Unipulse F372A Operation Manual
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Unipulse F372A Operation Manual

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F372A
DIGITAL INDICATOR
OPERATION MANUAL
01JUN2016REV.3.11

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Summary of Contents for Unipulse F372A

  • Page 1 F372A DIGITAL INDICATOR OPERATION MANUAL 01JUN2016REV.3.11...
  • Page 2 Thank you very much for purchasing our Digital Indicator F372A. For good performance, and proper and safe use of the F372A, be sure to read this operation manual and properly understand the contents of it before use. Also, carefully keep this operation manual so that it can be referred to at any time.
  • Page 3 ● For the entire system to function safely when the F372A becomes faulty or malfunctions, provide a safety circuit outside the F372A. ● Before using the F372A as described below, make sure to consult with our sales personnel. - Use in environments not described in the operation manual.
  • Page 4 ● In the case of smoke, an abnormal smell or strange sound, immediately turn off the power, and disconnect the power cable. ● As for the batteries used in F372A, do not at any time dismantle the batteries, change the batteries shape by subjecting it to pressure or throw the batteries into fires as these may cause the batteries to explode, catch fire or leak.
  • Page 5 ● For turning on/off the power, be sure to keep intervals of 5 seconds or more. ● After power-on, make sure to warm up the F372A for at least 30 minutes or more before use. ● If the F372A is not used by the specified method, its protective performance may be impaired.
  • Page 6 When installing, attention should be given to the following. 1. Since the F372A is defined as open type (built-in equipment), be sure to use it as installed and fixed to a panel, etc.
  • Page 7 CONFORMITY WITH EC DIRECTIVES ◆Connection of a lightning surge protector EMC Directive EN61000-4-5 (Lightning Surge Immunity) is met by the F372A body in combination with a lightning surge protector. For conformity with EMC Directives, attach a lightning surge protector to the power supply line.

  • Page 8: Table Of Contents

    ■ F372A screen configuration ........
  • Page 9 CONTENTS CONTENTS 4-6. Zero Calibration ........... . . 36 4-7.
  • Page 10 CONTENTS CONTENTS ■ Cursor display screen ..........62 ■...
  • Page 11 7-3. F372A Block Diagram........
  • Page 12 CONTENTS CONTENTS CONTENTS ＜Expansion＞ 1 EXP. HOLD FUNCTIONS........101 1-1.
  • Page 13 CONTENTS CONTENTS 4 EXP. OPERATION FUNCTIONS....... . 131 4-1. CR Characteristic (Primary) Digital Filter ....... . . 131 ■...

  • Page 14: Standard

    STANDARD...
  • Page 15 M E M O...

  • Page 16: Outline

    Be sure to check them before use. F372A DYNAMIC FORCE PRO CESSOR 05JAN2005REV.1.00 F372A body ・ ・ ・ 1 F372A operation manual ・ ・ ・ 1 External input / output connector ・ ・ ・ 1set [ 　　　　 ] Connector: FCN-361J024-AU Cover 　: FCN-360C024-B...

  • Page 17: Appearance Description

    This is the touch panel display for displaying an indicated value and graph set value and for setting various setting items of the F372A. During measurement, a comparison display, hold display and graph display can be selected according to the function in use.

  • Page 18: Rear Panel

    1　OUTLINE ■Rear panel Chapter RS-232C connector DC power input terminal block Signal input / output connector Frame ground Analog input / output Protective ground connector Option board mounting slot Analog input / output connector － MONITOR ＋ MONITOR SHIELD ＋ SIG －...
  • Page 19 　→ page35 "Calibration value selection by external signal input" See the section on "External I/O connection" page 25 for connection. SI/F The 2-wire serial interface for coupling a UNIPULSE printer, external display, etc. See the section on "SI/F connection" page 24 for connection.
  • Page 20 1　OUTLINE DC power input terminal block Chapter Connect the DC power cord. The power supply voltage is 24V DC (±15%). Adaptable crimp terminal [TMEV1.25-3S] Frame ground Please ground the frame ground terminal to prevent failures due to static electricity. (The frame and the frame ground terminal are conducted.) It may be better to remove depending on the environment of the installation location.

  • Page 21: Installation & Connection

    2　INSTALLATION & CONNECTION INSTALLATION & CONNECTION 2-1. Installation Chapter To install the F372A into a control panel, use the following procedure. Make a hole in the panel according 92mm – to the panel-cut dimensions. Panel-cut dimensions 92mm Panel thickness 0 –...

  • Page 22: Connection

    Connect the positive (+) side of the power source to the red screw side of the terminal block on the back Within 6mm Chapter of the F372A, and its negative (-) side to the black screw side. The input voltage is 24V DC(±15%). Black screw CAUTION Be aware that the voltage drops depending on the wire thickness and length.

  • Page 23: Analog Input / Output Terminals Connection

    Loosen the screws (two) with a screwdriver. Loosen. (Turn Remove the terminal block by giving it counterclockwise. a strong pull. Loosen. (Turn counterclockwise. Attention Insert side When installing the terminal block to the F372A body, check its orientation. (See the illustration at the right.) Right side...

  • Page 24: Load Cell Connection

    ■Load cell connection - 4-wire sensor ( ＋ EXC) ＋ IN Chapter ( － SIG) ＋ OUT － OUT F372A ( － EXC) － IN ( ＋ SIG) (SHIELD) - 6-wire sensor ＋ IN ( ＋ EXC) ( － SIG) －...

  • Page 25: Si/F Connection

    2　INSTALLATION & CONNECTION ■SI/F connection The 2-wire serial interface has connective ability for coupling a UNIPULSE printer, external display, etc. Connect from A11 and A12 of the external input/output connector. The interface is nonpolarized and up to three external instruments may be connected.

  • Page 26: External I/O Connection

    The external output circuit is operated through an open collector. A1(A7) COM1 is the common terminal. The open collector output capacity is 30mA and the withstand voltage is up to 30V. Equivalent circuit Vext F372A Inside Spark Killer Power A2~6...

  • Page 27: Rs-232C Interface Connection

    The following shows an example of connection between DTE-DTE terminals. This will require modification depending on the equipment to be connected. For details, see the operation manual of the equipment to be connected. F372A PC etc. TCP8080-015267 or equivalent D-Sub 9pin...

