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Minebea CC-Link CSD-892-73, Instruction Manual, Page: 2 / 159

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Minebea CC-Link CSD-892-73 Instruction Manual Download Page 2

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FOREWARD

Thank you very much for your purchasing Minebea's Digital Conversion module, model CSD-
892-73. This manual for CSD-892-73 explains the procedures and checkpoints in operation. 
We would like you to read through this instruction manual with much care for the best use of 
our product to avoid malfunctions.
To read this manual, the basic knowledge of PLC program and CC-Link interface is needed.
Moreover, please refer to the manual of PLC and PLC program.

●

 CC-Link is an abbreviation of 'Control & Communication Link'.

　　

Marks and references described in this manual.

In this instruction manual, the following marks are used to understand the matters that 
indicate "Don't do this", "Caution", and "For reference". Please be sure to read following 
descriptions for safety.

This sign forewarns the presence of hazards that could result in 

serious injury or fatality when incorrectly handled.

Be sure to read to prevent from malfunction.

This sign forewarns the presence of hazard that the user may 

result in serious injury.

This sign describes a attention and a limitation, etc., in the 

operation and the work

Warning

Caution

Summary of Contents for CC-Link CSD-892-73

Page 1: ...mode Calibration Setting of Function Setting of Comparator Check mode CC Link interface USB RS 232C interface Trouble shooting Specifications others CSD 892 73 Instruction Manual DIGITAL CONVERSION MODULE Measuring Components Business Unit Minebea Co Ltd ...

Page 2: ... program CC Link is an abbreviation of Control Communication Link Marks and references described in this manual In this instruction manual the following marks are used to understand the matters that indicate Don t do this Caution and For reference Please be sure to read following descriptions for safety This sign forewarns the presence of hazards that could result in serious injury or fatality whe...

Page 3: ...or humidity Near the devices which generate magnetism or electromagnetic waves Environments vulnerable to radioactivity or radioactivity rays Environments where chemical reaction may take place such as a laboratory Please set up into the operation control panel when the instrument is used in the following places Places where drop of water splashes Places where many dust and fine particles exist Env...

Page 4: ...p in the front on upward so that the front panel that includes the display of this instrument may come forward 2 Installing the instrument When you set up two or more devices you can install on the same panel with no clearance in between Outline dimensions Front Side Unit mm 72 6 2 96 67 4 Caution Please secure and set up the space between this instrument and the device ...

Page 5: ... change of setting during operation may cause incorrect measurement or malfunction or cause damage to peripheral equipments Do not give the instrument such a shock as throwing something at it It may cause damage or destroy electrical circuits and even have loose resistance to environment or operability Do not remove the cover of the case of the instrument nor peel off the panel sheet nor take the ...

Page 6: ...he control board Grounding The ground shall apply the individual ground by using the F G terminal in lower terminal block Please make the single ground of the instrument or of the storage case after connecting with the storage case when you store only the DC24 V power circuit and the instrument in the storage case Please give the earth as a single earth when you store the device other than the ins...

Page 7: ...VI Date Instruction No Reason of revised Contents 2012 08 DRW NO EN294 1540 First version Revision history ...

Page 8: ...nection with strain gage based transducer 5 2 4 Connecting of power supply and ground 10 2 5 Connection with external control I O 11 2 6 Connection of CC Link interface 12 3 Operation 13 3 1 Changeover of mode 13 3 2 Display transition diagram 15 4 Calibration mode 16 4 1 What is calibration 16 4 2 Procedure of calibration 17 4 3 Selection of calibration method 19 4 4 Fine adjustment and re calibr...

Page 9: ...ation compensation 42 6 13 Calibration data For reference 44 6 14 Stability detection time width in calibration 44 6 15 Digital linearize clear 44 6 16 C function clear 44 7 Function mode 45 7 1 Setting method of function mode 45 7 2 Details of function data 46 8 Various operations by function data 49 8 1 Digital filter 49 8 2 Analog filter 49 8 3 Stabilization filter 49 8 4 Key lock function 51 8 5 ...

