Presentation from the Joint Webinar Teco + iRidium (part by TECO). Lubos Urban, technical support specialist at Teco, describes what TECO is, fields of application of Teco control systems, Foxtrot system, programming of Foxtrot by Mosaic, connection of Foxtrot with iRidium.
The DR100EE Series is a digital PWM servo drive designed to control brushed and brushless motors. It employs space vector modulation for high bus voltage utilization and low heat dissipation. The drive operates in torque, velocity, or position mode and features programmable digital and analog I/O for interfacing. It is configured through a Windows software and has RS-232/485 communication for setup and networking. The drive provides motor control, feedback processing, and protection in a small package.
The DR101EE30A80LAC is a digital servo drive that controls motors in torque, velocity, or position mode using space vector modulation. It features fully digital control loops with programmable gains, isolated I/O interfaces, and integrated protection. The drive operates 3-phase motors up to 30A continuous and connects through removable screw terminals for power, logic, and I/O.
The DR100EE40A8BDC is a digital servo drive that controls motors in torque, velocity, or position mode using space vector modulation. It has extensive I/O including digital and analog inputs and outputs. Setup and configuration is done through a Windows software over an RS232/485 interface.
The DQ111SE-H Series digital servo drives are designed to drive brushed and brushless servomotors. They employ Space Vector Modulation and vector control technology to achieve high bus voltage utilization and reduced heat dissipation. The drives feature dedicated digital and analog inputs and outputs as well as a SynqNet interface for networked motion control applications.
The DR101EE30A40NDC is a digital servo drive that controls brushed and brushless motors using space vector modulation. It operates in torque, velocity, or position mode and features programmable I/O, analog inputs and outputs, and a Windows-based setup software. The drive provides motor commutation and feedback, configurable protection features, and networked operation via an isolated RS232/485 interface.
The DR100EE digital servo drive is designed to control brushed and brushless motors. It operates in torque, velocity, or position mode using space vector modulation for high efficiency. The drive has configurable digital and analog inputs and outputs, and connects to motors and accessories via screw terminals. Setup and control is done through an RS-232/485 interface using Windows software.
The DQ111SE-H Series is a fully digital servo drive for brushed and brushless motors. It features space vector modulation, a 20kHz digital current loop, sine/cosine encoder interface, hall sensor or encoder commutation, and SynqNet network interface. The drive provides motor control along with dedicated digital and analog inputs and outputs.
The DR101EE15A40NAC is a digital servo drive that controls brushed and brushless motors in torque, velocity, or position mode using space vector modulation. It has fully programmable digital and analog inputs and outputs, and features a graphical setup software, non-volatile parameter storage, and extensive protection.
The DR100EE Series is a digital PWM servo drive designed to control brushed and brushless motors. It employs space vector modulation for high bus voltage utilization and low heat dissipation. The drive operates in torque, velocity, or position mode and features programmable digital and analog I/O for interfacing. It is configured through a Windows software and has RS-232/485 communication for setup and networking. The drive provides motor control, feedback processing, and protection in a small package.
The DR101EE30A80LAC is a digital servo drive that controls motors in torque, velocity, or position mode using space vector modulation. It features fully digital control loops with programmable gains, isolated I/O interfaces, and integrated protection. The drive operates 3-phase motors up to 30A continuous and connects through removable screw terminals for power, logic, and I/O.
The DR100EE40A8BDC is a digital servo drive that controls motors in torque, velocity, or position mode using space vector modulation. It has extensive I/O including digital and analog inputs and outputs. Setup and configuration is done through a Windows software over an RS232/485 interface.
The DQ111SE-H Series digital servo drives are designed to drive brushed and brushless servomotors. They employ Space Vector Modulation and vector control technology to achieve high bus voltage utilization and reduced heat dissipation. The drives feature dedicated digital and analog inputs and outputs as well as a SynqNet interface for networked motion control applications.
The DR101EE30A40NDC is a digital servo drive that controls brushed and brushless motors using space vector modulation. It operates in torque, velocity, or position mode and features programmable I/O, analog inputs and outputs, and a Windows-based setup software. The drive provides motor commutation and feedback, configurable protection features, and networked operation via an isolated RS232/485 interface.
The DR100EE digital servo drive is designed to control brushed and brushless motors. It operates in torque, velocity, or position mode using space vector modulation for high efficiency. The drive has configurable digital and analog inputs and outputs, and connects to motors and accessories via screw terminals. Setup and control is done through an RS-232/485 interface using Windows software.
The DQ111SE-H Series is a fully digital servo drive for brushed and brushless motors. It features space vector modulation, a 20kHz digital current loop, sine/cosine encoder interface, hall sensor or encoder commutation, and SynqNet network interface. The drive provides motor control along with dedicated digital and analog inputs and outputs.
The DR101EE15A40NAC is a digital servo drive that controls brushed and brushless motors in torque, velocity, or position mode using space vector modulation. It has fully programmable digital and analog inputs and outputs, and features a graphical setup software, non-volatile parameter storage, and extensive protection.
The DR101EE15A40LAC is a digital servo drive that controls brushed and brushless motors with space vector modulation. It operates in torque, velocity, or position mode and features programmable digital and analog inputs/outputs. Setup and configuration is done through a Windows software over an isolated RS232/485 interface. The drive provides extensive motor and motion control along with built-in protections.
The DR101EE30A40LDC is a digital servo drive that controls brushed and brushless motors. It features space vector modulation, PID control loops, configurable I/O including analog and digital signals, and isolated RS-232/485 communication. It operates in torque, velocity or position mode and includes setup software for configuration.
The DQ111EE Series is a digital servo drive that controls brushed and brushless motors. It features state-of-the-art digital control, space vector modulation, and a SynqNet interface for networked motion control applications. The drive provides motor commutation, I/O, and protection from overvoltage, undervoltage, and overcurrent. It is designed for ease of use and setup via Windows software.
The DR101EE Series is a digital PWM servo drive designed to control brushed and brushless motors. It operates in torque, velocity, or position mode using space vector modulation for high efficiency. The drive features fully programmable digital and analog inputs and outputs, as well as RS-232/485 communication for configuration and control. It is designed for small size and ease of use in motion control applications.
The DR100EE digital servo drive is designed to control brushed and brushless motors. It uses space vector modulation and features torque, velocity, and position control modes. The drive has configurable digital and analog inputs and outputs and is programmed via an RS232/485 interface and Windows software.
The DQ111EE Series is a digital servo drive that controls brushed and brushless motors. It features a SynqNet interface for networked motion control applications. The drive has inputs and outputs for motor commutation feedback, I/O control, and uses space vector modulation for efficient motor control. It is designed for easy setup and commissioning through Windows-based software.
The DR100EE15A40LAC is a digital PWM servo drive designed to control brushed and brushless motors in torque, velocity, or position mode using space vector modulation. It features fully programmable control loops and I/O along with protective circuits. Setup and control is done through an RS-232/485 interface and Windows software.
