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MITSUBISHI Automation
Data CC-Link/LT Safety

Data CC-Link/LT Safety

Product catalog summary

Overview: The document is a comprehensive databook for CC-Link compatible products, focusing on factory automation networks including CC-Link, CC-Link/LT, and CC-Link Safety. It provides detailed information on system configurations, product specifications, and network capabilities.

CC-Link Network: CC-Link is highlighted as a high-performance network supporting high-speed communication (up to 10 Mbps) and large-scale applications with a maximum cable length of 13.2 km. It is designed for efficient data transmission and reduced wiring complexity, supporting a multi-vendor system with over 900 product types.

CC-Link Safety: This section emphasizes the safety network's role in reducing risks on the shop floor. It supports high-speed communication (up to 10 Mbps) and complies with international safety standards (IEC61508 SIL3, EN954-1/ISO13849-1 Category 4). The network enhances safety through reliable control and reduced wiring.

CC-Link/LT: CC-Link/LT focuses on wire-saving benefits and easy installation. It supports fast response times with a maximum link scan time of 1.2 ms at 2.5 Mbps. The network is designed for high noise-resistance and efficient use of I/O points, complying with EMC directives.

Technical Information: The document includes technical details on network topologies, parameter setups, and cable specifications. It highlights the use of dedicated cables and connectors to prevent miswiring and ensure reliable communication.

Product Information: Detailed product lists and specifications are provided for various network components, including controllers, I/O modules, and safety devices. The document also covers software tools like the GX Developer for parameter setup and network management.

Conclusion: The databook positions CC-Link networks as strategic solutions for factory automation, offering robust performance, safety, and flexibility. It supports a wide range of industrial applications, enhancing production efficiency and safety.

External Device Connection Diagram: This section provides diagrams for connecting external devices, including one-touch connectors for communication and power supply. It details the pin configurations and signal names for various connectors (CON1 to CON16), supporting both 3-wire and 4-wire type sensors with sink and source outputs.

External Dimensions & Terminal Layout: The document includes detailed measurements and layouts for mounting and connecting the devices. It specifies dimensions for various modules and the positioning of connectors and terminals.

Detailed Specifications:

Input Specifications: The modules support 8 to 32 input points with photocoupler isolation, rated for 24VDC. The operating voltage range is 19.2 to 26.4VDC, with a maximum input current of approximately 5mA. The response time is 0.2ms to 1.5ms depending on the module.
Output Specifications: Output modules support 8 to 32 points, with a rated load voltage of 12/24VDC. The maximum load current is 0.1A per point, with protection functions against overload, overvoltage, and overheating.
Noise Immunity and Protection: The modules are designed to withstand 500Vp-p noise and 500VAC for 1 minute between all DC external terminals and ground. They have an insulation resistance of 10MΩ or higher.
Environmental and Physical Characteristics: The protection level is IP1XB or IP2X, and the weight ranges from 0.15kg to 0.19kg depending on the module.

Recommendations and Best Practices: Ensure proper installation of connectors and adherence to specified voltage and current ratings to maintain device integrity and performance. Follow the derating curve for ambient temperature to avoid exceeding the maximum number of simultaneous input points.

Overview: This document provides technical specifications and operational guidelines for remote I/O modules, specifically focusing on the AJ65SBTCF1-32 series. It includes details on setting station numbers, transmission speeds, and the use of various connectors and indicators.

Station Number Setting: The station number can be set using the tens place options (10, 20, 40) and the ones place options (1, 2, 4, 8), ensuring the number is within the range of 1 to 64.

Transmission Speed Settings: The transmission speed can be adjusted using a setting switch with options ranging from 156kbps to 10Mbps.

LED Indicators: The document describes several LED indicators, including:

PW: Indicates power status.
L RUN: Indicates normal data reception from the master station.
L ERR: Indicates transmission errors.
X0 to 1F, Y0 to 1F: Show input/output status.

