M-System s. 17 years of successful sales, 480,000 total units sold! selectable. Mixed Signal. Mixed Signal. Compact, Mixed Signal

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1 M-System s 0-0 EC-Z -00 Rev. 000 years of successful sales, 0,000 total units sold! Freely communicates with host devices without needing extra programming. Compliant with major open networks regularly used around the world. Network redundancy selectable. See list on pages and. Line up of series available. Choose based on installation location and specific network needs. Feel free to contact us about customized customer specifications. Isolation applied to all input s. Great variety in supported input and output s. (Choose from types and 0 devices). See page. Multi-channel, Mixed Signal Multi-point R Multi-point R Mixed Signal R0 Slice Type, Mixed Signal Expandable, Compact R Mixed Signal R R Ultra-Slim, Mixed Signal R CE/UL for selected models. Please refer to the data sheets for Standards & Approvals. What is?, otherwise called distributed, refers to electronic devices that use transmission technology to send and receive input and output s to/from master electronics like DCS, and PCs often in the fields of process or factory automation. communication uses open networks with open communication protocols. M-System supports our customers with a line up of solutions that use globally accepted major open networks like Modbus, CC-Link, MECHATROLINK, PROFIBUS, etc. 0 0

2 Applications of. Replacing s of and DCS Before Reduce system wiring After Wiring each and every sensor and actuator from the onsite panel to a control panel requires an enormous amount of cables! PC/SCADA software, etc. PC/SCADA software, etc. Network With Control panel Linking up the communication network in daisy chain only takes one cable and greatly reduces wiring. Control panel /DCS Only one cable required! Or just two cables even with redundancy! /DCS Cable after cable! Network redundancy Wires Onsite panel A Onsite panel B Signal conditioner Sensor Onsite panel n Onsite panel A. for PC based SCADA systems Before Onsite panel B Onsite panel n No programming required. Reduced costs. After s won t operate without programming. Signal conditioners are needed at the input. Using doesn t require a program. The technology has a built-in conditioning that allows the user to plug and play, reducing cost and work load. PC/SCADA software, etc. Open network (Modbus, etc) Signal conditioner PC/SCADA software, etc. With network Network R R Sensor Sensor CPU Signal input and output is configured with just an address designated by the host system. It s simple! Some program must be built even for inputting one point!. As solution for IoT terminals Using as an interface for IoT terminal devices like Web Logger and Tablet Recorder has the advantages listed in A thru C. PC/SCADA software, etc. Smartphone Router Internet Router A. Compatible with many types of input/output B. Reduces system wiring needs C. Reduces internet connectivity costs by collecting all the s from various devices throughout a site into a single network connection point. It s the IoT! Tablet Web Logger Cloud (Modbus/TCP) R

3 Features Explained Using Structure of Dual redundant or two independent communication and power systems As shown in the following image, the is made from the combination of a power, network and input/output s. The s are inserted onto the base in basically any combination, with dual redundant or two independent power/network system a standard feature of the series. The input/output s and network can be replaced with the power turned ON. This replacement method is called hot swap. Network A Network A Network B Network B Structure diagram Base Internal bus A Conversion Conversion Network B Network A Internal bus B Conversion Network Network line bus Dotted line shows configuration for dual redundancy. Dual redundant network or two independent network protocols Dual redundant network (example) Dual redundancy with two same network s Dual redundant or two independent power sources Two network protocols (example) Dual redundant network (example) AC Two independent network s communicating with each master at once Two power sources (example) DC Dual redundancy with two power s AC Two independent power sources Many types of input/output s are available Analog ch discrete ch discrete CT input Analog input ( s) Universal DC voltage DC current Thermocouple RTD Potentiometer -0 ma input with -wire Multi-power monitoring transmitter excitation Strain gauge Hot-swappable s A line up of over types and s is available, which can be switched out even while the power is still on (hot swap). AC power input ( s) CT AC voltage AC current Zero-phase current transformer Multi-power monitoring AC power Pulse input ( s) Speed/position High speed pulse Analog output ( s) High speed totalized pulse DC voltage Low speed totalized pulse DC current Totalized pulse Pulse output ( s) Pulse output One-shot pulse output Discrete input (0 s) Discrete input AC contact input Discrete output ( s) Discrete output Remote control relay BCD input/output ( s) BCD input BCD output

