Table of Contents. Lucas Nülle GmbH 1/29

Transkrypt

1 Table of Contents Table of Contents Technika automatyzacji Automation technology Automation technology with Siemens PLC CLC 30 Fundamentals of programmable logic controls using the SIMATIC S7-300 CLC 12 Programmable logic controls using the SIMATIC S CLC 15 Programmable logic control using the SIMATIC S PLC application models and Process simulators CLC 34 PLC universal application simulator CLC 35 Process simulation PRO/TRAIN for Windows CLC 36 Closed-loop liquid level control/ flow-rate control CLC 37 PLC Touch Panel Models CLC 40.2 Elevator (lift) model Operating and Monitoring CBS 1 Industrial bus systems CID 1 - RFID CLP 20 Open-loop control of drive systems Lucas Nülle GmbH 1/29

2 Technika automatyzacji Acquire practical and project-oriented laboratory skills and expertise: Automation trainers, mechatronics trainers, PLC trainers Automation technology Automation technology Due to the growing importance of process automation the area of automation technology is taking on an ever greater role in industrial operations. This applies both for standard operations in production as well as for vocational training. Today automation technology almost always involves drive technology, closed-loop control and computer engineering. Due to the rapid developments in microcontroller and computer technology, automation has become one of the most innovative and breathtaking of all the areas of electrical engineering and electronics. Add to that the fact that novel industrial solutions like decentralisation and visualisation require new vocational training systems. Furthermore, the hitherto sheer multitude of manufacturer-dependent software products has been replaced by the international standard IEC Contemporary programmable logic controls will now be programmed in accordance with standardised rules. All of these demands mean that there is a need to have the automation technician of today trained on practice-oriented training systems which convey to the student both the latest technology but also endow him or her with the required skills and competency. Lucas Nülle GmbH 2/29

3 Automation technology with Siemens PLC Automation technology with Siemens PLC Lucas Nülle GmbH 3/29

4 CLC 30 Fundamentals of programmable logic controls using the SIMATIC S7-300 CLC 30 Fundamentals of programmable logic controls using the SIMATIC S7-300 Work with STEP 7 programming software Hardware configuration and planning Data types Creating statement lists Programming languages STL, LAD and SFC Programming of binary operations and word operations Programming of counters and time markers, comparison and arithmetic functions Program structure, invoking subroutings Putting into operation and testing Diagnostic functions Wyposazenie podstawowe, w sklad którego wchodzi: Wyposażenie podstawowe, w skład którego wchodzi: 1 SIMATIC S7-314C-2 PN/DP 24 DE, 16 DA, 4 AE, 2 AA, zasilacz sieciowy 24V / 6 A CO3713-8L 1 Lucas Nülle GmbH 4/29

5 2 Adapter PLC-S7 PC z przetwornikiem USB / MPI SO3713-5E 1 Oprogramowanie: 3 Oprogramowanie szkoleniowe 1x STEP 7, S7-GRAPH, S7-SCL, PLC-Sim (niemiecki, angielski, francuski, hiszpański, włoski) SO6002-1Q 1 Materialy szkoleniowe: Materiały szkoleniowe: 4 QuickChart SiemensSPS S7 Board, Instrukcje bezpieczeństwa SO6200-5A 1 5 QuickChart Siemens SPS S7 Board, montaż i uruchomienie SO6200-5B 1 6 CLC30, podstawy PLC, dokumentacja SIMATIC na DVD (D, GB, F, E) SO5155-1N 1 Akcesoria: 7 Mobilne stanowisko doświadczalne, wykonane z profili aluminiowych, trzypiętrowe, cztery gniazda, 1250 x 700 x 1995 mm ST7200-3A 1 8 Ochronne etui na mobilne stanowisko doświadczalne 3-piętrowe ST8010-9Y 1 Lucas Nülle GmbH 5/29