Connection and Mounting: The module can be mounted on a DIN rail using a hook. It includes connectors for I/O signal connections and terminal blocks for power supply and signal transmission.

Input and Output Specifications: Detailed specifications are provided for input and output modules, including voltage, current, isolation methods, and response times. The modules support 32 points with photocoupler isolation and have specific requirements for voltage and current ratings.

Protection and Safety: The modules include overload, overvoltage, and overheat protection functions. They are designed to withstand noise and have specified insulation resistance and withstand voltage ratings.

Physical Dimensions: The document provides detailed dimensions and terminal layouts for the modules, ensuring proper installation and connection.

Overview: The document provides technical information on Mitsubishi's AJ65SBT series, focusing on screw terminal block types for embedded systems. It highlights the features, specifications, and settings of various modules, including AJ65SBT-64AD and AJ65SBT-62DA.

Part Names and Settings: The document details the components and settings of the modules, such as operation status indicator LEDs, station number setting switches, and transmission speed setting switches. It explains the use of self-up screws for reduced wiring work and the 'finger protect' design for direct machine installation.

Features: Key features include the use of self-up screws to minimize wiring efforts, a finger-protect design for safety, and the ability to mount modules directly onto DIN rails. The modules support various transmission speeds and station number settings.

Specifications: The document provides detailed specifications for analog input and output modules, including voltage and current ranges, maximum resolution accuracy, and conversion speeds. It also covers the physical dimensions, applicable wire sizes, and mounting options.

Procedures and Settings: Instructions for setting transmission speeds and station numbers are provided, along with descriptions of LED indicators for operation status and error notifications. The document also includes diagrams for external device connections and terminal layouts.

Recommendations and Best Practices: Recommendations include using two-core twist shielded lines for wiring and connecting capacitors to mitigate noise or ripples in external wiring. Grounding practices are advised to ensure optimal performance and safety.

Overview: The document provides technical specifications and operational guidelines for various interface boards and repeater modules used in CC-Link systems. It includes details on installation, communication protocols, and compatibility with different operating systems and programming environments.

Specifications: The document outlines specifications for interface boards such as Q80BD-J61BT11N and Q81BD-J61BT11, including dimensions, power requirements, and compatibility with PCI and PCI Express slots. It also details the operating systems supported, such as various versions of Windows, and the required hardware specifications like CPU speed and memory.

Procedures: Instructions are provided for setting up and configuring the interface boards, including channel number settings and error indicators. The document also describes the use of utilities for monitoring and testing CC-Link systems.

Norms and Standards: The document emphasizes compliance with PCI standards for personal computers and provides guidelines for ensuring proper electrical contact and operation.

Recommendations: Recommendations include using specific programming languages like Microsoft Visual Basic and Visual C++ for developing user programs and ensuring compatibility with the operating system and hardware.

Repeater Modules: The document describes various repeater modules, such as the AJ65FBTA-RPH, which support star topology and extend transmission distances. It highlights features like waterproof design for external installation and the ability to add modules without rewiring.

Key Data from Tables and Diagrams: The document includes tables detailing the specifications of different modules, such as power consumption, dimensions, and weight. It also provides diagrams for module connections and system configurations.

Critical Information: Important points include ensuring correct transmission speed settings, using terminating resistors, and addressing potential errors like PCI bus errors or driver response errors.

Overview: This document provides technical specifications and installation guidelines for the AJ65FBTA-RPH and AJ65BTS-RPH repeater modules used in CC-Link systems. These modules facilitate extended transmission distances and star-topology wiring in industrial communication networks.

Specifications:

Transmission Speed: Configurable between 156kbps, 625kbps, 2.5Mbps, 5Mbps, and 10Mbps.
Terminating Resistor: 110Ω is required for both trunk and branch lines. The use of 130Ω is not allowed for AJ65FBTA-RPH.
Power Supply: 24VDC external power supply with a ripple within ±5%.
Mounting: Modules can be mounted in six orientations using M4 screws.