  • Page 28: Voltage Output Connection

    2　INSTALLATION & CONNECTION ■Voltage output connection The monitor output terminal is an interface to extract analog voltage proportional to sensor signal inputs. ← F372A Inside Outside → ＋ MONITOR ＋ Chapter External equipment － MONITOR － F.G, shield, etc. - Since the ±MONITOR terminals are not insulated from the internal circuit, use two-core shielded twisted pair wires for connection with external equipment, and carry out with as short a wiring as possible.

  • Page 29: Setting Procedure

    3　SETTING PROCEDURE SETTING PROCEDURE 3-1. Screens And Operations ■Setting modes tree Chapter Ordinary display screen Setting menu screen Work Setting System Setting Comp. Setting Hold Setting Graph Setting Operation RS-232C Setting PAGE1 PAGE1 PAGE1 PAGE1 PAGE1 HH Limit (P45) Hold Mode (P48) Digital Filter (P41)
  • Page 30 3　SETTING PROCEDURE Chapter Self Check Calibration Exp. Setting Protect / Init PAGE1 PAGE1 PAGE1 LCD Check (P90) Exc. Voltage (P35) Work Protect (P89) See the Expansion of System Protect (P89) KEY Check (P90) Zero Cal. (P36) this manual. Option Setting MEM Check (P90) Equiv.

  • Page 31: F372A Screen Configuration

    3　SETTING PROCEDURE ■F372A screen configuration ［Ordinary display screen］ Chapter Setting Set value entry from the ordinary display screen Measurement ［Setting menu screen］ Mode buttons Back ［Set value selection screen］ HOME Setting buttons ［Set value entry screen］ Back Measurement Back...

  • Page 32: About A Setting Call

    3　SETTING PROCEDURE ■About a setting call In this manual, a setting function call is described as follows. 　 Example) Digital filter SET. System setting Operation Page 1 → → → ↑ ↑ ↑ Setting menu Item classification Page Chapter This call can be made by the following procedure. Press the [SET.] button on the ordinary display screen.

  • Page 33: Calibration

    4　CALIBRATION CALIBRATION About calibration Calibration is performed for matching the F372A to a strain-gage sensor. The following two types of calibration are available for the F372A. ● Equivalent input calibration Calibration is performed without an actual load by entering the rated output value (mV/V) and the capacity (to be indicated) of the strain-gage sensor by the keys.

  • Page 34: Calibration Procedures

    4　CALIBRATION 4-1. Calibration Procedures Follow the steps below to perform equivalent input calibration and actual load calibration. Release the calibration protection. 4-2. Calibration Protect Set the calibration value No. 4-3. (Set "0" for use with only one selection.)(This step Calibration Selecttion may be omitted if there is no change.) Set the excitation voltage according to the sensor 4-4.

  • Page 35: Calibration Protect

    4　CALIBRATION 4-2. Calibration Protect Calibration-related set values can be protected so that they will not be changed by misoperation. When Cal. Protect is ON, no change can be made while the alarm sounds. ：Protected OFF ：Unprotected How to set SET. Protect / Init.

  • Page 36: Calibration Value Selection By External Signal Input

    4　CALIBRATION ■Calibration value selection by external signal input With this function, four types of calibration values can be selected with external selector signals CAL0 and CAL1 (when the calibration value selection setting is external). Set EXT 0 by pressing button on the CALIBRATION screen. According to the input conditions of external signal inputs CAL0 and CAL1, the display changes as EXT 0 to EXT 3.

  • Page 37: Zero Calibration

    4　CALIBRATION First select the category, and then select the unit and determine with the [OK] button. 　 Select by scrolling with the * Even if the unit is changed, the display button. value (calibration value) will not change. 4-6. Zero Calibration Set the zero point in no-load condition.

  • Page 38: Equivalent Input Calibration

    4　CALIBRATION 4-7. Equivalent Input Calibration Set the rated output value and reading of the sensor. Rated output value:　－3.000～3.000mV/V（0 is excluded.） Display value: 　　　－99999～99999（0 is excluded.） How to set Press the [SET.] button. (refer to page 36) Press the [Calibration] button. (refer to page 36) Press the [Equiv.Cal.] button.

  • Page 39: Actual Load Calibration

    4　CALIBRATION 4-8. Actual Load Calibration Set the actual load value under an actual load. Setting range:　　－99999～99999（0 is excluded.） How to set SET. Calibration Page 1 → → Press the [SET.] button. (refer to page 36) Press the [Calibration] button. (refer to page 36) Press the [Actual Cal.] button.

  • Page 40: 4-10.Digital Offset (This Step May Be Omitted If There Is No Change.)

    4　CALIBRATION 4-10. Digital Offset (This step may be omitted if there is no change.) By using the digital offset function, the value obtained by subtracting the set value from the indicated value is displayed. This function is convenient when zero cannot be obtained with no load for some reason or for offsetting.

  • Page 41: Setting Of Functions

    5　SETTING OF FUNCTIONS SETTING OF FUNCTIONS 5-1. Digital Zero The indicated values is forcedly zeroed. Digital zero by means of Keys 1) Press the [DZ] button.in the ordinary display screen (COMP・HOLD・GRAPH) 2) Press the [YES] button to perform the digital zero. Press the [NO] button to go back to Chapter the previous screen without...

  • Page 42: Digital Filter

    5　SETTING OF FUNCTIONS 5-2. Digital Filter The digital filter is a function for reducing drifts of the indicated value by means of a moving average of data converted from analog to digital. With an increase in the number of filterings, the indicated value becomes more stable, but the response to inputs becomes slower.

  • Page 43: Zero Tracking (Zt)

    5　SETTING OF FUNCTIONS 5-5. Zero Tracking (ZT) Gradual changes in the zero point due to drifts etc., are automatically tracked for correction. ・When displacement of the zero point is within the set count of tracking and it continues more than the set time, it is automatically made zero by Zero Tracking function.

  • Page 44: Display Language Selection

    - MD By this function, the indicated value is automatically printed to the UNIPULSE printer coupled with the F372A through the SI/F when the indicated value is stable. (Set the stable parameters by the Motion Detect.) When Near Zero is OFF, Indicated value is held until Near Zero turns ON after stable turned ON.

  • Page 45: Indicate Color

    At hold-off time, the held value is automatically printed to the UNIPULSE printer coupled with the F372A through the SI/F. At hold-off time, hold values and real time values are output in the GROSS area and NET area, respectively. Others are the same as in the setting of "OFF".