6 CLC 12 Programmable logic controls using the SIMATIC S CLC 12 Programmable logic controls using the SIMATIC S Work with SIMATIC TIA Portal programming software Hardware configuration and planning Data types Creating statement lists Programming languages STL, LAD and SFC Programming of binary operations and word operations Programming of counters and time markers, comparison and arithmetic functions Program structure, invoking subroutings Putting into operation and testing Diagnostic functions Wyposazenie podstawowe, w sklad którego wchodzi: Wyposażenie podstawowe, w skład którego wchodzi: Other modules available 9 SIMATIC S DI, 10 DO, 2 AI, 1 AO, 24V / 5 A power supply CO3713-8Q 1 10 CM communications module for connection of S to PROFIBUS CO3713-8N 1 11 CM communications module for connection of S to AS-i bus CO3713-8P 1 Lucas Nülle GmbH 6/29

7 Oprogramowanie: 12 Oprogramowanie szkoleniowe 1x STEP 7, S7-GRAPH, S7-SCL, PLC-Sim (niemiecki, angielski, francuski, hiszpański, włoski) SO6002-1Q 1 Materialy szkoleniowe: Materiały szkoleniowe: 13 QuickChart Siemens SPS S Board SO6200-5J 1 Akcesoria: 14 Mobilne stanowisko doświadczalne, wykonane z profili aluminiowych, trzypiętrowe, cztery gniazda, 1250 x 700 x 1995 mm ST7200-3A 1 15 Ochronne etui na mobilne stanowisko doświadczalne 3-piętrowe ST8010-9Y 1 Dodatkowo warte polecenia: 16 Interactive Lab Assistant: CLC 37 PLC Touch Panel Models SO2800-4M 1 Lucas Nülle GmbH 7/29

8 CLC 15 Programmable logic control using the SIMATIC S CLC 15 Programmable logic control using the SIMATIC S Work with SIMATIC TIA Portal programming software Hardware configuration and planning Data types Creating statement lists Programming languages AWL, SCL, KOP and FUP Programming of binary operations and word operations Programming of counters and time markers, comparison and arithmetic functions Program structure, invoking subroutings Putting into operation and testing Diagnostic functions Wyposazenie podstawowe, w sklad którego wchodzi: Wyposażenie podstawowe, w skład którego wchodzi: 17 SIMATIC S PN/DP 32 DE, 32 DA, 8 AE, 4 AA, 24V / 6 A power supply CO3713-8R 1 Materialy szkoleniowe: Materiały szkoleniowe: 18 QuickChart Siemens SPS S Board SO6200-5K 1 Akcesoria: 19 Mobilne stanowisko doświadczalne, wykonane z profili aluminiowych, trzypiętrowe, cztery gniazda, 1250 x 700 x 1995 mm ST7200-3A 1 Lucas Nülle GmbH 8/29

9 20 Ochronne etui na mobilne stanowisko doświadczalne 3-piętrowe ST8010-9Y 1 PLC application models and Process simulators PLC application models and Process simulators The objective of PLC training is for the student to acquire practical hands-on skills. The prerequisite for this is systematic-didactic instruction in both form and content. This allows the necessary knowledge and skills to be conveyed in a practical, fast, effective and cost-efficient manner. The hands-on oriented experimentation and training using the process simulators and the process simulations are designed to meet these requirements. As such these training systems constitute the foundation for teaching not only the fundamentals but also advanced PLC programming. Lucas Nülle GmbH 9/29

10 CLC 34 PLC universal application simulator CLC 34 PLC universal application simulator The PLC universal system simulator was designed especially for PLC basic training. It is compact and constructed according to the motto "set up, switch on and train". It is exceptionally well-suited to graphically demonstrate open-loop and closed-loop industrial applications. By using the masks up to 24 different technical processes and models can be simulated. Supplementary equipment set to the basic equipment set CLC 15/30: Supplementary equipment set to the basic equipment set CLC 15/30: 21 PLC uniwersalny symulator aplikacji CO3715-1A 1 22 Zestaw nakładek do uniwersalnego symulatora aplikacji I (12 szt.) CO3715-1B 1 23 Zestaw nakładek do uniwersalnego symulatora aplikacji II (12 szt.) CO3715-1C 1 Lucas Nülle GmbH 10/29

