Total Components Supplier for PA. Application Examples.

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1 Total Components Supplier for A / FA / BA Application Examples

2 1 hotovoltaic Generation 3 Highway Systems ALICATION MA age 7 age 6 High-Voltage DC Lightning Surge rotectors(arresters) for hotovoltaic Systems ower Monitoring Systems for Service Areas 2 Wind ower Generation 4 Distribution Reservoir age 6 age 9 Turbine Blade Angle Detection and ower Output Determination Remote Monitoring of Distribution Reservoir(s) 4 Distribution Reservoir 2 Wind ower Generation 1 hotovoltaic Generation 5 Greenhouses 11 Business Districts 6 Railroad Systems 3 Highway Systems 12 Office Buildings 9 Local Government Offices 10 ulp and aper Mills 7 Food Factories 8 Chemical lants 11 Business Districts 13 Wastewater Treatment lants 15 Water urification lants age 11 age 8 age 9 Signal Transmission that Requires High Reliability Wide-Area Remote Monitoring of Manhole umps Centralized Monitoring System 12 Office Buildings 14 Sluice Gates 16 etrochemical lants age 10 age 8 age 4 HVAC Control System for Large Offices HVAC Control System for Cubicles and Window Areas Sluice Gate Automation and Remote Monitoring Fluid Temperature Measurements On-Site Tank Liquid Level Indication Aperture Control of neumatic Control Valves 2

3 5 Greenhouses 7 Food Factories 9 Local Government Offices age 13 age 5 age 9 Temperature Log and Monitoring of Greenhouses Signal Input to LCs Centralized Monitoring System 6 Railroad Systems 8 Chemical lants 10 ulp and aper Mills age 6 age 4 age 12 ower Monitoring of Train Stations Fluid Temperature Measurements On-Site Tank Liquid Level Indication Aperture Control of neumatic Control Valves C for aper Machines 13 Wastewater Treatment lants 20 Vessels 14 Sluice Gates 18 Fishery Harbors 19 ublic Aquaria 15 Water urification lants 21 Automotive Factories 17 Semiconductor Factories 22 Waste Incineration lants 16 etrochemical lants 17 Semiconductor Factories 19 ublic Aquaria 21 Automotive Factories age 7 age 5 age 7 Semiconductor Cleaning Equipment I/O and Safety Measures Sea-Water Circulation System and Temperature Control Automotive Coating System High-Speed Sampling Tests of Automotive Engines 18 Fishery Harbors 20 Vessels 22 Waste Incineration lants age 6 age 12 age 5 ower Monitoring of Ice Machines and Cold Storage Warehouses Cooling Control System for Marine Engines Waste Incineration and Energy Reuse 3

ALICATION EXAMLES etrochemical lants Chemical lants Measuring Fluid Temperature Temperature sensors like thermocouple and RTD are normally used by being contained in the protector tube (sheath).

Since they accept direct input from an RTD and provide a standard 4-20 ma DC signal, there will be no margin of error caused by the lead resistance and no need to purchase expensive compensating lead

Displaying Tank Liquid Level in Hazardous Area A light-generating instrument that consumes a relatively high amount of energy doesn t need to be used in a hazardous area that must "eliminate