  • Page 46: Hi Limit / Lo Limit / Hh Limit / Ll Limit

    5　SETTING OF FUNCTIONS ■HI limit / LO limit / HH limit / LL limit How to set SET. Work Setting Comp. Setting Page 1 → → → Simple setting call Press any of the [HH], [HI], [LO] and [LL] buttons at the bottom of the indicated value display screen to go direct to the entry screen.

  • Page 47: Near Zero

    5　SETTING OF FUNCTIONS - Hysteresis operation Indicated Value HI Limit Hysteresis Range LO Limit ＋ Time － HI Output HI Status Display Output ON Output OFF Output OFF Status ON Status OFF Status OFF LO Output LO Status Display Output ON Output OFF Output ON Status ON...

  • Page 48: Comparison Output Selection

    5　SETTING OF FUNCTIONS ■Comparison output selection The number of HI-LO limits can be changed. Correspondence between comparison screens and external I/O output terminals. Mode HI limit operation LO limit operation H4 / L0 HI-1 to HI-4 None H4 / L0 HI-4 HI-3 HI-2...

  • Page 49: Alarm Hi And Lo Limits

    The operation of each hold will be described in detail. ■Hold setting　--- Common --- Hold mode The F372A includes 10 hold modes as shown in the table below. In the peak, valley, peak-to-peak and average modes, section setting is required. Select all section, external signal, external signal+time, level+time, level.
  • Page 50 5　SETTING OF FUNCTIONS Simple setting call Press the [MODE] button at the bottom of the indicated value display screen to go direct to the hold mode entry screen. Section time If you set the hold section setting in the hold function setting to external signal+time or level+time, set the time.

  • Page 51: Hold Setting

    5　SETTING OF FUNCTIONS Level detection conditions (hold section setting; Level + Time or Level, or detection start condition; External + Level) Setting range: Passed, Passed HI, Passed LO - Passed: Detection starts when the indicated value passes Hold start level. - Passed HI: Detection starts when the indicated value passes Hold start level in the direction from smaller toward larger values.

  • Page 52: Hold Setting

    5　SETTING OF FUNCTIONS Relative minimum count Setting range: 0001 - 99999 How to set SET. Work Setting Hold Setting Page 1 → → → Relative magnification Setting range: ×0.25, ×0.50, ×0.75, ×1.00, ×1.25, ×1.50, ×2.00, ×3.00, ×4.00 How to set SET.
  • Page 53 5　SETTING OF FUNCTIONS Inflection front (rear) slope time setting is the number of samplings. Since the F372A's sampling speed is 2000 times/sec., one sampling is 0.5msec. Therefore, setting of the interval at 100 means setting of 50msec. Caution regarding inflection point hold...

  • Page 54: Hold Setting

    5　SETTING OF FUNCTIONS ■Hold setting　--- Average value --- Average sample number In average hold, the average in each sampling can be detected for up to 5 seconds. Then, if the average sample number is set at 2 or more, the representative value of the sampling values by the set number (average by the number) is adopted as the sampling data used for average calculation.
  • Page 55 5　SETTING OF FUNCTIONS Peak hold The maximum value (peak) in the positive direction of the specified section is held. The section is specified by the setting of “all section”, “external signal”, “external signal+time”, “level+time”, or “level”. (Example) All section peak hold t1: A delay time between the instant ＋...
  • Page 56 5　SETTING OF FUNCTIONS Peak-to-Peak (P-P) hold The difference value between the peak and valley over the specified section is held. The section is specified by the setting of “all section”, “external signal”, “external signal+time”, or “level+time”. (Example) All section Peak-to-Peak (P-P) hold t1: A delay time between the instant ＋...
  • Page 57 5　SETTING OF FUNCTIONS Inflection point hold Detection starts when the SECTION signal is inputted and also the Level detection conditions is met in comparison of the Hold Start Level and indicated value. Detection is performed as long as the SECTION signal is ON.The Hold is released by turning on the T/H signal as a reset signal. The H/E output signal is on between the instant when the hold starts and the instant when the T/H signal is turned on.

  • Page 58: How To Specify The Hold Detection Section(Peak, Valley, P-P, Average)

    5　SETTING OF FUNCTIONS ■How to specify the hold detection section(Peak, Valley, P-P, Average) All section By this method, the hold detection section is externally specified by the T/H signal. Detection starts with the T/H signal ON to perform each hold operation. According to the ON/OFF state of the T/H signal, detection and tracking are repeated.
  • Page 59 5　SETTING OF FUNCTIONS External signal + time Hold is detected during the predetermined time (hold section time) from the point in time when the SECTION signal is turned on. The hold is released by turning on the T/H signal as a reset signal. The next detection is started when the SECTION signal is turned on again even if the T/H signal is not turned on.

  • Page 60: 5-12.Multi-Hold Function

    5　SETTING OF FUNCTIONS Level (only Peak and Valley) By this method, the hold detection section is from the point in time when the indicated value crosses the Hold Start Level until it crosses the Hold Stop Level. The hold is released by turning on the T/H signal as a reset signal.

  • Page 61: About Changing Of The Setting Work

    5　SETTING OF FUNCTIONS I/O terminal block CAUTION B1 or B7 COM2 It takes 15msec at the maximum for the changed work No. WORK0 to become effective. During this section, which work is measured is undefined. WORK1 Also, when the work is switched, the hold and graph WORK2 functions are reset under the after-switching work conditions irrespective of the previous operation.

  • Page 62: 5-13.Measurement Work Selection

    5　SETTING OF FUNCTIONS 5-13. Measurement Work Selection Select the method for specifying the measurement work. COM.: Measurement work specification by external input becomes ineffective, and only measurement work specification by communication (RS-232C, CC-Link (option) or DeviceNet (option)) becomes effective. EXT.: Measurement work specification by communication (RS-232C, CC-Link (option) or DeviceNet (option)) becomes ineffective, and only measurement work specification by external input becomes effective.

  • Page 63: 5-16.B8 Off Detection Wait

    5　SETTING OF FUNCTIONS 5-16. B8 OFF Detection Wait This is convenient in hold controlled by the SECTION signal. Operationally, detection/hold section is assured as in the case of B6 OFF Detection Wait. The timer functions so as to also ignore chattering when the OFF edge is detected. Setting range: 0.00 - 1.00 sec.