11 Materialy szkoleniowe: Materiały szkoleniowe: 24 Interactive Lab Assistant: CLC 34 Universal application simulator SO2800-4J 1 Akcesoria: 25 Zestaw kabli połączeniowych do złączy systemowych PLC SO5145-5B 1 26 Bezpieczny przewód pomiarowy, 4 mm, 25 cm, czerwony SO5126-8A 1 27 Moduł złącza systemowego do PLC CO3713-7G 1 Lucas Nülle GmbH 11/29

12 CLC 35 Process simulation PRO/TRAIN for Windows CLC 35 Process simulation PRO/TRAIN for Windows Effecient and didactically sensible training on the highly complex production systems found in industry is only feasible to some extent in automation technology. Thus training systems must be used which graphically demonstrate system interdependencies and that can be explored by the student without directly affecting the production process. PRO/TRAIN for Windows is a training system which allows various automated processes to be depicted and simulated at a work station for practical hands-on experimentation. The training system consists of software, hardware and teachware. The software simulates and graphically depicts typical, technological processes, machines and drives on a PC. The software models are graphically detailed and realistically depicted both in terms of design as well as operating response. For each model there is the possibility of performing process analysis in demonstration mode. Malfunctions are realistically simulated in the process simulations for practical experience and can be initiated randomly or simulated by the user using the keyboard. Control errors are identified and logged by the software. The switches and pushbuttons needed to operate the models are already integrated into the respective simulations. The use of real hardware for operation and monitoring, e.g. an Operator Panel, is easily integratable. The I/O interface connects the PC via the serial interface using the signal inputs and outputs of a PLC control unit. As such process models with digital actuators and sensors as well as analog final control elements and signal generators can be connected and controlled. The actuators incorporated in the model can be controlled directly by the PLC and the switching states of the signal generators are transmitted to the PLC. The signal level for connection to the PLC has been selected so that any given industrial-type PLC can be connected to the interface. The input and output signals of the process are accessible on the interface and can be checked by means of electronic measurement. Each model package has an in-depth, state-of-the-art online help using browser technology. These contain general descriptions of the simulation models, control exercises as well as sample PLC programs. The control programs are generally applicable system function charts documented in accordance with the IEC-1131 standard. The input and output signals are outlined in the statement lists and IQF reference lists. This guarantees simple translation into the respective programming language. Lucas Nülle GmbH 12/29

13 Supplementary equipment set to the basic equipment set CLC 15/30: Supplementary equipment set to the basic equipment set CLC 15/30: 28 I/O-Interface for PRO/TRAIN for Windows CO3715-1H 1 Software: Software for creating your own process models: 29 Oprogramowanie PRO/TRAIN do Windows Pneumatyka SO6001-6C 1 30 Oprogramowanie PRO/TRAIN do Windows Hydraulika SO6001-6E 1 31 Oprogramowanie PRO/TRAIN do Windows Maszyny elektryczne SO6001-6G 1 32 Oprogramowanie PRO/TRAIN do Windows Technika produkcyjna SO6001-6J 1 33 Oprogramowanie PRO/TRAIN do Windows Technika procesów przetwórczych SO6001-6L 1 34 Oprogramowanie PRO/TRAIN do Windows Oprogramowanie do tworzenia oprogramowania SO6001-6S 1 Akcesoria: 35 Kabel interfejsu szeregowego 9/9-biegunowy, dł. 1,8 m LM Zestaw kabli połączeniowych do złączy systemowych PLC SO5145-5B 1 37 Moduł złącza systemowego do PLC CO3713-7G 1 Lucas Nülle GmbH 13/29