The DQ111EE40A8BDC is a digital servo drive that controls brushed and brushless motors. It features space vector modulation for high efficiency and integrated SynqNet interface for networked motion control. It has inputs and outputs for motor commutation feedback, I/O signals, and analog command inputs. The drive provides torque control of the motor and protection from faults.
The DR100EE-NAC digital servo drive is designed to control brushed and brushless motors in torque, velocity or position mode using space vector modulation. It has fully programmable digital and analog I/O along with RS-232/485 interface for configuration. The drive operates motors with up to 15A peak current while dissipating low power due to its digital design and SVM technique.
The DR100EE digital servo drive is designed to control brushed and brushless motors. It features space vector modulation, PID control loops, configurable I/O, and RS-232/485 communication. The drive operates in torque, velocity or position mode and includes protection against overvoltage, undervoltage, overcurrent and overtemperature. It has removable connectors for power, motor feedback, I/O and communications.
The DQ111SE Series digital servo drives are fully digital devices that employ space vector modulation and vector control technology to drive brushed and brushless motors. They feature a SynqNet interface for networked motion control applications, and include programmable digital and analog inputs and outputs. The drives operate in torque mode, store parameters in non-volatile memory, and provide protection against over-voltage, under-voltage, short-circuits, over-current and over-temperature.
The DQ111SE Series is a fully digital PWM servo drive designed to control brushed and brushless motors. It features space vector modulation, a SynqNet motion control interface, programmable digital and analog I/O, and protection against overvoltage, undervoltage, and overcurrent. The drive provides torque control of motors and integrated feedback processing from absolute encoders. It is a small, cost-effective solution for networked motion control applications.
The DR100EE Series is a fully digital PWM servo drive designed to control brushed and brushless motors. It operates in torque, velocity, or position mode using space vector modulation for high bus voltage utilization. The drive features programmable digital and analog inputs/outputs, RS-232/485 interface, and Windows-based setup software. It provides motor control as well as I/O interfacing for external devices and controllers.
The RIO-47xxx Pocket PLC is a compact, cost-effective programmable logic controller with Ethernet and RS-232 connectivity. It has 16 analog inputs and outputs as well as up to 48 digital I/O. Programming is done via Galil's 2-letter command language or by converting relay ladder logic programs. Options include expanded memory, additional I/O, and interfacing for temperature sensors and position readers.
The DQ111EE30A80LAC digital servo drive is designed to control brushed and brushless motors. It features space vector modulation for high efficiency, dedicated digital and analog inputs/outputs, and a SynqNet interface for networked motion control applications. Setup and commissioning are done through graphical Windows software via the SynqNet interface.
The DR100EE Series digital servo drives are fully digital PWM drives designed to control brushed and brushless servomotors. They operate in torque, velocity, or position mode using space vector modulation for high bus voltage utilization. The drives feature configurable digital and analog inputs and outputs for interfacing, and are set up using Windows-based software over an RS232/485 interface.
The DQ111SE Series digital servo drives are fully digital devices that employ space vector modulation and vector control technology to drive brushed and brushless motors. They feature a SynqNet interface for networked motion control applications and include programmable digital and analog inputs and outputs for interfacing with external devices. The drives offer extensive protection features and parameters are stored in non-volatile memory.
The DQ111EE15A40LDC is a digital servo drive that controls brushed and brushless motors. It features space vector modulation for high efficiency and integrated SynqNet interface for networked motion control applications. The drive provides torque control of the motor along with dedicated digital and analog inputs/outputs. It is designed for easy setup and commissioning through Windows-based software.
The DR100EE series are fully digital servo drives that operate in torque, velocity, or position mode using space vector modulation. They feature programmable digital and analog inputs/outputs for motor control and interfacing. Setup and configuration is done through a Windows-based software with a graphical interface via a single RS232/485 communication port.
The DR100EE series is a fully digital PWM servo drive designed to control brushed and brushless motors. It features space vector modulation, configurable digital and analog I/O, and RS-232/485 communication for setup. The drive operates in torque, velocity or position mode and includes protections for overvoltage, undervoltage, and overcurrent.
The document discusses Seneca's CANopen distributed I/O system solution. It provides an overview of Seneca's digital and analog I/O modules that directly connect to the CANopen network without needing additional couplers. The modules offer features like fast response times, accuracy, multiple configuration options, and isolation. Traditional I/O systems require couplers that increase costs, while Seneca's distributed solution reduces wiring and allows flexible placement of I/O nodes on the network.
The ES-200X is an intelligent addressable fire alarm control panel from Fire•Lite Alarms that replaces the MS-9200UDLS panel. It comes with a pre-installed IPOTS-COM communicator for dual communication over IP networks and telephone lines. The panel can support up to 198 addressable devices and is programmed and operated like other Fire•Lite panels. It provides features such as four notification circuits, programmable relays, auxiliary functions, and a history file. The panel, accessories, and compatible intelligent detectors are also described.
The DR101EE15A40LAC is a digital servo drive that controls brushed and brushless motors with space vector modulation. It operates in torque, velocity, or position mode and features programmable digital and analog inputs/outputs. Setup and configuration is done through a Windows software over an isolated RS232/485 interface. The drive provides extensive motor and motion control along with built-in protections.
The DR101EE30A40LDC is a digital servo drive that controls brushed and brushless motors. It features space vector modulation, PID control loops, configurable I/O including analog and digital signals, and isolated RS-232/485 communication. It operates in torque, velocity or position mode and includes setup software for configuration.
The DQ111EE Series is a digital servo drive that controls brushed and brushless motors. It features state-of-the-art digital control, space vector modulation, and a SynqNet interface for networked motion control applications. The drive provides motor commutation, I/O, and protection from overvoltage, undervoltage, and overcurrent. It is designed for ease of use and setup via Windows software.
The DR101EE Series is a digital PWM servo drive designed to control brushed and brushless motors. It operates in torque, velocity, or position mode using space vector modulation for high efficiency. The drive features fully programmable digital and analog inputs and outputs, as well as RS-232/485 communication for configuration and control. It is designed for small size and ease of use in motion control applications.
The DR100EE digital servo drive is designed to control brushed and brushless motors. It uses space vector modulation and features torque, velocity, and position control modes. The drive has configurable digital and analog inputs and outputs and is programmed via an RS232/485 interface and Windows software.
The DQ111EE Series is a digital servo drive that controls brushed and brushless motors. It features a SynqNet interface for networked motion control applications. The drive has inputs and outputs for motor commutation feedback, I/O control, and uses space vector modulation for efficient motor control. It is designed for easy setup and commissioning through Windows-based software.
The DR100EE15A40LAC is a digital PWM servo drive designed to control brushed and brushless motors in torque, velocity, or position mode using space vector modulation. It features fully programmable control loops and I/O along with protective circuits. Setup and control is done through an RS-232/485 interface and Windows software.