  • Page 64: Graph Plotting

    5　SETTING OF FUNCTIONS CAUTION If the hold value is simply renewed without renewing the graph, the value will differ from the hold point on the graph. In such a case, the hold point alarm status is displayed. Detection section display By plotting a graph at the same time as the hold function, a cobalt line indicating the detection section is displayed at the bottom of the X-axis.
  • Page 65 5　SETTING OF FUNCTIONS External Graph plotting starts with the GRAPH Start/Stop key input or the GRAPH TRIG external input ON. Plotting ends on one screen at the predetermined time of the X end point. ＋ START/STOP (Key) GRAPH TRIG (external input) 1.0msec more Plotting Section X(TM) end point...

  • Page 66: Graph Mode

    5　SETTING OF FUNCTIONS ■Graph mode Set the graph plotting mode. Setting range: Continued, Ext, Level, Ext+Level How to set SET. Work Setting Graph Setting Page 1 → → → ■Interval time If you select "Continued" in the graph function setting, set the graph plotting operation interrupting time from clearing the screen until moving to the next graph plotting operation.

  • Page 67: Time) End Point

    5　SETTING OF FUNCTIONS ■X(Time) end point Set the time to display by one screen. Setting range: 00.1 - 99.9 sec. How to set SET. Work Setting Graph Setting Page 1 → → → Simple setting call Press the [X] button on the graph display to go direct to the X end point entry screen. Chapter ■Y(Load) start point and Y(Load) end point Setting range: －99999 - 99999 (where Y start point <...

  • Page 68: 5-18.Voltage Output

    This interface extracts analog voltage proportional to sensor input signals. This interface is convenient for observation and recording of waveforms with a recorder, etc., connected. The output level is approx. 2V per 1mV/V of sensor input. - Example of output equivalent circuit and external equipment connection F372A inside 　＋ SIG ＋ Analogue 　－...

  • Page 69: 5-20.Event Output At The End Of Graph Plotting

    5　SETTING OF FUNCTIONS CAUTION By the selection of each LOCK function, measurement work that can be specified externally is limited to WORK00 to WORK07. How to set SET. System Setting Operation Page 2 → → → 5-20. Event Output at the End of Graph Plotting Each time a graph is plotted on screen, a pulse signal is output (the pulse width is 200msec).

  • Page 70: 5-22.Rs-232C Interface

    5-22. RS-232C Interface The RS-232C is an interface to read the indicated value and status of the F372A and to write parameters into the F372A. This interface is convenient to process controls, totals, records, etc., by connecting the F372A to a computer, process controller, sequencer or the like.

  • Page 71: Rs-232C Interface Setting

    5　SETTING OF FUNCTIONS ■RS-232C interface setting Set the RS-232C communication conditions of the F372A. Communication mode Normal, Continue, Print How to set SET. System Setting → RS-232C Setting Page 1 → → Baudrate 9600, 19200, 38400, 57600bps How to set SET.

  • Page 72: Communication Format

    1.Normal - Reading the indicated value (sign, 5-digit indicated value, decimal point) Host A CR ＋ F372A 　Delimiter * If the indicated value has no decimal point, a decimal point follows the numerical value. - Reading the status (7-digit) Host...
  • Page 73 5　SETTING OF FUNCTIONS - Writing parameters Work Setting HH Limit ± Protect Work Setting HI Limit ± Protect Work Setting ± LO Limit Protect Work Setting ± LL Limit Protect Work Setting Hysteresis Protect Cal. Select ⑥ (Calibration Protect) Digital Offset ±...
  • Page 74 Passed LO Cal.2 Ext+Level Beyond Cal.3 Below EXT. Chapter - Reading waveform data Host ± F372A …… 00 - 19 Data Section No. 00 - 19 Decimal Point and Five digits Data1 Data Section No. ± ± …… Delimiter Decimal Point and Five digits Data9...
  • Page 75 - Reading parameters Host Ｗ F372A Ｗ Delimiter Set Value No. Set Value No. The same format as write-in of set values. - Commands (Host→F372A) 　　　　 Digital Zero Ｃ Ｇ Digital Zero reset Ｃ Ｈ Print instruction Ｃ Ｉ (This will issue print a command onto SIF.) 2.Continue...

  • Page 76: Bcd Data Output (Option)

    6-1. BCD Data Output (Option) The BCD data output is an interface to extract the indicated value of the F372A as BCD data. This interface is convenient to process controls, totals, records, etc., by connecting the F372A to a computer, process controller, sequencer or the like.

  • Page 77: Bcd Output Select

    6　OPTION ■BCD output select When "External" is set by the BCD Output Select setting, the output data is switched by A15. In the case of external selection, read after at least 2 cycles. When COM and A15 are open: real time value, When they are short-circuited:hold value Output data: Realtime, Hold, EXT.

  • Page 78: Equivalent Circuit

    6　OPTION ■Equivalent circuit -Output The signal output circuit is operated through a TTL open collector. F372A Vext Inside Outside Vceo=30V(max) Ic =30mA (max) Internal transistor status Output pin level Output data Negative Positive Output data Negative Positive Ｈ Ｌ Ｌ...

  • Page 79: Self Check

    D/A Converter (Option) A D/A converter is provided for obtaining analog output synchronized with the indicated value of the F372A. The analog output ranges are -10 - +10V output and 4 - 20mA constant-current output. By using the D/A zero setting and D/A full scale setting functions, analog output can be obtained between zero (0V, 4mA) and full scale (10V, 20mA) with respect to the predetermined digital value.

  • Page 80: Scale Setting Value Selection

    6　OPTION - Taking voltage output signals F372A Connect external equipment (2kΩ or more ← Inside Outside → load resistance) to + and - of the F372A. ＋ ＋ External equipment Load resistance: － － 2kΩ or more F.G, shield, etc.

  • Page 81: D/A Output Select

    6　OPTION How to set SET. System Setting Option Setting (D/A OUTPUT) Page 1 → → → ■D/A output select Hold, Realtime, Zero scale, Full scale Hold : Output is produced in synchronization with the indicated value. Realtime : Output is produced in synchronization with the sensor input value. Zero scale : Output is fixed at zero output (0V or 4mA).

  • Page 82: External I/O (Source Type (Isc) Option)

    External I/O (Source type (ISC) option) The source type external input/output signal is an option which can be changed external input/ output signal of F372A to source type. (The standard is sink type.) The connection of external input/output signal is the minus common.

