The DOP-100 Series from Delta includes basic, standard, and advanced HMIs for industrial applications, featuring high-performance processors, vivid color screens, and programming software for easy configuration. The HMIs support various communication protocols and provide functions for alarm management, data logging, user authorization, and remote access. The series offers robust hardware and customizable HMI models to improve machine efficiency across different industries.
The document discusses AudioCodes' range of hybrid E-SBC and media gateway products for connecting unified communications solutions to PBXs and legacy systems. It describes various models that support between 100 and 16,000 sessions and can be deployed in small branch offices or large enterprises. The products offer flexibility, scalability, and high availability options.
SDH (Synchronous Digital Hierarchy) & Its Architectureijsrd.com
The SDH (Synchronous Digital Hierarchy) tell us about transferring large amount of data over an same optical fiber and this document gives us the information about the structure and architecture of SDH.
Webinar Slides: Digital Power Management and Power Integrity Analysis and Tes...teledynelecroy
Join Teledyne LeCroy for an overview of digital power management, power integrity, and power sequencing. We'll discuss test of single or multi-phase digital power management ICs (PMICs), voltage regulator modules (VRMs), point-of-load (POLs) switching regulators, low-dropout (LDO) regulators or other DC-DC converter operations under transient load conditions, and test of complete embedded systems that contain these devices.
Система виртуальной коммутации - VSS и ее реализация на платформах Catalyst 4...Cisco Russia
Презентация с вебинара, организованного в рамках сообщества Cisco Support Community.
Приглашаем Вас на другие мероприятия Cisco Support Community, а также к участию в жизни нашего сообщества технической поддержки Cisco:
http://cs.co/CSCRu
Bit error rate (BER) is a measure of the error probability in a digital transmission system. It is defined as the ratio of wrongly received bits to the total number of transmitted bits. A low BER is necessary for reliable digital communication. BER can be measured using a bit error rate tester which transmits a test pattern and counts the number of errors. BER is affected by noise and interference in the transmission channel. Noisy or burst errors are more difficult to correct than random errors. BER is an important parameter to characterize the quality and reliability of a communication system.
The document discusses the frame structure of Synchronous Digital Hierarchy (SDH). It explains that an SDH frame is transmitted every 125 microseconds and contains 9 rows and 270 columns of bytes for a total of 19,440 bits. This equates to a basic data rate of 155.52 megabits per second. The frame contains sections for regenerator and multiplexer section overhead as well as a payload area. Lower level signals can be mapped and multiplexed into the payload area through a process that includes mapping, aligning, pointer processing and multiplexing.
The document discusses AudioCodes' range of hybrid E-SBC and media gateway products for connecting unified communications solutions to PBXs and legacy systems. It describes various models that support between 100 and 16,000 sessions and can be deployed in small branch offices or large enterprises. The products offer flexibility, scalability, and high availability options.
SDH (Synchronous Digital Hierarchy) & Its Architectureijsrd.com
The SDH (Synchronous Digital Hierarchy) tell us about transferring large amount of data over an same optical fiber and this document gives us the information about the structure and architecture of SDH.
Webinar Slides: Digital Power Management and Power Integrity Analysis and Tes...teledynelecroy
Join Teledyne LeCroy for an overview of digital power management, power integrity, and power sequencing. We'll discuss test of single or multi-phase digital power management ICs (PMICs), voltage regulator modules (VRMs), point-of-load (POLs) switching regulators, low-dropout (LDO) regulators or other DC-DC converter operations under transient load conditions, and test of complete embedded systems that contain these devices.
Система виртуальной коммутации - VSS и ее реализация на платформах Catalyst 4...Cisco Russia
Презентация с вебинара, организованного в рамках сообщества Cisco Support Community.
Приглашаем Вас на другие мероприятия Cisco Support Community, а также к участию в жизни нашего сообщества технической поддержки Cisco:
http://cs.co/CSCRu
Bit error rate (BER) is a measure of the error probability in a digital transmission system. It is defined as the ratio of wrongly received bits to the total number of transmitted bits. A low BER is necessary for reliable digital communication. BER can be measured using a bit error rate tester which transmits a test pattern and counts the number of errors. BER is affected by noise and interference in the transmission channel. Noisy or burst errors are more difficult to correct than random errors. BER is an important parameter to characterize the quality and reliability of a communication system.
The document discusses the frame structure of Synchronous Digital Hierarchy (SDH). It explains that an SDH frame is transmitted every 125 microseconds and contains 9 rows and 270 columns of bytes for a total of 19,440 bits. This equates to a basic data rate of 155.52 megabits per second. The frame contains sections for regenerator and multiplexer section overhead as well as a payload area. Lower level signals can be mapped and multiplexed into the payload area through a process that includes mapping, aligning, pointer processing and multiplexing.
OPC .NET 3.0 simplifies client access to industrial automation systems like DeltaV by providing a secure .NET interface for both local and remote access. It standardizes a WCF interface and common client API to access OPC Classic servers and UA servers. OPC .NET includes a standard wrapper and client proxy to allow .NET applications to securely access OPC Classic servers via WCF. It also provides firewall friendly security, improved robustness against connection failures, and the ability for both OPC .NET and Classic clients and servers to coexist.
The document discusses the shift towards using coherent optical technology at the network edge. It argues that 100G QSFP28 ports using coherent 100ZR technology will dominate the optical edge in the coming years. This will allow for longer transmission reaches of over 300km compared to traditional direct detection. Key advantages of coherent 100ZR include lower power consumption of 5W or less in a QSFP28 form factor, simplified deployment without manual tuning, and compatibility with existing network infrastructure. The technology could enable seamless upgrades to 100G speeds at aggregation points across access networks.
The selective repeat protocol allows the receiver to accept and buffer frames following a damaged or lost one. Both the sender and receiver maintain a window of outstanding and acceptable sequence numbers. The receiver has a buffer for each sequence number within its fixed window. Whenever a frame arrives within the receiver's window, it is accepted and stored without regard to expected sequence. This protocol has fewer retransmissions than go-back-n but is more complex, as each frame must be acknowledged individually and the receiver may receive frames out of order.
SONET/SDH are digital fiber optic transmission standards developed independently in the US and Europe to transmit data at high speeds over fiber optic cables. SONET defines a hierarchy of electrical signaling levels called STS and uses synchronous TDM multiplexing. It can transmit data from 155 Mbps to 2.5 Gbps and supports ring topologies. SONET defines layers for signal transmission including path, line, section and physical layers. SDH is the international version of SONET and uses similar framing and network elements like multiplexers, regenerators and cross-connects to transmit digital signals over fiber optic networks. DWDM further increases fiber capacity by transmitting multiple wavelengths/channels over the same fiber using wavelength division
This webinar discusses InduSoft's customizable TXRX communication driver. The driver allows communication with devices over serial or Ethernet connections. The presentation covers configuring the driver settings, sending and receiving messages in ASCII or binary format, and tips for troubleshooting communication issues. A live demo is provided to illustrate exchanging data by sending and receiving messages through the TXRX driver.
Here We are trying to Design performance Evaluation of a campus network based on routing protocols ( RIP, EIGRP, OSPF)
The campus is networking the essential part of every university. For this reason, authoriuty carry a lot of cost for this network. She tried to reduce the cost and created more safety and security.
This document discusses the application of Feynman path integrals and quantum mechanics to financial markets. It begins with an introduction to the Black-Scholes equation used to price options. It then describes the Feynman path integral formulation, where the propagator for the effective quantum Hamiltonian can be used to evaluate option prices. For constant volatility, the Black-Scholes distribution is obtained, but path integrals are needed for non-uniform volatility. Challenges remain in applying this approach given assumptions like constant volatility that may not hold in real financial markets.
The document discusses calculating the discrete Fourier transform (DFT) using a matrix method. It involves representing the DFT as a matrix multiplication of an N×N twiddle factor matrix and an N×1 input vector. The twiddle factor matrix contains elements that are powers of the Nth root of unity. An example calculates the 4-point DFT of the vector [1, 2, 0, 1] by multiplying it by the twiddle factor matrix.
Una red HFC combina fibra óptica y cable coaxial para ofrecer una amplia gama de servicios de telecomunicaciones de forma bidireccional e integrada. Está compuesta de una cabecera, red troncal y red de distribución. Los estándares principales son DOCSIS, DVB-RCC y EuroDOCSIS, que permiten la interoperabilidad entre los componentes de la red y soportan servicios como televisión, telefonía e Internet de alta velocidad.
This document discusses various digital modulation techniques including Amplitude Shift Keying (ASK), Frequency Shift Keying (FSK), Phase Shift Keying (PSK), and their implementation. It provides mathematical expressions and diagrams to explain how each technique works. For ASK, a digital 1 or 0 is represented by the presence or absence of a carrier signal. For FSK, the frequency of the carrier shifts between mark and space frequencies. For BPSK, a digital 1 or 0 is represented by two phases of a carrier that are 180 degrees out of phase. Bandwidth requirements and receiver designs are also covered for each technique.