4 ALICATION EXAMLES etrochemical lants Chemical lants Measuring Fluid Temperature Temperature sensors like thermocouple and RTD are normally used by being contained in the protector tube (sheath). Head-mounted 2-wire signal conditioners are used by being stored in the head area of this protector tube. Since they accept direct input from an RTD and provide a standard 4-20 ma DC signal, there will be no margin of error caused by the lead resistance and no need to purchase expensive compensating lead wires. Displaying Tank Liquid Level in Hazardous Area A light-generating instrument that consumes a relatively high amount of energy doesn t need to be used in a hazardous area that must "eliminate conditions to induce explosions caused by electric energy." The Loop owered Field Indicator by M-System can be installed in a hazardous area because the panel lights up to display the measured data using the low energy of a current signal. We also have intrinsic safety models available. Controlling neumatic Valves Opening In places like oil or chemical plants, many adjustment valves are installed in the premise to control the liquid flow volume. The Multi-Function ID adjusts the valve opening by the ID control based on the measured data from the flowmeter. The actuators with the pneumatic pressure valve control have two different types of input (control signal): pneumatic pressure signal and electric signal. For the pneumatic pressure signal, an I/ Transducer is used to convert electric signal of the Multi-Function ID into pneumatic pressure signal. Head-Mounted 2-Wire s, Loop owered Field Indicator, Lightning Surge rotector Measuring Fluid Temperature Head-Mounted 2-Wire Signal Conditioners Central Station with 24V supply Displaying Tank Liquid Level in Hazardous Area (explosion-proof area) Central Station with 24V supply rotector Tube 4-20mA DC Lightning Surge rotector LC DCS Lightning Surge rotector Tank Liquid Level 4-20mA DC Lightning Surge rotector Loop owered Field Indicator LC DCS Lightning Surge rotector Head-mounted 2-wire 27RS Loop owered Field Indicator 6DV-B/6DVI-B with 24V supply M2DY Lightning Surge rotector for Standard Signal Line & ulse Use MD-24-1 Lightning Surge rotector for Standard Signal Line & ulse Use Conduit Mount, Weather-proof, ( ) 24 V DC Line Voltage MD6N-24 Multi-Function ID & I/ Transducer Controlling neumatic Valves Opening V (rocess Variable) Multi-Function ID Loop owered I/ Transducer Actuator (neumatic) MV (Manipulated Variable) 4-20mA DC A.S. (Air Supply) neumatic Signal 19.6~98.1ka Multi-Function ID SC Series Loop owered I/ Transducer HVN A.S. Fluid Flowmeter neumatic Valve 4

5 ALICATION EXAMLES Food Factories Signal Input to LCs Signal conditioners are in use for processes where sensor outputs are converted into signals for LC systems. They are utilized in normalizing sensor signals into standard formats for instrumentation in the stage before LCs, or for the purpose of simple computations, such as alarm output or ratio calculation, processed prior to data input to LCs. Waste Incineration lants Waste Incineration and Energy Reuse Waste incineration involves a wide range of processes for waste heat utilization, such as combustion control, flue gas treatment, and cogeneration systems, where a large number of control or monitoring processes are used, thus requiring signal conditioners and Limit Alarms for individual operations. ublic Aquaria Sea-Water Circulation System and Temperature Control ublic aquarium tanks hold millions of liters of water and require sea-water circulation systems and temperature controls, involving a large number of temperature monitoring and flow control points. Because of these requirements, a large amount of energy is consumed, and various power monitoring systems and power transducers have been adopted., ower Transducer, Limit Alarm Converts Outputs into Signals for LCs and Recorders Outputs Digital Signals for Field Indicators in addition to LCs or Recorders For Replacement of Existing Field DCS A/D board LC, Recorder, and the like 4-20 ma DC, or other A/D board 4-20 ma DC, or other LC, Recorder, and the like Field Indicator DCS (Distributed Control System) Control Station signal signal (ico-m Series) Compact lug-in s Mini-M Series Compact lug-in Signal Splitters Mini-MW Series Dual Output Super-mini Signal Conditioners ico-m Series 2-Wire System Converts and Transmits On-site Signals 4-point Alarm System Optimizes the Number of umps being Operated ower Monitoring System ower Supply Dual/Quad Alarm AS4 Series Command Contact to Regulate ump Operation High Voltage Wiring with 24V supply 4-20mA DC LC, Recorder, and the like Water Level Gauge 4-20mA DC Other L1 L2 L3 L4 VT, CT Multi ower Monitor Field-mounted 2-wire Material Tank ump Field-mounted 2-wire s B6-UNIT Series Digital Adjustments Dual/Quad Alarms AS4 Series Multi ower Monitors 53U Series 5

ALICATION EXAMLES Wind ower Generation Fishery Harbor Turbine Blade Angle Detection and ower Output Determination Optimal wind turbine blade angles vary depending on wind force.