The DQ111EE40A8BDC is a digital servo drive that controls brushed and brushless motors. It features space vector modulation for high efficiency and integrated SynqNet interface for networked motion control. It has inputs and outputs for motor commutation feedback, I/O signals, and analog command inputs. The drive provides torque control of the motor and protection from faults.
The DR100EE-NAC digital servo drive is designed to control brushed and brushless motors in torque, velocity or position mode using space vector modulation. It has fully programmable digital and analog I/O along with RS-232/485 interface for configuration. The drive operates motors with up to 15A peak current while dissipating low power due to its digital design and SVM technique.
The DR100EE digital servo drive is designed to control brushed and brushless motors. It features space vector modulation, PID control loops, configurable I/O, and RS-232/485 communication. The drive operates in torque, velocity or position mode and includes protection against overvoltage, undervoltage, overcurrent and overtemperature. It has removable connectors for power, motor feedback, I/O and communications.
The DQ111SE Series digital servo drives are fully digital devices that employ space vector modulation and vector control technology to drive brushed and brushless motors. They feature a SynqNet interface for networked motion control applications, and include programmable digital and analog inputs and outputs. The drives operate in torque mode, store parameters in non-volatile memory, and provide protection against over-voltage, under-voltage, short-circuits, over-current and over-temperature.
The DQ111SE Series is a fully digital PWM servo drive designed to control brushed and brushless motors. It features space vector modulation, a SynqNet motion control interface, programmable digital and analog I/O, and protection against overvoltage, undervoltage, and overcurrent. The drive provides torque control of motors and integrated feedback processing from absolute encoders. It is a small, cost-effective solution for networked motion control applications.
The DR100EE Series is a fully digital PWM servo drive designed to control brushed and brushless motors. It operates in torque, velocity, or position mode using space vector modulation for high bus voltage utilization. The drive features programmable digital and analog inputs/outputs, RS-232/485 interface, and Windows-based setup software. It provides motor control as well as I/O interfacing for external devices and controllers.
The RIO-47xxx Pocket PLC is a compact, cost-effective programmable logic controller with Ethernet and RS-232 connectivity. It has 16 analog inputs and outputs as well as up to 48 digital I/O. Programming is done via Galil's 2-letter command language or by converting relay ladder logic programs. Options include expanded memory, additional I/O, and interfacing for temperature sensors and position readers.
The DQ111EE30A80LAC digital servo drive is designed to control brushed and brushless motors. It features space vector modulation for high efficiency, dedicated digital and analog inputs/outputs, and a SynqNet interface for networked motion control applications. Setup and commissioning are done through graphical Windows software via the SynqNet interface.
The DR100EE Series digital servo drives are fully digital PWM drives designed to control brushed and brushless servomotors. They operate in torque, velocity, or position mode using space vector modulation for high bus voltage utilization. The drives feature configurable digital and analog inputs and outputs for interfacing, and are set up using Windows-based software over an RS232/485 interface.
The DQ111SE Series digital servo drives are fully digital devices that employ space vector modulation and vector control technology to drive brushed and brushless motors. They feature a SynqNet interface for networked motion control applications and include programmable digital and analog inputs and outputs for interfacing with external devices. The drives offer extensive protection features and parameters are stored in non-volatile memory.
The DQ111EE15A40LDC is a digital servo drive that controls brushed and brushless motors. It features space vector modulation for high efficiency and integrated SynqNet interface for networked motion control applications. The drive provides torque control of the motor along with dedicated digital and analog inputs/outputs. It is designed for easy setup and commissioning through Windows-based software.
The DR100EE series are fully digital servo drives that operate in torque, velocity, or position mode using space vector modulation. They feature programmable digital and analog inputs/outputs for motor control and interfacing. Setup and configuration is done through a Windows-based software with a graphical interface via a single RS232/485 communication port.
The DR100EE series is a fully digital PWM servo drive designed to control brushed and brushless motors. It features space vector modulation, configurable digital and analog I/O, and RS-232/485 communication for setup. The drive operates in torque, velocity or position mode and includes protections for overvoltage, undervoltage, and overcurrent.
The document discusses Seneca's CANopen distributed I/O system solution. It provides an overview of Seneca's digital and analog I/O modules that directly connect to the CANopen network without needing additional couplers. The modules offer features like fast response times, accuracy, multiple configuration options, and isolation. Traditional I/O systems require couplers that increase costs, while Seneca's distributed solution reduces wiring and allows flexible placement of I/O nodes on the network.
The ES-200X is an intelligent addressable fire alarm control panel from Fire•Lite Alarms that replaces the MS-9200UDLS panel. It comes with a pre-installed IPOTS-COM communicator for dual communication over IP networks and telephone lines. The panel can support up to 198 addressable devices and is programmed and operated like other Fire•Lite panels. It provides features such as four notification circuits, programmable relays, auxiliary functions, and a history file. The panel, accessories, and compatible intelligent detectors are also described.
The document introduces a new DDC temperature controller, the W500T. It maintains the modularity of the existing W Analog series while implementing additional features like flexible DIN rail mounting and RS485/Modbus connectivity. The W500T has 3 analog inputs, 2 digital inputs, 2 analog outputs, and 2 digital outputs. It is available as a basic or extended version with real-time clock and communication capabilities. The controller can manage up to 4 independent loops for temperature control applications like heating, cooling, humidity, etc. Additional models will be released to control pressure, enthalpy, air quality, voltage inputs, and digital sequencing.
1) The document discusses Trust PLC's CTS7-100 series of programmable logic controllers (PLCs), including their CPU modules and expansion modules.
2) The CTS7-100 PLCs offer high performance for small-to-medium scale automation systems with fast execution speeds, robust instruction sets, and strong communication abilities.
3) The modular design allows for flexible I/O expansion to suit different application needs through connecting various digital, analog, and special function modules.
The TAC MicroNet 100, 150, and 200 series controllers are interoperable LonWorks controllers designed for HVAC control applications like rooftops, heat pumps, and fan coils. They can function standalone or networked. The 100 series has 1 digital input, 2 universal inputs and 4 digital outputs. The 150 series has 3 universal inputs, 2 digital outputs, and 2 analog outputs. The 200 series has 2 digital inputs, 3 universal inputs, 6 digital outputs, and 2 analog outputs. They are programmed using WorkPlace Tech Tool software and use LonMark profiles for interoperability.
This document provides an overview of an industrial EtherCAT slave I/O module with 16-channel digital input/output. It describes the product positioning and benefits, including EtherCAT compliance, industrial-grade components, easy installation, and LED indicators. The document outlines the product features such as the 9-48V DC power input, -40-75°C operating temperature range, 2 RJ45 ports, 16 I/O channels, and 3750Vrms isolation. Applications and a comparison with competing products are also presented.
