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Minebea CSD-401 Instruction Manual Download Page 90

 

74 

 
 

When 

  key is pressed after setting the [PRE-SET VALUE] 

(SET2), 

  is blinking displayed. 

 

As the value of [NEAR ZERO] memorized at present is 
displayed when value of [NEAR ZERO] similarly. 

 

 

 

When 

  key is pressed after setting the [NEAR ZERO] 

(SET3), 

  is blinking displayed. 

 

As the value of [OVER] memorized at present is displayed 

when 

  key is pressed again, please set the value of 

[OVER] similarly 

 

 

 

When 

  key is pressed after setting the [OVER] (SET4), 

  is blinking displayed. 

 

As the value of [UNDER] (SET5) memorized at present is 

displayed when 

  key is pressed again, please set the 

value of [UNDER] similarly. 

 

Press 

 key. 

  is displayed, and please 

set to stand-by condition by pressing 

 key.  

 

The various setting modes of weigh-in/weigh-out measurement 
are finished. 

 

NEAR ZERO 

 [A] 

 [B] 

UNDER 

OVER 

Stand-by condition

Summary of Contents for CSD-401

Page 1: ...DIGITAL INDICATOR CSD 401 INSTRUCTION MANUAL EN294 1366 D ...

Page 2: ......

Page 3: ... manual The following marks are placed for the matters that indicate Do not do this Caution and For reference Please be sure to read following descriptions with marks Warning This is the description in the case of a malfunction occurred the possibility of lethal accidents or serious injury to operators To prevent possible hazard please avoid operations described here Caution Descriptions that may ...

Page 4: ... direct sunlight and or of high temperature Do not use in a highly humid area Do not install in the place of vibration or mechanical shock Do not use in the place of full of dust or coarse particulates Do not use in the atmosphere with corrosive gas or salt Do not install in the place with rapid change in temperature and or humidity Do not install near the devices which generate magnetism or elect...

Page 5: ... When you install the Instrument refer to the following dimensions and secure enough space around the Instrument Followings are the dimensions of the Instrument and for environmental spaces required 160 53 92 0 8 0 45 5 0 8 0 Panel Cut Size ...

Page 6: ... by inserting the panel mount gasket attached between the control panel cabinet and the main body By inserting the panel mount gasket the front panel section becomes IP65 International Protection Code or equivalent in dust proof and water proof construction Panel mount gasket Dust proof Water proof Control board Cabinet Panel mounting attachment Screw ...

Page 7: ... damage to peripheral equipments When similar trouble occurs after calibration be sure to make calibration again even if calibration has completed Caution When using the instrument check that wires are connected properly If neglected correct measurement cannot be obtained and it may cause malfunction in the instrument or cause damage to peripheral devices or a critical accident Caution Improper ch...

Page 8: ... Function and Function please refer the paragraph 5 2 and 7 2 CF 03 Condition of over display shall be applied with the value of 2 CF 11 Effective range of zero set shall be applied with the value of 0 CF 13 Data width of zero tracking shall be applied with less than 4 of maximum weighing capacity F 01 Digital filter setting shall be applied with more than the value of 2 F 05 Stabilized filter set...

Page 9: ...less than 20D OL is output also 12 4 6 Data format of Command mode Change When the overload is occurred OL shall be shown on the Load data section OL will be shown on the load data section when the value is minus totally to At the overload OL is output as a load data When the gross value is less than 20D OL is output also 13 1 5 Scaling of analog output Change 1 display to 20D display Change 110 o...

Page 10: ...ngeover to digital linearization mode Correct switch picture 4 7 2 Setting to the digital linearization Correct switch picture 5 1 2 Refer to the digital load cell output at zero span calibration Add the C function mark 6 12 Digital linearize clear Correct the linearize clear mark 10 1 Setting method of Check mode Correct switch picture 11 3 3 S1 operation of simple comparison mode 4 In case of se...

Page 11: ...n 10 3 1 Changeover of mode 10 4 Calibration 12 4 1 Set items required before the calibration 12 4 2 Set items required in the calibration 12 4 3 Items set after the calibration if necessary 13 4 4 Explanation for set items before calibration 14 4 4 1 Flow of set items before calibration 14 4 4 2 Register refer the S N serial No to digital load cell 15 4 4 3 Switchover the corner adjustment 17 4 4...

Page 12: ...ication output 40 6 4 Zero set 40 6 4 1 Operating condition of zero set 40 6 4 2 Zero set effective range 40 6 5 Zero tracking 41 6 5 1 Target zero tracking 41 6 5 2 Zero tracking data width 41 6 5 3 Zero tracking time width 41 6 6 Power on zero 42 6 6 1 The operation of power on zero 42 6 7 Tare weight cancellation 42 6 7 1 Operating condition of tare weight cancellation 42 6 8 Setting of record ...

Page 13: ...h of stability detection 54 8 6 Automatic printing 54 8 6 1 Operating condition of automatic printing 54 8 7 Setting operation of external control input 54 8 8 Memory clear 55 9 Stored place for setting data 56 9 1 Memorizing data in RAM 56 9 2 Memorizing data in EEPROM 56 10 Check mode 57 10 1 Setting method of Check mode 57 10 2 How to confirm ROM version 58 10 3 How to confirm a external contro...

Page 14: ...mal point of RS 232C sending data 76 12 3 6 Data format in Command mode 77 12 3 7 Data format in stream mode synchronized with print signal 83 12 4 Explanation when the communication protocol2 F 39 1 is selected 84 12 4 1 Operation mode of RS 232C interface 84 12 4 2 Output synchronized with print signal in stream mode of RS 232C interface 84 12 4 3 Communication specification of RS 232C interface...

Page 15: ... F 106 13 4 1 Specifications for interface P N CSD401 P77 106 13 4 2 Data format 106 13 4 3 Explanation of format data 107 13 4 4 Explanation of output type 107 13 4 5 Connection with serial interface S I F 108 14 Trouble shooting 109 14 1 Executing troubleshooting 109 15 Life time of using parts 122 15 1 Life time 122 16 Specifications 123 16 1 Specifications for applicable sensors 123 16 2 Speci...

Page 16: ......

Page 17: ...s zero and scale interval is within 1 4 HOLD Flickering when the external hold signal input is ON 4 Judgement display Compared results S1 to S5 by comparator function can be displayed S1 Display the S1 compared result S2 Display the S2 compared result S3 Display the S3 compared result S4 Display the S4 compared result S5 Display the S5 compared result 5 Key ON OFF the display Electricity is genera...

Page 18: ...splaying data or carry the selecting figure when setting the value 9 Key Memorize the present load value as a ZERO and displaying ZERO 10 Key Printing out the data or select various data input and memory the setting value in internal memory ...