6 ALICATION EXAMLES Wind ower Generation Fishery Harbor Turbine Blade Angle Detection and ower Output Determination Optimal wind turbine blade angles vary depending on wind force. In wind power generation, 2-wire otentiometer Transmitters provide detection of optimal blade angles, and multimeters and multi-transducers are in use to measure power output. ower Monitoring of Ice Machines and Cold Storage Warehouses Equipment such as deep-freezers or ice machines are indispensable for a fishery harbor equipped with fish and seafood processing facilities or storages. These facilities implement systems to control temperature and monitor power distribution, utilizing a wide range of signal conditioners and Multi ower Monitors. Railroad Systems Highway Systems ower Monitoring Systems for Railroad Stations or Service Areas For efficient use of energy, railroad stations and service areas implement power monitoring systems supported by a variety of power transducers and Multi ower Monitors., ower Transducer, Limit Alarm Converts Outputs into Signals for LCs and Recorders For Replacement of Existing Field DCS 2-wire System Converts and Transmits On-site Signals A/D board LC, Recorder, and the like 4-20 ma DC, or other DCS (Distributed Control System) Control Station ower Supply with 24V supply 4-20 ma DC LC, Recorder, and the like signal (ico-m Series) Field-mounted 2-wire Compact lug-in s Mini-M Series Dual Output Super-mini s ico-m Series Field-mounted 2-wire s B6-UNIT Series Outputs Digital Signals for Field Indicators in addition to LCs or Recorders 4-point Alarm System Optimizes the Number of umps being Operated ower Monitoring System LC, Recorder, and the like Dual/Quad Alarm AS4 Series Command Contact to Regulate ump Operation High Voltage Wiring A/D board 4-20 ma DC, or other Field Indicator Water Level Gauge 4-20 ma DC Other L1 L2 L3 L4 VT, CT Multi ower Monitor signal Material Tank ump Compact lug-in Signal Splitters Mini-MW Series Digital Adjustments Dual/Quad Alarms AS4 Series Multi ower Monitors 53U Series 6

7 ALICATION EXAMLES Semiconductor Factories Automotive Factories hotovoltaic Generation Semiconductor Cleaning Equipment I/O and Safety Measures Among various signal conditioners in use at many semiconductor manufacturing processes, we here introduce our remote I/O for cleaning equipment. Contact I/O card of R8 Series normally processes input and output data via network (EtherCAT); however, in the event of malfunction, it turns off all or specified points in accordance with interlock command contact input. It has been implemented in response to customers' need for an application that allows for halting equipment directly at site without connecting to the network in the event of an emergency. Automotive Coating System Coatings applied to automotive parts or components require sophisticated technologies as well. Our systems that support HLS, ultra high-speed, ultra high-reliable open field network have been adopted in coating processes as a solution to provide accurate control of multiple coating spray nozzles. High-Speed Sampling Tests of Automotive Engines M-System's high-speed isolation amplifiers have been adopted for the development of high-speed voltage input boards for the automotive engine testing equipment. High-Voltage DC Lightning Surge rotectors (Arresters) for hotovoltaic Systems Tidily aligned photovoltaic modules and their wiring installed in a vast site are highly susceptible to inductive lightning. M-System's lightning surge protectors (arresters) protect such photovoltaic modules and power conditioners used in solar generation systems. for Semiconductor Cleaning Equipment Outlet Transfer Robot EtherCAT Slice Type, Mixed Signal R8 Series R8 Series Wafer Load Wafer Unload Multi-ort Solenoid Valve Chemical Liquid Reservoir, Rinsing Water Reservoir Dryer Interlock Command Contact to Other Isolation Amplifier Lightning Surge rotector Automotive Coating System Open Network HLS Tests and Measurements of Automotive Engine erformance C Lightning rotection for hotovoltaic Systems hotovoltaic Module hotovoltaic Module Coating Jet Nozzle Coating Application Engine for Tests For Engine Tests High-Speed Voltage Input Board High-Speed Isolation Amplifier Revolution Speed Boost ressure Revolution Speed Torque Junction Box ower Conditioner Surge rotector for hotovoltaic Systems to Receiving and Transforming Equipment Compact for HLS R7HL Series High-Speed Isolation Amplifier 20VF Surge rotector for hotovoltaic Systems MAT 7