Page 10: ... 13 1 Setting method of Check mode 74 13 2 EzCTS mode 75 13 3 Confirmation of ROM version 75 13 4 Confirmation of external control input 76 13 5 Confirmation of external control output 76 13 6 Confirmation of load cell output voltage Monitor mode 77 14 CC Link interface 78 14 1 General 78 14 2 Features 78 14 3 Specifications of CC Link interface 78 14 4 PLC memory explanation 80 14 5 Address map 81 14 ...

Page 11: ...terface chapter 137 17 4 USB interface chapter 137 18 Specifications 138 18 1 Specifications for analog 138 18 2 Specifications for digital 138 18 3 Interface 138 18 4 General specifications 139 18 5 Specifications at the time of shipment 139 18 6 Accessories 139 19 Error display 140 20 Warranty 142 20 1 Warranty 142 20 2 Repair 142 20 3 Life time of using parts 142 21 Pattern of display character 143 ...

Page 12: ...e from load cell STABLE Light on when the weighing data is in stable condition TARE Light on when the tare weight cancellation is processed GROSS Light on when the display of weighing is set to the gross value NET Light on when the display of weighing is set to the net value CZ Light on when the displayed load value is zero and within 1 4 of the scale intervals LOCK Light on when the key lock is e...

Page 13: ...time CAL S key Set value increment Shifts to SPAN calibration mode of a simple calibration by pushing for 2 seconds or more F ENTER key Resister the setting value and execute function set in F ENTER key Selectable from None Hold ZERO set ZERO clear Tare weight cancellation Tare weight clear Changeover of gross net value Shift to the setting mode of comparator Check the CC Link station number Defau...

Page 14: ...ontrol equipment The external control I O can use the input up to 3 points and the output up to 5 points at maximum Terminals for load cell Upper part terminals 4 units of strain gage based transducer 350 Ω can be connected in parallel CC Link interface connector This connects to PLC with CC Link connector of accessory 1 2 Upper and lower part of front panel Ӵ CC Link interface connector ӳ Termina...

Page 15: ...DIN rail Removing method from a DIN rail When connecting wires turn off the power supply without fail Do not supply the electric power until the installation is completed There is no switch that switches ON OFF of power supply in the main body Do not drop or do not give the high impact because the terminal block is made by the resin Please separate the cable connected with the main body from the n...

Page 16: ... cell power supply Load cell input Load cell input Shield Red Orange Black White Green Blue Yellow When tension is applied with the use of tension type or universal tension com pression type load cell and display of direction is required connect input of load cell to terminal B and input of load cell to terminal D individually Excluding Minebea s load cell of CLS A CL B UL A and UT A Cable color i...

Page 17: ...en the load cell terminals A F with the attached short bar CSD 892 73 does not work in normal operation when the terminal F and G is in the open status When the length of CAB 502 Minebea s standard cable is more than 30 m totally there may have the case that the accuracy is out of warranty due to the resistance of cable the input voltage of the instrument will be decreased When you use a zener bar...

Page 18: ... can be easily executed by using optional SB 310 and SB 320 Summing type junction box SIG SIG EXC EXC SIG SIG EXC EXC SIG SIG EXC EXC SIG SIG EXC EXC No 1 Load cell power supply Red Load cell power supply White Load cell input Green Load cell input Blue Shield Yellow Sensing input Orange Sensing input Black No 2 No 3 No 4 CSD 892 73 can make up to 4 parallel connections when the load cell is 350 Ω...

Page 19: ...Load cell to load cell Load cell power supply Red Load cell power supply White Load cell input Green Load cell input Blue Shield Yellow Sensing input Orange Sensing input Black Shield Yellow Load cell input Green Load cell power supply White Load cell power supply Red Load cell input Blue to CSD 892 73 The remote sensing function of the instrument does not function enough due to the resistance of ...