Page 19: ...ontrol input RS 232C digital load cell AC power supply and grounding wire 2 Installing section for options Whichever one can be installed from the optional BCD OUT RS 422 serial interface analog current output or analog voltage output 1 Terminal board 2 Installing section for options ...

Page 20: ...inal Be sure to set the power supply to OFF when the connection will be made Do not supply AC power supply until complete installing This instrument has no ON OFF exchange power supply switch Connecting cable with the instrument should be away from the noise source such as power supply line and or I O line for control and so on as far as possible Conduit wiring should be the type of exclusive one ...

Page 21: ... box by one to one connecting Use exclusive corresponding cable Maximum 200m is able to extend when using recommended cable Recommended cable CL2 2464 3599 DS 2P 18AWG Soar battery Do not connect except our digital load cell It may cause an unexpected failure to the instrument RED BLU WHT GRN YEL Shield Special communication cable Junction box RED BLU WHT GRN YEL Shield ...

Page 22: ... YEL Shield BLU WHT RED GRN YEL Shield BLU WHT RED GRN YEL Shield BLU to CSD 401 RD OR BK WH GN BL YE 1W 1R 1G 1B 1Y 2W 2R 2G 2B 2Y 3W 3R 3G 3B 3Y 4W 4R 4G 4B 4Y Use exclusive corresponding cable Maximum 200m is able to extend when using recommended cable Recommended cable CL2 2464 3599 DS 2P 18AWG Solar battery Do not connect except our digital load cell It may cause an unexpected failure to the ...

Page 23: ...on Selectable as same as F 60 also 14 F 65 IN6 Function Selectable as same as F 60 also 15 COM terminal of IN1 to 6 16 Connecting with shield Use a shielded cable for connections with external control inputs and connect it with shield terminal If not connected any malfunction may be caused due to effects by external noises and so on When 1 to 8 is selected in the setting of function F 60 to 66 eac...

Page 24: ...face 1 Connectin 1 of RS 232C interface CSD 401 Host 25 pin 1 F G 6 TXD 2 TXD 7 RXD 3 RXD 15 COM 1 4 RTS 5 CTS 6 DSR 7 S G 8 DCD 9 19 20 DTR 21 Terminal layout of RS 232C interface Terminal No Signal name 6 TXD 7 RXD 15 COM 1 Host Shield ...

Page 25: ... grounding cable as shown below figure and use the D class single earth Power supply voltage AC100V to AC240V Allowable variable range AC85V to AC264V Frequency for power supply 50 60Hz Power consumption 4VA at AC100V Caution Connections with the power supply and the earth should be made securely according to the figures and also within the rated capacity of the instrument Grounding should be the ...

Page 26: ...er to Check mode When the digital load cell output exceeds 10 of weighing by the power on zero function after checking the display the display becomes the error indication of At this time by pressing key the display compulsorily becomes a load display Refer to paragraph 6 6 Power on zero Display check All lights on Measurement mode Display measuring value Stand by condition Lights off the measurin...

Page 27: ...de The ROM version the each input output operation the monitor of load cell output value the BCD output and the analog output can be confirmed by the check mode 5 Comparator mode The measured value and the set value are compared by setting the comparator mode One is the single comparison mode comparing the measured value with set upper lower limit value and another is the weigh in weigh out measur...

Page 28: ...cale interval It is the minimum unit of the measuring value The value to be set is 1 2 5 10 20 or 50 The value of Weighting value Scale interval is the display resolution 2 Weighting value It is the maximum weight to be able to measure by the measuring section digital load cell 3 Mass of weight used at the span calibration The span calibration can be executed with the arbitrary weight The same set...

Page 29: ... The boundary value and the scale interval within the each range are set Refer to the 6 10 Automatic range switch 5 Gravity acceleration compensation C function It is a function for the compensation of the span error by setting the gravity acceleration of the two different districts with a calibration place and a place to be used Refer to 6 8 Gravity acceleration compensation Please execute the ca...

Page 30: ...ry to refer the S N Step 4 Switchover to the corner adjustment mode Go to step 6 if already adjusted or unnecessary to adjust Step 5 Execute corner adjustment Step 6 Switchover to the calibration mode Display the error code Er 50 right after power up in case of not register the S N of digital load cell Display the error code Er 50 right after power up if registered S N serial No of digital load ce...

Page 31: ...load cell is only one register the S N of digital load cell in CF 60 and CF 61 to CF 67 will be unregistered all space When connecting digital load cells are 4 pieces register the serial number as follows CF 60 is a serial number of the first digital load cell CF 61 is a serial number of the second digital load cell CF 62 is a serial number of the third digital load cell CF 63 is a serial number o...

Page 32: ...e Supplementary explanation Press on the forth digit of selecting flickering point moves first digit of Change the setting of flickering digit by key Change as blank 0 1 2 9 A B C Y Z blank 0 About the alphabet refer to the 19 Display character pattern Pressing on the forth digit of selecting flickering point moves first digit of Setting on the right side for the register of S N serial No Example ...

Page 33: ...t mode to the stand by condition by the key Press the key with the key pressed it displays Press the key twice then press the key it displays Press the key four times to display then it is going to corner adjustment mode Measurement mode Stand by condition to 4 corner adjustment ...

Page 34: ...No 2 digital load cell then press the key Press the key when the display is flickering and the STAB mark lights on Memorize each digital load cells data at P 2 then go to the next step Display Put the counterweight for corner adjustment on the ID No 3 digital load cell then press the key Press the key when the display is flickering and the STAB mark lights on Memorize each digital load cells data ...

Page 35: ... mark lights on Memorize each digital load cells data at P 3 then go to the next step Display Put the counterweight for corner adjustment on the ID No 4 digital load cell then press the key Press the key when the display is flickering and the STAB mark lights on Memorize each digital load cells data at P 4 then go to the next step Display after finish corner adjustment Press key for finish corner ...

Page 36: ...int of the digital load cell Step 8 Complete the calibration mode Proceed the setting since following step 9 if necessary Paragraph 4 5 2 Change to calibration mode Paragraph 4 5 3 Set the scale interval Paragraph 4 5 8 Complete the calibration Step 9 Step 12 Paragraph 4 4 Explanation for set items before calibration Paragraph 4 5 4 Set the measuring weight Paragraph 4 5 6 Calibration at zero poin...

Page 37: ...tion mode 4 5 3 Set of the scale interval When key is pressed twice at display is displayed is the scale interval being memorized now Select the scale interval from 1 2 5 10 20 or 50 Select the scale interval Setting is interrupted and returns to display Memorize the displaying value and proceed to the next step Press key after the set Calibration mode Stand by condition Set of scale interval Usin...