With an installed base approaching 4 million nodes IO-Link is THE protocol for communication down to the sensor and actuator level. This presentation will be covering what a typical IO-Link solution consists of, how it interfaces to the control system and the benefits that can be derived from this increased level of communication with IO-Link devices. These include: easier handling of measurement signals, remote and automatic device parameterisation, smart sensor diagnostic functions, safety over IO-Link whilst also being an enabler for Industrial IoT and Industry 4.0 strategies.
MIfa Systems is an Electronic Instrument & Equipment based private company, engaged in offering Digital Temperature Controller with advanced microcomputer including leading-edge sensor, therefore ensuring precise temperature calibrating and controlling operations. Driven by technical excellence,
http://www.mifasystems.com/
The document discusses the history and components of industrial automation and programmable logic controllers (PLCs). It provides an overview of PLC components like the power supply, communication modules, input/output modules, and processor. Examples of PLC addressing modes and advanced instructions are also described. The document outlines an automatic parking control project and a motor sequence control project developed using a PLC. It discusses the role of PLCs in instrumentation and control applications.
The document provides background information on programmable logic controllers (PLCs). It discusses the origin of PLCs in the 1960s as an alternative to relay-based control systems. It then covers the key components of PLCs including the processor, memory, I/O modules, and power supply. The document also discusses PLC programming and applications in various industrial sectors.
A6 v10370250 variable speed drive for pumps and fans sinamics g_entekhakko
The document provides information on SINAMICS G120P variable speed drives for pumps and fans. It summarizes the key features and functions as:
- Power range from 0.75 kW to 75 kW for controlling pump and fan motors with standard fieldbus interfaces.
- Integrated functions for pumps and fans like automatic restart, ECO mode, and PID controllers.
- IP55 and IP20 enclosure options with integrated EMC filters.
- Optional interfaces include PROFIBUS, CANopen, and PROFINET.
- Includes commissioning software and is compatible with Desigo building automation systems.
The document provides an overview of programmable logic controllers (PLCs), including their functions, hardware components, programming languages, communication protocols, and the support services provided by CERN's BE-ICS group for PLC systems. PLCs are industrial control systems that can handle input and output signals to control machinery and processes, and are commonly used in applications that require reliability under harsh conditions. The document also discusses the UNICOS control system approach used at CERN which standardizes PLC and SCADA systems across different experimental areas.
The document provides an overview of programmable logic controllers (PLCs), describing their main functions and components, including how they collect input from sensors, run control programs, produce outputs to actuators, and communicate with supervisory systems. PLCs are designed for industrial processes and operate under severe conditions using various programming languages to handle basic and complex control logic. Common PLC manufacturers supported at CERN include Siemens and Schneider, which offer a range of PLC models and programming software tools.
The document provides an overview of programmable logic controllers (PLCs), describing their main functions and components, including how they collect input from sensors, run control programs, produce outputs to actuators, and communicate with supervisory systems. PLCs are commonly used in industrial processes to automate control of machinery and processes due to their reliability under harsh conditions and ability to perform logic functions and complex algorithms in real-time. The document also discusses common PLC manufacturers, components, programming languages, and communication protocols used in industrial control systems.
This document provides an overview of OMRON's industrial automation product portfolio, including PLC families like the CPM, CQM, CS1, CJ1, and CJ1M. It describes the features and specifications of these different PLC models, such as I/O capacity, memory size, instruction sets, and networking capabilities. It also shows examples of how to configure I/O modules and expand the systems. The document aims to educate readers on OMRON's advanced industrial automation offerings.
IO-Link is a point-to-point communication protocol that connects field devices like sensors and actuators directly to controllers. It uses standard 3-core cables to transmit power and data over short distances. IO-Link devices connect to an IO-Link master that acts as an interface between the field devices and higher-level networks. This allows for extensive device diagnostics and parameterization of devices from the controller without additional hardware costs. IO-Link simplifies wiring, installation and maintenance of automated systems.
This document summarizes a presentation about modeling modular multilevel converters (MMCs) for hardware-in-the-loop (HIL) and rapid control prototyping (RCP) solutions. It introduces MMC technology, discusses challenges in modeling MMCs for HIL, and demonstrates an MMC HIL system. Benefits of MMC HIL and RCP applications are described. An example MMC modeling project for the France-Spain electricity interconnection is also summarized.
This document provides an overview of OMRON's advanced industrial automation products, including electromechanical relays, timers, programmable relays, controllers, sensors, safety devices, inverters, servo systems, and software. It describes OMRON's PLC families such as the CPM, CQM, CS, CJ, and CJ1M series. Details are provided on the features, specifications, and I/O configuration of the different PLC models. The document also discusses networking, programming software, and hands-on training contents for PLC automation and drives.
Comm.SEC hardware, firmware and software products, solutions and servicesiBLio
The document describes several products from Comm.SEC including:
1. The InterLINK-SparONE, a processor board for residential and industrial applications with an ARM processor and GPU.
2. The InterLINK-SHELLo, a forthcoming DIN rail box compatible with Raspberry Pi models A and B.
3. The InterLINK-DINo, a preliminary smart I/O controller with local analog and digital I/O as well as communication interfaces.
The DS200 is an intelligent communication system that can scale from tens to thousands of ports. It provides features like VoIP, remote maintenance over IP networks, billing data transmission over the Internet, and various trunk interfaces integrated into a single system. It uses advanced extension module technology and provides services, testing, and caller ID for extensions. The document discusses how the DS200 has helped digitalize telecommunications infrastructure in Azerbaijan by providing a digital tandem exchange that connects to both digital and analog exchanges via various interfaces. It has provided rural areas with modern features while reducing operational costs.
На этом вебинаре вы научитесь:
- работать с инcтрументом iRidium Script в редакторе iRidium Studio;
- создавать драйверы для управления аудио-видео и другим оборудованием с помощью iRidium DDK.
Тренер: Илья Марков, скрипт-программист компании iRidium mobile
Подробнее об iRidium Script здесь http://dev.iridiummobile.net/JS_Guide
The webinar describes how to:
- work with iRidium Script in iRidium Studio;
- control the graphic part of the user's interface via iRidium Script.
Trainer: Ilya Markov, script-programmer at iRidium mobile
More about iRidium Script here http://dev.iridiummobile.net/JS_Guide/en
Вебинар рассказывает, как :
- работать с инcтрументом iRidium Script в редакторе iRidium Studio;
- управлять графической частью пользовательского интерфейса через iRidium Script.
Подробнее об iRidium Script здесь http://dev.iridiummobile.net/JS_Guide
The webinar explains how:
- work with iRidium Studio;
- use ETS projects in iRidium to import group addresses;
- set connection of equipment to KNX bus;
- control bus equipment in different ways (buttons, levels, triggers, color-picker, etc.).