Page 20: ...nput Blue Shield Yellow Shield Yellow Load cell input Green Load cell power supply White Load cell power supply Red Load cell input Blue to CSD 892 73 When you use with 4 wires method be sure to make a short circuited between A F and C G of the load cell terminal board When terminal F and terminal G are used with opening status CSD 892 73 cannot make normal operation When the length of CAB 502 Min...

Page 21: ...20 4 V DC27 6 V D class with single earth Please ground the protective ground terminal by D class with single earth Otherwise it may cause an unexpected malfunction because of the influence of noise from the other equipment Please refer to 5 Applied standard in Safety Precaution about the grounding to comply with CE Standard Please connect the power supply and the ground surely as shown in the figur...

Page 22: ... 5 COM 2 Load Serge elimination device VCE VCE DC35V IC DC50mA MAX Open collector rated OUT1 Common 2㸦for output㸧 Output 1 OUT2 Output 2 OUT3 Output 3 OUT4 Output 4 OUT5 Output 5 8 9 10 11 12 13 F G 24 V Frame ground Power supply DC24 V 0 V Power supply DC0 V COM 1 COM 2 Common 1㸦for input㸧 IN1 Input㸯 IN2 Input㸰 IN3 Input㸱 1 2 3 4 5 6 7 There are a pulse input and a level input in the recognition ...

Page 23: ...nk interface connector Attached CC Link interface connector Cable only for CC Link interface Signal line DA side Signal line DB side Signal ground Shield Frame ground Attached connector for CC Link MSTB 2 5 ST 5 08 AU by PHOENIX CONTACT As to the termination connect the terminating resistance of 110 Ω with the CC Link connector which is the furthest from PLC as possible The connecting cable must u...

Page 24: ...uring value Refer to the function mode Refer to the C function mode Refer to the C function mode Refer to the calibration mode Refer to the check mode Refer to the measurement mode COMP setting mode FUNC CFUNC SFUNC CAL CHECK COMP Display becomes error indication when Power On Zero function is effective and load cell output exceeds over 10 of weighing capacity after turning on power supply Similar...

Page 25: ...location Clear of digital linearization Stability detecting time width at calibration C function clear S Function mode The setting concerning the following functions and effective invalid are changed Measuring mode Control mode Signal of comparative action Comparative action at near zero Comparative action at full S function clear Calibration mode Calibration is processed to display the electrical...

Page 26: ... SF FUNC FUNC F C function mode S function mode Input the function number at and execute the setting of each function In selecting 5 steps comparator mode In selecting Simple comparative mode Calibration mode Check mode Measurement mode key pushing movement key pushing movement key pushing movement kg FUNC FUNC ENTER ENTER F F CAL Z CAL Z ...

Page 27: ...eeded a correct display and an output cannot be taken The example when the load cell is used is shown as follows For instance when you put the weight of 100 kg on the weighing section When calibration is executed When calibration is not executed Neither the load value the unit nor the decimal point display position etc are correctly displayed 100kg 100kg A correct load value is displayed and a uni...

Page 28: ...ed with C function CF 01 The scale interval is set The scale interval is the minimum unit of measurement value Select from 1 2 5 10 20 or 50 Example When the setting is 2 the display changed with 2 4 6 The weighing capacity is set The weighing value is rated capacity that can be measured The mass of weight used at the span calibration is set Please use the weight of 2 3 or more of weighing capacit...

Page 29: ... by reading the load cell output value in the condition to put the weight set in step 6 on measuring part When there is a weight When there is not a weight Finish the calibration mode The set value is registered temporary until fixing by pushing the F ENTER key on display The set value is not saved when canceling on the way Step 7 Step 7 Actual weight calibration Step 8 Step 9 Step 8 Actual weight...

Page 30: ...the span calibration by numeric input Electrical calibration is executed 4 4 Fine adjustment and re calibration of calibration Fine adjustment of ZERO and SPAN This function is to execute the fine adjustment of ZERO and SPAN when there is an error margin in an actual weighing value and the mass of weight Please refer to 4 7 Calibration only for ZERO This function is to execute the re calibration of...