8 ALICATION EXAMLES Sluice Gates Sluice Gate Automation and Remote Monitoring Sluices are built at confluences where feeders tributaries flow into the main stream. To prevent flow-back of water into feeder streams, sluices are closed when the water level of a river rises high. Though most sluices are unmanned except at such times, once a rapid water level rise is observed, the gates require immediate operation. Web Data Loggers provide a systematic solution for monitoring and recording of river water levels, and opens/closes water gates automatically if an abnormality is detected. Wastewater Treatment lants (Manhole ump) Wide-Area Remote Monitoring of Manhole umps Sewers are generally gravity powered, though pumps may be used when necessary; for instance, where pressurized force is needed to convey water through undulating land or over long distances. A manhole pump lifts up sewer water to a higher elevation and then discharges the water to another gravity sewer. Terrain conditions in some areas require many pumps, however, which need time-consuming routine maintenance work. Web Data Loggers provide an unmanned monitoring and reporting system to cover a number of manholes installed in a wide area. Web Data Logger, Wide-Area, Remote Monitoring Web Data Logger with web server function monitors sites and provides data logging and event alerts. Operators only need internet access to grasp real-time water levels. Control C Web Browser : Internet Service rovider Cellular hone Remote Monitoring of Distribution Reservoir(s) notification ADSL/Optical Mobile ADSL/Optical Mobile I/O I/O I/O Site 1 Site 2 Site n On/Off Failure 4-20mA 4-20mA FI FI 4-20mA Water FI Distribution ump Flowmeter Flowmeter Distribution Flowmeter Reservoir Di Modbus (RS-485) R3 Series 4-20mA I Indicator Turbidimeter and Residual Chlorine Meter Water Distribution Remote Monitoring and Control of Sluice Gates Front Back Sluice Water Level Warning Lamp Sluice Full Close Command Sluice Full Open Command Full Close Answerback Full Open Answerback Remote Monitoring of Manhole umps Monitoring Control anel Monitoring System Covers: ump Operation Cycle ump Major Malfunction ump Overload ump Short ump Operation Duration ump Water Level ower Failure Web Data Loggers Inlet ipe Discharge ipe Manhole ump Multi-channel, Mixed Signal R3 Series 8

9 ALICATION EXAMLES Distribution Reservoir Remote Monitoring of Distribution Reservoir(s) Service water filtered at a water purification plant is typically lifted up to a distribution reservoir, then re-distributed downstream by gravity power for domestic use. Our Web Data Loggers provide a monitoring system for distribution reservoirs, most of which are unmanned during operation. Water urification lants Centralized Monitoring System Data collected from sluices and distribution reservoirs, as well as local water purification plants or pumping stations, is centrally monitored at water purification plants or local government offices. Local Government Offices Web Data Logger, Wide-Area, Remote Monitoring Web Data Logger with web server function monitors sites and provides data logging and event alerts. Operators only need internet access to grasp real-time water levels. Control C Web Browser : Internet Service rovider Cellular hone Remote Monitoring of Distribution Reservoir(s) notification ADSL/Optical Mobile ADSL/Optical Mobile I/O I/O I/O Site 1 Site 2 Site n On/Off Failure 4-20mA 4-20mA FI FI 4-20mA Water FI Distribution ump Flowmeter Flowmeter Distribution Flowmeter Reservoir Di Modbus (RS-485) R3 Series 4-20mA I Indicator Turbidimeter and Residual Chlorine Meter Water Distribution Remote Monitoring and Control of Sluice Gates Front Back Sluice Water Level Warning Lamp Sluice Full Close Command Sluice Full Open Command Full Close Answerback Full Open Answerback Remote Monitoring of Manhole umps Monitoring Control anel Monitoring System Covers: ump Operation Cycle ump Major Malfunction ump Overload ump Short ump Operation Duration ump Water Level ower Failure Web Data Loggers Inlet ipe Discharge ipe Manhole ump Multi-channel, Mixed Signal R3 Series 9