WinProp propagation modeling and network planning toolProjectENhANCE
WinProp is a commercial simulation software suite used for radio frequency (RF) propagation modelling and wireless network planning. It consists of ProMan for propagation modeling, WallMan for building databases, and AMan for antenna patterns. Example case studies presented propagation modeling of heterogeneous networks in Dar es Salaam using WinProp and Matlab. Indoor picocell deployment was also modeled. The presentation concluded with an overview and demo of WinProp's graphical user interface and example planning projects.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2022/06/introducing-the-kria-robotics-starter-kit-robotics-and-machine-vision-for-smart-factories-a-presentation-from-amd/
Chetan Khona, Director of Industrial, Vision, Healthcare and Sciences Markets at AMD, presents the “Introducing the Kria Robotics Starter Kit: Robotics and Machine Vision for Smart Factories” tutorial at the May 2022 Embedded Vision Summit.
A robot is a system of systems with diverse sensors and embedded processing nodes focused on core capabilities such as motion, navigation, perception, machine vision, communication and control — alongside more unique and application-specific requirements. With the new Kria KR260 Robotics Starter Kit and the Kria Robotics Stack (KRS), users can easily build a complete robotics system using a ROS 2-based environment with low-latency, deterministic communications connecting production-ready Kria SOMs.
The resultant adaptive system can readily implement evolving and diverse algorithms as well as scale across multiple projects. This presentation highlights the capabilities and solutions possible with the Kria KR260 Robotics Starter Kit for roboticists, machine vision developers and industrial solution architects.
How Schneider Electric sees Ethernet in the Industrial Environment - Part IISchneider Electric
1) The document discusses Schneider Electric's implementation of Ethernet across various industrial environments and applications.
2) It provides examples of Schneider Electric's Ethernet product offerings for infrastructure, telemetry, process and plant control, machines, drives, HMIs, sensors, motor control, and power metering.
3) The examples illustrate how Ethernet can be used to connect industrial assets within a plant and facilitate communication to remote sites, enterprise systems, and cloud-based applications.
This document discusses spread spectrum communication techniques. Spread spectrum spreads a narrowband signal over a wide range of frequencies for transmission and then de-spreads it back to the original bandwidth at the receiver. There are two main types: frequency hopping spread spectrum (FHSS) which changes the transmission frequency periodically, and direct sequence spread spectrum (DSSS) which multiplies the data by a pseudo-random code before transmission. Spread spectrum provides benefits like efficient bandwidth utilization, interference rejection, and secure communication.
Circular convolution is performed on two signals x1 and x2.
x1 and x2 are periodic signals with period 4. The circular convolution sums the product of the signals at each time offset.
The convolution is computed for different time offsets from 0 to 3. The results of the convolution at each offset are 34, 36, 34, 28, forming the output signal y(m).
Like its predecessor PROFIBUS, PROFINET is a diagnostic-rich protocol allowing your support team to quickly identify the source of device-related problems. This however is of limited use if the underlying performance of your network is poor. PROFINET networks are often seen as the plug and play solution for industrial networks, giving you the impression that successful completion of your application-specific testing is a guarantee that your network is working efficiently and without errors. This is fundamentally wrong and needs to be considered at the design stage as well as the acceptance stage of a project. This presentation will discuss the issues, how to address them and give typical examples of the equipment required.
The document discusses Plesiochronous Digital Hierarchy (PDH) and Synchronous Digital Hierarchy (SDH) technologies. PDH uses bit interleaving to transmit digital signals over fiber optic and microwave systems where the clocks are nearly but not perfectly synchronized. SDH was developed as standards-based digital multiplexing technology to overcome limitations of PDH like inefficient bandwidth usage. SDH uses synchronous transmission where all network elements are synchronized to a single master clock.
The document compares PDH and SDH transmission technologies. PDH uses slightly unsynchronized clocks between multiplexers, while SDH uses a common clock, making it fully synchronous. SDH has advantages over PDH like standardized optical interfaces, worldwide frame structure compatibility, excellent network capacity and protection abilities. However, SDH also has disadvantages like lower bandwidth utilization due to management frames and potential security issues due to vulnerabilities in its operation, administration and maintenance software. Overall, SDH is presented as a better technology for high-speed digital signal transmission.
The document provides an overview of the Generic Framing Procedure (GFP) networking standard. It describes GFP's frame format and two modes: framed and transparent. Framed GFP maps each client frame into a GFP frame, while transparent GFP allows mapping multiple client data streams. Applications discussed include packet routing over SONET/SDH links using GFP, resilient packet rings using a ring header, and extending LANs/SANs over WANs using transparent encapsulation.
This document provides an overview of PROFINET and Ethernet networking concepts. It discusses how PROFINET uses standard Ethernet technology to provide real-time and deterministic industrial communication over an IP-based network. Key points covered include:
- PROFINET is 100% Ethernet-based and uses common Ethernet standards like TCP/IP to enable open integration of devices.
- Real-time communication is ensured through priority-based scheduling of I/O data while still allowing standard Ethernet traffic like TCP.
- Ethernet supports high speeds up to 1000 Mbps using technologies like twisted pair, fiber optic, and wireless networks. Switched Ethernet improves performance by separating collision domains.
Renu Electronics offers products for Factory Floor Automation.
Renu Electronics is one of the pioneers in designing & manufacturing of Factory Automation products like Text and Touch Screen based HMIs, Programmable Logic Controllers (PLC), HMIs with built-in PLC, Technology-based Protocol Converters, Analog and Digital Field I/Os, Industrial PCs, Signal Converters and Repeaters, Port Multiplexers, Flow Products and many more.
Introduction of Wecon HMI PI Series 2017Lily Zheng
This document discusses Wecon's PI Series HMI products. It provides an overview of the PI3000, PI8000, and PI9000 series models, which range from 4.3 to 15 inch displays. The PI3000 is powered by a Cortex A8 CPU and supports protocols like Siemens and Omron. The PI8000 has more ports and memory and adds remote access features. The top-of-the-line PI9000 uses an Android operating system and supports cloud monitoring. Examples are given showing applications in smart homes, charging stations, and industrial machinery to demonstrate how the HMIs can be used across different industries.
OPC .NET 3.0 simplifies client access to industrial automation systems like DeltaV by providing a secure .NET interface for both local and remote access. It standardizes a WCF interface and common client API to access OPC Classic servers and UA servers. OPC .NET includes a standard wrapper and client proxy to allow .NET applications to securely access OPC Classic servers via WCF. It also provides firewall friendly security, improved robustness against connection failures, and the ability for both OPC .NET and Classic clients and servers to coexist.
The document discusses the shift towards using coherent optical technology at the network edge. It argues that 100G QSFP28 ports using coherent 100ZR technology will dominate the optical edge in the coming years. This will allow for longer transmission reaches of over 300km compared to traditional direct detection. Key advantages of coherent 100ZR include lower power consumption of 5W or less in a QSFP28 form factor, simplified deployment without manual tuning, and compatibility with existing network infrastructure. The technology could enable seamless upgrades to 100G speeds at aggregation points across access networks.
The selective repeat protocol allows the receiver to accept and buffer frames following a damaged or lost one. Both the sender and receiver maintain a window of outstanding and acceptable sequence numbers. The receiver has a buffer for each sequence number within its fixed window. Whenever a frame arrives within the receiver's window, it is accepted and stored without regard to expected sequence. This protocol has fewer retransmissions than go-back-n but is more complex, as each frame must be acknowledged individually and the receiver may receive frames out of order.
SONET/SDH are digital fiber optic transmission standards developed independently in the US and Europe to transmit data at high speeds over fiber optic cables. SONET defines a hierarchy of electrical signaling levels called STS and uses synchronous TDM multiplexing. It can transmit data from 155 Mbps to 2.5 Gbps and supports ring topologies. SONET defines layers for signal transmission including path, line, section and physical layers. SDH is the international version of SONET and uses similar framing and network elements like multiplexers, regenerators and cross-connects to transmit digital signals over fiber optic networks. DWDM further increases fiber capacity by transmitting multiple wavelengths/channels over the same fiber using wavelength division
This webinar discusses InduSoft's customizable TXRX communication driver. The driver allows communication with devices over serial or Ethernet connections. The presentation covers configuring the driver settings, sending and receiving messages in ASCII or binary format, and tips for troubleshooting communication issues. A live demo is provided to illustrate exchanging data by sending and receiving messages through the TXRX driver.
Here We are trying to Design performance Evaluation of a campus network based on routing protocols ( RIP, EIGRP, OSPF)
The campus is networking the essential part of every university. For this reason, authoriuty carry a lot of cost for this network. She tried to reduce the cost and created more safety and security.
This document discusses the application of Feynman path integrals and quantum mechanics to financial markets. It begins with an introduction to the Black-Scholes equation used to price options. It then describes the Feynman path integral formulation, where the propagator for the effective quantum Hamiltonian can be used to evaluate option prices. For constant volatility, the Black-Scholes distribution is obtained, but path integrals are needed for non-uniform volatility. Challenges remain in applying this approach given assumptions like constant volatility that may not hold in real financial markets.
The document discusses calculating the discrete Fourier transform (DFT) using a matrix method. It involves representing the DFT as a matrix multiplication of an N×N twiddle factor matrix and an N×1 input vector. The twiddle factor matrix contains elements that are powers of the Nth root of unity. An example calculates the 4-point DFT of the vector [1, 2, 0, 1] by multiplying it by the twiddle factor matrix.