Page 38: ... of the counterweight When key is pressed from display is displayed is the weighting amount Set the mass of the weight actually put on the measuring section at this point The same setting as the weighting value is executed when there is a weight for weighting The value of changed digit is changed Changed digit is selected The value is changed to 0 Setting is interrupted and display returns to The ...

Page 39: ... output count scale which corresponds to the zero point of the measurement is set the lower four count value is set the higher three count value The value of changed digit is changed Changed digit is selected The displayed value is changed to 0 Setting is interrupted and display returns to The display value is memorized and it proceeds to the next step After the setting press key Supplementary exp...

Page 40: ...act the output count of the digital load cell to zero point of measurement from the output count of the digital load cell corresponding to the mass of the counterweight is set the lower four count value is set the higher three count value The value of changed digit is changed Changed digit is selected The displayed value is changed to 0 Setting is interrupted and display returns to Display value i...

Page 41: ...isplayed when span calibration is completed Press key to quit the calibration mode The display becomes and the set data is memorized internally Press key to set to the stand by condition The calibration mode is completed Stand by condition ...

Page 42: ...Changeover to zero and span fine adjustment mode Press key and move from a usual measurement mode to the stand by condition When key is pressed with key is displayed Press key twice is displayed then key is pressed is displayed Press key is displayed then it enters into the fine adjustment mode of zero and Measurement Move to the fine adjustment mode of zero and span Stand by condition ...

Page 43: ...ey pressed Interrupts the setting and returns to display Memorizes the display value and proceed to the next step After the zero fine adjustment press key Display becomes In case of executing the fine adjustment of span the operation of b is proceeded Otherwise by pressing key the operation of c is proceeded after the display b Fine adjustment of span Put the weight which can be put on the measuri...

Page 44: ...ey to quit the fine adjustment mode of zero and span displayed and the setting data is memorized to the internal memory Press key and move to the stand by condition The fine adjustment mode of zero and span is completed A B Stand by condition ...

Page 45: ...1 Changeover to digital linearization mode Change the condition from the normal measurement mode to the stand by condition by pressing key By pressing key with key at the same time is displayed Press key after pressing key twice is displayed is displayed after pressing key twice and enter into the digital Display Display Value of weights Error Span 0 Z Value of weights 0 Z Span Compensation point ...

Page 46: ...lighting on As the 100 digit of the measuring value blinks set the same value with the weights put on the measuring section Increase the measuring value Decrease the measuring value The displayed value is memorized and proceed to the next step The setting is interrupted and return to the display of The display becomes when is selected and please execute the compensation of the second point Additio...

Page 47: ...ights to be compensated as The compensation of linearization cannot be executed over the maximum capacity The compensation data of the digital linearization can be cleared by C function CF 98 Refer to the paragraph 6 12 Digital linearization clear Digital linearization is function correcting the linearity so that it is not correcting hysteresis Linearization does not work properly if the measureme...

Page 48: ... 8 1 Changeover of the calibration mode by zero point Press key to change from the measurement mode to the stand by condition By pressing key with key is displayed By pressing after pressing twice of key is displayed By pressing key at three times the display becomes you can proceed the calibration mode only for the zero balance Measurement mode Calibration mode only of zero point Stand by conditi...

Page 49: ...inish the calibration mode only of zero point is displayed and the setting data is memorized in the internal memory Please set to the stand by condition by pressing key The calibration mode only of zero point is finished key Error display of the calibration at zero The display blinks for about 2 seconds when the digital load cell output count is less than 1100 000 number of digital load cell conne...

Page 50: ...urn to display of Memorize the display value and proceed to the next step Finish the C function mode Press key and change the setting value of selected C function mode Press key The changed contents is registered and the following changed C function number is displayed on the panel Please select the changed C function number when you continuously change the setting of the other C function numbers ...

Page 51: ...lue to 0 Interrupt the setting and return to the display of Memorize the display value and proceed to the next step Finish the C function mode Pressing key on the forth digit of selecting flickering point moves first digit of Change the setting of flickering digit by key Press key and change to Space 0 1 2 3 9 0 Flickering point moves to the first digit of the display when press the key at the dis...

Page 52: ...bration by CF 93 to CF 94 By pressing the key is displayed Select C function number which wants to refer Select the referring digit Display under fourth digit as Display over third digit as Invalid Interrupt the refer and return to the Proceed to the next step Finish the C function mode Example and that will be 1000000 Stand by condition ...

Page 53: ...a width of zero tracking CF 13 00 99 Unit 0 5 D 00 Zero tracking OFF 01 Time width of zero tracking CF 14 0 9 Unit 0 5 s 0 Zero tracking OFF 2 Operation of power on zero CF 15 0 Effective 1 Invalidity Operating condition of tare weight cancellation CF 16 0 Operation when it is steady 1 Operation by unconditional Setting the storing memory of the setting data CF 17 00 11 0 store in RAM 1 store in E...

Page 54: ...its ID No 2 S N serial No setting CF 61 ______ Set the S N of ID No 2 divides into lower No and higher No Configurable max 8 digits ID No 3 S N serial No setting CF 62 ______ Set the S N of ID No 3 divides into lower No and higher No Configurable max 8 digits ID No 3 S N serial No setting CF 63 ______ Set the S N of ID No 4 divides into lower No and higher No Configurable max 8 digits ID No 4 S N ...

Page 55: ...icient CF 87 Calibration data of the scale interval Reference use CF 90 1 Calibration data of the maximum capacity Reference use CF 91 10000 Calibration data of the weight Reference use CF 92 10000 Calibration data of zero count Reference use CF 93 0 Divides into lower No and higher No Calibration data of span count Reference use CF 94 1 000 000 Divides into lower No and higher No Number of connec...

Page 56: ...suring value as zero point when key is pressed when the indicated value of the load display section is the gross value and at the same time Within 2 of the maximum capacity or Within 10 of the maximum capacity and adjust the display to zero 6 4 1 Operating condition of zero set The selection of operating condition of zero set is selected by C function CF 10 The effective range is common for both o...

Page 57: ...for each set value n is obtained in the display conversion by the following expression Zero tracking data width Set value n of CF 13 x 0 5 x Scale interval When the set value of C function CF 13 is 10 and the scale interval is D 5 that is Zero tracking data width 10 x 0 5 x 5D 25D The zero tracking does not operate when either of setting C function CF 13 or CF 14 is 0 Please do not use the zero tr...

Page 58: ...zero To execute the tare weight cancellation clear press key when the gross value is zero The tare weight cancellation is cleared and GROSS of the condition display section lights on at the same time as becoming a gross value display 6 7 1 Operating condition of tare weight cancellation The operating condition of tare weight cancellation is selected by C function CF 16 Operation when it is steady ...