Trainer - Ekaterina Korezhatkova, head of iRidium technical support
More about iRidium 3.0 here http://www.iridiummobile.net/?utm_source=KNX%20webinar%20presentation%20in%20Slideshare&utm_medium=KNX%20webinar%20presentation%20in%20Slideshare&utm_campaign=KNX%20webinar%20presentation%20in%20Slideshare
Вебинар iRidium для KNX рассказывает как:
- работать в графическом редакторе iRidium Studio;
- использовать проекты ETS в iRidium для быстрого импорта групповых адресов;
- настраивать подключение к оборудованию шины KNX;
- управлять оборудованием шины различными методами (кнопки, уровни, триггеры, color-picker и др.).
Тренер: Екатерина Корежаткова, ведущий специалист и руководитель технической поддержки iRidium mobile
Подробнее об iRidium 3.0 здесь http://www.iridiummobile.ru/?utm_source=KNX%20webinar%20presentation%20in%20Slideshare&utm_medium=KNX%20webinar%20presentation%20in%20Slideshare&utm_campaign=KNX%20webinar%20presentation%20in%20Slideshare
The webinar explains how to:
- work in iRidium Studio;
- create drivers for one-way control of equipment via IR, RS232, IP;
- set control of A/V equipment via Global Caché adapters;
- choose a license.
Trainer: Ekaterina Korezhatkova, head of iRidium technical support
More about iRidium 3.0 here http://www.iridiummobile.net/?utm_source=AV%20webinar%20presentation%20in%20SlideShare&utm_medium=V%20webinar%20presentation%20in%20SlideShare&utm_campaign=V%20webinar%20presentation%20in%20SlideShare
На этом вебинаре вы научитесь:
- работать в графическом редакторе iRidium Studio;
- создавать драйверы для одностороннего управления оборудованием по ИК, RS232, IP;
- настраивать управление аудио/видео оборудованием, используя преобразователи Global Caché;
- выбирать лицензию.
Подробнее об iRidium 3.0 здесь http://www.iridiummobile.ru/?utm_source=AV%20webinar%20presentation%20in%20SlideShare&utm_medium=AV%20webinar%20presentation%20in%20SlideShare&utm_campaign=AV%20webinar%20presentation%20in%20SlideShare
At the webinar you can learn to:
create projects in iRidium Studio, use sample GUIs
set up cameras and use gestures in your projects;
upload projects on different control panels;
work with HDL equipment: relays, dimmers (DMX, Dali interfaces);
set up shutter modules, climate and floor heating via DLP panel;
control Z-Audio.
More about iRidium 3.0 here http://www.iridiummobile.net/?utm_source=HDL%20webinar%20in%20Slideshare&utm_medium=HDL%20webinar%20in%20Slideshare&utm_campaign=HDL%20webinar%20in%20Slideshare
На вебинаре вы научитесь:
- создавать проекты визуализации в редакторе iRidium Studio
- использовать стандартные дизайны, управлять жестами, - настраивать IP камеры;
- загружать проекты на различные управляющие устройства;
- работать с оборудованием HDL: реле, диммеры (DMX, Dali интерфейсы);
- контролировать климат, теплый пол, модуль штор через DLP панель;
- управлять звуком Z-Audio.
Подробнее об iRidium 3.0 здесь http://www.iridiummobile.ru/?utm_source=HDL%20webinar%20in%20Slideshare&utm_medium=HDL%20webinar%20in%20Slideshare&utm_campaign=HDL%20webinar%20in%20Slideshare
The webinar explains:
- to work in iRidium Studio;
- to create visualization projects in iRidium Studio.
Trainer - Ilya Markov, script-programmer at iRidium mobile
The document provides an overview of iRidium Server, which is responsible for storing and processing automation system data, as well as logic, scenes, schedules, and trends. It discusses how server solutions work, how to choose hardware, licensing, and how to set up a server project. The server allows for failover protection, storing historical data, and processing tasks to enable visualization on less powerful devices. Examples of when to use a server include large KNX or HDL installations, systems with many simultaneous connections, installations requiring long scenes or logics, and systems requiring continuous operation.
Презентация рассказывает:
- как выбирать нужную конфигурацию iRidium Server;
- как устанавливать и настраивать iRidium Sever;
- о готовых аппаратных решениях с предустановленным iRidium Server: OnBox от Global Caché и iRidium Server от UMC Technology.
Тренер: Екатерина Корежаткова, руководитель технической поддержки iRidium mobile
Подробнее об iRidium Server здесь http://dev.iridiummobile.net/%D0%97%D0%B0%D0%B3%D0%BB%D0%B0%D0%B2%D0%BD%D0%B0%D1%8F_%D1%81%D1%82%D1%80%D0%B0%D0%BD%D0%B8%D1%86%D0%B0?utm_source=Presentation%20at%20Slideshare&utm_medium=Presentation%20at%20Slideshare&utm_campaign=Presentation%20at%20Slideshare#iRidium_Server
Вебинар "Как работать в iRidium Studio?" рассказывает об одном из компонентов платформы iRidium 3.0.
На вебинаре вы:
- познакомитесь с возможностями и инструментами iRidium Studio;
- научитесь создавать, настраивать и редактировать проекты визуализации в iRidium Studio.
Тренер: Илья Марков, руководитель проекта
Подробнее о новой платформе iRidium 3.0 здесь http://www.iridiummobile.ru/?utm_source=Presentation%20on%20Slideshare&utm_medium=Presentation%20on%20Slideshare&utm_campaign=Presentation%20on%20Slideshare
The webinar gives a glimple of the new product - iRidium 3.- platform. It explains:
- what iRidium 3.0 is like;
- what differs iRidium 3.0 from iRidium 2.3;
- how licensing works in iRidium 3.0.
Trainers: Anton Kamaev, director of commerce, and Ekaterina Korezhatkova, Shulgin, head of iRidium tech support.
Вебинар о новой платформе iRidium 3.0. Вебинар рассказывает:
- что такое iRidium 3.0;
- чем отличается iRidium V2.3 от iRidium 3.0;
- как работает лицензирование в iRidium 3.0.
Тренеры: Антон Камаев, коммерческий директор, Екатерина Корежаткова, глава тех поддержки iRidium
Презентация вебинара "Как продавать iRidium". Антон Камаев, коммерческий директор iRidium mobile, и Николай Русанов, официальный представитель iRidium, рассказывают, как лучше предлагать iRidium разным клиентам.
Презентация с совместного вебинара Teco + iRidium (часть iRidium). Екатерина Корежаткова, руководитель технической поддержки iRidium mobile, рассказывает о возможностях программного комплекса iRidium и о преимуществах совместного использования оборудования Тесо и программного комплекса iRidium.
Любош Урбан, специалист техподдержки Тесо, рассказывает об оборудовании компании Тесо, о системе Foxtrot, о совместном использовании оборудования Teco и программного комплекса iRidium.
Presentation from the Joint Webinar Teco + iRidium (part by iRidium). Ekaterina Korezhatkova, head of iRidium technical support, describes what iRidium is, its features, functions and licenses for TECO equipment.