Installation Guidelines:

Connect the 110Ω terminating resistor at the end of each segment.
Ensure the transmission speed of each segment matches the master station.
Connect the shielding wire of the CC-Link dedicated cable to "SLD" and ground via "FG".
For AJ65BTS-RPH, use the built-in 110Ω terminating resistor for branch lines.

Features:

Star-topology wiring with up to 8 branch lines is supported.
Spring clamp terminal blocks reduce maintenance costs and improve ease of installation.
Modules allow for system separation to quickly identify errors without affecting the entire system.

Performance Specifications:

Maximum number of modules connected to the trunk line is 64.
Maximum number of stages per segment is two.
Modules are compliant with CC-Link specifications for trunk line connections.

Important Notes:

Ensure consistent use of CC-Link dedicated cables within each segment to maintain data transmission integrity.
Refer to the user manual for specific details on terminating resistor types based on cable type.

Communication Indicators: The document outlines the status indicators for communication functions. An 'On' status indicates active communication or data transfer, while 'Off' indicates inactivity. Specific indicators show data being sent or received from various sides, and the status of RY (n+1) relays.

Module Settings: The settings for transmission speed and station number are crucial. Changes to these settings require a power cycle to take effect. The module includes mounting screws and brackets for secure installation.

Connection and Termination: Proper connection of CC-Link dedicated cables and terminating resistors is essential for reliable data transmission. The document emphasizes using the same type of cables within each segment and grounding the shield cable correctly.

Repeater Modules: Repeater modules are used to extend the CC-Link system by connecting different segments. The AJ65BT-RPI-10A/10B modules must be used in pairs, and proper spacing and shielding are necessary to prevent interference.

System Configuration: The system can include multiple stages and segments, with specific guidelines for module placement and orientation to ensure effective communication.

Accessories and Optional Parts: Various connectors, protective covers, and mounting brackets are available to facilitate installation and maintenance. These accessories help improve wiring efficiency and protect against environmental factors.

Safety Modules: The document also references safety modules, including safety CPU and power supply modules, which are part of the system configuration for enhanced operational safety.

Overview: The document provides detailed technical specifications and operational guidelines for an error control system, focusing on remote I/O modules and their integration into safety networks. It includes information on connection cables, station types, and performance specifications.

Specifications: The system supports various transmission speeds (156kbps to 10Mbps) and uses a CC-Link dedicated cable. It features a broadcast polling method, flag synchronous system, and NRZI method, with error detection via CRC32 and CRC16. The maximum cable length varies with speed, from 100m to 1200m.

Station Types and Capacities: The document outlines different station types, including safety remote stations and standard remote stations, with varying I/O points and occupied stations. For example, a safety remote station occupies 1 station with 32 I/O points, while a standard remote station can occupy up to 4 stations with 128 I/O points.

Performance and Consumption: The internal current consumption is 0.46A, and the weight is 0.12kg. The system is HDLC compliant and supports a maximum of 64 modules.

Connection and Installation: The document details the connection of CC-Link dedicated cables and the use of terminating resistors. It also describes the module replacement process without disconnecting signal wires.

LED Indicators: Various LEDs indicate operational status, such as RUN, ERR, MST, and communication errors. Specific LED behaviors (on, off, flashing) provide diagnostic information.

Input and Output Modules: Specifications for input and output modules include rated voltages, current, isolation methods, and protection levels. Input modules use photocouplers and have a response time of 0.4ms or lower. Output modules feature overload protection and surge suppressors.

Safety and Compliance: The system complies with safety standards EN954-1 Categories 3 and 4. It supports high-security configurations and reduces installation space compared to traditional safety relays.

Installation and Configuration: The document provides guidance on setting station numbers, transmission speeds, and link IDs. It includes diagrams for wiring input and output equipment and details on mounting modules using DIN rails.