Page 31: ...ration mode FUNC FUNC F ENTER By pushing key three times The display changes as follows CAL Z CAL Z １ 2 3 4 Set of decimal point display position 記憶されて いる単位 The unit memorized 設定した単位 Setting UNIT Step 2 Setting the unit After setting push key to display t kg F ENTER F ENTER When key is pushed at is displayed Select the unit Select the unit by or key CAL Z CAL Z CAL S CAL S Unit display section cha...

Page 32: ... is displayed After setting push key to display Please set the scale interval Select the scale interval by or key Set of the scale interval Set weighing capacity When key is pushed at is displayed When key is pushed at display is displayed The position of decimal point changes as 0 non 0 0 0 00 0 000 and 0 0000 Lower 2 digit changes as 01 02 05 10 20 and 50 F ENTER F ENTER CAL Z CAL Z CAL S CAL S ...

Page 33: ...cted digit CAL S CAL S Set the mass of weight Calibration of ZERO When key is pushed at display is displayed is displayed When key is pushed at display F ENTER 1 F ENTER F ENTER CAL Z CAL Z CAL S CAL S display blinks for about 2 seconds when the calibration is executed and Weighing capacity Mass of weight is set Please set the each value to become as Weighing capacity Mass of weight Error display ...

Page 34: ...isplay is turned on and mV V mV V ZERO is registered by reading the load cell output value in the condition that nothing is put on the measuring part Initial condi tion including tare ZERO is registered by inputting the load cell output value when the load is zero This procedure is used only when a specific condition is met sign lights on Push the key when blinks and the Please select the method o...

Page 35: ...ut value equal to the set weighing capacity in each mV V Select the digit to be selected Change the value of digit to be changed Pushing key of condition is turned on and displays F ENTER CAL Z CAL Z CAL Z CAL Z CAL S CAL S ENTER ENTER F F ENTER ENTER F F ENTER ENTER F F SPAN is registered by reading the output value in the condition to put the weight set according to step 6 SPAN is registered by ...

Page 36: ...erved when canceling the calibration on the way Please set the fine adjustment of ZERO and SPAN the digital linearization ZERO set and Tare weight cancellation after completing the calibration If the calibration is executed over again those data is cleared light on when the load display exceeds over Weighing capacity 9D or 110 of weighing capacity Setting by CF 03 of C function light on when the lo...

Page 37: ...al measurement mode displays 4 By pushing key blinks Set the display to ZERO after the condition that nothing is put on the measuring part Push key three times Display changes in order of By pushing key once display becomes and you enter into the fine adjustment mode of ZERO and SPAN by pushing key after the fine adjustment of ZERO displays to fine adjustment of SPAN When you keep pushing these tw...

Page 38: ...rement value increases displays Push key to finish the adjustment mode of ZERO and SPAN displays and the setting data is memorized internally The present measurement value is displayed When you keep pushing these two keys the number decreases increases continuously 2 Back to the Measurement mode by pushing key twice ENTER ENTER F F ENTER ENTER F F ENTER ENTER F F CAL Z CAL Z CAL S CAL S FUNC FUNC ...

Page 39: ...nearization mode １ Changeover to digital linearization mode Step 1 Measurement mode Move to the digital linearization mode By pushing key from normal measurement mode displays 4 By pushing key twice display changes in order of Display becomes you can enter into the digital linearization mode FUNC FUNC CAL Z CAL Z 2 3 Push key at three times The display changes as follows Display becomes By pressin...

Page 40: ...pensation by 1 point Compensation by 3 points Put the weight is displayed for p 1 Please set by the same procedure of above when the number of compensating point is P 2 or P 3 Even if key is pushed the number of correction points can be changed CAL Z CAL Z please select the numbers of points which wants to compensate linearization and press key CAL S CAL S ENTER ENTER F F FUNC FUNC Measuring value...