Page 59: ... CF 25 0 The setting of the district number of the using place is executed by C function CF 26 The setting of district number 01 16 Default has selected 10 district Please refer to Gravity acceleration compensation table in the next page 6 9 3 Setting of district number of the calibration place When CF 25 0 The district number of the calibration place can be set by C function CF 27 The set of the ...

Page 60: ...Chiba ken Tokyo excluding branch administrative office jurisdiction of Hachijojima Ogasawara Fukui ken Kyoto fu Tottori ken Shimane ken 10 9 797 Kanagawa ken Yamanashi ken Nagano ken Gifu ken Shizuoka ken Aichi ken Mie ken Wakayama ken Shiga ken Osaka fu Hyogo ken Nara ken Okayama ken Hiroshima ken Yamaguchi ken Tokushima ken Kagawa ken 11 9 796 Tokyo Only branch administrative office jurisdiction...

Page 61: ...t 6 10 4 Setting the scale interval of the third range The scale interval of the third range can be set by the C function CF 43 The scale interval can be selected from 1 scale interval 2 scale intervals 5 scale intervals 10 scale intervals 20 scale intervals and 50 scale intervals 10 scale intervals is selected as a default 6 10 5 Setting the boundary value of the third range The boundary value of...

Page 62: ...n calibration The stability detection time width in calibration can be set by C function CF 97 Setting range 00 99 Unit 0 1 s 05 is set as a default 6 12 Digital linearizer clear The compensation data set in the digital linearization can be cleared by the C function CF 98 If key is pressed with display becomes a blinking display Press key to discontinue the digital linearization at this point It b...

Page 63: ... value into 0 Interrupt the setting and return to the display Memorize the display value and proceed to the next step Finish the function mode Press key and set the setting value of the selected function number Press key The setting contents is registered and the display panel displays the following registered function number Continue and select the selected function number when you change setting...

Page 64: ... 05 0 OFF 1 Moving average times 2 times 2 Moving average times 4 times 3 Moving average times 8 times 4 Moving average times 10 times 5 Moving average times 12 times 6 Moving average times 14 times 7 Moving average times 16 times Data width of stabilization filter F 06 000 999 005 Unit 1D 00 Stabilization filter OFF Time width of stabilization filter F 07 00 99 01 Unit 0 5 s 00 Stabilization filt...

Page 65: ...ection of comparator comparison operation Direction when F 20 is set by 1 to 6 F 22 00000 22222 00000 0 OFF 1 OVER 2 LESS 100 digit S1 operating 101 digit S2 operating 102 digit S3 operating 103 digit S4 operating 104 digit S5 operating Operation of comparator S1 F 23 0 On at Gross weight measuring weight 1 On at S2 S3 output 2 On at S2 S4 output 3 On at S2 S5 output 4 On at S3 S4 output 5 On at S...

Page 66: ...y 2 Synchronizes with the print Synchronize with key external control input or automatic print Communication protocol 2 RS 232C output target F 41 Valid at F 39 0 also F 40 1 or 2 0 Interlock display 1 Total weight 2 NET 3 Loading display data with condition RS 232C 422 485 specification for communication F 42 13020 Data bit length 100digit 0 7bit 1 8bit Parity 101 digit 0 No parity 1 Even parity ...

Page 67: ...ation OFF 1 The same operation as key 2 The same operation as key 3 The same operation as key 4 The same operation as key 5 The same operation as key 6 The same operation as key 7 Switch the display of net value Effective only in the measuring mode 8 Hold display Level operation External control input IN2 operation setting F 61 It is optional as well as F 60 External control input IN3 operation se...

Page 68: ...03 key 104 key If the key is forbidden valid only once key by press and two key at the same time 8 3 Display frequency The display frequency can be selected by the setting of function F 04 The display frequency can be selected from 5 times s or 15 times s 15 times s is selected as a default 8 4 Stabilization filter The stabilization filter facility is a function to make the digital filter strong w...

Page 69: ...D 5 it will be as follows Data width of stabilization filter 10 x 5 50 D When the change width of the load display is within the value set by function F 06 and when the condition continues for the time for function F 07 or more the stabilization filter set by function F 05 becomes effective When the digital filter is set by function F 01 the moving average process executes Moving average of stabil...

Page 70: ... width of the stability detection execute the display conversion of the data width by the value of the first range scale interval scale interval in the calibration 8 6 Automatic printing Automatic printing is used when the print output is automatically done whenever the load hangs to the measuring section by using the two wires method serial interface the BCD output and the RS 232C interface The l...

Page 71: ... default setting The display is flickering by displaying and press key Press key If cancel the memory clear at this point Condition will be stand by condition and memory clear is not enforced The display is flickering press key and display section will light down Displaying then complete the memory clear ...

Page 72: ...Zero tracking data Zero set data 9 2 Memorizing data in EEPROM Calibration data Function data C function data Comparator setting value Switchover the recording place of TARE data and zero set data which RAM or EEPROM by C function CF 17 Initialize the all data which record in RAM at power up When the instrument changes from the stand by condition to measurement mode the data recorded in RAM is not...

Page 73: ...pressing the key is displayed When the key is pressed after pressing the key three times the display becomes and enters into the check mode In the check mode if it is either of display section as the following the confirmation item can be switched by the operation of key or key Changeover of the check mode item Quit from the check mode 10 6 Confirmation of BCD output Only for attached BCD output o...

Page 74: ...inking At this time the status of ON OFF of the external control input signal can be confirmed by the status display section The status display lights when each input of the terminal is turned on Terminal No Status display 9 STAB mark 10 TARE mark 11 GROSS mark 12 NET mark 13 ZERO mark 14 HOLD mark Confirms by external input ON OFF How to confirm an external control input How to confirm comparator...

Page 75: ...gainst the position is turned on Switchover the each comparator output Quit from the check mode Lights on the LED S1 S5 linking with comparator output Comparator output is the function that attached to BCD out CSD401 P15 When optional product does not install the changeover operation of the display is executed How to confirm an output count of digital load cell S1 output S2 output S3 output S4 out...

Page 76: ...the key Display by 1 100 total output count value of all connecting digital load cell Value that round to the decimal point Display by 1 100 digital load cell output count of selected ID No Value that round to the decimal point Finish the monitor mode to press the key at display the output count value The displayed digital load cell output count is a reference value without BCD and analog output H...

Page 77: ...he BCD output is not installed the BCD output is not confirmed 10 7 How to confirm an analog output When analog output is equipped with By pressing key from display is displayed and the analog output of DC4 mA DC0 V is made At this time when the under mentioned key is operated the analog output of DC 12 mA DC5 V is output in display and the analog output of DC DC20 mA DC10 V is output in Changeove...