Specifications:
The document outlines the specifications for a remote I/O module system. Key specifications include:

Input: 8 points with photocoupler isolation, 24VDC rated input voltage, and a response time of 0.4ms or lower.
Output: 4 points with photocoupler isolation, 24VDC rated load voltage, and a maximum load current of 0.5A per point.
Noise immunity: DC type noise voltage 500Vp-p, noise width 1µs, noise frequency 25 to 60Hz.
Protection level: IP2X with a weight of 0.67kg.

Procedures:
The document provides detailed wiring methods and connection diagrams for setting up the modules. It emphasizes the use of dedicated flat cables and connectors for efficient system configuration.

Standards and Recommendations:
Recommendations include using identical terminating resistors at both ends of the trunk line and placing them close to the master module. The document also suggests using cables approved by the CC-Link Partner Association.

System Configuration Examples:
Examples of system configurations using different point modes (4-point, 8-point, 16-point) are provided. These examples illustrate how to efficiently manage I/O points and station occupancy.

Key Diagrams and Tables:
The document includes diagrams for external device connections, terminal layouts, and system configurations. Tables provide detailed specifications for input and output modules, including voltage, current, and response times.

Overview: The document provides detailed technical specifications and configurations for various modules used in programmable controllers, specifically focusing on master and bridge modules for CC-Link and CC-Link/LT networks. It includes information on the number of stations that can be connected, power consumption, and operational settings.

Specifications: The document outlines the number of stations that can be connected in different point modes (4-point, 8-point, 16-point) and the corresponding I/O points occupied. It specifies the maximum number of modules that can be mounted on different CPU models, such as Q02CPU, Q06HCPU, and others. The document also details the power consumption and weight of various modules.

Procedures and Settings: Instructions are provided for setting up the modules, including operation setting switches for transmission speed and point mode settings. The document explains the significance of LED indicators for monitoring module status, such as power supply, operation, and error detection.

Norms and Recommendations: Recommendations are given for selecting remote I/O modules based on load requirements, emphasizing the importance of considering rush current and average current to prevent malfunctions. The document advises on using resistors or inductance to mitigate rush current effects.

Key Data from Tables: The tables in the document provide a comprehensive breakdown of the number of stations connectable under different configurations and the corresponding I/O points occupied. For example, in 4-point mode, up to 64 stations can be connected, while in 16-point mode, up to 16 stations can be connected.

Critical Information: The document highlights the importance of correct switch settings to avoid errors, as indicated by the "ERR." LED. It also notes that certain CPU models have limitations on the number of I/O points they can handle, such as the Q00JCPU, which can only use up to 256 I/O points.

Overview: The document provides detailed technical specifications and installation instructions for remote I/O modules, including input and output modules. It covers various aspects such as mounting, electrical specifications, and operational settings.

Specifications:

Input Module Specifications: The input modules are available in different configurations (e.g., CL2X8-D1S2, CL1X4-D1S2) with 8 points/common and a voltage range of 20.4 to 28.8VDC. The response speed can be set to 0.5ms for high-speed or 1.5ms for standard speed using DIP switches.
Output Module Specifications: Output modules (e.g., CL2Y8-TP1S2, CL1Y4-T1S2) feature a rated load voltage of 12/24VDC and a maximum load current of 0.1A per point. The HOLD function can be set to either CLEAR or HOLD.

Installation: Modules can be mounted on a DIN rail or using screws. The document specifies the dimensions and mounting hole sizes for proper installation.

Operational Settings:

DIP Switch Settings: Used for setting response speed and station numbers. All DIP switches are set to OFF prior to shipment.
LED Indicators: LEDs indicate power supply status, communication status, and errors.

Connection and Wiring: The document includes diagrams for external connections and terminal layouts, emphasizing the use of spring clamp terminal blocks and sensor connectors (e-CON) for easy sensor connections.

Additional Features: The modules are designed for compact size and easy module replacement by disconnecting connectors. Surge suppressors and photocouplers are used for isolation and protection.