Una red HFC combina fibra óptica y cable coaxial para ofrecer una amplia gama de servicios de telecomunicaciones de forma bidireccional e integrada. Está compuesta de una cabecera, red troncal y red de distribución. Los estándares principales son DOCSIS, DVB-RCC y EuroDOCSIS, que permiten la interoperabilidad entre los componentes de la red y soportan servicios como televisión, telefonía e Internet de alta velocidad.
This document discusses various digital modulation techniques including Amplitude Shift Keying (ASK), Frequency Shift Keying (FSK), Phase Shift Keying (PSK), and their implementation. It provides mathematical expressions and diagrams to explain how each technique works. For ASK, a digital 1 or 0 is represented by the presence or absence of a carrier signal. For FSK, the frequency of the carrier shifts between mark and space frequencies. For BPSK, a digital 1 or 0 is represented by two phases of a carrier that are 180 degrees out of phase. Bandwidth requirements and receiver designs are also covered for each technique.
WinProp propagation modeling and network planning toolProjectENhANCE
WinProp is a commercial simulation software suite used for radio frequency (RF) propagation modelling and wireless network planning. It consists of ProMan for propagation modeling, WallMan for building databases, and AMan for antenna patterns. Example case studies presented propagation modeling of heterogeneous networks in Dar es Salaam using WinProp and Matlab. Indoor picocell deployment was also modeled. The presentation concluded with an overview and demo of WinProp's graphical user interface and example planning projects.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2022/06/introducing-the-kria-robotics-starter-kit-robotics-and-machine-vision-for-smart-factories-a-presentation-from-amd/
Chetan Khona, Director of Industrial, Vision, Healthcare and Sciences Markets at AMD, presents the “Introducing the Kria Robotics Starter Kit: Robotics and Machine Vision for Smart Factories” tutorial at the May 2022 Embedded Vision Summit.
A robot is a system of systems with diverse sensors and embedded processing nodes focused on core capabilities such as motion, navigation, perception, machine vision, communication and control — alongside more unique and application-specific requirements. With the new Kria KR260 Robotics Starter Kit and the Kria Robotics Stack (KRS), users can easily build a complete robotics system using a ROS 2-based environment with low-latency, deterministic communications connecting production-ready Kria SOMs.
The resultant adaptive system can readily implement evolving and diverse algorithms as well as scale across multiple projects. This presentation highlights the capabilities and solutions possible with the Kria KR260 Robotics Starter Kit for roboticists, machine vision developers and industrial solution architects.
How Schneider Electric sees Ethernet in the Industrial Environment - Part IISchneider Electric
1) The document discusses Schneider Electric's implementation of Ethernet across various industrial environments and applications.
2) It provides examples of Schneider Electric's Ethernet product offerings for infrastructure, telemetry, process and plant control, machines, drives, HMIs, sensors, motor control, and power metering.
3) The examples illustrate how Ethernet can be used to connect industrial assets within a plant and facilitate communication to remote sites, enterprise systems, and cloud-based applications.
This document discusses spread spectrum communication techniques. Spread spectrum spreads a narrowband signal over a wide range of frequencies for transmission and then de-spreads it back to the original bandwidth at the receiver. There are two main types: frequency hopping spread spectrum (FHSS) which changes the transmission frequency periodically, and direct sequence spread spectrum (DSSS) which multiplies the data by a pseudo-random code before transmission. Spread spectrum provides benefits like efficient bandwidth utilization, interference rejection, and secure communication.
Circular convolution is performed on two signals x1 and x2.
x1 and x2 are periodic signals with period 4. The circular convolution sums the product of the signals at each time offset.
The convolution is computed for different time offsets from 0 to 3. The results of the convolution at each offset are 34, 36, 34, 28, forming the output signal y(m).
Like its predecessor PROFIBUS, PROFINET is a diagnostic-rich protocol allowing your support team to quickly identify the source of device-related problems. This however is of limited use if the underlying performance of your network is poor. PROFINET networks are often seen as the plug and play solution for industrial networks, giving you the impression that successful completion of your application-specific testing is a guarantee that your network is working efficiently and without errors. This is fundamentally wrong and needs to be considered at the design stage as well as the acceptance stage of a project. This presentation will discuss the issues, how to address them and give typical examples of the equipment required.
The document discusses Plesiochronous Digital Hierarchy (PDH) and Synchronous Digital Hierarchy (SDH) technologies. PDH uses bit interleaving to transmit digital signals over fiber optic and microwave systems where the clocks are nearly but not perfectly synchronized. SDH was developed as standards-based digital multiplexing technology to overcome limitations of PDH like inefficient bandwidth usage. SDH uses synchronous transmission where all network elements are synchronized to a single master clock.
The document compares PDH and SDH transmission technologies. PDH uses slightly unsynchronized clocks between multiplexers, while SDH uses a common clock, making it fully synchronous. SDH has advantages over PDH like standardized optical interfaces, worldwide frame structure compatibility, excellent network capacity and protection abilities. However, SDH also has disadvantages like lower bandwidth utilization due to management frames and potential security issues due to vulnerabilities in its operation, administration and maintenance software. Overall, SDH is presented as a better technology for high-speed digital signal transmission.
The document provides an overview of the Generic Framing Procedure (GFP) networking standard. It describes GFP's frame format and two modes: framed and transparent. Framed GFP maps each client frame into a GFP frame, while transparent GFP allows mapping multiple client data streams. Applications discussed include packet routing over SONET/SDH links using GFP, resilient packet rings using a ring header, and extending LANs/SANs over WANs using transparent encapsulation.
This document provides an overview of PROFINET and Ethernet networking concepts. It discusses how PROFINET uses standard Ethernet technology to provide real-time and deterministic industrial communication over an IP-based network. Key points covered include:
- PROFINET is 100% Ethernet-based and uses common Ethernet standards like TCP/IP to enable open integration of devices.
- Real-time communication is ensured through priority-based scheduling of I/O data while still allowing standard Ethernet traffic like TCP.
- Ethernet supports high speeds up to 1000 Mbps using technologies like twisted pair, fiber optic, and wireless networks. Switched Ethernet improves performance by separating collision domains.
Renu Electronics offers products for Factory Floor Automation.
Renu Electronics is one of the pioneers in designing & manufacturing of Factory Automation products like Text and Touch Screen based HMIs, Programmable Logic Controllers (PLC), HMIs with built-in PLC, Technology-based Protocol Converters, Analog and Digital Field I/Os, Industrial PCs, Signal Converters and Repeaters, Port Multiplexers, Flow Products and many more.
Introduction of Wecon HMI PI Series 2017Lily Zheng
This document discusses Wecon's PI Series HMI products. It provides an overview of the PI3000, PI8000, and PI9000 series models, which range from 4.3 to 15 inch displays. The PI3000 is powered by a Cortex A8 CPU and supports protocols like Siemens and Omron. The PI8000 has more ports and memory and adds remote access features. The top-of-the-line PI9000 uses an Android operating system and supports cloud monitoring. Examples are given showing applications in smart homes, charging stations, and industrial machinery to demonstrate how the HMIs can be used across different industries.
The eTOP06C is a low-cost HMI device with a 5.7" touchscreen display and LED backlight. It has Ethernet and USB connectivity for integration into control systems. Key features include a 1/4 VGA resolution color display, resistive touchscreen, 10/100 Ethernet interface, and support for over 150 communication drivers and optional fieldbus modules. Programming is done with the UniOP Designer 6 software which allows configuration of graphics, alarms, recipes, and more.
This document provides information about an automation company called Renu Electronics. It was founded in 1991 in Pune, India and has since grown to over 175 employees with facilities for engineering, production, and testing. The company develops industrial electronics and factory automation products including operator interfaces, PLCs, I/O modules, and protocol converters. It aims to offer quality, low-cost solutions to global customers.
The document describes the UniOP eTOP312, a 12.1-inch HMI panel with an SVGA touchscreen display, 64MB memory, Ethernet and USB interfaces. It is designed for factory and building automation applications, featuring vector graphics, data logging, alarms and password protection. Technical specifications and ordering information are provided.
The document discusses Alcatel-Lucent's OmniPCX Enterprise IP communication solution. It provides an overview of the system architecture, hardware platforms, features, applications, and proposed solution for Bakrie Brothers including equipment specifications and warranties. Key aspects covered are the scalable Linux-based system, over 500 available features, interoperability with legacy systems, reliability with 99.999% uptime, and contact center applications.
The document describes the UniOP eTOP310, a human-machine interface panel. It has a 10.4" touchscreen, 64MB memory, Ethernet and USB ports. It is designed for applications in factory and building automation. Programming is done with the UniOP Designer 6 software, which supports over 150 communication drivers. The panel also supports vector graphics, data acquisition, recipes, alarms and more.
The UniOP eTOP315 is a 15-inch HMI panel with a bright TFT display, Ethernet and USB connections, and advanced vector graphics capabilities. It is well-suited for high-end HMI applications in factory and building automation. The document provides details on the technical specifications, functionality, ordering information, and dimensions of the eTOP315 panel.
The UniOP eTOP308 is a 7.5-inch HMI panel that combines state-of-the-art features for factory and building automation applications. It has a VGA color TFT display, Ethernet and USB connections, vector graphics capabilities, and is compatible with UniOP Designer 6 software for programming. The eTOP308 has a slim design, 64MB memory, supports over 150 communication drivers, and optional plug-in modules for fieldbus systems.