  • Page 83: Specifications

    7　SPECIFICATIONS SPECIFICATIONS 7-1. Specifications ■Analog section Sensor excitation 10V, 2.5V DC Output current: Within 120mA 4-wire (Up to four 350Ωload cells can be connected.) Signal input range -3.0 - +3.0mV/V Performed by digital computation Zero and gain adjustment Accuracy Non-linearity: Within 0.02%FS±1 digit (at a 3.0mV/V input) Zero drift: Within 0.5μV/℃RTI...

  • Page 84: Standard Interfaces

    7　SPECIFICATIONS ■Standard interfaces RS-232C communication interface Start/stop system Baud rate: 9600bps - 57600bps SI/F (2-wire serial interface) Start/stop system Baud rate: 600bps ■Options interfaces BCD data output Open collector Output rate Can be selected from 10, 20, 50, 100, 200, 500, 1000 and 2000 times/sec. Capacity 30V, 30mA D/A converter...

  • Page 85: Accessories

    7　SPECIFICATIONS Dimensions 96.0W×96.0H×138.0D [mm] (excluding projected parts) ＋ 1 Panel cutout size 92×92 　mm（Board thickness：1.6～3.2㎜） － 0 Weight Approx. 1.0kg ■Accessories Operation manual ........................1 Control signal Input/Output connector ..................1 Connector for BCD output (with BCD option) ................ 1 Mini screwdriver (with DAV/DAI option) ................

  • Page 86: Equipped With Bcd Parallel Data Output Interface Option

    7　SPECIFICATIONS ■Equipped with BCD parallel data output interface option [Unit ： mm] ■Equipped with CC-Link interface option Chapter [Unit ： mm]...

  • Page 87: Equipped With Devicenet Interface Option

    7　SPECIFICATIONS ■Equipped with DeviceNet interface option [Unit ： mm] Chapter...

  • Page 88: F372A Block Diagram

    7　SPECIFICATIONS 7-3. F372A Block Diagram Gain +MONITOR Buffer adjustment - MONITOR Low-pass ＋ SIG ×100 Fillter － SIG Conversion ＋ EXC Excitation Voltage － EXC Reference Voltage Standard SHIELD RS-232C FRAME Watch Serial 32bit Port External Flash Flash 256Kbyte External...

  • Page 89: Supplements

    Although the F372A will not break down immediately even if the above messages are displayed, Sensor +error or Sensor -error indicates that an excessive voltage may be applied to the input circuit of the F372A.

  • Page 90: Protect / Initialization

    8　SUPPLEMENTS 8-2. Protect / Initialization ■Work setting protect Set whether to protect the set values in Work Setting from changing. Setting range: ON / OFF How to set SET. Protect / Init. Page 1 → → ■System setting protect Set whether to protect the set values in System Setting from changing. Setting range: ON / OFF How to set SET.

  • Page 91: Self-Check

    8　SUPPLEMENTS 8-3. Self-Check ■Self-check The self-check function includes a memory check to check the memory automatically for detecting problems, a visual check to check the display visually, a touch panel key input check and an external I/O check. ①LCD check Check the display to see that it is free from color and display defects, etc.

  • Page 92: Unit Setting List

    8　SUPPLEMENTS ⑥COM check The data displayed under "Transmit data" is sent by pressing the button. Under "Receive data", externally transmitted data is displayed. How to set SET. Self Check COM Check → → Please transmit something information sentence from connected equipment side to the check on the reception.

  • Page 93: Setting Item List

    8　SUPPLEMENTS 8-5. Setting Item List ■Work setting Comparison setting (WORK0 to WORK15) Protect　　○:Work Setting Protect, ◎:System Setting Protect, ●:Calibration Protect, レ:Expansion Protect Memory　 S:SRAM, N:NOVRAM Page Item Initial value Setting range Memory Protect HH Limit 8000 － 99999 to 99999 ○...

  • Page 94: Work Setting Graph Setting (Work0 To Work15)

    8　SUPPLEMENTS -Relative Maximum / Relative Minimum / Relative Difference hold- Relative Minimum Count 1 to 99999 ○ Relative magnification ×1.00 ○ Detection Start Condition 0: Ext+Level 0: Ext+Level　1: Ext Only ○ 　 　　　　　　　　　　　　　　　　　 0:x0.25 Hold Hold Section 1:x0.50 0:OFF 0:All 2:x0.75 1:Sample 1:EXT...

  • Page 95: Calibration (Cal0 To Cal3)

    8　SUPPLEMENTS ■Calibration (CAL0 to CAL3) Protect　　○:Work Setting Protect, ◎:System Setting Protect, ●:Calibration Protect, レ:Expansion Protect Memory　 S:SRAM, N:NOVRAM Page Item Initial value Setting range Memory Protect Excitation Voltage 0: 2.5V 0: 2.5V 　1: 10V ● Zero Calibration － 3.000mV / V to 3.000mV / V ●...

  • Page 96: Protect / Initialization

    8　SUPPLEMENTS Option setting　BCD output BCD Output Select 1: Hold 0: Realtime　1: Hold　2: EXT. ◎ BCD Output Rate 3: 100 /s 0: 10　1: 20　2: 50　3: 100　4: 200　5: 500　6: 1000　7: 2000 [ /s] ◎ BCD Self Check Option setting　D/A output Output Select 1: Hold 0: Real Time 1: Hold 2: Zero Scale 4: Full Scale ◎...
  • Page 97 8　SUPPLEMENTS M E M O Chapter...
  • Page 98 EXPANSION...
  • Page 99 M E M O...
  • Page 100 Expansion Function Expansion Function Expansion Function The indicator is designed so as to be able to perform more operations by selecting the following functions from the Expansion menu. 　　Expansion Comparison Setting ●　Before Value Comparison (P120) ●　Relative Value Comparison (P124) 　　Expansion Hold Setting ●　Double Hold (P101) ●　Auto Reset Select (P116) ●　Renewal Of Hold Value (P118)
  • Page 101 Expansion Function Expansion Function M E M O...

  • Page 102: Exp. Hold Functions

    1　EXP. HOLD FUNCTIONS EXP. HOLD FUNCTIONS Chapter 1-1. Double Hold Specifically combined two types of hold functions are performed simultaneously in one Hold Section. You can select hold modes from 26 modes in the following table. Hold A Hold B SECTION None None...