Overview: This document provides detailed technical information about analog modules, specifically focusing on input and output specifications, installation methods, and power supply requirements. It includes specifications for both analog input and output modules, detailing their characteristics, installation, and power supply needs.

Analog Input Module Specifications:

Model: CL2AD4-B
Input Range: Voltage (-10 to 10V, 0 to 10V, 0 to 5V, 1 to 5V), Current (0 to 20mA, 4 to 20mA)
Resolution and Accuracy: Maximum resolution of 15-bit signed binary, with accuracy varying by input type (e.g., ±0.4% for voltage inputs)
Conversion Speed: 200µs for 4 channels
Isolation: Photocoupler and transformer isolation between systems, no insulation between channels
Installation: DIN rail installation, compatible with specific terminal blocks and wire sizes
Power Supply: 24VDC with specific current consumption requirements

Analog Output Module Specifications:

Model: CL2DA2-B
Output Range: Voltage (-10 to 10V, 0 to 10V, 0 to 5V, 1 to 5V), Current (0 to 20mA, 4 to 20mA)
Resolution and Accuracy: Similar to input module, with specific accuracy for each output type
Conversion Speed: 200µs for 2 channels
Isolation: Similar isolation specifications as the input module
Installation: Similar DIN rail installation requirements
Power Supply: 24VDC with specific current consumption requirements

Power Supply and Adapter Information:

Models: CL1PAD1 (Power supply adapter), CL1PSU-2A (Power supply)
Specifications: Detailed voltage, current, and insulation specifications provided
Installation: Guidelines for selecting and installing power supplies, including current consumption and voltage drop calculations

Installation and Connection:

Terminal Blocks: Specifications for connectable terminal blocks and applicable wire sizes
External Connections: Diagrams and descriptions for connecting external devices

Additional Notes:

Temperature coefficients and ambient temperature ranges are specified for both input and output modules.
Detailed diagrams and layouts are provided for module installation and external connections.

High-Precision and High-Speed Robots:

High-precision operation robots with a maximum load capacity ranging from 5kg to 15kg and arm lengths between 350mm to 850mm. These are oil mist proof and suitable for clean-room environments with a cycle time of 0.46 seconds.
High-speed palletizing robots designed for material handling with a maximum load capacity of 100kg to 150kg and arm lengths from 2360mm to 2730mm, capable of processing up to 1600 cycles per hour.
Large glass substrate transfer robots with various axis structures available, suitable for different substrate sizes and layouts, featuring a deflection correction function for high-speed and high-precision transfers.

Breakers and Energy Measurement:

MDU Breaker: Features a display function for measuring load current, line voltage, electric power, and more, supporting energy-saving activities. It is space-saving with built-in VT and CT, suitable for various applications with a wide range of rated currents.
Energy Measurement Modules: Various models (EMU2-HM1-C, EMU2-RD1-C, etc.) are available for measuring multiple circuits, supporting both low and high-voltage applications, and compatible with CC-Link communication.

Multi-Circuit Power Measuring Module:

Eco Monitor II: Measures current, voltage, electric power, and energy values of multiple low-voltage circuits simultaneously. It supports data collection and management via networks for energy-saving systems.

Protective Relays:

MELPRO-D Series: Advanced communication network-compatible relays for automatic power distribution, suitable for high-voltage systems protection with various measurement functions and programmable contacts.

CC-Link Communication Specifications:

Specifications for CC-Link Version 1.10 include transmission speeds, maximum cable lengths, and connection guidelines. It supports various network configurations and error control systems.

CC-Link Communication Overview: CC-Link is a communication protocol used for industrial automation networks. It supports both bit and word transmission, allowing data of 32 input and 32 output points per station to be transmitted. Each station can read or write data of 4 points. The system supports both cyclic and transient transmission methods.

Network Parameters and Station Configuration: The network consists of various stations including master, remote I/O, remote device, and local stations. Each station has specific areas for sending and receiving data. The network parameters include buffer memory for transient transmission and remote input/output registers.

