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PROGRAMMABLE LOGIC CONTROLLERS - …

PROGRAMMABLE LOGIC CONTROLLERS . FX Analog Family A tradition in refining excellence. Analog FX3 series and Analog Control The FX3 series makes analog control simpler than ever. Custom tailor your FX3 series to Ease of use match your application requirements. Choose Control systems that require from the basic expansion boards, the direct minimum setup and keep program addressing adapters, or the powerful CPU- development time to a minimum. integrated special function blocks. This level of flexibility ensures that you get the perfect solution for your system needs and your budget. Flexible A configurable design that permits What is Analog Control anyways? Analog Output Analo open communication, large Motor or Analog Output Amme I/O handling, as well as precise Analog control is used in a broad range Inverter Control Device FX Pressure positioning and analog control, of industries. In simple terms, it enables a creating systems that mold to discrete signal to provide control within a customer requirements.

DA AD Analog Platform – A new benchmark in analog control FX3 series and Analog Control Analog control is used in a broad range of industries. In simple terms, it enables a

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Transcription of PROGRAMMABLE LOGIC CONTROLLERS - …

1 PROGRAMMABLE LOGIC CONTROLLERS . FX Analog Family A tradition in refining excellence. Analog FX3 series and Analog Control The FX3 series makes analog control simpler than ever. Custom tailor your FX3 series to Ease of use match your application requirements. Choose Control systems that require from the basic expansion boards, the direct minimum setup and keep program addressing adapters, or the powerful CPU- development time to a minimum. integrated special function blocks. This level of flexibility ensures that you get the perfect solution for your system needs and your budget. Flexible A configurable design that permits What is Analog Control anyways? Analog Output Analo open communication, large Motor or Analog Output Amme I/O handling, as well as precise Analog control is used in a broad range Inverter Control Device FX Pressure positioning and analog control, of industries. In simple terms, it enables a creating systems that mold to discrete signal to provide control within a customer requirements.

2 PLC system. Basic examples of analog control include collection of sensory data from fluid AnalogVoltage or D/A convert PLC Data Processing Voltag levels and the control of a motor's speed. Current Input Current Systems can be developed and configured to each user's needs and requirements. There are DA. 3 basic categories of analog control; analog to digital (A/D), digital to analog (D/A), and temperature control and measurement. Analog Control in action Affordable A high performance to cost ratio Here we have a typical system example. A. makes economical design solutions thermocouple (TC) monitors the temperature for a diverse range of applications of the heating element, and maintains a a reality. These features combined certain temperature in the orange liquid based with Mitsubishi Electric's legacy in on the input temperature from the sensor quality and reliability ensures that (PT). Then a flow meter (A/D) measures the the 3rd generation of controller will amount of fluid that is pumped in into the AD.

3 Continue to be at the forefront of the blue liquid. An inverter is controlled (D/A). compact PLC market and provide to power an electric motor to agitate the customers with a leading edge. blue liquid and a second flow meter (A/D). measures the amount of liquid going into each container. Customer Confidence Standards and International Acceptance Compliance with CE and UL/cUL standards enables users worldwide to put faith in the FX brand. With a design philosophy The FX range is also certified to a variety of shipping approvals that include Lloyds, German Lloyds, spanning more than quarter American Bureau of Shipping, Registro Italiano Navale, DET Norse Veritas, Bureau Veritas, and of a century, a customer base Nippon Kaiji Kyokai. spread across the globe, a host of industrial certifications and almost 9 million CPUs sold, the FX3 series continues to sustain its position as the compact PLC of choice. Platform A new benchmark in analog control Standard Functions Standard analog control functions allow for simple control of analog related processes.