14 Dodatkowo warte polecenia: 38 USB-RS232 adapter interfejsu z 9-stykowym wtykiem SUB-D LM CLC 36 Closed-loop liquid level control/ flow-rate control Lucas Nülle GmbH 14/29

15 CLC 36 Closed-loop liquid level control/ flow-rate control "Closed-loop liquid level control" is a practice-oriented experiment set in applied control technology designed especially for didactic purposes. Due to immediate, visible nature of the controlled variable, i.e. "the level of the liquid", liquid level control is an extremely graphic experiment and is thus particularly well suited for an introduction into automatic control technology. The controlled system or liquid level basin is characterised by the fact that it has a medium response time. Thus experiments can be performed rapidly and the student can simultaneously monitor how the experiment is proceeding. The experiments focus on determining the most important parameters of controlled systems with compensation and the set-up and optimisation of control loops with continuous and discontinuous controllers. The liquid level basin has a plain form on which the foils can be attached to facilitate the marking of the liquid level as a function of time. The character of the controlled system can be modified by using various sliding partitions (delays of the 1 st and 2 nd order). 4 different outlet drains can be set on the filling basin and the inlet can be set as desired either using an ascending pipe or versus the filling pressure. Because of its modular design, the training system can, with the corresponding supplements, also be used for automatic flow-rate control and to explore measuring techniques. Automatic liquid-level control Set-up, putting into operation and optimising an automatic liquid-level control with variable controlled system characteristics Two-position controller in an integral-action controlled system of a higher order Two-position controller with delayed feedback in a closed-loop liquid level control system Two-position controller with float switch PI and PID controller in a closed-loop control system of the first and higher orders Automatic liquid level control with disturbance variable forward feed and precontrol Automatic flow-rate control Set-up, putting into operation and optimising an automatic flow-rate control with variable controlled system characteristics Operating principle, response and application of flow-rate measurement Investigating automatic flow-rate control with PI or PID controller and system response to disturbance and reference variable step changes Operating principle and use of step controllers and closed-loop flow-rate control with step controllers Supplementary equipment set to the basic equipment set CLC 15/30: Supplementary equipment set to the basic equipment set CLC 15/30: 39 Obiekt regulacji regulatora poziomu napełnienia i przepływu, wraz ze zbiornikiem, zbiornikiem uzupełniającym, pompą i czujnikami CO3620-1H 1 Lucas Nülle GmbH 15/29

16 Materialy szkoleniowe: Materiały szkoleniowe: 40 Podręcznik IAC 10/11 Regulacja poziomu napełnienia i przepływu za pomocą regulatora cyfrowego SH5003-6A 1 Zasilanie elektryczne: 41 Zasilacz prądu stałego (DC) 15 V/6 A stabilizowany CO3538-8A 1 Przyrzady pomiarowe: Przyrządy pomiarowe: 42 Cyfrowy miernik uniwersalny Multi 13S LM Akcesoria: 43 Bezpieczna złączka z wtykiem 4 mm czerwona, 1000 V / 32 A CAT II SO5126-3U 1 44 Bezpieczna złączka z wtykiem 4 mm niebieska, 1000 V / 32 A CAT II SO5126-3V 2 45 Bezpieczna złączka z wtykiem 4 mm czarna, 1000 V / 32 A CAT II SO5126-3R 3 46 Set of safety measurement cables 4mm (30pcs) SO5148-2A 1 Lucas Nülle GmbH 16/29