Page 78: ... mode The selection of the comparator comparison operation is executed by the setting of function F 20 Function No Set value Contents F 20 0 OFF 1 All data Simple comparison mode 2 All data during stable condition 3 Data exceeding 5D 4 Data exceeding 5D during stable condition 5 Data except from 5D to 5D 6 Data except from 5D to 5D only during stable condition 7 Weigh in mode 8 Weigh out mode Data...

Page 79: ... function F 21 F 22 S4 S4 pin S5 By function F 21 F 22 S5 S5 pin Function No Setting value Contents F 21 00000 22222 00000 0 Display interlock 1 Gross value 2 Net value 100 digit S1 operating target 101 digit S2 operating target 102 digit S3 operating target 103 digit S4 operating target 104 digit S5 operating target F 22 00000 22222 00000 0 OFF 1 OVER 2 LESS 100 digit S1 operating 101 digit S2 op...

Page 80: ...ed digit Change the displayed value to 0 Interrupt the setting and return to display Memorize the displayed value and proceed to next step Setting is finished without changing all setting When key is pressed after the S1 setting value is set is blinking displayed As the S2 setting value memorized at present is displayed when key is pressed set the S1 setting value similarly When key is pressed aft...

Page 81: ...r setting the S4 setting value is blinking displayed As the S5 setting value memorized at present is displayed when key is pressed set the S1 setting value similarly When key is pressed after setting the S5 setting value is blinking displayed Complete the comparison value setting press key to stand by condition Finish the comparison value setting mode Memorize a set value Memorize a set value A St...

Page 82: ... UNDER S3 OVER on function F 22 S2 judge display open collector output ON at S2 set value display value S3 judge display open collector output ON at S3 set value display value S1 judge display open collector output ON at S2 set value display value S3 set value The upper diagram indicates when S2 set value S3 set value Always OFF when S2 set value S3 set value S1 judge display and S1 open corrector...

Page 83: ...set value S3 set value S1 judge display and S1 open corrector output S2 set value display value S3 set value 4 In case of selecting UNDER for S2 and S3 on function F 22 S2 judge display open collector output ON at S2 set value display value S3 judge display open collector output ON at S3 set value display value S1 judge display open collector output ON at S2 set value display value S3 set value Di...

Page 84: ...ut of the 5D 5D data and condition is stable Target of movement of comparator Function F 21 1 Gross S3 5 000 S2 1 000 S1 ON at S2 setting value display value S3 setting value Display Small Display Large S3 S2 S1 ON S2 set value ON OFF ON S3 set value OFF OFF ...

Page 85: ...elay On delay is selected as a default 11 3 5 Data width of the comparator hysteresis The data width of the comparator hysteresis is set by setting function F 25 Setting range 00 99 Unit 1D 00 OFF Default has set 00 ex About the S2 the operation of the judge display and the comparator output when the comparator hysteresis is set is shown 1 On delay 2 Off delay Hysteresis data width Time S2 set val...

Page 86: ...out as comparator comparison operation when you use weigh in weigh out mode 11 4 1 Various set value of weigh in out Set item Set range Contents Target value SET0 99 999 99 999 Set the actual weight value which wants to be packed in the bag etc Fall SET1 99 999 99 999 Set the correction amount for the weight which has fallen in the air Pre set value SET2 99 999 99 999 Set the weight value by which...

Page 87: ... Large weigh in Net value Target value Pre set value S2 Near zero Gross value Set value of near zero S3 Over Net value Target value OVER S4 Under Net value Target value UNDER S5 Zero Near zero Preliminary Time Tare weight cancellation Small weigh in Large weigh in Near zero Target value UNDER Fall OVER Zero display Under Over Load value ...

Page 88: ...arge weigh in Net value Target value Pre set value S2 Near zero Gross value Set value of near zero S3 Over Net value Target value Fall S4 Under Net value Target value Fall S5 Zero point Near zero Zero displ ay Time Load value Small weigh in Large weigh in Near zero Target value UNDER Fall OVER Under Over Measurement value Tare weight Time ...

Page 89: ...ng the following keys Change the value of the changed digit Select the changed digit Change the displayed value to 0 Setting is interrupted and return to display Memorize the displayed value and proceed to next step Setting is finished without changing all setting When key is pressed after the target value SET0 is set is blinking displayed As the FALL SET1 memorized at present is displayed when ke...

Page 90: ...ed at present is displayed when key is pressed again please set the value of OVER similarly When key is pressed after setting the OVER SET4 is blinking displayed As the value of UNDER SET5 memorized at present is displayed when key is pressed again please set the value of UNDER similarly Press key is displayed and please set to stand by condition by pressing key The various setting modes of weigh ...

Page 91: ...rotocol 1 is selected F 39 0 is selected 12 3 1 Operation mode of RS 232C Interface Select the operation mode of RS 232C with the setting of Function F 40 The operation mode of RS 232C can be selected from the Command mode Stream mode and Synchronous with Print As for the default Command mode has selected 1 Command mode By sending the fixed Command Data from the Host Personal computer sequencer an...

Page 92: ...elected as a default Setting Function F 41 becomes effective when the Function F 39 0 and at the same time the Function F 40 is set as 1 or 2 12 3 3 Specifications for RS 232C communication With the set of Function F 42 select the specifications for RS 232C communication Function Nos Set value Contents F 42 00000 13121 0 0 0 0 0 Data bit length 0 7 bit 1 8 bit Parity bit 0 No Parity 1 Even Parity ...

Page 93: ...he JIS standard please set the setting value of CF 03 to 2 At the overload OL is output as a load data When the gross value is less than 20D OL is output also The empty sections are all spaces 1 Reading out of load data Host CSD 401 When the command number is from 20 to 25 2 4 6 0 0 2 2 Terminator Return CSD 401 Host 2 4 6 8 10 12 14 0 0 2 2 Terminator 2 4 6 8 10 12 14 0 0 2 2 1 2 3 Terminator 2 4...

Page 94: ...value Plus 1 2 3 g gram S T stable G S Gross value minus 0 1 2 3 k g korma U S unstable O L l b lb t ton 2 Reading out of comparative data Host CSD 401 2 4 6 0 0 3 0 Terminator Return CSD 401 Host 2 4 6 8 10 12 14 0 0 3 0 Terminator Command No Simple comparative mode Batch Discharge mode 30 S1 Set value 31 S2 Print to set value 32 S3 Fall 33 S4 Zero band 34 S5 Over 35 Under Address 00 31 Command N...

Page 95: ... 8 10 12 14 0 0 4 1 S1 S2 S3 S4 S5 Terminator S1 1 ON 0 OFF S2 1 ON 0 OFF S3 1 ON 0 OFF S4 1 ON 0 OFF S5 1 ON 0 OFF When the mode is in Batch Discharge mode Dribble flow corresponds to S1 Full flow to S2 and Zero band to S3 Over to S4 and Under to S5 individually Command No Operation 40 Read out of condition Command No Operation 40 Read out of comparative result Address 00 31 Command No Command No...