CC-Link Specifications: CC-Link Version 1.00 and 1.10 have differences in maximum cable lengths and connection cables. The maximum overall cable length varies with transmission speed, ranging from 1200m at 156kbps to 100m at 10Mbps. The cable length between stations also varies based on system configuration.

Differences Between CC-Link Versions: CC-Link Version 2 allows for increased cyclic data size through extended cyclic settings. It supports higher numbers of link points and faster transmission speeds compared to Version 1.

CC-Link/LT Specifications: CC-Link/LT is a variant with specific network wiring specifications. It supports different transmission speeds and has specific requirements for cable types and lengths. The system allows for T-branch connections and has specific guidelines for cable usage.

Technical Information and Recommendations: For optimal performance, it is recommended to use dedicated cables certified by the CC-Link Partner Association. The document provides detailed specifications for cable types, including flat and flexible cables, and outlines the importance of using compatible cables to avoid communication issues.

Terminology and Additional Features: The document includes a glossary of terms related to CC-Link, such as cyclic transmission, broadcast polling method, and automatic return function. These features enhance the network's reliability and efficiency by ensuring seamless data communication and recovery from disconnections.

Station Settings: This section describes various settings related to stations in a network. A station setting prevents a specified station from being treated as a data link error station, allowing it to remain operational even if system configuration suggests otherwise. Extended cyclic settings allow for transmission points to be set at multiples of normal cyclic transmission points.

Transmission Modes: There are different modes for data transmission: I/O mode, where the PLC CPU cannot receive transient transmission requests, and Intelligent mode, where it can. Transient transmission is a 1:1 communication performed as needed.

Module and Station Types: Various modules and stations are defined, including intelligent device modules, local modules, master modules, and remote stations. Each has specific capabilities and roles within the network, such as handling cyclic and transient transmissions or controlling slave stations.

Data and Communication: Data types include word data, which consists of 16 bits, and message data exchanged via transient transmission. The document also details the number of modules and stations, including occupied stations and their configurations.

Environmental Specifications: Operating and storage conditions for modules are specified, including temperature ranges, humidity levels, and vibration resistance. Compliance with standards like JIS B 3502 and IEC 61131-2 is noted.

Connection Types: Different connection types are described, such as screw terminal blocks, spring clamps, and waterproof connections. Each type has specific applications and benefits, such as ease of use or resistance to environmental factors.

Input and Output Specifications: Details on input and output modules include the number of points, voltage specifications, and protective functions like overload and overvoltage protection. The document also explains common input types and their applications in different regions.

Safety and Compliance: Safety features and compliance with standards are emphasized, including flame resistance and pollution degree. The document outlines the importance of adhering to specifications to prevent damage or failure.

Overview: The document provides technical specifications and features of a DC output module used in automation systems, particularly in Europe. It highlights the use of a transistor for DC output, installation guidelines, and protection functions.

Specifications: The module supports various input and output configurations, including 16 and 32-point inputs and outputs with different voltage and current ratings. It features high-speed input response times and low current leakage when the output is off. The module can handle 24VDC power supply and offers overload and overheat protection functions.

Installation and Usage: The module can be vertically installed, saving space. It allows for increased cyclic data settings, reducing unused points. The module can supply power to external devices through the I/O module power supply or CC-Link/LT interface, eliminating the need for an external power supply.

Protection Functions: The overload protection function prevents excessive current from damaging output elements, while the overheat protection function stops operation if an element overheats due to short circuits or frequent surges.

Technical Information: The document lists various module types, including remote I/O modules and master/local modules, with different protection levels (IP1X, IP2X, IP67). It also provides model names and specifications for different configurations.

Global Support: Mitsubishi Electric provides global support through its FA Centers located in North America, Europe, Asia, and other regions, ensuring compliance with international standards and offering customer service.