Презентация тренинга iRidium для AMX. На тренинге Екатерина Корежаткова, руководитель технической поддержки iRidium mobile, рассказывает, как пользоваться программным комплексом iRidium для АМХ, импортировать TPDesign4 проекты в iRidium GUI Editor; как использовать готовые интерфейсы iRidium и создавать собственные.
Gen Z and the marketplaces - let's translate their needsLaura Szabó
The product workshop focused on exploring the requirements of Generation Z in relation to marketplace dynamics. We delved into their specific needs, examined the specifics in their shopping preferences, and analyzed their preferred methods for accessing information and making purchases within a marketplace. Through the study of real-life cases , we tried to gain valuable insights into enhancing the marketplace experience for Generation Z.
The workshop was held on the DMA Conference in Vienna June 2024.
Instagram has become one of the most popular social media platforms, allowing people to share photos, videos, and stories with their followers. Sometimes, though, you might want to view someone's story without them knowing.
1. Joint webinar
Teco + iRidium mobile
Tecomat Foxtrot
for Building Automation
Lubos Urban
2. Content:
12.00 - 12.05 Introduction of Teco
12.05 - 12.15 HW of Tecomat Foxtrot: distributed installation,
centralized control, web server, datalogger
12.15 - 12.25 Applications for different technologies
12.25 - 12.35 Mosaic – advanced tool for free programming
12.35 – 12.45 Practical presentation of Mosaic
3. • 2013 – 20th anniversary of Teco
• 2007 – Tecomat Foxtrot
• 2003 – PLC Open member TC700
• 1997 – Tecomat TC600 Geovap – new major stockholder
• 1996 – First ISO 9001 certification
• 1993 – Teco founded as Ltd.
• 1976 – First PLC in East Block
• 1966 – First NC (numeric control) system
• 1945 – TESLA Kolín
• 1934 – Prchal – Ericsson
• 1919 – Prchal Brothers
Company history
4. Group of companies with the own development of HW and SW
Group of companies with system integration capability and solution providing
Mosaic Tools
Solutions
Teco group
5. Teco = Tecomat
Tecomat = PLC
PLC = IEC-61131
PLC = general purpose and standardised tool for
automation
Tecomat has the origin in industry!
Tecomat TC700
• Big PLC
• 2000 I/O, network of more PLC is supported
• Redundant PLC
Tecomat Foxtrot
• Compact, „brick“ PLC
• Modular, expandable
• Extension for smarthouse:
• CIB-Common Installation Bus®
• RFox®
Both Tecomat systems are fully
Ethernet/WEB integrated
Tecomat TC700
Tecomat Foxtrot
Teco = PLC Tecomat
9. Without LCD
With LCD
CP-1003
8x AI/DI,
8xDI (HSC)
8x RO,
4x DO (HS),
4x AO
32x I/O
2x TC2
CP-1000
4x AI/DI
2x DI (230V AC)
2x RO
8x I/O
1x TC2, 2x CIB
CP-1014
8x DI (4xAI)
6x RO
CP-1004
14x I/O
1x TC2, 1x CIB
CP-1015
CP-1005
6x AI/DI
6x RO
2xAO
14x I/O
1x TC2, 1x CIB
CP-1016
CP-1006
13x AI/DI
1x DI (230C AC)
1x DI (HSC)
10x RO
2x SSR
2x AO
29x I/O
1x TC2, 1x CIB
CP-1018
CP-1008
10x AI/DI
2x AI
1x DI (230V AC)
7x RO
4x SSR
4x AO
28x I/O
1x TC2, 1x CIB
Tecomat Foxtrot – central modules overview
CP-1001
Enhanced memory
10. TCL2 bus – line topology, RS485, 300-400m, data refresh 5ms
Extension up to 1750m,
galv.isolation, branching
Communication
modules
Operator panels
Max. 4
I/O modules,
max. 10
2x CIB RFox
Open
therm
MP
bus
TCL2 – fibre optic – TCL2
TCL2, 400m
12 DI 12 DO 4DI, 8RO 8AI, 2AO 8AI, 2AO
120Ω
terminal of
TCL2 bus
8AI, 2AO
SC
UART
120Ω
terminal of
TCL2 bus
Foxtrot - modular PLC with distributed peripherals
on high speed I/O bus TCL2
11. TCL2 bus – line topology, RS485, 300-400m, data refresh 5ms
Extension up to 1750m,
galv.isolation, branching
Communication
modules
Operator panels
Max. 4
I/O modules,
max. 20
2x CIB RFox
Open
therm
MP
bus
TCL2 – fibre optic – TCL2
TCL2, 400m
12 DI 12 DO 4DI, 8RO 8AI, 2AO 8AI, 2AO
120Ω
terminal of
TCL2 bus
8AI, 2AO
SC
UART
120Ω
terminal of
TCL2 bus
120Ω
terminal of
TCL2 bus
TCL2B
TCL2A
FOXTROT CP-1003: 2x TCL2 bus -> 2x more peripheral modules
14. 2xAI/DI
1x RO, 1x AO
CIB bus – free topology, 300-400m length, data restoration up to 7-150ms
Built-in
modules
DIN rail
modules
6RO,3AI/DI
, 2AO
8RO
10+1RO,
3AI, 8DI, 2AO
16+3 RO,
3AI, 8DI, 2AO
6x LED belt
6x LED
chip
2x DIM
2xTlač
2xTi
1x IR in/out
1x Light in
1x Ti
1x Ti,
1x Light in
4xTlač
2x Ti
2xTi
3x Tl,
1xdisp.,
2xTi
1x PIR
1x disp,
1x rot.
button
Interior
modules
2xAI/DI DALI, 12x
5xAI/DI
4x AO
1x IR in,1x IR out,
1x Light in, 1xTi,
2x inVENTer
9xAI/DI
8x LED
Other
modules
2x Ti2x Ti 2x Ti
Radiator valve
0-100%
CO2, Smoke
VOC, Humidity2x AI 2x Ti
1x rotation
button
2x Ti
1x DIM
2x Ti, 1x DI
1x AO/PWM,
2x RO
2x RO
2x AI/DI
Foxtrot – modular PLC with distributed peripherals on I/O bus CIB
15. Inputs, Outputs, Switching, Relays
Relay
3I/8O 11I/13O 8RO 6x U LED
Hotel modules
2DI/AI 2I/2O
Dimming
Dimming
12x
DALI
1 IR
Wall switches Temperature setting and correction
Metering
Remote
control
CIB overvoltage
protection
Interior
modules
Modules
built-in to
installation
box
Modules
on DIN rail
into
switching
cabinet
Power
supply CIB
CIB separation
module power
supply
Other modules on CIB, max.32
CIB – basic features:
• CF-1141 – Module with 2 CIB masteres with integrated power supply
• Max. 4 modules CF-1141, it means expansion with 8 CIB bus branches
Combined sensors
CIB1 CIB8-9CIB2-3 CIB4-5 CIB6-7
5I/4O 9I/8O 2I/2RO 1I/2O
11I/21O 6x I LED 4xAI FanCoil
Special
Ventillation Security
Detectors
1x
Wiegand
Tecomat Foxtrot – CIB bus branches expansion
16.