  • Page 103: Double Hold Setting

    1　EXP. HOLD FUNCTIONS Also, the Comparison Setting menu is dedicated. Chapter ■Double hold setting ON / OFF Initial value: OFF How to set SET. Exp. Setting Exp. Hold Set. Page 1 → → → When this setting is ON, you can set Hold A and Hold B in Hold Setting. ■Hold operations For the operations of the HOLD buttons and HI/LO Limit judgment outputs, see the F372 Operation Manual (Standard).
  • Page 104 1　EXP. HOLD FUNCTIONS A: Peak hold　B: None The maximum value in the section specified is held. Chapter When the Section setting is External Sensor Input Value Hold Value B Hold Value A SECTION HOLD A Status Display PEAK A Blink Status Display HOLD B Status Display...
  • Page 105 1　EXP. HOLD FUNCTIONS A: P-P hold　B: None The difference between the maximum value and minimum value in the section specified is Chapter held. When the Section setting is External Sensor Input Value Hold Value B Hold Value A SECTION HOLD A Status Display P-P A Blink...
  • Page 106 1　EXP. HOLD FUNCTIONS A: Inflection point hold　B: None When the Hold Start Level is detected after turning-ON of the SECTION signal, Inflection Chapter Point hold detection starts. For the Hold Start Level, Detection Start Condition can be selected.Also, the value is maintained until the T/H signal turns ON with the hold Detection Start Condition External Only.
  • Page 107 1　EXP. HOLD FUNCTIONS A: Sample hold　B: Peak hold An arbitrary point is held when the SECTION signal is ON. Chapter The maximum value in the section specified is held. The value is maintained until the T/H signal turns ON. Sensor Input Value Hold Value B Hold Value A SECTION...
  • Page 108 1　EXP. HOLD FUNCTIONS A: Sample hold　B: P-P hold An arbitrary point is held when the SECTION signal is ON. Chapter The difference between the maximum value and minimum value in the section specified is held. The value is maintained until the T/H signal turns ON. Sensor Input Value Hold Value A Hold Value B...
  • Page 109 1　EXP. HOLD FUNCTIONS A: Sample hold　B: Inflection point hold When the Hold Start Level is detected An arbitrary point is held when the SECTION signal is ON. Chapter after turning-ON of the SECTION signal, Inflection Point hold detection starts. For the Hold Start Level, Detection Start Condition can be selected. Also, operation can be performed without using the Hold Start Level with the hold Detection Start Condition External Only.
  • Page 110 1　EXP. HOLD FUNCTIONS A: Peak hold　B: Valley hold The maximum value and minimum value in the section specified by the SECTION signal Chapter are held. The value is maintained until the T/H signal turns ON. When the Section setting is External Hold Value A Sensor Input Value Hold Value B...
  • Page 111 1　EXP. HOLD FUNCTIONS A: Valley hold　B: P-P hold The minimum value and the difference between the maximum value and minimum value in Chapter the section specified by the SECTION signal are held. The value is maintained until the T/H signal turns ON. When the Section setting is External Sensor Input Value Hold Value B...
  • Page 112 1　EXP. HOLD FUNCTIONS A: Average hold　B: Valley hold The average of and the minimum value in the section specified by the SECTION signal are Chapter held. The value is maintained until the T/H signal turns ON. Sensor Input Value Hold Value A Hold Value B SECTION HOLD A...
  • Page 113 1　EXP. HOLD FUNCTIONS A: Relative maximum hold　B: Relative minimum hold When the Hold Start Level is detected after turning-ON of the SECTION signal, Relative Maximum / Chapter Minimum hold detection starts. For the Hold Start Level, Detection Start Condition can be selected. Also, the value is maintained until the T/H signal turns ON with the hold Detection Start Condition External Only.

  • Page 114: Hi/Lo Limit Comparisons Of Double Hold

    1　EXP. HOLD FUNCTIONS A: Relative minimum hold　B: Relative difference hold When the Hold Start Level is detected after turning-ON of the SECTION signal, Relative Minimum and Chapter Relative Difference (difference between the Relative Maximum and Relative Minimum) hold detection starts. For the Hold Start Level, Detection Start Condition can be selected. Also, the value is maintained until the T/H signal turns ON with the hold Detection Start Condition External Only.

  • Page 115: Sample Hold Trigger Edge Selection

    1　EXP. HOLD FUNCTIONS * OK is displayed each on the LCD screen as hold value A is OK, and hold value B is OK. Chapter - External I/O pin assignments for Double Hold COM1 COM2 － － HI-B WORK0 HI-A WORK1 WORK2 LO-A...

  • Page 116: Sample Trigger Selection Setting

    1　EXP. HOLD FUNCTIONS Chapter ● In the case of ON-edge operation ● In the case of OFF-edge operation where the hold modes are where the hold modes are A: Sample hold A: Sample hold B: Inflection Point B: Inflection Point When the Detection Start Condition is External Only When the Detection Start Condition is External Only Sensor Input Value...

  • Page 117: Auto Reset Selection At The Start Of Hold Detection

    1　EXP. HOLD FUNCTIONS 1-3. Auto Reset Selection at the Start of Hold Detection Chapter As standard, hold reset is automatically performed at the start of each Hold Section. This allows simple control as control can be performed by the SECTION signal alone without inputting the T/H signal. When Hold Auto Reset is ON in Externally specified section Hold Peak hold SECTION Upon turning-ON of the SECTION...

  • Page 118: Hold Auto Reset

    1　EXP. HOLD FUNCTIONS ■Hold auto reset Chapter ON / OFF Initial value: ON How to set SET. Work Setting Hold Setting Page 1 → → → After a hold is confirmed, the next detection is not started until the T/H signal is ・OFF: turned on even if the SECTION signal is turned on.

  • Page 119: Renewal Of Hold Value

    1　EXP. HOLD FUNCTIONS 1-5. Renewal of Hold Value Chapter You can change the operation of renewing the hold value display. All Time / Hold Stop Initial value: All Time How to set SET. Exp. Setting Exp. Hold Set. Page 1 →...

  • Page 120: Hold End Timing

    1　EXP. HOLD FUNCTIONS 1-6. Hold End Timing Chapter The HOLD END (H/E) signal timing when Inflection Point, Relative Maximum, Relative Minimum or Relative Difference hold is used can be changed. Hold Sct / Detect Sct Initial value: Detect Sct How to set SET.