The document discusses the SurfUP media processing platform for building voice and video infrastructure applications. It highlights sample applications, system architectures, support for voice and video, integration levels and features, and value propositions of the SurfUP platform. Specifically, it allows processing of voice, video and fax on the same DSP, has direct DSP to network interfaces, is an open platform, supports various applications with the same hardware/software, and enables streaming diagnostics.
The UniOP eTOP306 is a 5.7-inch HMI panel with an LED backlit touchscreen display, 64MB of memory, Ethernet and USB connections, and optional plug-in modules. It is designed for factory and building automation applications, featuring vector graphics, data display/trending, recipe storage, alarms, and password protection. The document provides detailed specifications for the display, memory, interfaces, functionality, ratings, environmental conditions, approvals, ordering information, and dimensions of the eTOP306 HMI panel.
The UniOP eTOP515 is a 15-inch HMI panel with a bright LED-backlit touchscreen display, Ethernet and USB connectivity, and support for vector graphics, multi-language applications, and communication with factory automation systems. It runs JMobile software for application development and features such as data acquisition, alarms, and recipes. The panel has an IP66-rated front panel, 256MB of memory, and optional modules for fieldbus systems and I/O.
This document summarizes Windows 8.1 solutions for enterprise customers. It discusses business tablets that support touch, mouse, keyboard and pen input and run Windows apps, Office and line-of-business apps. It also describes great experiences across hardware and devices, including new Windows 8.1 devices with latest processors, accessories, screen resolutions and longer battery life. Specific devices highlighted include the Dell Venue 8 Pro business tablet and Panasonic Toughpad CF-H2 rugged tablet. The document also discusses Windows apps for business, including SAP apps, and Windows Embedded 8.1 Industry for specialized industry tablets.
This document provides an overview of Huawei's eSpace UC solution for unified communication and collaboration. It describes the solution architecture including security, services, management, endpoints and gateways. It also outlines several scenario examples and the benefits they provide such as improved communication efficiency, multimedia collaboration and extension mobility. Product highlights of the IP phones, integrated access gateways and management system are also summarized.
This document provides information about the UniOP eTOP307 human-machine interface (HMI) panel. It has a 7-inch touchscreen with 800x480 resolution, LED backlight, and support for vector graphics. Connections include Ethernet, USB, and optional plug-in modules. The eTOP307 is compatible with UniOP Designer 6 software for programming and supports over 150 communication drivers and data display formats. It also has features like data logging, recipes, alarms, security, and more. Dimensions and ordering information are provided.
The document describes the UniOP eTOP313, a human-machine interface (HMI) panel. It has a 13.3-inch touchscreen with 1280x800 resolution. It connects via Ethernet and USB and has optional plug-in modules for fieldbus systems. It is compatible with UniOP Designer 6 software for programming and supports over 150 communication drivers and data display in multiple formats.
The UniOP eTOP510 is a 10.4" HMI panel with an LED-backlit touchscreen display, Ethernet and USB connectivity, and support for vector graphics, multi-language applications, data logging, alarms and more through the included JMobile software. It is IP66 rated and has optional modules for fieldbus communication and I/O. The document provides details on the display, system resources, interface options, functionality, ratings, dimensions, ordering information and technical support.
interface 9 is a powerful healthcare middleware and management platform. This brief overview, shows the various integration capabilities of interface 9.
The UniOP eTOP507 is a 7-inch HMI panel with a bright touchscreen display, LED backlight, and support for vector graphics, multi-language applications, and communication with fieldbus systems. It features Ethernet and USB ports, an SD card slot, and optional plug-in modules. The panel runs JMobile software for application development and supports features such as data acquisition, alarms, and remote monitoring.
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2. 02
Advanced Display
The DOP-100 Series Human Machine Interfaces include a Basic HMI, Standard HMI and
Advanced HMI for different applications. The HMIs adopt the latest Cortex-A8 / Dual Core
high-speed processor and 65,536 color LCD screen with high brightness and contrast. In
addition, they are equipped with the HMI programming software DOPSoft 4.0 and built-in
Lua editor for easy programming as well as alarm / history log / user authority functions
for highly efficient management.
With advanced communication capabilities and enhanced functions, the DOP-100 Series
elevates machine efficiency to bring more value to our customers, and to achieve
"Automation for a Changing World"!
Advanced Human Machine Interface for
Advanced HMI
Features narrow frame design,
supports various network communications,
multilingual input and multimedia functions
Standard HMI
Features General and Ethernet Types for
various applications
3. 03
Future Industry
Table of Contents
Introduction 2
Model Selection
Advanced HMI
Standard HMI
Basic HMI
Robust Hardware 16
Power Isolation
Fully Isolated Communication Interface
PCB Coating
Programming Software –
DOPSoft 4.0 17
Abundant Elements
Smooth Animation
User-Friendly Programming Interface
Editing Windows
Advanced Alarm 22
Alarm Functions
Data Management 24
Historical Data
Historical Data Review
Zoom In / Out Display
Recipes
PDF for Data Review
User Authority Management 26
Account and Authorization Management
Operation Log
Cloud Integration 27
FTP Server
VNC Server
Web Monitoring
Product Information 28
Hardware Specifications
Model Description
Dimensions
Handheld HMI
Customized for the teaching needs of various
motion platforms such as robotic arms
Basic HMI
Simple operating structure for harsh
environments
4. 04
Easy Model Selection
The DOP-100 Series offers complete models for different applications. Users can easily
select a suitable HMI based on size or function easily
B
Type
1 COM port
D
Type
1 COM port + 1 Ethernet port
C
Type
2 COM ports
E
Type
2 COM ports + 1 Ethernet port
I
Type
3 COM ports + 1 Ethernet port
H
Type
Handheld HMI + 1 Ethernet port or 422/485 COM ports
W
Type
More than 1 COM port + 1 Ethernet port + Narrow frame design +
Multi-language
M
Type
2 COM ports + 2 Ethernet ports + Narrow frame design +
Multi-language + Multi-media
Type Definition
DOP-107 W V
W
Type
5. 05
Advanced HMI
At least 1 COM Ports &
1 Ethernet prot included
Standard HMI
At least 2 COM Ports
included
Basic HMI
1 COM Ports included
W
Type
M
Type
C
Type
E
Type
B
Type
I
Type
D
Type
Basic
Standard Ethernet
(2COM)
Standard General
Advanced Multimedia
Advanced Narrow Frame
Standard Ethernet
(3COM)
Basic Ethernet
H
Type
Handheld
Handheld HMI
1 Ethernet port or 422 / 485
COM ports
6. 06
W
Type
M
Type
Advanced HMI
The Advanced HMI adopts a wide screen and narrow frame
design. It supports Ethernet communication & multilingual inputs.
The Multimedia Type DOP-112 / 115 offers multimedia functions
to meet different applications.
7. 07
Narrow Frame
Enlarged visual display for
better user experience
LUA
LUA Language
Simple and easy structural
programming language to meet
various demands
Pressing times >10,000,000
Effective pressing times
increased through strict
endurance tests
IP65
IP65 Rating
The front case protects the
HMI from, rain, and dust
Multilingual Input
16 different languages input for
easy operation
Diagnostics Function
Collects and solves issues
remotely
Power Isolation
Protects the HMI from
accidental surge interference
VNC Remote Monitoring
Remote control with mobile
devices
QRcode Scanning
Generates QRcodes with
self-defined content for mobile
device identification
GIF
Supports GIF Graphic
Elements
Easy setting to play vivid GIF
elements
LINUX
Embedded Linux System
Open system for flexible and
stable program development
DOPSoft
4.0
DOPSoft 4.0
New software DOPSoft 4.0
offers more complete functions
and a better interface
Operating Temperature
0ºC ~ 50ºC
Compliant with industrial
operating environments
CE / UL Certified
Compliant with CE and UL
standards
Multimedia Functions
Captures image with an
external camera or replays
important recordings
Ethernet Communication
Connects to a master device or
PLC with high-speed Ethernet
communication
Communication Isolation
COM and Ethernet ports with
built-in isolation circuits enhance
communication stability
OPC
UA
OPC UA
Supports M2M communication
and data transmission among
machines from various
manufacturers for diverse
industries
FTP/eMail Supported
Simple data transmission and
real-time status report
PDF
Supports PDF and TXT
Reader
PDF and TXT files supported
M
Type
Only
Features
8. 08
Analog Camera
Supports external camera via analog, suitable for capturing fast and
short-distanced images
Applications: Textiles | Pharmaceutical | Rubber & Plastics
IP Camera
Supports IP Camera via Ethernet, suitable for capturing remote and
wide-range images
Applications: Packaging | Logistics | Mining | Power Generation | Oil & Gas
VGA Input
Displays images from external devices such as machine vision systems,
PCs or notebooks
Video Play
Views mpeg4 files captured by analog or IP camera from internal storage
or USB disk / SD card
Event Trigger
HMI performs specific actions when an event condition occurs
Sets up event trigger conditions to capture images and archive as mpeg4 files
Camera & Video Play
Multi-Media Functions
IP Camera
Analog Camera
9. 09
► The Advanced HMI supports multilingual inputs for:
• Recipe Name (ENRCPG)
• Recipe Group Name (ENRCPNO)
• Recipe Content (Char)
• User Name
► Supports 16 languages: English,
Traditional Chinese, Simplified Chinese,
French, German, Russian, Japanese,
Korean, Spanish, Portuguese, Hindi, Turkish,
Arabic, Persian, Italian and Polish
Multi-Language
Input for Localization
字
A
OPC
UA
Delta' HMI can implement M2M communication and data transmission for diverse
industries by means of OPC UA. Communication among different manufacturers'
machines is enabled through information modeling.