Overview: The document provides detailed specifications and configurations for various input and output modules, terminal block types, and associated components used in industrial automation systems. It includes information on response times, voltage requirements, and module types.

Input Specifications:

Input modules are available in configurations of 4, 8, 16, and 32 points with voltage options of 5VDC and 24VDC.
Response times vary from 0.2ms to 10ms, with options for high-speed response.
Common types include positive/negative common shared and positive common configurations.

Output Specifications:

Output modules are available in configurations of 4, 8, 16, and 32 points with voltage options of 12/24VDC and 24VDC/240VAC.
Output types include transistor (sink/source type), relay, and triac outputs.
Current ratings range from 0.1A to 2A, with low-leakage current options available.

Model Names:

Various models such as AJ61BT11, A1SJ61BT11, and QJ61BT11N are listed, indicating compatibility with different module types and configurations.

Optional Parts and Modules:

Includes safety relay modules, analog modules, high-speed counter modules, and positioning modules.
Peripheral connection modules and RS-232 interface modules are also available.

Specifications:

Details on CC-Link Safety inputs and outputs, A/D and D/A conversion modules, and temperature input modules.
Information on communication LSI for lead-free/RoHS compatible stations.

Connectors and Accessories:

One-touch connector plugs, protective covers, and dustproof/waterproof caps are specified for various applications.
40-pin connectors and module mounting brackets are also detailed.

Protection Levels:

Protection levels range from IP1X to IP67, indicating varying degrees of protection against dust and water ingress.

Specifications:
The document outlines specifications for various Mitsubishi Electric products, including one-touch connector plugs for communication and power supply, applicable cable types, and wire sizes. It specifies the maximum number of stations (64, with 42 safety stations) and details safety input and output points.

Product Models:
It lists model names for CC-Link Safety and CC-Link/LT related products, including master modules, remote I/O modules, and accessories like connectors and cables. The document also mentions protection levels (IP2X) for different module types.

Procedures and Recommendations:
The document advises reading manuals before using the products and highlights that these products are designed for general industrial use, not for critical applications like nuclear or aerospace without consultation. It emphasizes the importance of backup or failsafe functions in systems where product failure could cause significant damage.

Precautions:
Users are cautioned to check detailed specifications and restrictions in the Q series data book and to read user manuals. Mitsubishi disclaims liability for damages not caused by their products or for secondary damages.

Contact Information:
The document provides contact details for Mitsubishi Electric offices worldwide, including in the USA, Brazil, Germany, UK, Italy, Spain, France, South Africa, Hong Kong, China, Taiwan, Korea, Singapore, Thailand, Indonesia, India, and Australia.

Catalog excerpts

Open Field Network CC-Link Compatible Product databook IndUStrieS Platform Mitsubishi Electric Corporation Nagoya Works is a factory certified for ISO14001 (standards for environmental management systems) and ISO9001 (standards for quality assurance management systems) BUREAU VERITAS

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Strategic Network CC-Link Safety. Strong Manufacturers Stay One Step Ahead of Oth el CC-Link Safety Let's Start Powerful Factory Automation Let's Connect with Powerful Networks. System Configuration Example 25 <CC-Link Safety> System Configuration Example 161 System Configuration

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Opening up the Future of FA Networks and Focusing on what's to come. Changes for the better - Mitsubishi Electric We provide total support in constructing seamless networks in all scenes, from offices to production sites, under a consistent design philosophy. With flexible approaches backed by "Ethernet," "MELSECNET/H" and "CC-Link", a SEMI-certified, world standard field network originated in Japan, and "CC-Link/LT", a sensor level network adhering to the design concept of CC-Link, we propose a network-based FA environment, fit for your needs. the network over all layers <Between factory departments:...

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CC-Link - Proceeding toward a World Standard Network For improved setup efficiency [Simple parameter setup] For achieving complex control, high-mix low-volume production [High-speed, high-capacity transmission] You can set parameters on CC-Link using only the MELSEC total programming tool "GX Developer." You can significantly reduce program size and efficiently set parameters. For a simple and cost effective network [Reduced-wiring network] CC-Link is a high-performance network that utilizes high-speed communications (10 Mbps -top level in the industry-), in order to allow transmission of bit...