Page 96: ...sion shall be as follows When executing Zero set with Command No 50 zero set cannot be made out of the effective range of zero set When executing Tare with Command No 51 Tare can t be made with the OL display When executing display of Net weight with the Command No 59 Tare is not executed yet and you cannot change it to the Net weight display Command No Operation 42 Read out of Unit Command No Ope...

Page 97: ...ansmission are as follows In the case of difference is found in Division value When setting value is made over the range of 99 999 When setting is made other than the numeric value for the set value When setting is made other than the for the sign section Command No Simple comparative mode Batch Discharge mode 60 S1 Write Set value 61 S2 Write Preliminary 62 S3 Write Fall 63 S4 Write Zero band 64 ...

Page 98: ...n the received command cannot be executed 10 Parity error When the parity detection is an error 11 Framing error When the stop bit detection is an error 12 Overrun error When the incoming reading command is an error 13 Data code and data length error When the data code received is not corresponding to data lengthy 14 No appropriate command When the incoming command is not corresponding The error c...

Page 99: ... or NET Return CSD 401 Host 2 4 6 8 10 12 14 0 0 9 9 Terminator 2 4 6 8 10 12 14 0 0 9 9 1 2 3 Terminator 2 4 6 8 10 12 14 0 0 9 9 0 1 2 3 Terminator 2 4 6 8 10 12 14 0 0 9 9 O L Terminator 2 4 6 8 10 12 14 0 0 9 9 O L Terminator 2 When the set of F 41 is Load display data with condition 2 4 6 8 10 12 14 16 C1 C2 C3 C4 C5 C6 C7 C8 C9 C 10 C 11 C 12 C 13 C 14 C 15 Terminator Header 1 Header 2 sign ...

Page 100: ...nchronized with print signal When RS 232C interface is in use the data set by the selection of F 48 is output synchronizing with print signal key external control input or automatic print The communication is possible only in the measurement mode When Stream mode is selected the communication turns OFF except for the Measurement mode When Command mode is selected communication turns OFF in display...

Page 101: ...F 13020 is set as a default 12 4 4 Set of address of RS 232C interface The address is fixed as 00 12 4 5 Set of data format and The data format and Unit digit is set by function F 49 Function Nos Set value Contents F 49 00 11 0 0 Change of data format 0 Format 1 1 format 2 Setting the digit of unit 0 2 digits for unit 1 3 digits for unit The data format 1 is 7 digits load data with state and the d...

Page 102: ...Format 2 the load data section becomes 9999999 whichever the polarity might be In the Format 1 you can select the digits of unit whichever 2 digits or 3 digits with the Function of F 46 The unit enters in right aligned and extra digits become spaces The blank are all spaces When you want to confirm the instrument to the suitable JIS standard use it with the CF 03 set value to 2 At the overload OL ...

Page 103: ...8 10 12 0 0 9 9 9 9 9 9 9 9 Terminator 2 Change of condition Host CSD 401 2 4 6 0 0 M Z Terminator Return CSD 401 Host 2 4 6 0 0 M Z Terminator Command No Operation MZ Zero set MT Tare CT Tare clear MG Display of gross value MN Display of net value Address 00 31 Sign of load data Load value Address 00 31 Address 00 31 Address 00 31 Address 00 31 Command No Address 00 31 Command No ...

Page 104: ...alue for Fixed tare value is more than 0 and less than The range of the 1 st Other than the range of set value is 99 999 99 999 4 Reading out value of unbalanced load 2 4 6 0 0 M Z Terminator Return CSD 401 Host 2 4 6 8 10 12 0 0 0 0 0 0 1 2 3 4 Terminator Command No Operation 80 value of unbalanced load of ID No 1 81 value of unbalanced load of ID No 2 82 value of unbalanced load of ID No 3 83 va...

Page 105: ... Measurement value display When executing Zero set of Command MZ you cannot make Zero set without the effective range of Zero set During executing Tare for the Command MT you can t make Tare due to OL of display When executing Net weight display of Command MN you can t change Net weight display due to Tare is undone When you cannot execute the receiving Command Error command at the time of receivi...

Page 106: ...a section becomes all spaces except for decimal point The sign enters to the specified position whichever polarity the sign will be When overload is occurred in Format 2 the load data section becomes 9999999 whichever a polarity might be In the Format 1 you can select the digits of unit whichever 2 digits or 3 digits with the Function of F 46 The unit enters in right aligned and extra digits becom...

Page 107: ... Gross Net Tare According to the format selected data of Gross Net and Tare can be sent continously The series of data will become the value of calculated one from the same AD data In the stream mode data is outputted synchronous with display times but there may have the case of asynchronous with the display due to the mutual relation of setting of baud rate and display times Sign of load data Loa...

Page 108: ...N CSD401 P25 Spec Contents Output DC0 V to 10 V Load characteristics 5 k ohm or more Non linearity 0 05 F S Resolution Approx 1 12 000 Over range AT OL display approx DC 1 V At OL display approx DC11 V Output times 5 times s 15 times s The analog output of the instrument executes to rewrite synchronous with the display After feeding power the analog output has output variable factors For your safe...

Page 109: ...alue By changing the CF 71 and CF 72 you can make it to an optional value The CF 71 sets the display when outputs the minimum value The CF 72 sets the display when outputs the maximum value Set the value of CF 72 not to exceed the weighing capacity set in item 4 Set the value of CF 71 smaller than the value of CF 71 最大表示 表示 最大表示の 110 アナログ出力 約21 6 mA 約11 V 最大値 20 mA 10 V 最小値 4 mA 0 V 0表示 約2 4 mA 約 ...

Page 110: ...is output By CF 72 set the display when the maximum value is output for example CF 71 Set to 1 000 CF 72 Set to 5 000 Output the maximum value when the display is 5 000 Output the minimum value when the display is 1 000 5 000 Display Analog output Approx 21 6 mA Approx 11 V Maximum value 20 mA 10 V Minimum value 4 mA 0 V 1 000 Approx 2 4 mA Approx 1 V 10 of maximum display 5 500 Set the value of C...

Page 111: ...t Makes the fine adjustment with the ZERO trimmer and the SPAN trimmer after scaling is executed for the analog output by setting C function CF 71 and CF 72 The range of fine adjustment is approx 10 for the full scale ZERO trimmer SPAN trimmer ...