  • Page 121: Exp. Comparison Functions

    2　EXP. COMPARISON FUNCTIONS EXP. COMPARISON FUNCTIONS 2-1. Before Value Comparison Chapter ■Before value comparison ON / OFF Initial value: OFF How to set SET. Exp. Setting Exp. Comp. Set. Page 1 → → → In addition to the HI/LO Limit comparisons of hold values, the difference between the presently- measured hold value and the previously-measured hold value can be judged.

  • Page 122: Screens Appearing When Before Value Comparison Is Selected

    2　EXP. COMPARISON FUNCTIONS ■Screens appearing when before value comparison is selected Before-value-comparison-specific measurement screens appear. Chapter Also, the Comparison Setting menu is dedicated. ■Before value renewal condition The previous hold value used for Before Value Comparison is renewed under the following conditions: 1) When the hold is canceled (except when the Before Value Regulation is exceeded) 2) When the Before Value in the Comparison Setting menu is changed by inputting a value in a similar manner to set values.

  • Page 123: Before Value Regulation

    2　EXP. COMPARISON FUNCTIONS COM1 COM2 － － DF-HI WORK0 WORK1 WORK2 WORK3(LOCK) Chapter DF-LO COM1 COM2 － － HOLD END(H/E) SECTION EVENT GRAPH TRIG CAL0 CAL1 External I/O FCN-365P024-AU/FCN-360C024-B ■Before value regulation * For judging that the difference between the previous and present hold values is too large for comparison, set the Before Value Regulation.

  • Page 124: Double Hold And Difference-Hi/Lo Limit Comparisons

    2　EXP. COMPARISON FUNCTIONS ■Double hold and difference-HI/LO limit comparisons Double Hold HI/LO Limit and Difference-HI/LO Limit comparisons are made, and respective judgment results are output externally. When the Comparison Standard is A: The HI/LO Limit comparison result and Difference value-HI/LO Limit comparison result of Chapter hold value A are output together.

  • Page 125: Relative Value Comparison (In Expansion Double Hold Only)

    2　EXP. COMPARISON FUNCTIONS - Hold value B HI Limit (HI-B) & Difference value-HI Limit (DF-HI) ON condition: Hold value B > HI-B Limit, or Difference value > Difference value-HI Limit OFF condition: Hold value B ≦ HI-B Limit, and Difference value ≦ Difference value-HI Limit - Hold value B LO Limit (LO-B) &...

  • Page 126: Screens Appearing When Relative Value Comparison Is Selected

    2　EXP. COMPARISON FUNCTIONS ● In the case of Comparison Standard A where Hold A: Sample Hold B: Inflection Point Relative hold value B Chapter from Hold A HI-A * The comparison output in the LO-A timing chart shown on the A comparison of Relative-HI right-hand side applies to the...

  • Page 127: Relative-Hi/Lo Limit Comparison

    2　EXP. COMPARISON FUNCTIONS Also, the Comparison Setting menu is dedicated. Chapter ■Relative-HI/LO limit comparison You can set Relative-HI Limit and Relative-LO Limit to compare the difference between hold value A and hold value B. - Relative-HI -99999 - 99999 Initial value: 1000 - Relative-LO -99999 - 99999 Initial value: -1000...
  • Page 128 2　EXP. COMPARISON FUNCTIONS - - External I/O pin assignments for Comparison Standard A COM1 COM2 － － RL-HI WORK0 HI-A WORK1 WORK2 Chapter LO-A WORK3(LOCK) RL-LO COM1 COM2 － － HOLD END(H/E) SECTION EVENT GRAPH TRIG CAL0 CAL1 FCN-365P024-AU/FCN-360C024-B External I/O When the Comparison Standard is B: The HI/LO Limit comparison result and Relative Value HI/LO Limit comparison result of hold value B are output together.

  • Page 129: Before Value Comparison And Relative Value Comparison

    2　EXP. COMPARISON FUNCTIONS 2-4. Before Value Comparison and Relative Value Comparison (in expansion Double Hold only) In Double Hold, Before Value Comparison and Relative Value Comparison can be made simultaneously. ■Screens appearing when before value comparison & Chapter relative value comparison are selected Before-value-comparison &...
  • Page 130 2　EXP. COMPARISON FUNCTIONS - External I/O pin assignments for Comparison Standard A COM1 COM2 － － RL-HI WORK0 HI-A & DF-HI WORK1 WORK2 Chapter LO-A & DF-LO WORK3(LOCK) RL-LO COM1 COM2 － － HOLD END(H/E) SECTION EVENT GRAPH TRIG CAL0 CAL1 FCN-365P024-AU/FCN-360C024-B External I/O...

  • Page 131: Exp. Graph Function

    3　EXP. GRAPH FUNCTION EXP. GRAPH FUNCTION 3-1. Graph Pre Trigger Display Function A graph is plotted by tracking back the time by the percentage set for Pre Trigger Display. Absence of Pre Trigger Display Presence of Pre Trigger Display (20%) Chapter A graph is plotted by tracking back the time.

  • Page 132: Exp. Operation Functions

    4　EXP. OPERATION FUNCTIONS EXP. OPERATION FUNCTIONS 4-1. CR Characteristic (Primary) Digital Filter You can select CR characteristic digital filters in addition to the conventional digital filtering by the moving-average method alone. CR characteristic low pass filtering Moving-average type low pass filtering Step response waveform Chapter...

  • Page 133: Average Time On Digital Zero

    4　EXP. OPERATION FUNCTIONS Example) Time specified section average hold Upon completion of averaging, the ave rage result is subtracted from the value Hold Section indicated at that time. Time Section (1) Averaging by the Average Time On Digital Zero starts at the time when Digital Zero is executed. Chapter ■Average time on digital zero 0.000 to 5.000 sec...

  • Page 134: Exp. Option Function

    5　EXP. OPTION FUNCTION EXP. OPTION FUNCTION 5-1. BCD Output Data Selection When the BCD option is mounted, you can select the output data form from BCD and binary. BCD / Binary Initial value　BCD How to set SET. Exp. Setting Exp. Option Set Page 1 →...

  • Page 135: Standard Interfaces

    6　STANDARD INTERFACES STANDARD INTERFACES 6-1. SI/F Outputs are made to the two types of data output areas according to the expansion condition as shown in the table below. Output data Comparison Expansion Standard GROSS area NET area Standard Real Time value Hold value －...
  • Page 136 6　STANDARD INTERFACES Chapter...
  • Page 137 6　STANDARD INTERFACES ● Set value read / write commands To read/write set value(s) in Work Setting, first write the work no. of the set value(s). This work no. is specific to 232C. If the power is turned on again, and in the case of entry into the COM Check screen in Self Chapter Check, "0"...
  • Page 138 6　STANDARD INTERFACES ● Special function commands Chapter ● Continuous transmission / transmission upon printing...
  • Page 139 6　STANDARD INTERFACES Chapter...
  • Page 140 6　STANDARD INTERFACES Chapter...
  • Page 141 6　STANDARD INTERFACES Chapter...