17 CLC 37 PLC Touch Panel Models CLC 37 PLC Touch Panel Models The touch panel models provide a system with which students can swiftly master an introduction to TIA (Totally Integrated Automation) portals. The models are designed to cover all the basic functionality of PLC programming. All the topics are included, from programming of data blocks, state machine and sequential programming, right up to the design of controllers. The animated illustration of the models simplifies understanding of how the models respond to programming. What was previously indicated by means of flashing LEDs or by additional software can now be replaced by a compact system. By activating the PLC system s digital outputs, the models can be manually controlled without difficulty, so that students can investigate precisely how they function. Wyposazenie, w którego sklad wchodza: Wyposażenie, w którego skład wchodzą: 47 Interactive Lab Assistant: CLC 37 PLC Touch Panel Models SO2800-4M 1 48 SIMATIC S DI, 10 DO, 2 AI, 1 AO, 24V / 5 A power supply CO3713-8Q 1 Oprogramowanie: 49 Oprogramowanie szkoleniowe 1x STEP 7, S7-GRAPH, S7-SCL, PLC-Sim (niemiecki, angielski, francuski, hiszpański, włoski) SO6002-1Q 1 Lucas Nülle GmbH 17/29

18 Materialy szkoleniowe: Materiały szkoleniowe: 50 QuickChart Siemens SPS S Board SO6200-5J 1 Akcesoria: 51 Mobilne stanowisko doświadczalne, wykonane z profili aluminiowych, trzypiętrowe, cztery gniazda, 1250 x 700 x 1995 mm ST7200-3A 1 52 Ochronne etui na mobilne stanowisko doświadczalne 3-piętrowe ST8010-9Y 1 CLC 40.2 Elevator (lift) model CLC 40.2 Elevator (lift) model Lucas Nülle GmbH 18/29

19 Supplementary equipment set to the basic equipment set CLC 15/30: Supplementary equipment set to the basic equipment set CLC 15/30: 53 Model 3-piętrowej windy LM Akcesoria: 54 IMS Moduł przyłączeniowy do PLC CO3713-7F 1 55 Przewód interfejsu 25-biegunowy, gniazdo/wtyczka Sub-D LM Kabel interfejsu szeregowego 9/9-biegunowy, dł. 1,8 m LM Materialy szkoleniowe: Materiały szkoleniowe: 57 Podręcznik CLC 40.2, techniki sterowania z użyciem autentycznych modeli procesów PLC SH5004-6D 1 58 QuickChart, system przetwarzania obrazów SO6200-5G 1 Optional accessories for conventional integration of PLC system models 59 Karta przyłączeniowa IMS, 25-biegunowa SO3713-7Y 1 Lucas Nülle GmbH 19/29

20 60 Karta przyłączeniowa IMS, 9-biegunowa SO3713-7Z 1 Operating and Monitoring Operating and Monitoring Continuously simplifying the ever more complex is our motto. Processes are becoming multilayered, the demands made on machine and system functionality are becoming greater. Today, what the machine operator has to know and see is vast. For that reason the Human Machine Interface (HMI) has to provide him with the optimum transparency. A whole new technology has emerged in the automated world of production; a technology which is gaining in significance. Operating and monitoring are essential in mastering a process and translate into both availability and productivity. The operating and monitoring training system gives the student an opportunity to gain insight into HMI technology. But advanced users are also able to profit from the simple text display provided by the Operator Panel and to train aspects of technology reaching all the way to PC-based HMI software. Lucas Nülle GmbH 20/29

21 CBS 1 Industrial bus systems CBS 1 Industrial bus systems It is vital to know about the most important industrial bus systems. With this compact set, you can learn about project planning for three different bus systems and how they are used. It is not only the extensive theoretical background but also the detailed experiment instructions which offer a thorough exploration of these bus systems. You will start with direct communication via the I/O of a PLC system. A conveyor belt will then be connected to an AS-i bus to provide an introduction to bus systems in general. The bus system which is most widely used in industry, PROFIBUS, is dealt with second, while the concluding section is formed by a conveyor belt control system implemented in PROFINET. This means that a single system is controlled via four different means of communication. Wyposazenie podstawowe, w sklad którego wchodzi: Wyposażenie podstawowe, w skład którego wchodzi: 61 Segment przenosnika transportowego 24 V z podwójnym pasem LM Moduł pomiaru przemieszczenia IMS LM AS-i Slave 4DI/4DO do IMS LM PROFIBUS do PROFINET Konwerter LM Lucas Nülle GmbH 21/29