Page 112: ...tion 13 2 2 Operation mode of BCD output Select the operation mode of BCD output with the set of Function F 30 The BCD output operation mode can be selected from the Stream mode Outputs synchronous with display times and Synchronous with Print Stream mode outputs synchronous with display times is selected as a default 13 2 3 Target of BCD output With set of Function F 31 the target of BCD output c...

Page 113: ...tput 8 25 Output ERROR 6 Output 1 101 26 Output P C 7 Output 2 27 Output SATB 8 Output 4 28 Output GROSS 9 Output 8 29 Output N C 10 Output 1 103 30 Output N C 11 Output 2 31 Output N C 12 Output 4 32 Output S1 13 Output 8 33 Output S2 14 Output 1 103 34 Output S3 15 Output 2 35 Input BCD ENABLE 16 Output 4 36 Output S4 17 Output 8 37 Output S5 18 Output 1 104 19 Output 2 20 COM Suitable plug DC 3...

Page 114: ... at the time of OVER output the all of the DATA of output transistor become OFF condition Positive logic electrically However the POL becomes OFF at the time of plus over and becomes ON at the time of minus over Input section Output section VCE DC30 V I DC20 mA MAX INPUT COM 5 V OUTPUT COM 2 2K 200 3300P 2 2K 0 1U DATA POL P C ON ON ON ON ON ON ON ON At 5 times s Changeable to Approx 125 ms approx...

Page 115: ... within the control input IN1 to IN6 4 When inputting the HOLD signal For the HOLD signal the operation shall be executed after approx 100 ms or more is shorted At the time of inputting HOLD signal the output transistor of P C is in OFF condition Positive logic electrically However as for P C it becomes OFF after 1 shot of operation 13 2 9 Output condition Setting output logic Output data Conditio...

Page 116: ...ance Built in type Select yes no with the short of terminal board I O monitor With LED TXD RXD 13 3 2 Explanation when communication protocol 1 F 39 0 is selected 1 Command mode Operation mode of RS 422 485 With no relation of setting Function F 40 the operation becomes fixed as Command mode By sending the fixed command data from the Host PC sequencer etc to CSD 401 the data corresponding to the c...

Page 117: ... Setting range 00 31 00 is set as a default 4 Change of RS 422 485 With the set of Function F 44 change of RS 422 and RS 485 can be preformed RS 422 is set as a default 5 Delay time of sending back data of RS 485 After sending back from the Host side you can delay the returning data from the CSD 401 side in the case of sending terminal from the Host side becomes low impedance With the setting of F...

Page 118: ...automatic print The operation of communication can be made during the Measurement mode only When the Stream mode is selected the communication becomes OFF except for the Measurement mode In the Command mode communication becomes OFF at the time of display is OFF and other than the modes the Execution Error command shall be sent The Flow control cannot be made in the instrument of CSD 401 The CTS R...

Page 119: ...he set of Function F 43 setting address for RS 422 485 can be performed Setting range 00 31 00 is set as a default 4 Change of data format of RS 232C and set digit of unit With the set of Function F 49 set the change of data format and digit of unit Function No Set value Contents F 42 00000 13121 0 0 Change of data format 0 Format 1 1 Format 2 Set the digit of unit 0 2 digits 1 3 digits The data f...

Page 120: ...ontrol input are common The internal circuit is isolated from photo coupler To suit the instrument to the suitable JIS standard use the shielded cable and connect the shielded cable with the FG terminal 1 Connection of 1 to 1 SDA Differential output SDB Differential output RDA Differential input RDB Differential input TRM Terminal resistance S G Signal grand RDA RDB SDA SDB S G SDA SDB RDA RDB Add...

Page 121: ... format please refer to 12 RS 232C interface RDA RDB SDA SDB S G RDA RDB SDA SDB S G 0 Connect the terminal resistance at the furthest place from Host Connect the terminal resistance at the furthest place from Host SDA SDB RDA RDB Address 31 TMR S G SDA SDB RDA RDB Address 01 TRM S G SDA SDB RDA RDB Address 09 TRM S G SDA SDB RDA RDB Address 01 TRM S G SDA SDB RDA RDB Address 00 TRM S G SDA SDB RD...

Page 122: ...GNAL 2 F1 F3 0FFH code 3 LEN 11H code 4 FUN1 Print command 5 FUN2 00H code 6 ST1 State 7 ST2 State 8 OVR 00H code 9 ERR State 10 G1 G3 GROSS data 11 N1 N3 NET data 12 T1 T3 TARE data 13 BCC Result of calculation from LEN to T3 1 FUN1 7 6 5 4 3 2 1 0 2 ST1 7 6 5 4 3 2 1 0 3 ST2 7 6 5 4 3 2 1 0 4 GROSS data NET data TARE data G1 N1 T1 G2 N2 T2 G3 N3 T3 DP 104 103 102 101 100 Output of serial data ca...

Page 123: ...ata of gross weight and net weight and so on in constant intervals 2 Automatic print mode When the gross weight and net weight can detect stably and at the same time can satisfy the condition of data exceeding to 5D or data exceeding to 5D 5D sending can be made by setting the Automatic print bit of output format FUNC1 as 1 The automatic print bit is usually 0 3 Manual print mode When detecting st...

Page 124: ...m twisted The cable length is within 100 m when the shielded wire is used and when no shielded wire is applied the length is within 20 m The corresponding devices for serial interface can be connectable up to 3 sets in parallel The maximum output current Approx DC20 mA When adopting the instrument to suitable to JIS standard be sure to use the shielded cable and connect the cable with the FG termi...

Page 125: ...supply power voltage satisfy the specifications External control input doesn t work Execute trouble shooting The liquid crystal display is wrong Comparator display is wrong Operation of options is are wrong Check on options Yes Yes Yes Inform us about the contents of failure and situation in details Yes Check the liquid crystal display Check the comparator Check external control input No No No No ...

Page 126: ...display fluctuates Abnormally OL display OL display １ ２ The fuse has blown Please exchange fuses Yes No No Yes Yes Yes Yes No No No Check on liquid crystal display Inform us about the contents of failure and situation in details ...

Page 127: ... 2 Measure the voltage between No 1 No 3 on the terminal board Set the measurement range to DC V for the measuring instrument such as testers and so on Voltage between 1 and 3 is stabilized in DC12V 1 Connect the cable for the digital load cell to the terminal board again 2 Make calibration again according to the step 4 The same situation Yes No Contact us No Yes ...

Page 128: ...ange to DC V for the measuring instrument such as testers and so on Voltage between 1 and 3 is stabilized in DC12V Confirm that there is no influence from the noise source such as inverters Same situation Measurement start Yes No No Yes Inform us about the contents of failure and situation in details Inform us about the contents of failure and situation in details ...