  • Page 142: Option Interfaces

    7　OPTION INTERFACES OPTION INTERFACES 7-1. BCO Option You can set data to be output as fixed, or read data by setting external selection. Connector pin assignments for BCD output FCN-365P032-AU/FCN-360C032-B Signal Signal ＊ ＊ 1000 2000 4000 8000 10000 20000 40000 80000 Minus (Polarity)

  • Page 143: Dav/Dai Option

    * Before Value / Relative Value cannot be output. 7-3. CC-Link Option You can read values corresponding to the expansion condition from remote register R⇒M (F372A →sequencer) when four stations are occupied. * For details, see the CC-Link-specific operation manual.

  • Page 144: Supplements

    8　SUPPLEMENTS SUPPLEMENTS 8-1. Setting Item List ■Work setting Comparison setting (WORK0 to WORK15) Protect　　○:Work setting protect, ◎:System setting protect, ●:Calibration protect, レ:Expansion protect Memory　 S:SRAM, N:NOVRAM Standard COM. Command Page No. Item Initial value Setting range Memory Protect Read/ Write HH Limit 8000 －...
  • Page 145 8　SUPPLEMENTS Expansion 3　-Double hold＆Before value comparison- HI-A Limit 6000 － 99999 to 99999 ○ Lo-A Limit 4000 － 99999 to 99999 ○ HI-B Limit 8000 － 99999 to 99999 ○ Lo-B Limit 2000 － 99999 to 99999 ○ Hysteresis － 9999 to 9999 ○...

  • Page 146: Work Setting Hold Setting (Work0 To Work15)

    8　SUPPLEMENTS ■Work setting Hold setting (WORK0 to WORK15) Protect　　○:Work setting protect, ◎:System setting protect, ●:Calibration protect, レ:Expansion protect Memory　 S:SRAM, N:NOVRAM Standard COM. Command Page No. Item Initial value Setting range Memory Protect Read/ Write Hold Mode *2　*3 ○ Hold Start Level －...
  • Page 147 8　SUPPLEMENTS Standard -Sample hold- Sample Removal Value － 999 to 999 ○ Expansion 2 -Sample trigger selection- Sample Removal Value － 999 to 999 ○ Sample Trigger Selection　*1 0: ON Edge 0: ON Edge　1: OFF Edge ○ *1) 　When the hold mode is Sample and also Hold Auto Reset is ON, the OFF edge cannot be selected in terms of hold operation: therefore, the Sample Trigger Select setting is not displayed.
  • Page 148 8　SUPPLEMENTS Standard -Inflection point hold- Inflection Minimum Slope 1 to 99999 ○ Inflection Front Slope Time 10 to 990 (Front slope time + rear slope time < 1000) ○ Inflection Rear Slope Time 10 to 990 (Front slope time + rear slope time < 1000) ○...
  • Page 149 8　SUPPLEMENTS Standard -Relative maximum / Relative minimum / Relative difference hold- Relative Minimum Count 1 to 99999 ○ Relative magnification 3:×1.00 ○ Detection Start Condition 0:Ext+Level 0: Ext+Level　1: Ext Only ○ Expansion 5－1 -Sample＆Relative maximum / Relative minimum / Relative difference hold- Sample Removal Value －...

  • Page 150: Work Setting Graph Setting (Work0 To Work15)

    8　SUPPLEMENTS ■Work setting Graph setting (WORK0 to WORK15) Protect　　○:Work setting protect, ◎:System setting protect, ●:Calibration protect, レ:Expansion protect Memory　 S:SRAM, N:NOVRAM Standard COM. Command Page No. Item Initial value Setting range Memory Protect Read/ Write Graph Mode 0: Continued 0: Continued 1: Ext 2: Level 3: Ext+Level ○...

  • Page 151: Calibration (Cal0 To Cal3)

    8　SUPPLEMENTS ■Calibration (CAL0 to CAL3) Protect　　○:Work setting protect, ◎:System setting protect, ●:Calibration protect, レ:Expansion protect Memory　 S:SRAM, N:NOVRAM Standard COM. Command Page No. Item Initial value Setting range Memory Protect Read/ Write Excitation Voltage 0:2.5V 0: 2.5V 　1: 10V 2001 ●...

  • Page 152: System Setting

    8　SUPPLEMENTS ■System setting Protect　　○:Work setting protect, ◎:System setting protect, ●:Calibration protect, レ:Expansion protect Memory　 S:SRAM, N:NOVRAM Operation setting Standard COM. Command Page No. Item Initial value Setting range Memory Protect Read/ Write Digital Filter 0: OFF，2 to 999 Times ◎ Analog Filter 2: 300Hz 0: 30　...
  • Page 153 8　SUPPLEMENTS Option setting　BCD output Standard Output Select 1: Hold 0: Realtime　1: Hold　2: EXT. ◎ Output Rate 3: 100 /s 0: 10　1: 20　2: 50　3: 100　4: 200　5: 500　6: 1000　7: 2000 [ /s] ◎ Self Check Option setting　BCD output　Expansion 1　-Before value comparison- Output Select 1: Hold 0: Realtime　1: Hold　2: Dif.　3: EXT.

  • Page 154: Expansion Setting

    8　SUPPLEMENTS Option setting　CC-Link Station No. 2: 4 Station 0:1 Station　1: 2 Station　2: 4 Station ◎ Baudrate 4: 10M 0: 156k　1: 625k　2: 2.5M　3: 5M　4: 10M ◎ 1 to 64 Station / 1 to 63 Station / 1 to 61 Station ◎ Option setting　DeviceNet Possession Node 0: 2 Node...
  • Page 155 8　SUPPLEMENTS Expansion hold setting Double Hold 0: OFF 3101 0: OFF　1: ON レ Auto Reset Select 0: OFF 3102 0: OFF　1: ON レ Renewal Of Hold Value 1: All Time 0: Detect End　1: All Time 3103 レ Sample Trigger Selection 0: OFF 3104 0: OFF　1: ON...

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