byte Value Meaning t characteristic for delayed short-circuit protection switched off. t characteristic for delayed short-circuit protection switched on. The table below shows the format (344) "I t characteristic for G"...
Page 274 Data library 8.7 Formats The table below shows the format (373) "Phase number" that specifies the phase number of the most loaded phase and the phase of the tripping operation. Table 8- 78 Format (373) "Phase number" Byte Value Meaning Phase L1 Phase L2 Phase L3...
Page 275: Data Formats 401 To 426
Data library 8.7 Formats 8.7.7 Data formats 401 to 426 The table below shows the format (401) "Trip unit: tripping operations'", which shows the last unacknowledged tripping operation of the trip unit. Table 8- 79 Format (401) Trip unit: "tripping operations" Byte Value Meaning...
Page 276 Data library 8.7 Formats Table 8- 82 Format (406) "Control trip unit" Byte Value Meaning 0x0002 Delete last trip signal in trip unit 0x0022 Reset counter and statistical information of the trip unit The table below shows the format (410) "Ground fault detection" with which the ground fault detection method is set.
Page 277 Data library 8.7 Formats Table 8- 85 Format (412) "Trip unit type" 3WL Byte Value IEC / UL Meaning ETU45B ETU45B with display ETU45B with ground fault ETU45B with display and ground fault ETU76B ETU76B with ground fault ETU748 ETU748 with display ETU748 with ground fault ETU748 with display and ground fault ETU776...
Page 278 Data library 8.7 Formats The table below shows the format (421) "Parameter ZSI". Table 8- 87 Format (421) "Parameter ZSI" Byte Meaning ZSI short-circuit active ZSI ground fault active Not used Not used ZSI switched off ZSI input and output active ZSI output active Not used Not used...
Page 279: List Of Abbreviations
List of abbreviations List of abbreviations The abbreviations used in the manual are explained below. Alternating current American Wire Gauge BDA PLUS Breaker Data Adapter Breaker Status Sensor COM15 Communication module CUB - CubicleBUS, connection "-" CUB + CubicleBUS, connection "+" Direct current German Industry Standard ON time;...
Page 280 List of abbreviations A.1 List of abbreviations Normally open contact Signaling switch, switching position Electric ON Motor cutout switch Cutout switch for remote reset Cutout switch for shunt release F1 (overexcited) Cutout switch for switch-on solenoid Y1 (overexcited) Signaling switch on 1st auxiliary trip unit Signaling switch on 2nd auxiliary trip unit Tripped signaling switch Signaling switch on CubicleBUS side on first auxiliary trip unit F1...
Page 281: Glossary
Glossary Auxiliary trip unit Undervoltage releases and shunt releases are available. BSS module Breaker Status Sensor - for collecting the information about the status of the circuit breaker by means of signaling switch, and the transfer of this information to the CubicleBUS. COM15 module The communication module is the interface adapter for ●...
Page 282 Glossary Position indicator This indicates the position of the circuit breaker (disconnected/test/operating position) in the guide frame. Position signaling switch This is used for remotely displaying the circuit breaker position in the guide frame. Rated current coding The rated current is coded in the factory, that is, each circuit breaker can only be used in a guide frame with the same rated current.
Page 283 Glossary Undervoltage release (instantaneous/short-time delay) For remotely opening and interlocking the circuit breaker as well as for using the circuit breaker in EMERGENCY OFF circuits (to EN 60204-1 / DIN VDE 0113 Part 1) in conjunction with a separate EMERGENCY OFF device. Brief voltage dips (t <...
Page 284 Glossary 3WL/3VL circuit breakers with communication capability - PROFIBUS System Manual, 03/2011, A5E01051353-02...
Page 285: Index
Index UNSYNC, 171 Data transfer PROFIBUS, 123 Delay time Rotary coding switch, 71 Accessories Digital configurable output module SENTRON VL, 88 Technical data, 76 Addressing Digital input module, 67 PROFIBUS modules, 131 Parameter set changeover, 68 Analog output module Technical data, 69 Calculation of full-scale value, 78 Digital output module Interfaces, 76...
Page 286 Index Profiles, 135 Test function, 119 PROFIBUS data transfer ZSI module, 81 Communication, 123 Integration of circuit breakers, 123 PROFIBUS modules Addressing, 131 Protection functions SENTRON VL, 90 Rotary coding switch, 71 Delay time, 59, 71 SENTRON VL Accessories, 88 Brief description, 87 Data transfer, 93 Overcurrent tripping systems, 90...

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