Page 129: ...comparator Confirm and check the comparative operation of comparator and target of comparative operation according to item11 Set on the hysteresis according to item 11 The following causes are considered Failure of output other than the rated of open collector Failure of input circuit made by customer Confirm the output of comparator according to item10 4 Inform us about the contents of failure an...

Page 130: ...ct securely according to item 2 3 Check on the External control input Yes No No Set the Function from F 60 to F 65 Yes No Yes The input signals are executed when Approx 100 ms or more is shorted so make it the input of more tha100 ms each Inform us about the contents of failure and situation in details ...

Page 131: ...ommunication protocol is set correctly Yes No Make the flow control of host to no control Setting on command data is are correct No No Set the Function properly according to the specifications of host written in item 12 4 Flow control is specified by the host No Yes Connect with the external equipments securely according to item 2 5 Inform us about the contents of failure and situation in details ...

Page 132: ...ng RS 422 is wrong RS 485 is wrong No Yes To the BCD check To S I F check To RS 422 check To RS 485 check Yes Yes Yes No No No Inform us about the contents of failure and situation in details No Yes The analog output operation is wrong Check on analog output ...

Page 133: ...perly according to item 13 1 Confirm the function setting related to the analog output Connect properly Set properly according to item 13 1 No No No Yes Yes Yes Inform us about the contents of failure and situation in details Voltage output load resistance is 5 kΩ or more Current output load resistance is 260 Ω or less ...

Page 134: ...h the external equipments according to item13 2 Make the HOLD input open Suit the setting related to the BCD output to the specifications of external connection equipment according to item 13 2 No Yes BCD output doesn t vary Select the target of BCD output according to item 13 2 Inform us about the contents of failure and situation in details ...

Page 135: ...y Yes Change the yes of flow control in host to no of flow control No Set of command data is are correct Yes Set the Address No properly by referring to item 12 7 No Flow control has specified in host Yes Set the function properly according to the specifications of host No Change of RS 422 485 has set properly Yes Use the right command data by referring to item 12 7 Inform us about the contents of...

Page 136: ...e host Yes Set the function properly according to the specifications of host No Change of RS 422 485 has set properly Yes Use the correct command data by referring to item12 7 Inform us about the contents of failure and situation in details Yes No Yes The interval from the command receipt of host to send should be spaced more than 1 ms Interval from command receipt of host to send is 1 ms or more ...

Page 137: ...ng Is connection right Connect securely according to item 13 4 Check on Serial I F No No Yes Select the operation mode corresponding to the specifications of data receiving site No Inform us about the contents of failure and situation in details ...

Page 138: ...an t write to the data anymore so exchange shall be required When using the method descibe below you may reach the liftime of EEPROM in a short period 1 The store place for Tare cancellation data and Zero set data is specified as EEPROM and high frequency in use of both data are seen 2 High frequency in use of re writing comparative data in RS 232C or optional RS 422 485 in interface are seen 2 El...

Page 139: ... 103 changeable 16 3 Interface External control input The following 6 pieces of operation can be controlled externally with the Input signals on terminal board ON OFF SET TARE NET GROSS ZERO PRINT NET display display HOLD RS 232C RS 232C interface output BCD output option Output BCD 5 digits parallel output polarity applied PC print command ERROR OVER STAB Stable GROSS Comparator output S1 S2 S3 S...

Page 140: ...VA at max With options attached at AC100 V Outline dimensions W H D 96 mm 48 mm 120 mm Excludes protruding parts Weight Approx 0 4 kg Excludes options 16 5 Standard specifications at the time of shipment Span adjustment 1000000 display at 1000000 counts of output of digital load cell Minimum scale 1 16 6 Accessories Instruction manual 1 piece Midget fuse 1 piece 0 5 A Unit seal 1 sheet Panel mount...

Page 141: ...beralized compensation is made flashing displays in about 2 Seconds when the output of digital load cell is high Effective for the Ｃ function CF 15 Power on zero operation Displays when power is supplied at the time of output of digital load cell exceeds 10 of weighing capacity or when the display is ON Pressing the key with the condition of the load value display shall be appeared compulsively Li...

Page 142: ...hen the digital load cell of ID 1 gives no response or there is abnormality on the response Displays when the digital load cell of ID 2 gives no response or there is abnormality on the response Displays when the digital load cell of ID 3 gives no response or there is abnormality on the response Displays when the digital load cell of ID 4 gives no response or there is abnormality on the response Di...

Page 143: ...sales agent from which you have purchased 18 2 Repair Before asking repairs check once again that the connection setting and adjustment for the instrument have finished properly Especially check whether the connections of strain gage applied transducers are disconnected or cut off As a result of checking still there may have some defects in the instrument contact with our sales office or sales age...

Page 144: ...128 19 Pattern of character display The patterns of 7 segment character display are as follows 0 D Q 1 E R 2 F S 3 G T 4 H U 5 I V 6 J W 7 K X 8 L Y 9 M Z A N B O C P space ...

Page 145: ... 26 10 CF 85 1 000000 CF 27 10 CF 86 1 000000 CF 28 9 797 CF 87 1 000000 CF 29 9 797 CF 90 1 CF 40 0 CF 91 10000 CF 41 2 CF 92 10000 CF 42 03000 CF 93 L 0 H 0 CF 43 3 CF 94 L 0000 H 100 CF 44 06000 CF 95 1 CF 60 CF 97 05 CF 61 CF 98 CF 62 CF 99 CF 63 Setting Function table Function Nos Initial value Set value by customer Function Nos Initial value Set value by customer F 01 2 F 39 0 F 03 00000 F 4...

Page 146: ... an unexpected faulty of the instrument 1 Turn OFF the power supply for the instrument 2 Open a hook A section of the case and remove a rear panel to the arrow direction 3 Open the hook B of the case to the arrow direction then draw out the assembly PC board to the arrow direction Hook A Rear panel Hook A Case Case Assembly P C Board Hook B Hook B ...

Page 147: ...he assembly P C board to the position where it stuck with the hook B Case P C board 6 Insert the rear panel to the position stuck with the hook A on the case Hook A Rear panel Case Hook A There may have the possibilities that you cannot get key click feeling or you cannot make key operation if the rear panel is not attached to the case tightly ...

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Page 150: ...e Product Sales Management 1 1 1 Katase Fujisawa shi Kanagawa ken 251 8531 Japan Tel 81 466 23 2681 Fax 81 466 22 7191 Sensing Device Business Unit FUJISAWA PLANT 1 1 1 Katase Fujisawa shi Kanagawa ken 251 8531 Japan Tel 81 466 22 7151 Fax 81 466 22 1701 KARUIZAWA PLANT 4106 73 Miyota Miyota machi Kitasaku gun Nagano ken 389 0293 Japan Tel 81 267 31 1309 Fax 81 267 31 1353 HOMEPAGE ADDRESS http ww...

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