22 S PLC control system with accessories: 65 SIMATIC S PN/DP 32 DE, 32 DA, 8 AE, 4 AA, 24V / 6 A power supply CO3713-8R 1 66 Touch panel TP700 Comfort Trainer Package CO3713-4P 1 67 Profinet IO/AS interface link CO3715-5U 1 Materialy szkoleniowe: Materiały szkoleniowe: 68 Interactive Lab Assistant: CBS 1 Industrial bus systems SO2800-5W 1 69 QuickChart IMS 1.2 Systemu transferowy z napędem prądu stałego SO6200-1A 1 Akcesoria: 70 Płyta uchwytu przedmiotu obrabianego LM Kabel interfejsu szeregowego 9/9-biegunowy, dł. 1,8 m LM Kabel połączeniowy do PROFIBUS, 1,5 m; 2 x wtyk połączeniowy LM PROFINET connector cable, 1.5 m; plugs 1 x 90, 1 x straight LM Lucas Nülle GmbH 22/29

23 74 Bezpieczna złączka z wtykiem 4 mm czerwona, 1000 V / 32 A CAT II SO5126-3U 2 75 Bezpieczna złączka z wtykiem 4 mm niebieska, 1000 V / 32 A CAT II SO5126-3V 2 76 Bezpieczny przewód pomiarowy, 4 mm, 150 cm, czerwony SO5126-9F 1 77 Bezpieczny przewód pomiarowy, 4 mm, 150 cm, niebieski SO5126-9K 1 78 Bezpieczny przewód pomiarowy, 4 mm, 150 cm, żółty SO5126-9H 2 79 Bezpieczne przewody pomiarowe 4 mm, 50 cm, czerwone SO5126-8K 1 80 Bezpieczny przewód pomiarowy, 4 mm, 50 cm, niebieski SO5126-8P 1 IMS furniture IMS furniture The IMS furniture system is used together with the Industrial Mechatronics System. The mobile trolleys can be used for individual components or sub-systems. In order to build complex, mechatronics systems, the trolleys can be lined up alongside one another and can be supplemented by frames to accommodate training panels. A power console allows the trolley to be equipped with a wide variety of 3 HU modules. The trolleys can be extended by means of various add-ons attachable to the aluminium rails to make up a multi-function PC experiment trolley. 81 Mobilne stanowisko doświadczalne IMS, SybaPro, 1200 mm, dwupoziomowe Rama doświadczalna ST7200-3T 1 Lucas Nülle GmbH 23/29

24 CID 1 - RFID CID 1 - RFID Standing for Radio Frequency Identification, RFID involves contactless identification and localization of objects and permits automatic detection, storage and networking of digital data. The "RFID" training system is a practical environment for learning how pallets at an automation facility are identified by means of system function modules. The system can also be used to provide instruction in network configuration by means of PROFINET. Wyposazenie podstawowe, w sklad którego wchodzi: Wyposażenie podstawowe, w skład którego wchodzi: 82 RFID Evaluation Unit CO3715-7T 1 83 RFID read/write head with bracket and connecting lead CO3715-7U 2 84 Segment przenosnika transportowego 24 V z podwójnym pasem LM Płyta uchwytu przedmiotu obrabianego LM Lucas Nülle GmbH 24/29