10. 10
Standard HMI
The Standard HMI is equipped with 2 COM ports to meet most
applications. It also offers Ethernet Types for fast and easy
connection with other equipment.
C
Type
E
Type
I
Type
11. 11
E
Type
I
Type
E
Type
I
Type
E
Type
I
Type
E
Type
I
Type
LUA
LUA Language
Simple and easy structural
programming language to
meet various demands
Pressing times >10,000,000
Effective pressing times
increased through strict
endurance tests
IP65
IP65 Rating
The front case protects the
HMI from rain, and dust
Diagnostics Function
Collects and solves issues
remotely
Power Isolation
Protects the HMI from
accidental surge interference
VNC Remote Monitoring
Remote control with
mobile devices
PDF
Supports PDF and TXT
Reader
PDF and TXT files supported
User-Friendly
Intuitive operation interfaces
for users
LINUX
Embedded Linux System
Open system for flexible and
stable program development
DOPSoft
4.0
DOPSoft 4.0
New software DOPSoft 4.0
offers more complete functions
and a better interface
Operating Temperature
0ºC ~ 50ºC
Compliant with industrial
operation environments
CE / UL Certified
Compliant with CE and UL
standards
Ethernet Communication
Connects to master device
or PLC with high-speed
Ethernet communication
Communication Isolation
COM and Ethernet ports
with built-in isolation circuits
enhance communication
stability
FTP/eMail Supported
Simple data transmission
and real-time status report
GIF
Supports GIF Graphic
Elements
Easy setting to play vivid GIF
elements
Features
12. 12
Basic HMI
The Basic HMI features basic functions and easy installation
for industrial applications. With an IP65 water-proof rating, it is
suitable for harsh environments.
D
Type
B
Type
13. 13
Features
LINUX
Embedded Linux System
Open system for flexible and
stable program development
DOPSoft
4.0
DOPSoft 4.0
New software DOPSoft 4.0
offers more complete functions
and a better interface
Operating Temperature
0ºC ~ 50ºC
Compliant with industrial
operating environments
CE / UL Certified
Compliant with CE and UL
standards
Ethernet Communication
Connects to master device
or PLC with high-speed
Ethernet communication
Communication Isolation
COM and Ethernet ports
with built-in isolation circuits
enhance communication
stability
PDF
Supports PDF and TXT
Reader
PDF and TXT files supported
User-Friendly
Intuitive operation interfaces
for users
LUA
LUA Language
Simple and easy structural
programming language to
meet various demands
Pressing times >1,000,000
Effective pressing times
increased through strict
endurance tests
IP65
IP65 Rating
The front case protects the
HMI from rain, and dust
Diagnostics Function
Collects and solves issues
remotely
FTP/eMail Supported
Simple data transmission
and real-time status report
VNC Remote Monitoring
Remote control with mobile
devices
GIF
Diagnostics Function
Collects and solves issues
remotely
D
Type
D
Type
D
Type
D
Type
Only
Only
Only
Only
14. 14
Handheld HMI
The handheld human-machine interface adopts a lightweight
handheld design and can choose to support Com communication
(422/485) or Ethernet communication. Meet the teaching needs
of various motion platforms such as robotic arms.
H
Type
15. 15
LINUX
Embedded Linux System
Open system for flexible and
stable program development
DOPSoft
4.0
DOPSoft 4.0
New software DOPSoft 4.0
offers more complete functions
and a better interface
Operating Temperature
0ºC ~ 50ºC
Compliant with industrial
operating environments
CE Certified
Compliant with CE standards
Ethernet Communication
Connects to a master device or
PLC with high-speed Ethernet
communication
Communication Isolation
COM and Ethernet ports
with built-in isolation circuits
enhance communication
stability
PDF
Supports PDF and TXT
Reader
PDF and TXT files supported
User-Friendly
Intuitive operation interfaces
for users
LUA
LUA Language
Simple and easy structural
programming language to
meet various demands
Pressing times >10,000,000
Effective pressing times
increased through strict
endurance tests
IP54 Rating
The front case protects the
HMI from rain, and dust
Diagnostics Function
Collects and solves issues
remotely
Power Isolation
Protects the HMI from
accidental surge interference
FTP/eMail Supported
Simple data transmission and
real-time status report
QRcode Scanning
Generates QRcodes with
self-defined content for mobile
device identification
GIF
Diagnostics Function
Collects and solves issues
remotely
Features
16. 16
Robust Hardware
Power Isolation
► Complete series with built-in power isolation
circuits provides the most complete protection
against accidental external spikes
Fully Isolated Communication Interface
► Complete series has built-in COM and Ethernet
isolation circuits to protect against noise that can
occur from the grounding of various devices such as
PLCs, servo drives, inverters and others
PCB Coating
► Complete series has PCB coating for enhanced
durability and to protect against humidity and
dust for applications in a range of environments
Model Power Isolation Communication Isolation
Advanced HMI (Multimedia Type)
DOP-112/115 MX Yes Yes
Advanced HMI
DOP-103WQ/107WV/110WS Yes Yes
DOP-112/115 WX Yes Yes
Handheld HMI
DOP-107H Yes Yes
Standard HMI (Ethernet Type)
DOP-107IV Yes Yes
DOP-108IG/110IG Yes Yes
DOP-110IS Yes Yes
DOP-107EV Yes Yes
DOP-107EG Yes Yes
Standard HMI
DOP-105CQ Yes No
DOP-107CV Yes No
DOP-110CS Yes No
DOP-110CG Yes No
Standard HMI (General Type)
DOP-107DV No No
Basic HMI
DOP-103BQ No No
DOP-107BV No No
DC 24V
Surge
抗潮濕
抗粉塵
Moisture Proof Layer
Dust Proof Layer
17. 17
Abundant Elements
► Abundant built-in element graphics for vivid interface display for a variety of industrial applications
Smooth Animation
► New smooth animation technology for realistic dashboard display
Programming Software – DOPSoft 4.0
18. 18
Programming Software - DOPSoft 4.0
Bookmark menu allows users
to switch pages easily
Bookmark
Management
Quickly switch items via
the project branch feature
Project
Management Batch
Provides real-time
display of your edit
Editing Area
Automatically displays edit
results of each screen.
Users can review and
resolve errors by clicking
screens
Output List
Quickly browses the
overall project via edit
preview
Edit Preview
User-friendly Programming Interface
19. 19
Shortcut icons help
enhance working
efficiency
General Tool
Provides easier property
setup via group lists
Property
Standard accessory
dialog box adopts built-
in preview and quick-edit
functions
Property Quick Window
Abundant accessories
Customized keyboard
Process paradigms
Field devices
20. 20
The color blocks of red and white
allow users to view the memory
register status
Register View Window
Red blocks indicate the used registers
White blocks indicate empty registers
Users can view all types of macros in
the project
Macro Management Window
Selected a macro via the list
Directly edit the macro after clicking
...
Programming Software - DOPSoft 4.0
Editing Windows
21. 21
Program Debugging
Lua Tool Bar
Lua editor displays tip
windows of the codes when
users move the mouse to
selected codes
Online Coding Tips
Stops program debug
Program break point
Allows users to monitor
parameter variation during
program development
Parameter Monitoring
Window
Provides online assistance
as follows:
• Lua code templates
• Program usage and
properties
• Program samples
Programming
Assistance Window
22. 22
Advanced Alarm
Alarm Sorting
Alarm sorting via a "Sorting" function based on
alarm attributes for quick information inquiries
Supports Compound Address
Monitoring
Able to monitor Word and Bit documents at
the same time
► Alarm messages contain current register data for issue analysis
Versatile Alarm
Triggering Conditions
Triggering conditions can be setup
via a built-in function, no external
editing programs required
Strengthened alarm functions allow users to easily manage machine
operations and quickly eliminate problems
23. 23
Alarm
Email
SSL
Office
Alarm Notification
Automatically sends out alarm notification emails to logged-in recipients when alarms occur
and supports the Secure Sockets Layer (SSL) protocol to ensure safe data transmission
► Indicates the alarm trigger and recovery time, and provides alarm acknowledge time / date (Ack)
to confirm and monitor troubleshooting progress
Alarm Filtering
Advanced address control filtering allows
users to find specified alarm messages
according to user needs
Alarm Ordering
Able to display alarms in the order of Trigger
Time / Confirm Time / Restore Time
Action
Address control filtering allows users to
find specified alarms
No. Action
0 Preset state, shows all triggered alarms
1 Hide alarms with "Restore Time" and "Confirm Time"
2 Hide alarms with "Restore Time"
3 Hide alarms with "Restore Time" or "Confirm Time"
4 Hide alarms with "Confirm Time"
24. 24
Historical Data Review
► Allows historical data review on backup in USB disk or SD cards
Zoom In / Out Display
► Zoom in / out function for convenient data viewing
Bit On Output Data Backup
Data Management
Historical Data
► Able to generate historical reports with user-defined file names and
timestamps through Bit Control
25. 25
Recipes
► Supports 2D and 3D recipe grouping, more flexible in building recipe database
► Various recipe formats, including text format (Unicode) which can also be used as formula notes
PDF for Data Review
► Saves manuals or instruction PDF files in USB disks or SD cards for reference anytime
► Recipes can be saved in CSV files for convenient editing on PCs
► Allows recipe update or backup through USB disks, SD cards or FTP
FTP
CSV
CSV
CSV
CSV
Recipe
FTP
D100 D101 D102 D103 D104 D105 D106
1 300 0 0 221.56 533.1 150.7
2 0 300 0 387.98 490.8 163.9
3 0 0 300 120.14 505.3 279.8
D100 D101 D102 D103 D104 D105 D106
Cake
Recipe 1 Strawberry 300 0 0 221.56 533.1 150.7
Cake
Recipe 2 Chocolate 0 300 0 387.98 490.8 163.9
Cake
Recipe 3 Vanilla 0 0 300 120.14 505.3 279.8
Recipe Group 2
Char Floating
Unsigned DEC
Recipe Group 1
Strawberry Chocolate Vanilla Sugar Flour Milk
26. 26
User Authority Management
Account and Authorization Management
► Supports 8 levels of authority and allows 8 accounts (account name/password) for each level
► Different function and operation access for each authority level to enhance operation safety
Operation Log
► Operation log for different user accounts to trace/analyze possible causes of malfunctions
► Provides comprehensive information for managers to analyze the operating habits of different users
and improve efficiency
27. 27
Cloud Integration
Cloud Integration
FTP Server
► Built-in FTP server to update recipes or PDF files, and backup historical data, operation log and alarms
VNC Server
► Built-in VNC server allows remote monitoring and operating of the DOP-100 Series via VNC Client
APP (Windows, iOS, Android)
► Lock function: block remote operation during on-site operation to avoid unsynchronized commands.