4 Voltage and current levels can be input and output by A/D. and D/A channels respectively. A standard range of 0V to 10V. DC and 4mA to 20mA DC. is provided, with many units having extended ranges. Temperature levels from a thermocouple or platinum temperature sensors can be input to the The FX3U-3A-ADP and FX2N-5A are hybrid temperature units. Depending on the acquisition A/D D/A units. They have channels for both device the temperature input can be -100 to analog input as well as analog output. The FX2N- 1300 C (-100 to 2400 F). 8AD is a hybrid analog input unit. The channels of analog input can also be used for temperature Averaging of input data can be performed in all input. Analog Input Temperature Input FX3 series PLCs receiving an analog input. This Ammeter or Analog Input allowsAnalog Temperature for source inconsistencies Input to be smoothed Conversion of data from the analog unit to the FX FX. Pressure Sensor Device Sensor Device out as the user can specify the amount of time PLC happens fast.

5 For all channels of any FX3U. to perform averaging of analog values over to series analog unit it takes just 200 s for the provide stable data. FX3U or FX3UC to convert data, or 250 s for the FX3G. Voltage or PT100/PT1000/Ni1000 Temperature Value Advanced Functions ssing A/D convert PLC Data Processing Thermocouple A/D convert Current Input (Temperature Measurement Device) Read to PLC. AD. Analog special function blocks incorporate an embedded CPU within the module. This added processing power allows the module to work independent from the PLC's CPU and perform advanced analog control functions. Digital Filtering Digital filtering can be PID Control Allows for automated implemented to reduce the amount of noise. This error corrections based on PID. PT. function is available in the FX3U-4AD and FX3UC- (proportional integral derivative) control 4AD. See the figure below. algorithms that can be set up by the user or set automatically with the Auto- Analog input value The digital output value will tuning function.

6 Analog inputOther value features include Analog input value TC Digital output value(Digital Filter) The digital output value will Analog input value follow the analog input value. Digital output value Digital output value(Averaging) set upper/lower limit values to control Digital output value (Digital Filter). (Averaging). follow the analog input value. the output and alarm output for specified Set digital filter value input and output variations. See the Set digital filter value AD figure below. Set digital filter value Specialized Temperature Control The Set digital filter value Converted into stabilized digital output value FX3U-4LC* is the new specialized module (Fluctuation width is less than 10 times of sampling) providing 4 channelsConverted of fast into andstabilized precise digital output value (Fluctuation width is less than 10 times of sampling temperature input or output. Time *Available from spring 2010. Time Tank water Output Pattern Using a table an output pattern Target Value temperature Tank water Target Value PID Control operation temperature can be configured allowing an analog signal to be PID Control operation Temperature Input output according the data table for automating control sequences.)

7 The function is available Temperature Sensor Analog Input Device FX exclusively in the FX3U-4DA. Time Output Time voltage(V). Point2 Point3. 10. No interpolation PT100/PT1000/Ni1000 S-shaped S-shaped essing Thermocouple A/D convert Temperature Value interpolation interpolation (Temperature Measurement Device) Read to PLC. 5. Point4. Point1. 0. Time Output updata Output updata Output updata time at point 1 time at point 2 time at point 3.. Main Unit Special Adapter*1 Special Function Blocks*2. *1 : For connection to an FX3UC main unit, the FX2NC-CNV-IF. interface adapter or the FX3UC-1PS-5V power supply unit is required. *2 : To connect to the FX3U main unit a FX3U BD board is required. For connection to a FX3G is the FX3G -CNV-ADP. required. Expansion Board The FX3 series can be expanded with 3 different analog options: Expansion Board - Basic expandability with 1 or 2 channels for basic analog control*. Expansion Boards Lineup AnalogAnalog - Basic CPU function expansion FX3G-2AD-BD.