17. Vstupy Spínání, Relé
3AI, 6DI, 10RO, 2 AO
Combined input/output modulesvýstupy
4DI 1RO
Wall switches Temperature control
Interior
modules
Embedded
modules
Into
installation
boxand
special
Modules
on DIN rail
RFox - basic parameters:
Unlicensed 868MHz frequency band
Bidirectional communication with the confirmation packet
Modulation FSK (Frequency Modulation)
64 slave modules RFox 1 master
Max 4 masters on the central module
Keylocks
RF RF6RF0 RF2 RF4
1x RFox 3x CIB
2x RFox 2x CIB
3x RFox 1x CIB
4x RFox
3AI, 13DI, 19RO, 2 AO
Thepossibilityofexpanding Foxtrot and wireless network RFox
18. 2) Pressing the SET
button turn the
slave module in
the bonding mode
1) Master of RFox
is set to the
bonding mode
CLICK !
CLICK !
CLICK !
CLICK !
CLICK !
CLICK !
CLICK !
CLICK !
CLICK !
Bonding of Slave modules to the dedicated Master
19. 1) Master RFox is
turned to the
mode of bonding
routers (max.4)
CLICK !
CLICK !
CLICK !
CLICK !
Bonding, routing
20. FOXTROT IS OPEN SYSTEM FOR
INTEGRATION OF OTHER SYSTEMS
OVER THE STANDARD PROTOCOLS
Tecomat Foxtrot: open system for other standards
22. Wall switches in different
designs Now all KNX designs available
Wide range of wall switch designs
23. From dedicated touch panels … to general purpose tablets
(iPad, Android tablets)
24.
25.
26. ON/OFF
• Switching 230 V AC, 12 V DC
– Bulbs 230V
– Bulbs 12V with coiled
transformers
– Bulbs 12V with electronic
transformers
– Fluorescent lamps
– Compact fluorescent lamps
• Switching power supplies
230 V/12V for LED
Dimming
• Dimming RGB LED stripes 12V/24V
controlled by voltage
• Dimming of RGB LED chips controlled
by current 150/350/500/700mA
• Dimming fluorescent lamps via DALI
ballasts
• Dimming fluorescent lamps via 1-10V
ballasts
• Dimmer C-DM-0402M for R, L, C
Loads 230V 2x 500W, paralell work
of more dimmers
• Dimming and control over two
DMX512 channels
Lighting – actors
28. CIB „bus couplers for different designes
of world leaders
Gira 2003 Gira Jung
Wall switches – the basic HMI - interface
CFox interior wall switches
on order
29.
30. Direct control of AC motor
• AC Asynchronous drive
– Voltage is applied on two different coils
of the drive
– N
Direct control of DC motor
• DC drive
– Control of the direction by
changing the voltage polarity
M
230V
N
L
Jalousie, rollers, marquise, shading
31.
32. Certified security systems has to be
communicated
• Communication
– Serial port, Ethernet
• Tecnoalarm
• DSC
• Paradox
• Galaxy (Honeywell)
• Jablotron
Individual detectors connection
• Module C-IT-0200S with universal AI/DI inputs
• Simple ballanced input
• Double ballanced inputs
• Module C-WG-0503S
• Specialized for security detectors
• Reads Alarm and Tamper signals
• Contains 12V power supply derived
from 24V of CIB wires.
• Wiegand port for acces system,
keyboards
Security detectors
Fire detectors
Security, Fire alarm systems
35. RFID card readers (125kHz,
Mifare)
• Connected via C-WG-0503S module
• Connected via Wiegand protocol
RFID card reader with the
keyboard
Access control
38. General purpose IR transmitte/
receiver
• C-RI-0401S
– Embedded module
– IR receiver – learning mode
– IR transmitter – sending learned
commands according the user program
– + temperature sensor
– + light intensity sensor
• C-RI-0401R
– Interior housing
• Designed for
– Control of Air Condition indoor unit
– Control of audio video devices with IR
input
– Any other device with IR input
„Termostats“, for clima control
• RCM2
– LCD Display with icons
– Rotary element with
acknowledgement button
– Integrated temperature sensor
– CIB version
– RFox version
• C-RC-0002R
– LCD numeric display
– 3 buttons
– Integrated temperature sensor
Other controls /modules
40. Foxtrot control the heat
exchangers in the rooms
• Radiators
– Thermostatic head wiress / wireless
– Head on/off, proporcional (0-100%)
• Floor convectors
• FanCoils
• Floor water heating
• Floor electric heating
• Convector heater
• Ceiling cooling
• Air conditioning units
– LG, Samsung – direct communication
– Others: IR remote control
Foxtrot control and coordinate
the source of heat
• Heat pumps
– PZP, AC Heating, ACOND,
NEOTA, NUKLEON, REGULUS
• Gas boilers
– (Opentherm)
• Coal and pelets boilers
• Central heating exchanger
• Combination with solar systems
• Accumulation tanks
• Warm water
HVAC in the house
42. • Control of recuperation unit
– Module C-HM-0308M
– 3 AI/DI, one input for high ohmic
sensors
• Condensation sensor
– Driving the shutters 1 point, 3 points
– 2-3 temperature sensors
– Control of 2 EC motors of two fans
• SW control
– Ventilation with heat (cold)
recuperation,
– Night pre cooling of the building by
the night cool outdoor air
Ventilation with recuperation
43.
44. Electricity metering – via
secondary meters
• Module C-AM-0600I
– 5 counters/analogue inputs
• 1 phase meter – S0 pulses
• 1 Phase – reading opto (IR) head over serial
port
• 3 phase – reading RS-485 or M-bus
Tecometer: direct reading of
AMM meter by ZPA
• Wireless reading meter
• Display current consumption on TV via HDMI
• Graphs and recalculation consumption to
money CZK/EUR/USD/ etc.
Energy measurement (smart metering)
45. Water flow meters
• Counting pulses from water
meters
• It is prepared reading via
Wireless M-bus
• Vortex flow meter – analog
output
Gas flow meters
• Reading the pulses
• Wireles M-bus reading
Water and Gas metering
46. DC electricity meter for
photovoltaic panels
SMM33
• 3phase measuring of current,
voltage, current, power
• Harmonic distorsion
measurement
• Communication of serial port
Special metering of electricity
47. Heat measuring – heat meter
• Version: using certified calorimeter over the
M-bus (Serial port)
• Connection of the flowmeter (V) and two
temperature sensors on input (Tp) and outpus
(Tz) at the module C-AM-0600I
• Foxtrot can calculate by the functional block
EnergyLib Q= V x (Tp-Tz)
Air quality reading
• C-AQ-0001-4R, R-AQ-0001-4R
– Bus and wireless version
• Specialized gas analyzers
– CO2
– VOC – volatile organic compounds
– Smoke – from cigarets
– Humidity dew point
• It is measuring!