VNC server allows remote monitoring but not remote operation when the lock function is on
Web Monitoring
► Allows direct monitoring of register data via web page, and requires no additional software installation
FTP Client
PDF
Recipe
Historical Data
Operation Log
Alarm
Ethernet
FTP
Server
FTP
Server
Windows
iOS
Android
VNC
Server
Only With Ethemet
D
Type
E
Type
I
Type
H
Type
W
Type
M
Type
28. 28
Hardware Specifications
Advanced HMI
Model
Advanced Narrow Frame Type
DOP-103WQ DOP-107WV DOP-110WS
LCD
Module
Display 4.3" TFT LCD 7" TFT LCD 10.1" TFT LCD
Color 65,536
Resolution (Pixels) 480 x 272 800 x 480 1024 x 600
Back Light LED Back Light
Back Light Brightness (cd/m2
) 400 450 450
Back Light Life (Hour) *1
10,000 20,000 30,000
Display Area 95.04 x 53.856 mm 154.08 x 85.92 mm 225.52 x 128.10 mm
MCU ARM Cortex-A8 (800MHz)
Flash ROM (Bytes) 256 MB
RAM (Bytes) 512 MB
Touch Panel Four-wire resistor, over 10,000,000 pressing times
Buzzer Multi-Tone Frequency (2K ~ 4K Hz) / 80dB
Ethernet Interface 1 Port *2
, 10/100 Mbps auto-sensing
USB 1 USB Slave Ver 2.0 / 1 USB Host Ver 2.0
SD N/A SD x 1
Serial
COM Port
COM1
RS-232 (supports hardware flow
control) / RS-485 *2 RS-232 (supports hardware flow control)
COM2 RS-422 / RS-485 *2
RS-232 (supports hardware flow control) / RS-485 *2
COM3 N/A RS-422 / RS-485 *2
RTC Built-in
Cooling Natural air circulation
Certification CE / UL
Waterproof IP65 / NEMA4 / UL Type 4X (indoor use only)
Operation Voltage *3
DC +24V (-15% ~ 15%) *2
Voltage Endurance A599V for 1 minute (between charging DC24 terminal and FG terminals)
Power Consumption *5
Max. 5.8W *3
Max. 8.4W *3
Max. 11W *3
Backup Battery 3V lithium battery CR2032 × 1
Backup Battery Life Depends on the temperature used and the conditions of usage, usually about 3 years or more at 25° C
Operating Temperature 0o
C ~ 50o
C
Storage Temperature -20 o
C ~ 60 o
C
Ambient Humidity 10% ~ 90% RH (0 ~ 40° C), 10% ~ 55% RH (41 ~ 50° C), Pollution Degree 2
Vibration IEC 61131-2 compliant 5Hz ~ 8.3Hz = Continuous: 3.5mm, 8.3Hz ~ 150Hz = Continuous: 1.0g
Shock IEC 60068-2-27 compliant 15g peak for 11ms duration, X, Y, Z, directions for 6 times
Dimensions (W) x (H) x (D) mm 137 x 103 x 37.1 196 x 136 x 39 270 x 180.9 x 47.75
Mounting dimension (W) x (H) mm 118.8 x 92.8 186.8 x 126.8 255 x 170.5
Weight 280g 560g 1,100g
1) The half-life of a backlight is defined as the original luminance being reduced by 50% when the maximum driving current is supplied to an HMI.
2) Built-in power isolation
3) An isolated power supply is recommended.
4) Some models are in the process of application for UL and KCC certification. For more information, please consult our distributors.
5) The value of the power consumption indicates the electrical power consumed by the HMI with no peripheral devices connected.
6) The content of this catalogue may be revised without prior notice. Please consult our distributors or download the most updated version at http://www.deltaww.com
29. 29
Advanced HMI
Model
Advanced Narrow Frame Type Advanced Multimedia Type
DOP-112WX DOP-115WX DOP-112MX DOP-115MX
LCD
Module
Display 12" TFT LCD 15" TFT LCD 12" TFT LCD 15" TFT LCD
Color 24bit
Resolution (Pixels) 1024 x 768
Back Light LED Back Light
Back Light Brightness (cd/m2
) 500 450 500 450
Back Light Life (Hour) *1
50,000
Display Area 245.76 x 184.32 mm 304.1 x 228.1 mm 245.76 x 184.32 mm 304.1 x 228.1 mm
MCU Dual Core 1GHz
Flash ROM (Bytes) 8GB
RAM (Bytes) DDR3 1000MHz 1GB
Touch Panel Four-wire resistor, over 10,000,000 pressing times
Buzzer Multi-Tone Frequency (2K ~ 4K Hz) / 85dB
Ethernet Interface 2 Port, 100M bps x 2
USB 1 Mini USB Slave Ver 2.0 / 1 USB Host Ver 2.0
SD SD x 1
Serial
COM Port
COM1 RS-232 (supporting flow control) / RS485 *2
COM2 RS-422 / RS485 *2
COM3 RS-232 (supporting flow control) / RS-485 *2
COM4 RS-422 / RS485
RTC Built-in
Cooling Natural air circulation
Certification CE / UL
Waterproof IP65 / NEMA4 / UL Type 4X (indoor use only)
Operation Voltage *3
DC +24V (-15% ~ 15%) *2
Voltage Endurance A599V for 1 minute (between charging DC24 terminal and FG terminals)
Power Consumption *5
Max. 16.08W Max. 21.12W Max. 16.08W Max. 21.12W
Backup Battery 3V lithium battery CR2032 × 1
Backup Battery Life Depends on the temperature used and the conditions of usage, usually about 3 years or more at 25° C
Operation Temperature 0o
C ~ 50o
C
Storage Temperature -20 o
C ~ 60 o
C
Ambient Humidity 10% ~ 90% RH (0 ~ 40° C), 10% ~ 55% RH (41 ~ 50° C), Pollution Degree 2
Viberation IEC 61131-2 compliant 5Hz ~ 8.3Hz = Continuous: 3.5mm, 8.3Hz ~ 150Hz = Continuous: 1.0g
Shock IEC 60068-2-27 compliant 15g peak for 11ms duration, X, Y, Z, directions for 6 times
Dimensions (W) x (H) x (D) mm 317.4 x 246.4 x 52.7 387.7 x 295.7 x 63.5 317.4 x 246.4 x 52.7 387.7 x 295.7 x 63.5
Mounting dimension (W) x (H) mm 302.7 x 228.7 372.4 x 283.7 302.7 x 228.7 372.4 x 283.7
Weight 2110g 3200g 2110g 3200g
1) The half-life of a backlight is defined as the original luminance being reduced by 50% when the maximum driving current is supplied to an HMI.
4) Built-in power isolation
5) An isolated power supply is recommended.
4) Some models are in the process of application for UL and KCC certification. For more information, please consult our distributors.
7) The value of the power consumption indicates the electrical power consumed by the HMI with no peripheral devices connected.