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CC-Link/LT - in pursuit of benefits through wire saving. For Easy usage [No need of parameter settings] For high-speed control [fast response] Troublesome network parameter setting is unnecessary. The communication speed setting is required for the master module only. When 64 stations are connected, link scan time is a maximum of 1.2 ms(at 2.5Mbps), achieving excellent fast response performance. CC-Link/LT Link Scan Time (at communication speed of 2.5 Mbps) For Efficient use of I/O points [No wasting surplus I/O points] CC-Link/LT also inherits the feature of CC-Link, complies with EMC directives...

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Innovation in shop floor safety, CC-Link Safety A safety field network "CC-Link Safety" has been developed to reduce risks on the shop floor and to realize a safe work environment. By connecting "safety devices," which detect errors in the production line, and the "safety programmable controller," which stops the production line by signals from the safety devices, with simple wiring, accidents can be prevented during operation. In addition, CC-Link Safety can greatly reduce wiring for the safety system. Risk sources of production lines Mechanical risk Noise/vibration risk Electrical risk Enclosing...

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For hose in design, production and maintenance CC-Link & CC-Link/LT provide solutions for each challenge in the field. More functions... CC-Link "I want a flexible production system." "I want to arrange devices as I desire." "I need complex control features." "I need assembly/ disassembly to be easy." Preventing trouble CC-Link CC-Link/LT "I need network testing for preventive maintenance." CC-Link "I want to do network maintenance from sites away from the PLC master." "I want to connect lots of analog devices." Maintenance section "I need high noise resistance." At testing/operation... CC-Link...

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CC-Link ensures... CC-Link is a high-speed and high-capacity network. CC-Link guarantee consistent communication time. CC-Link is a high speed field network that can handle both control and information together. The cyclic transmission time is not affected by irregular message transmission to the HMI products. It is possible to achieve highly stable control. CC-Link Link Scan Time (at communication speed of 10 Mbps) High-speed/High-capacity data transmission MODE RUN ERR USER BAT BOOT Data capacity Remote I/O (RX, RY)=8192 points each Remote register (RWw)= 2048 words (RWr)=2048 words (when Ver2.0...

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I want to arrange devices as I desire. CC-Link allows flexible installation. I need assembly/ disassembly to be easy. CC-Link family remote I/O modules occupy a small footprint. T-branch repeaters, wireless optical repeaters, optical repeaters, and repeater hubs are available with CC-Link. They enhance the freedom of application even at 10 Mbps. Repeater hub Compact type remote I/O modules with 32, 16, 8, 4, and 2 I/O points are available. They can be mounted in six different directions, including ceiling mounting, front mounting, and flat surface mounting, and selected according to the environment...

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Requests from the maintenance section: "Don't want to stop CC-Link & CC-Link/LT supports the maintenance work with system and keep high operating rates!!" secure functions. Before trouble occurs... (preventive maintenance) When trouble occurs... (troubleshooting) "I need network testing for preventive maintenance." "I don't want to stop my system." CC-Link provides enhanced RAS functions. Station is made offline when a station error occurs, and the data link is continued on normal operating stations. There is no need to move the PC to where the PLC CPU is installed. MODE RUN ERR USER BAT BOOT...

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Case Study "CC-Link is superior to existing networks" Realize the advantages of CC-Link. CASE Mr. A from the engineering section "My current network distance is limited to 100m, and the transmission speed is unstable." "Trunk cables and branch cables in the current network are different. Furthermore, trunk cables are expensive." Mr. A plans to expand his factory. The first challenge is total cable distance and communication stability. What interested him is that the network distance covered by the CC-Link network can be increased up to 900m at 625kbps, and transmission time is stable as well....

Open the catalog to page 11

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