10 ALICATION EXAMLES Office Buildings Air Conditioning Control for Large Offices In large buildings, heat source equipment such as boilers and freezers are commonly installed in machine rooms to provide overall air-conditioning. Each story has an air handling unit (AHU) that distributes cooled (or heated) air to the floor. The air flow from the AHU is increased or reduced at a damper motor that is controlled by a variable air volume () controller. It receives the readout on the wind sensor and the temperature setting on the remote controller, and adjusts the aperture of the damper to keep room temperature as close to the preset one as possible. BA Air Conditioning Control System for Cubicles and Window Areas In hospital rooms or places where temperature conditions vary due to exposure to sunlight, fan coil units () are in common use. Heat source (hot and/or cold water) is supplied per unit to control temperatures of individual rooms. Our controller provides control of hot and/or cold water valves and a fan as well as the in the room so that the room temperature is stabilized at as close to the preset one as possible. Applications introduced in this page are only available in Japanese market or for limited example outside Japan. HVAC Control for Large Offices Room Temperature (via remote controller) BA9- Wind Speed Damper Motor Exhaust Outside to Upper Stages Hot or Cold Water (rimary) (Secondary) Heat Exchanger Filter Cooling and Heating Coil LONWORKS Fan DDC Fan Air AHU (Air Handling Unit) Heat Source Equipment Supply Remote Large Office Supply Remote BA9- HVAC Control System for Cubicles and Window Areas Heat Source Equipment LONWORKS Hot or Cold Water M controller to other Hot or Cold Water Heat Source (rimary) Equipment (Secondary) Temperature M to other Compartment Remote Remote FAN Coil (Heat Exchanger) Supply Signal Transmission that Requires High Reliability Cold Water Hot Water, Steam Air-Conditioning, Hot Water Supply Facilities, Buildings Multi-channel, Mixed Signal R3 Series District Heating and Cooling lant Large Capacity Heat ump Large Capacity Heat ump Large Capacity Heat ump 10

11 ALICATION EXAMLES Business Districts Signal Transmission that Requires High Reliability District Heating & Cooling (DHC) is a system for distributing cool/hot water or steam generated in one or more heat generator plants via local piping network to residential and commercial locations within its supply area for cooling, heating and/or water heating. For heat generator plant operation, reliability counts more than anything. Its nature also requires temperature measurements with excellent accuracy as well as versatile compatibility to support various signal types. Our R3 Series supports reliable duplex communication, offers a wide range of input card types including high accuracy temperature input card, and enjoys the reputation of exceptional cost performance, all of that contributing to widespread use among many DHCs. Applications introduced in this page are only available in Japanese market or for limited example outside Japan. BA HVAC Control for Large Offices Room Temperature (via remote controller) BA9- Wind Speed Damper Motor Exhaust Outside to Upper Stages Hot or Cold Water (rimary) (Secondary) Heat Exchanger Filter Cooling and Heating Coil LONWORKS Fan DDC Fan Air AHU (Air Handling Unit) Heat Source Equipment Supply Remote Large Office Supply Remote BA9- HVAC Control System for Cubicles and Window Areas Heat Source Equipment LONWORKS Hot or Cold Water M controller to other Hot or Cold Water Heat Source (rimary) Equipment (Secondary) Temperature M to other Compartment Remote Remote FAN Coil (Heat Exchanger) Supply Signal Transmission that Requires High Reliability Cold Water Hot Water, Steam Air-Conditioning, Hot Water Supply Facilities, Buildings Multi-channel, Mixed Signal R3 Series District Heating and Cooling lant Large Capacity Heat ump Large Capacity Heat ump Large Capacity Heat ump 11

ALICATION EXAMLES ulp and aper Mills C of aper Machines A C controller is a device that provides systematic control for uniformized distribution of paper weight in gsm* 1.

Accurate control of these control valves enables fine adjustment of the dilution water flow passing through each line, consequently producing a uniform transverse weight of paper per unit area.