8) The content of this catalogue may be revised without prior notice. Please consult our distributors or download the most updated version at http://www.deltaww.com
30. 30
Hardware Specifications
Standard HMI
Model
Standard General Type
DOP-105CQ DOP-107CV DOP-110CS DOP-110CG
LCD
Module
Display 5.6" TFT LCD 7" TFT LCD 10" TFT LCD 10.4" TFT LCD
Color 65,536
Resolution (Pixels) 320 x 234 800 x 480 1024 x 600 800 x 600
Back Light LED Back Light
Back Light Brightness (cd/m2
) 200 400 300 300
Back Light Life (Hour) *1
20000
Display Area 113.28 x 84.70 mm 154.08 X 85.92 mm 226 X 128.7 mm 211.2 x 158.4 mm
MCU ARM Cortex-A8 (800MHz)
Flash ROM (Bytes) 256 Mbytes
RAM (Bytes) 256 Mbytes
Touch Panel Four-wire resistor, over > 10,000,000pressing times
Four-wire resistor, over >
1,000,000 pressing times
Audio
Output
Buzzer Multi-Tone Frequency (2K ~ 4K Hz) / 80dB
AUX N/A
USB 1 USB Slave Ver 2.0 / 1 USB Host Ver 2.0
SD N/A
Serial
COM Port
COM1 RS-232 (supports hardware flow control)*2
COM2 RS-232 (supports hardware flow control) / RS-485 *2
COM3 RS-422 / RS-485*2
RTC Built-in
Cooling Nature air circulation
Certification CE / UL (please equip shielding cables and linefilters with capacity of 300ohm/100MHz)
Waterproof IP65 / NEMA4 / UL Type 4X (indoor use only)
Operation Voltage *3 DC +24V (-15% ~ +15%)(please equip isolated-type power supplies)
Supplied by Class 2 or SELV circuit (isolated from MAINS by double insulation)
Voltage Endurance A500V for 1 minute (between charging DC24 terminal and FG terminals)
Power Consumption *5
Max. 6.86 W *3
Max. 8.5W *3
Max. 10.4W *3
Max. 8W*3
Backup Battery 3V lithium battery CR2032 × 1
Backup Battery Life Depends on the temperature used and the conditions of usage, usually about 3 years or more at 25° C
Operation Temperature 0o
C ~ 50o
C
Storage Temperature -20 o
C ~ 60 o
C
Ambient Humidity 10% ~ 90% RH (0 ~ 40° C), 10% ~ 55% RH (41 ~ 50° C), Pollution Degree 2
Vibration IEC 61131-2 compliant 5Hz ~ 8.3Hz = Continuous: 3.5mm, 8.3Hz ~ 150Hz = Continuous: 1.0g
Shock IEC 60068-2-27 compliant 15g peak for 11ms duration, X, Y, Z, directions for 6 times
Dimensions (W) x (H) x (D) mm 184 x 144 x 50 215 x 161 x 61.2 272 x 200 x 61 229 x 224 x 46.8
Mounting dimension (W) x (H) mm 172.4 x 132.4 196.9 x 142.9 261.3 x 189.3 285.2 x 210.2
Weight 670g 970g 1330g 1735g
1) The half-life of a backlight is defined as the original luminance being reduced by 50% when the maximum driving current is supplied to an HMI.6
2) Built-in power isolation
3) An isolated power supply is recommended.
4) Some models are in the process of application for UL and KCC certification. For more information, please consult our distributors.
5) The value of the power consumption indicates the electrical power consumed by the HMI with no peripheral devices connected.
6) The content of this catalogue may be revised without prior notice. Please consult our distributors or download the most updated version at http://www.deltaww.com
31. 31
Standard HMI
Model
Standard Ethernet Type (2 COM)
DOP-107EG DOP-107EV
LCD
Module
Display 7" TFT LCD 7" TFT LCD
Color 65,536
Resolution (Pixels) 800 x 600 800 x 480
Back Light LED Back Light
Back Light Brightness (cd/m2
) 450 400
Back Light Life (Hour) *1
20000 20000
Display Area 141 X 105.75 mm 154.08 X 85.92 mm
MCU ARM Cortex-A8 (800MHz)
Flash ROM (Bytes) 256 Mbytes
RAM (Bytes) 256 Mbytes
Touch Panel Four-wire resistor, over > 10,000,000 pressing times
Audio
Output
Buzzer Multi-Tone Frequency (2K ~ 4K Hz) / 80dB
AUX Stereo output N/A
Ethernet Interface 1 Port *2
, 10/100 Mbps auto-sensing
USB 1 USB Slave Ver 2.0; 1 USB Host Ver 2.0
SD SDx1 N/A
Serial
COM Port
COM1 RS-232 (supports hardware flow control)*2
COM2 RS-232 (supports hardware flow control) / RS-485 *2
COM3 RS-422 / RS-485*2
RTC Built-in
Cooling Natural air circulation
Certification CE / UL (please equip Shielding cables and linefilters with capacity of 300ohm/100MHz)
Waterproof IP65 / NEMA4 / UL Type 4X (indoor use only)
Operation Voltage *3 DC +24V (-15% ~ +15%)(please equip isolated-type power supplies)
Supplied by Class 2 or SELV circuit (isolated from MAINS by double insulation)
Voltage Endurance A500V for 1 minute (between charging DC24 terminal and FG terminals)
Power Consumption * 5
Max. 8.4W *3
Max. 8.76W *3
Backup Battery 3V lithium battery CR2032 × 1
Backup Battery Life Depends on the temperature used and the conditions of usage, usually about 3 years or more at 25° C
Operating Temperature 0o
C ~ 50o
C
Storage Temperature -20 o
C ~ 60 o
C
Ambient Humidity 10% ~ 90% RH (0 ~ 40° C), 10% ~ 55% RH (41 ~ 50° C), Pollution Degree 2
Vibration IEC 61131-2 compliant 5Hz ~ 8.3Hz = Continuous: 3.5mm, 8.3Hz ~ 150Hz = Continuous: 1.0g
Shock IEC 60068-2-27 compliant 15g peak for 11ms duration, X, Y, Z, directions for 6 times
Dimensions (W) x (H) x (D) mm 184 x 144 x 51.5 215 x 161 x 61.2
Mounting dimension (W) x (H) mm 172.4 x 132.4 196.9 x 142.9
Weight 800g 970g
1) The half-life of a backlight is defined as the original luminance being reduced by 50% when the maximum driving current is supplied to an HMI.
2) Built-in power isolation
3) An isolated power supply is recommended.
4) Some models are in the process of application for UL and KCC certification. For more information, please consult our distributors.
5) The value of the power consumption indicates the electrical power consumed by the HMI with no peripheral devices connected.
6) The content of this catalogue may be revised without prior notice. Please consult our distributors or download the most updated version at http://www.deltaww.com
32. 32
Hardware Specifications
Standard HMI
Model
Standard Ethernet Type (3 COM)
DOP-107IV DOP-108IG DOP-110IS DOP-110IG
LCD
Module
Display 7" TFT LCD 8" TFT LCD 10.1" TFT LCD 10.4" TFT LCD
Color 65,536
Resolution (Pixels) 800 x 480 800 x 600 1024 x 600 800 x 600
Back Light LED Back Light
Back Light Brightness (cd/m2
) 400 250 300 300
Back Light Life (Hour) *1
20000
Display Area 152.4 x 91.44 mm 162 x 121.5 mm 226 x 128.7 mm 211.2 x 158.4 mm
MCU ARM Cortex-A8 (800MHz)
Flash ROM (Bytes) 256 Mbytes
RAM (Bytes) 256 Mbytes
Touch Panel Four-wire resistor, over > 10,000,000 pressing times
Audio
Output
Buzzer Multi-Tone Frequency (2K ~ 4K Hz) / 80dB
AUX N/A Stereo output
Ethernet Interface 1 Port*2
, 10/100 Mbps auto-sensing
USB 1 USB Slave Ver 2.0 / 1 USB Host Ver 2.0
SD SD x 1
Serial
COM Port
COM1 RS-232 (supports hardware flow control)*2
COM2 RS-232 (supports hardware flow control) / RS-485 *2
COM3 RS-232 (supports hardware flow control) / RS-422 / RS-485*2
RTC Built-in
Cooling Nature air circulation
Certification CE / UL (please equip shielding cables and linefilters with capacity of 300ohm/100MHz)
Waterproof IP65 / NEMA4 / UL Type 4X (indoor use only)
Operation Voltage *3 DC +24V (-15% ~ +15%)(please equip isolated-type power supplies)
Supplied by Class 2 or SELV circuit (isolated from MAINS by double insulation)
Voltage Endurance A500V for 1 minute (between charging DC24 terminal and FG terminals)
Power Consumption *5
Max. 12W *3
Max. 9.88W *3
Max. 9.6W *3
Max. 9.6W*3
Backup Battery 3V lithium battery CR2032 × 1
Backup Battery Life Depends on the temperature used and the conditions of usage, usually about 3 years or more at 25° C
Operation Temperature 0o
C ~ 50o
C
Storage Temperature -20 o
C ~ 60 o
C
Ambient Humidity 10% ~ 90% RH (0 ~ 40° C), 10% ~ 55% RH (41 ~ 50° C), Pollution Degree 2
Vibration IEC 61131-2 compliant 5Hz ~ 8.3Hz = Continuous: 3.5mm, 8.3Hz ~ 150Hz = Continuous: 1.0g
Shock IEC 60068-2-27 compliant 15g peak for 11ms duration, X, Y, Z, directions for 6 times
Dimensions (W) x (H) x (D) mm 215 x 161 x 61.2 227.1 x 174.1 x 61 272.6 x 200.6 x 54 299 x 224 x 46.8
Mounting dimension (W) x (H) mm 196.9 x 142.9 219.4 x 166.5 261.3 x 189.3 285.2 x 210.2
Weight 970g 1226g 1130g 1600g
1) The half-life of a backlight is defined as the original luminance being reduced by 50% when the maximum driving current is supplied to an HMI.6
2) Built-in power isolation
3) An isolated power supply is recommended.