4 Examples of Remo In-plant LAN (PC SCADA) for DCS (dual redundant communication network) system is used for SCADA to monitor s from a manufacturing process. Cost per data input is still low even with hundreds of data inputs using, and reductions in wiring needs also helps push down costs. The made-in-japan products comply with the international PROFIBUS-DP standard and can be used in dual redundant network configurations. SCADA for DCS SCADA DCS (redundant system) In-plant LAN () PROFIBUS (redundant system) R R Onsite panel Manufacturing process Manufacturing process Manufacturing process Plant for DCS/ Wireless remote DCS CPU CPU s Here s an example of using our R for providing for a motor control application. The allows direct CT input which eliminates the need for a converter. In addition, using CC-Link reduces the costs associated wiring needs. Onsite panel SCADA for DCS CT Input R Device Device sensor s are collected using a multi-hop wireless system using 0 MHz band and the data then sent to a. Master unit Wireless gateway Slave unit Wireless Machine numbers control command Slave unit R Slave unit Plug-in type wireless Modbus-RTU Process input/output MCC (Motor Control Center) Device Device Above application is only available in Japanese market.

5 te Applications for Tablet Recorder Super high speed for motion control Here s an example of using a remote for several testing devices distributed in different locations to collect measurement data by Tablet Recorder over a LAN line. Here s an example of using remote for MECHATROLINK-III, network for motion control. Controller Tablet Recorder TR0 Wi-Fi Router Tablet R Temperature (thermocouple) Rotary encoder Contact input for control Contact output for control R R Device Device Device Internet connection or R can be used as a remote device for Web Logger. Data saved on Web Logger can be viewed remotely from a PC or mobile device over the internet. for high speed data logger (two independent communication networks) data can be interfaced with two network systems, CC-Link and Modbus/TCP. Smartphone PC High speed data logger SCADA Router High speed scan ISP Internet ISP Plant A Router Plant B R Web Logger R R Testing equipment

6 Open networks in terms of communic Bechoff Automation GmbH Main sponsor EtherCAT Technology Group Number of participants,000 Full duplex, 00 Mbps Number of nodes Up to 00 m STP cables category /e, Star / line / tree Open network that leverages the super high speed of and has functionality for high-precision synchronization between nodes, as well as simple wiring configurations. R R0 Transmission speed Gbps Network configuration and total length Main spo Number o Number of node Maximum distance be STP cable (category 0 / 00 Mbps Control equipment manufacturers Main sponsor ODVA Inc. Number of participants Number of nodes No limitations Distance between nodes: up to 00 m STP cables category /e, Star / line / tree A comprehensive based network that se network to production sites. Please contact us for further det (bps) Network for industrial applications that has a control protocol on top of an TCP/IP. Other commonly available devices can be mixed on the network. MECHATROLINK - III 00 Mbps Yaskawa Electric Corporation Main sponsor MECHATROLINK Members Association Number of participants, Number of nodes Maximum stations Cascade / star configurations Maximum transmission distance: 00 m between stations Minimum distance between stations: 0 cm R G 00 M *Note Motion network that maintains synchronization between all slaves in a system. In addition to offering complete synchronization with the servo drives, can also be used for connecting actuators for inverters, stepping motors and sliders, and peripheral devices for motion control applications such as other, temperature controllers and image processing devices. 0 M Control equipment manufacturers Main sponsor PROFIBUS & PROFINET International Number of participants,00 00 Mbits/s with copper wires. Gbits/s (Option) Number of nodes No limitations With copper wires: 00 m. Communication cables: copper wires, fiber optic cables, wireless PROFINET is an based network developed by PI (PROFIBUS & PROFINET International) for industrial automation that is 00 % compatible with IEEE standard IEEE0. defining. *Note: Communication speeds and distances are with STP cables Please contact us for further details Main sponsor Number of participants Modicon Inc. Modbus-IDA R 0 Mbps / 00 Mbps Maximum 0 R Number of nodes / 000 Mbps (Maximum number of numbered nodes supported: ) R Line / star configurations Maximum 00 m (depends on cable type) R Modbus protocol that operates with TCP/IP Requested user specifications from Japan Automobile Manufacturing Association Main sponsor JEMA (The Japan Electrical Manufacturers Association) Number of participants 0 0 Mbps / 00Mbps Number of nodes nodes 0BASE-T: 00 m when using twisted-pair cable 0BASE: 00 m when using thick type coaxial cable 0 BASE-FL: 000 m when using fiber optic cable Open network originating from Japan s industry for factory automation. Operates with UDP/IP using a communications protocol with token passing methodology so no master node is required. M 00 k 0 k k 0 00 MECHATROLINK - II Transmission speed Network configuration and total length 0 Mbps R Main spo Number o Number of nodes M ( -core STP (dedicated Maximum 0 m (00 m Positioned as a motion field network among ope control elements like and actuators in a contr inputting control data.