8 - No additional installation space required FX1N-2AD-BD. FX3G-1DA-BD. - Direct CPU access FX1N-1DA-BD. * : Available for FX3G and FX1S Analog Setpoint FX3G-8AV-BD FX3G -2AD-BD. FX1N-8AV-BD. Special Adapter - Standard expandability with 3 or 4 channels for standard analog or temperature control* Adapters Lineup Analog FX3U-4AD-ADP. FX3U-4DA-ADP. - Standard high-speed functions FX3U-3A-ADP. - Direct programming Temperature - Space saving installation FX3U-4AD-PT-ADP. - Galvanic insulation of the signals FX3U-4AD-TC-ADP. FX3U-4AD-PTW-ADP. FX3U-4AD-PNK-ADP FX3U -4AD-ADP. * : Available for and FX3G. Special Function Blocks - Advanced solution with 2 to 8 channels for advanced analog or temperature control with up to 16 bit Special Function Blocks Lineup resolution and digital filtering* Analog FX2N-2AD. FX3U-4AD. - Advanced function expansion FX2N-2DA. FX3U-4DA. - Embedded CPU for PLC scan time FX2N-5A. independent operation FX2N-8AD. FX3UC-4AD. - Integrated memory FX2NC-4DA.

9 - Access via From/To instruction Temperature - Special FX3UC units available FX2N-2LC. FX3U-4LC FX3U -4AD FX3UC-4AD. * : Available for and FX3G.. Configuration rules/expandability 3 1 5 3 1 4 5. FX3U FX3UC. High-Speed Output ADP. Special Function Blocks Special Function Blocks FX3U Power Supply Unit Special Function Blocks High-Speed Input ADP. Communication ADP. FX2N Unpowered I/O. Communication ADP. FX3UC-1PS-5V or FX2NC-CNV-IF. FX3UC/FX2NC. Analog ADP. Analog ADP. Expansions Expansions Expansions FX3U/FX2N. FX3U/FX2N. FX2NC I/O. FX2N I/O. FX3U FX3UC. Board Main Unit Main Unit 3 1 5 1. FX3G FX1S. Interface Converter ADP. Special Function Blocks Communication ADP. Communication ADP. Power Supply Unit FX3G Main Unit FX1S. Interface Board AC AC Power supply Main Unit Analog ADP. Expansions FX3U/FX2N. FX2N I/O. DC DC Power supply FX3U. 2 D1 DC Input(sink). BD BD D2 DC Input(sink/source). R Relay output T1 Transistor(sink). T2 Transistor(source). 1 FX3U Main Units 16-128 I/O 1 FX3UC Main Units 16-96 I/O 1 FX3G Main Units 14-60 I/O 1 FX1S Main Units 10-30 I/O.

10 FX3U-32MR/ES FX3UC-64MT/DSS. FX3G -24MT/ES FX3G -40MT/ES FX1S-14MR-ES/UL. T/ES: FX3UC-16MT/[ ]. FX3U-16M[ ] AC D2 T1. T/ESS: FX3UC-32MT/[ ] T/ES: T/DS: FX3U-32M[ ] AC D2 T2 FX3G -14M[ ] AC D2 T1 DC D2 T1. R/ES: FX3UC-64MT/[ ] T/DSS: FX1S-10M[ ] R-ES/UL. FX3U-48M[ ] AC D2 R FX3G -24M[ ] T/ESS: AC D2 T2 DC D2 T2 AC D2 R. FX3UC-96MT/[ ] R/DS: FX1S-14M[ ] T-ESS/UL AC D2 T2. FX3U-64M[ ] T/DS: DC D2 T1 FX3G -40M[ ] R/ES: AC D2 R DC D2 R. FX1S-20M[ ] R-DS DC D2 R. FX3U-80M[ ] T/DSS: DC D2 T2 D: DC D1 T1 FX3G -60M[ ]. FX1S-30M[ ] T-DSS DC D2 T2. FX3U-128M[ ] R/DS: DC D2 R DSS: DC D2 T2 Note : FX3G DC units are available from Spring 2010. 2 Expansion Boards 3 Special Adapters 4 Special Function Blocks 5 Special Function Blocks (for the FX3UC PLC). Analog Analog Analog FX2N-2AD. FX3G-2AD-BD FX3U-4AD-ADP FX3UC-4AD. FX3U-4AD. FX3G-1DA-BD FX3U-4DA-ADP. Analog FX2N-2DA. FX1N-2AD-BD FX3U-3A-ADP. FX3UC-4AD FX3U-4DA. FX1N-1DA-BD. Temperature FX2NC-4DA. FX3U -4DA. FX2N-5A.


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