M-System's MS Series Electric Actuators with communication function allow all network wiring to be allocated in series reducing wiring work.

12 ALICATION EXAMLES ulp and aper Mills C of aper Machines A C controller is a device that provides systematic control for uniformized distribution of paper weight in gsm* 1. To the controller, a large number of dilution water lines are connected, and each line has a control valve attached to it. Accurate control of these control valves enables fine adjustment of the dilution water flow passing through each line, consequently producing a uniform transverse weight of paper per unit area. Our MS Series Electric Actuators are in use as electric actuator for the control valves. Typically, one C controller needs control valves. M-System's MS Series Electric Actuators with communication function allow all network wiring to be allocated in series reducing wiring work. *1: weight of paper per unit area Vessels Cooling Control System for Marine Engines Rotary Motion Electric Actuators are in use for cooling systems of marine diesel engines. They control pure water temperatures to cool diesel engines, as well as cross valve apertures that maintain adequate sea-water temperatures for cooling air. For marine use, equipment must endure harsher conditions than those for onshore equipment so as to assure safe navigation of the vessels. Approval certificates of classification societies are granted for electric devices or equipment that can endure such conditions. M-System's Rotary Motion Electric Actuator R has been accredited by Lloyd s Register Marine classification, the certification of longest standing among the international classification societies. Electric Actuator C Control System of aper Machines LC Dilution Water LC Networks Control Valve Dilution Water LC Networks Electric Actuator MS Series with Communication Function The headbox evenly spreads materials transferred through the C controller. Open Network Capable Linear / Rotary Motion Electric Actuators MS/ MR Series Raw Material (Liquid ulp) ulp Materials Material Distribution Room Material Conveyor ipe Headbox aper Machine Electric Actuator R Series (rotary type; max. torque 200 N m, Lloyd's Register type approved) Cooling Control System for Marine Engines Coolant Sea-Water Cooling Line Sea-Water Intake Bypass Inlet Temperature Control Valve Electric Actuator M Control Valve M ure Water Line Bypass Sea-Water urified Water Cooler 12

13 Modbus-RS485 ALICATION EXAMLES Greenhouses Temperature Log and Monitoring of Greenhouses Sophisticated agricultural management for greenhouse cultivation requires good control of temperature monitoring and recording. aperless recorders that support network connection provide an economical solution that cover multi-point temperature logs in large greenhouses. M-System's Web Data Logger sends out notification to your cellular phone when it detects excessively high temperature in a greenhouse. aperless Recorder, Web Data Logger Temperature Log and Monitoring of Greenhouses Temperature aperless Recorder 73VR1100 Main Facility Alert Contact Cellular hone Web Data Logger aperless Recorder Web Data Logger 13

14 M-SYSTEM CO., LTD. Headquarters, International Department & Factory , Minamitsumori, Nishinari-ku, Osaka JAAN Tel: +81-(0) Fax: +81-(0) M-SYSTEM CHINA CO., LTD. Room03, 12/F Building II, No533, Loushanguan Road, ChangNing District, Shanghai R.China Tel: +86-(0) , 2016 Fax: +86-(0) MG KOREA CO., LTD. 9F, Yungseong Bldg., 230-1, Bangbae-ro, Seocho-gu, Seoul, , Korea Tel: +82-(0) Fax: +82-(0) MGTEC ASIA TE. LTD. enthouse Level Suntec Tower Three 8 Temasek Boulevard Singapore Tel: & Fax: M-SYSTEM CO., LTD , Minamitsumori, Nishinari-ku, Osaka JAAN Tel: +81-(0) Fax: +81-(0) URL info@m-system.co.jp Application Examples_R0_ Specifications are subject to change without notice. When ordering, use the latest data sheets available at M-System web site:

Total Components Supplier for PA / FA / BA CORPORATE PROFILE.

Total Components Supplier for A / FA / BA CORORATE ROFILE www.m-system.com EC-Z954 Rev.1 September 2017 Contributing to the next generation of automation M-System Message From The resident For over forty