7 ation speeds and transmission distance nsor s Mitsubishi Electric Corporation CC-Link Partner Association f participants,0 nodes (total number of master and slave nodes) tween nodes: 00 m e) Line / star / ring configurations amlessly connects an information Main sponsor Number of participants Mbps / Mbps / Mbps Number of nodes Step Technica Co., Ltd. - - Maximum stations Multidrop connection, Shielded twisted-pair cable (half duplex) or shielded -core twisted-pair cable (full duplex) Maximum 00 m (@ Mbps) Super high-speed, highly reliable open field network offered by Step Technica. Used in various control device networks in factory automation for applications like with semiconductor manufacturing or high precision machining. R ails Mitsubishi Electric Corporation Main sponsor CC-Link Partner Association Number of participants,0 kbps / kbps /. Mbps / Mbps / 0 Mbps Number of nodes Maximum nodes Bus type network using shielded -core twisted-pair cable. Maximum 00 m (@ kbps). Also has fiber optic repeater. High speed network for device level and sensor level s (by Mitsubishi Electric) widely used primarily for factory automation. R R R R R R kbps (RS--C) Maximum 0 Mbps (RS-) Control device manufacturers Main sponsor Modbus Organization Number of participants Number of nodes Maximum nodes Has no physical layer standards and typically uses serial connections like RS-C or RS-. Maximum length of 00 m when using RS- (depends on communication speed) R R R R R R A versatile open field network that uses a simple protocol and can be used on multiple levels. Used extensively around the world. cable). Bus connection. if repeater is used) k 0 k Transmission distance (m) Yaskawa Electric Corporation nsor MECHATROLINK Members Association f participants, aximum 0 nodes -0 nodes depending on transmission cycles) n field networks, this network drives final ol system and connects various devices for. k - Mbps Control device manufacturers Main sponsor PROFIBUS & PROFINET International Number of participants,00 Number of nodes Maximum nodes Special copper wire (STP cable) or fiber optic cable with bus / ring / tree configurations. Maximum 00 m (@. kbps) A device level and sensor level network for and DCS used around the world but heavily in Europe. Comes in three types: DP, PA, FMS 0 -. Mbps Echelon Corporation Main sponsor LonMark International Number of participants Over 00 Number of nodes nodes/subsystem (FTT-0) For the network, uses media like twisted-pair cables, power line cables, coaxial cables and fiber optic cables. Free topology, bus configurations. Maximum 00 m (twisted-pair cables) An autonomous distributed network used for the controller, device and sensor levels. Comes in a wide variety of applications for building controls, factory automation and home automation. Control device manufacturers Main sponsor ODVA.Inc Number of participants kbp / 0 kbps / 00 kbps Number of nodes Maximum nodes Bus and tree configurations made with shielded -core twisted-pair cables. Maximum 00 m (@ 00 kbps) Widely used around the world primarily for factory automation applications as a device level network for and DCS. R R R R R R R R R

8 Multi-channel, Mixed Signal Mixed Signal Expandable, Compact R R types / device models types / device models types / device models 0 0 (.0) 0. (.) 0 (.) 0 (.) 0 (.) 0 (.) (.) (.) 0 0 (.) (.) HLS is the abbreviation for Hi-speed Link System of Step Technica Co., Ltd. Multi-point Ultra-Slim, Mixed Signal Slice Type, Mixed Signal R R R types / device models 0 types / device models types / device models (.) T T T 0 0 (.) 0 0 (.) Mixed Signal Multi-point R R0 types / device models types / device models 0 (.) 0 (.) 0 (.) (.) 00 (.) (.). () (.) (.0) 0 (.) T T T T (.) 0 (.) (.) Lineup