4) Some models are in the process of application for UL and KCC certification. For more information, please consult our distributors.
5) The value of the power consumption indicates the electrical power consumed by the HMI with no peripheral devices connected.
6) The content of this catalogue may be revised without prior notice. Please consult our distributors or download the most updated version at http://www.deltaww.com
33. 33
Basic HMI
Model
Basic Type Basic Ethernet Type
DOP-103BQ DOP-107BV DOP-107DV
LCD
Module
Display 4.3" TFT LCD 7" TFT LCD 7" TFT LCD
Color 65,536
Resolution (Pixels) 480 x 272 800 x 480 800 x 400
Back Light LED Back Light
Back Light Brightness (cd/m2
) 400
Back Light Life (Hour) *1
20000
Display Area 95.04 x 53.856 mm 154.08 x 85.92 mm 154.08 x 85.92 mm
MCU ARM Cortex-A8 (800MHz)
Flash ROM (Bytes) 256 Mbytes
RAM (Bytes) 256 Mbytes
Touch Panel Four-wire resistor, over > 10,000,000 pressing times
Audio
Output
Buzzer Multi-Tone Frequency (2K ~ 4K Hz) / 80dB
AUX N/A
Ethernet Interface N/A N/A 1 Port, 10/100 Mbps auto-sensing*2
USB 1 USB Slave Ver 2.0 / 1 USB Host Ver 2.0
SD N/A
Serial
COM Port
COM1 RS-232/RS-485 (supports hardware flow control)*2
COM2 RS-422 / RS-485*2
COM3 N/A
RTC Built-in
Cooling Nature air circulation
Certification CE / UL (please equip shielding cables and linefilters with capacity of 300ohm/100MHz)
Waterproof IP65 / NEMA4 / UL Type 4X (indoor use only)
Operation Voltage *3 DC +24V (-15% ~ +15%)(please equip isolated-type power supplies)
Supplied by Class 2 or SELV circuit (isolated from MAINS by double insulation)
Voltage Endurance A500V for 1 minute (between charging DC24 terminal and FG terminals)
Power Consumption *5
Max. 5.67W *3
Max. 8.6W *3
Max. 8.8W *3
Backup Battery 3V lithium battery CR2032 × 1
Backup Battery Life Depends on the temperature used and the conditions of usage, usually about 3 years or more at 25° C
Operation Temperature 0o
C ~ 50o
C
Storage Temperature -20 o
C ~ 60 o
C
Ambient Humidity 10% ~ 90% RH (0 ~ 40° C), 10% ~ 55% RH (41 ~ 50° C), Pollution Degree 2
Vibration IEC 61131-2 compliant 5Hz ~ 8.3Hz = Continuous: 3.5mm, 8.3Hz ~ 150Hz = Continuous: 1.0g
Shock IEC 60068-2-27 compliant 15g peak for 11ms duration, X, Y, Z, directions for 6 times
Dimensions (W) x (H) x (D) mm 137 x 103 x 37.1 215 x 161 x 35.5 215 x 161 x 35.5
Mounting dimension (W) x (H) mm 118.8 x 92.8 196 x 142.9 196 x 142.9
Weight 280g 700g 700g
1) The half-life of a backlight is defined as the original luminance being reduced by 50% when the maximum driving current is supplied to an HMI.6
2) Built-in power isolation
3) An isolated power supply is recommended.
4) Some models are in the process of application for UL and KCC certification. For more information, please consult our distributors.
5) The value of the power consumption indicates the electrical power consumed by the HMI with no peripheral devices connected.
6) The content of this catalogue may be revised without prior notice. Please consult our distributors or download the most updated version at http://www.deltaww.com
34. 34
Hardware Specifications
Handheld HMI
Model
Handheld HMI
DOP-107HS4xx DOP-107HE4xx DOP-107HE4xxZM DOP-107HE47xZD
LCD
Module
Display 7" TFT LCD
Color 65536
Resolution (Pixels) 800 x 480
Back Light LED Back Light
Back Light Brightness (cd/m2
) 400 450 450
Back Light Life (Hour) *1
10,000 20,000 30,000
Display Area 154.08 x 85.92 mm
MCU ARM Cortex-A8 (800MHz)
Flash ROM (Bytes) 256 MB
RAM (Bytes) 512 MB
Touch Panel Four-wire resistor, over > 10,000,000 pressing times
Buzzer Multi-Tone Frequency (2K ~ 4K Hz) / 80dB
Ethernet Interface N/A 1 Port *2, 10/100 Mbps auto-sensing
1 Port *2, 10/100 Mbps
auto-sensing
USB 1 USB Slave Ver 2.0
SD SD/SDHC
Serial COM Port/Communication RS-232/ RS-485 N/A N/A
Emergency stopswitch
B contact x 2 A contact x 1/B contact x 1
Rated voltage: < DC 30V
Maximum rated current: 1AMinimum allowable load: DC 5V / 1 mAComplies with IEC60947-5-1, EN60947-5-1,
IEC60947-5-5, EN60947-5-5, UL 508, CSA C22.2 No.14, GB 14085.5
3-position operation switch
A contact x 1
Rated voltage: < DC 30VMaximum rated current: 700 mAMinimum allowable load: DC 3V / 5 mAComplies with EN/
IEC60947-5-8, IEC60947-5-1, EN60947-5-1, JIS C8201-5-1, UL508, CSA C22.2 NO. 14Applicable standards for
use with ISO12100-1,-2/EN12100-1,-2, IEC60204-1/EN60204-1, ISO11161/prEN11161, ISO10218/EN775, ANSI/RIA
R15.06, ANSI B11.19
MPG
Rated voltage: < DC 24V
Resolution: 50(P/R)
Output waveform: square waveOutput phase: A, B
Phase difference between A and B: 90° ± 45°
Maximum frequency response: 200 Hz
Auxiliary keyboard 15 Function Keys 21 Function Keys
Cable length
5 m (when end of model name = 5)
10 m (when end of model name = A)
Calendar Built-in
Cooling method Natural cooling
Certification CE
Protection rating IP54
Operating voltage *3 DC +24V (-15% ~ +15%)*2
(supplied by SELV circuits (isolated from MAINS by double insulation))
Leakage current AC500V for one minute (between DC24 and FG terminals)
Power consumption*5
4.896W
Backup battery 3V lithium battery CR2450 × 1
Backup battery life About 5 years or more at 25o
C(77o
F)(subject to operation temperature and condition)
Operation temperature 0o
C ~ 40o
C
Storage temperature -20 o
C ~ 60 o
C
Operating environment 10% ~ 90% RH (0 ~ 40° C), 10% ~ 55% RH (41 ~ 50° C), Pollution Degree 2
Vibration resistance IEC 61131-2 compliant 5Hz ~ 8.3Hz = Continuous: 3.5mm, 8.3Hz ~ 150Hz = Continuous: 1.0g
Shock resistance IEC 60068-2-27 compliant 15g peak for 11ms duration, X, Y, Z, directions for 6 times
Dimensions (W) x (H) x (D) mm 257.4 x 170.3 x 71.8 (emergency stop switch and hook included)
Weight 750 g (cable excluded)
1) The half-life of a backlight is defined as the original luminance being reduced by 50% when the maximum driving current is supplied to an HMI.6
2) Built-in power isolation
3) An isolated power supply is recommended.
4) Some models are in the process of application for UL and KCC certification. For more information, please consult our distributors.
5) The value of the power consumption indicates the electrical power consumed by the HMI with no peripheral devices connected.
6) The content of this catalogue may be revised without prior notice. Please consult our distributors or download the most updated version at http://www.deltaww.com
35. 35
DOP - 1 07 W V
Model Description
Product Name
DOP:Delta Operation Panel
Series
1:100 Series HMI
Resolution
G: SVGA TFT (800x) Q: WQVGA TFT (480x)
S: WSVGA TFT (1024x) V: WVGA TFT (800x)
X: XGA TFT (1024x) Z: No Display (Zero)
Display Sizes
00: Zero 03: 4.3" 05: 5.6" 7: 7" 8: 8"
10: 10.1" / 10.4” 12: 12” 15: 15”
DOP - 1 07 HS 4 6 5 ZM
Product Name
DOP:Delta Operation Panel
Series
1:100 Series HMI
Display Size
00: Zero 03: 4.3" 05: 5.6" 7: 7" 8: 8"
10: 10.1" / 10.4” 12: 12” 15: 15”
Outgoing wire length
5: 5 meter
A: 10 meter
Wire
ZM / ZD: D-Sub 25 pin Connector
Type
B: Basic Type
D: Basic Ethernet Type
C: Standard General Type
E: Standard Ethernet Type (2 COM)
I: Standard Ethernet Type (3 COM)
W: Advanced Narrow Frame Type
M: Advanced Multimedia Type
Resolution
4: WVGA
Type
HS: Standard type
HE: Ethernet type
External device
2 : Without hand wheel, SD card + 15 Keys
6: With hand wheel, SD card + 15 keys
7: With hand wheel, SD card + 21 keys