25 S PLC control system with accessories: 86 SIMATIC S PN/DP 32 DE, 32 DA, 8 AE, 4 AA, 24V / 6 A power supply CO3713-8R 1 Materialy szkoleniowe: Materiały szkoleniowe: 87 Interactive Lab Assistant: RFID in logistics SO2805-4A 1 88 QuickChart Siemens SPS S Board SO6200-5K 1 Akcesoria: 89 Bezpieczna złączka z wtykiem 4 mm czerwona, 1000 V / 32 A CAT II SO5126-3U 1 90 Bezpieczna złączka z wtykiem 4 mm niebieska, 1000 V / 32 A CAT II SO5126-3V 1 91 Bezpieczny przewód pomiarowy, 4 mm, 100 cm, niebieski SO5126-9A 1 92 Bezpieczny przewód pomiarowy, 4 mm, 100 cm, czerwony SO5126-8U 1 Lucas Nülle GmbH 25/29

26 CLP 20 Open-loop control of drive systems CLP 20 Open-loop control of drive systems Today automation technology is becoming more and more tied up with drive technology. Concurrently programmable logic controls are normally used as the overriding control system. In addition to the possibility of controlling the drive amplifier via digital and analog inputs and outputs, the use of a fieldbus even provides the possibility of having the process data and parameters read from or written into the drive amplifier. Supplementary equipment set to the basic equipment set CLC 15/30: Supplementary equipment set to the basic equipment set CLC 15/30: 93 Przetwornica częstotliwości 0,75 kw (Lenze 8400) CO3636-5G 1 94 Moduł interfejsu PROFIBUS DP do przetwornicy częstotliwości Lenze 8400 LM Rezystor hamulcowy 0,2 kw do przetwornicy częstotliwości CO3636-5V 1 96 Silnik asynchr. prądu trójfaz. 0,3 kw, N = 1400 (230 V / 400 V) (typ przem.) SE2673-1K 1 97 Mankiet sprzęgła 0,3 kw SE2662-2A 1 Lucas Nülle GmbH 26/29

27 98 Osłona sprzęgła 0,1/0,3 kw przezroczysta SE2662-7B 1 99 Przekładnia z ramieniem operacyjnym, 0,3 kw SE2664-1A Czujnik mechaniczny SE2664-1F Czujnik indukcyjny SE2664-1J Czujnik pojemnościowy SE2664-1M Czujnik optyczny SE2664-1Q Touch panel TP700 Comfort Trainer Package CO3713-4P Kabel połączeniowy do PROFIBUS, na metry LM Kabel połączeniowy do PROFIBUS z gniazdem PG i terminatorem LM Materialy szkoleniowe: Materiały szkoleniowe: 107 Podręcznik CLP 20, sterowanie systemami napędów elektrycznych SH5004-6L 1 Oprogramowanie: 108 Adapter diagnostyczny USB do przetwornicy częstotliwości Lenze 8400 LM Lucas Nülle GmbH 27/29

28 Zasilanie elektryczne: 109 Zasilanie maszyn elektrycznych CO3212-5U 1 Przyrzady pomiarowe: Przyrządy pomiarowe: 110 Analogowo-cyfrowy przyrząd uniwersalny, pomiar mocy i współczynnika mocy, oprogramowanie CO5127-1Z 1 Akcesoria: 111 Zestaw bezpiecznych kabli pomiarowych, 4 mm (30 żył) SO5148-2H Bezpieczna złączka z wtykiem 4 mm czarna, 1000 V / 32 A CAT II SO5126-3R Bezpieczna złączka z wtykiem 4 mm czerwona, 1000 V / 32 A CAT II SO5126-3U Bezpieczna złączka z wtykiem 4 mm niebieska, 1000 V / 32 A CAT II SO5126-3V Bezpieczny wtyk połączeniowy, zielono-żółty, 4 mm z odgałęzieniem, 1000 V/32 A, CAT II SO5126-3W Narzędzie do usuwania izolacji z kabli PROFIBUS LM Lucas Nülle GmbH 28/29

29 Dodatkowo warte polecenia: 117 Stanowisko kontrolne dla maszyny serwo do silników łącznie z oprogramowaniem ActiveServo (niemiecki, angielski, francuski, hiszpański) CO3636-6V 1 Lucas Nülle GmbH 29/29