Not only detection of higher concentration
Non electric value measurement I
48. Tecomat
Foxtrot
CIB – Common Installation Bus®
BAOS 771, 772
KNX IP Gateway
Weinzierl
Serial ports
Mosaic
IEC 611131
Interconnection of the KNX world and PLC Tecomat Foxtrot world
LAN, IP
49. 1/0/8
Group address
Data point type
1.9.3
HW address
1.3.5
HW address
1.5.7
HW address
of gateway
Object 1
for
1/0/8
Group address /
Data point type
Object 2 for
Object 3 for
Object 4 for
Object n for
Up to 250 objects in BAOS 771
Up to 1000 objects in BAOS 772
BAOS
(Bus Access and Object Server)
Foxtrot
(with KNXLib function blocks)
Named variable 1
for
1/0/8
Group address /
Data point type
Named variable 2 for
Named variable 3 for
Named variable 4 for
Named variable n for
Tecomat
Foxtrot
Mosaic
IEC 611131
From the group address in KNX to the named value in Mosaic
52. Mosaic
Lite
Licence
Mosaic Lite
Insert USB dongle
and open
Mosaic Compact+,
or
Mosiac Profi+
Mosaic
Compact+
Mosaic
Profi+
Mosaic
Lite
Mosaic
Lite
Mosaic
Lite
Mosaic
Lite
Mosaic
Single
licence
Key is
loaded
in PLC
Student PC
contains only
Mosaic Lite
Any configuration
of compact
Tecomat Foxtrot
Any Tecomat
Max 3 I/O „units“
Usually Basic module has
3 units: I/O, Display, CIB master
One key in PLC -> acces from unlimited
PC with Mosaic Lite
Mosaic licencing
53. Inherent functions and features of Mosaic development tool
– Free programming according IEC 61131-3 standard
• ST, IL text programming language, FBD, LD, CFC graphic programming language
– Besides Czech there is English , Russian, German or Polish language available
• Can be switched on-line
– Program in the source code with the comments can be stored directly to the
PLC.
• There is available any time in the actual, last version.
• Easy sharing among the programmers and servis staff.
– Vizualisation of the variable status in the „live“ ladder diagram or Function
block diagram
– Full PLC Simulator
• No hardware is necessary to write and debug the program
– „Internal SCADA/HMI“
• web server and web pages can be used as comfort and flexible user panel/HMI
– On line programming.
• Exchange of any part of the program or entire program.
– Remote programming and monitoring over internet - TecoRoute
• Cut the cost of transport
– Web server integrated
• Web page are fully user programmable with great WEB maker – graphical editor
Programming in Mosaic
58. Programming
language/editorCFC
• CFC – extension for structured and
graphics programming style Drag and
Drop
• The blocks are chosen from the
standard, or user specific libraries
• Drag and drop on the desk
• Programming is connecting of block
inputs and outpusts by lines.
WEB maker
• Enables to build web pages from the
graphic, text and numeric elements.
• As the element the container for the
picture from IP camera is available.
• One or more elements can be easily
tied to the internal variables to allow
the dynamic changes of the web page
according to actual.
Mosaic – tool for application program creating and debuging
59. • Enables to build web pages from the graphic, text and numeric elements.
• As the element the container for the picture from IP camera is available.
• One or more elements can be easily tied to the internal variables to allow the
dynamic changes of the web page according to actual.
Mosaic – WEB maker
60. • Using the WEB maker, programmer can make the active window with the control
panel pushbuttons and other control elements for effective debuging all the
programmed functions.
• Also other usefull tools can be used in the same time in other windows, like
GraphMaker
WEB maker = Internal SCADA in the Mosaic
61. Graph Maker
Also other usefull tools can be used in the same time in other windows, like GraphMaker
64. Mosaic brings following integrated features for
programmers:
– Possibility to make your own user functions or function blocks
– Possibility to make your own library of user functions or function
blocks
– Possibility to simulate all programs, function blocks and even the
controlled proceses using built-in simulator
– Context help
– All technical documentations are available directly from the Mosaic.
Features of Mosaic
65. • There is a password to have full access to the programming of
Foxtrot by Mosaic. Password is defined by user/programmer. It is
encrypted.
• Website in the Foxtrot is protected by Login and Password
– Up to 10 access login/password hierarchy levels
– Each page can be assigned to one of 10 levels of password.
– The password and range of its validity can be set by the programmer
– Eg.:
• Administrator
• User
• Servis
• Visitor
• ...
• ...
Security and data protection
66. • PLC Tecomat contains firmware
supporting handling with files as
the basic element of the Flash Hard
disk.
• The Tecomat File system enables all
features of similar file systems on
PC, used to store data on hard disk.
• It enables to work with text files,
.CSV database files, .jpg files from IP
cameras etc.
File system in the PLC
67. • SD/SDHC/MMC card
– High capacity up to 32GB of the local general purpose memory
– File system is compatible with FAT memory table (it can be read in
card readers of PC.)
– There is no reason to release the card
• Files can be downloaded by the standard browser
• The content can be automaticaly transfered on the FTP servers
• Databox
– High speed, high capacity internal data stirage memory 0.5 MB
– Enables to make record in each cycle of PLC
– It is possible to create the file from this data and save them on the
card
– Databox plays key role for the Datalogger functionality.
• Internal Flash memory
– Is used for user program backup
– It makes automatic relode of the user program in case of error of the
RAM
Memories in PLC – Internal, and external
Memory card as data mass storage
69. Datalogger
• Application supported by Mosaic
• Can ba called and integrated in any application
program
• Datalogger settings over the dedicated WEB
page
• Automatic save of data collections, each with
16 variables, in the „daily“ files stored as .csv
files
Save data in the
cloud/FTP/Database
data
base
Datalogger
70.
71. Firmware updater
– Firmware updater scans both central module and TCL2/CIB
peripherals of Tecomat connected anywhere on the internet.
– Also the version of firmware is scanned.
– Firmware updater compares all firmwares with the last available
versions on Teco server.
– Firmware updater offers can be updated to a higher version in each
case.
– After approval by user, Firmware updater updates automaticaly
firmware of all attached TCL2 CIB modules and release the report.
Managing firmware via internet
74. • Protocol EPSNET is described:
– It is available on Tecomat web site
– Version for serial port (UART)
– Version for Ethernet - TCP/IP, UDP
– PLCComS
• Support for Windows and Linux
• It is not necessary to develope driver
• It is possible to use it instantly
PLCComS
Foxtrot is open toward other systems
75.
76. • The tool which enables licencing of programs,
of libraries , of functional blocks or functions
for specific PLC.
• It gives to programmers worldwide to write
specific functions and offer them to other
Tecomat users for some fee.
Application profile
99. iRidium mobile - software package to visualize
and control any Automation Systems,
Audio/Video equipment and Media Servers
iRidium mobile from AppStore