Page 41: ... of ZERO is finished and displays 4 By pushing key twice you can return to the measuring mode Display becomes the set data is memorized to the internal memory After lights on push key STABLE By pressing key three times display changes in order as Display becomes you can enter into the calibration mode only for ZERO displays F ENTER FUNC FUNC CAL Z CAL Z ENTER ENTER F F CAL Z CAL Z ENTER ENTER F F ...

Page 42: ...2 Please select the lock release or the lock and push the key LOCK0 Lock release LOCK1 Lock 3 The setting is memorized after blinks and you return to the measurement mode Measurement mode Pushing at the same time for 2 second or more Measurement mode CAL Z CAL Z CAL S CAL S CAL Z CAL Z CAL S CAL S CAL Z CAL Z CAL S CAL S ENTER ENTER F F FUNC FUNC When FUNC key CAL Z key or CAL S key is pushed for ...

Page 43: ...item selecting screen Measurement mode to 4 6 Step 2 Set of unit to 4 6 Step 3 Set of decimal point display position to 4 6 Step 4 Set of scale interval to 4 6 Step 5 Set of weighing capacity to 4 6 Step 7 ZERO calibration Only the calibration by numeric input to 4 6 Step 8 SPAN calibration Only the calibration by numeric input After finishing the setting of the necessary item push key at display ...

Page 44: ...ABLE ENTER ENTER F F CAL Z CAL Z Push for 2 seconds or more CAL Z CAL Z blinks for about 2 seconds when the output and input value of load cell exceeds over ZERO adjustment range at minus side at 2 5 mV V or less Blinks for about 2 seconds when the output and input value of load cell exceeds over ZERO adjustment range at plus side at 2 5 mV V or more Please confirm the rated capacity and the tare a...

Page 45: ...HG QRZ 6HW XS ZHLJKLQJ FDSDFLW Mass of weight for weighing capacity Set up value of weight The weighing capacity memorized at present is displayed 5 F ENTER The mass of weight memorized at present is displayed 8 9 All the setting is memorized after blinks for 2 seconds and you can return to the measurement mode Set the mass of weight The key operation is the same as 2 By pushing key from displays ...

Page 46: ...ed When you will change the other setting of C function please select the number of C function continuously by the same step as above By pushing key after memorized displays By pushing key again you can return to measurement mode Select the changing digit Change the value of the changing digit Return to display Memorize the display value and proceed to next step Push key Please change the set valu...

Page 47: ...tional 6 5 2 Effective range of ZERO set CF 11 00 30 Unit 1 of weighing capacity 00 ZERO set off 02 6 7 1 Target of ZERO tracking CF 12 0 Gross value and Net value 1 Gross Only when gross weight displays 6 7 2 Date width of ZERO tracking CF 13 000 999 Unit 0 1 D 000 000 ZERO tracking is OFF 6 7 3 Time width of ZERO tracking CF 14 00 99 Unit 0 1 s 00 00 ZERO tracking is OFF 6 8 1 Operation of power...

Page 48: ...ce CF 29 Can be set in CF25 1 9 000 9 999 9 797 Unit m s2 6 13 Calibration data for reference Scale interval CF 90 At the shipment from factory 1 6 13 Calibration data for reference Weighing capacity CF 91 At the shipment from factory 10000 6 13 Calibration data for reference mass of weight CF 92 At the shipment from factory 10000 6 13 Calibration data for reference ZERO mV V value CF 93 At the sh...

Page 49: ...ction CF 03 Setting range 0 2 0 At exceeding over Weighing capacity 9D 1 At exceeding over 110 of weighing capacity 2 At exceeding over 20D Weighing capacity 9D 6 4 Comparison operation display synchronization VALID or INVALID of comparison operation display synchronization is selected by C function CF 04 At the selection of INVALID the comparison operation synchronizes with A D sampling rate and ...

Page 50: ...e is set by C function CF 11 The effective range is common both for ZERO set and ZERO tracking Setting range 00 30 02 Unit 1 of weighing capacity OFF 00 6 7 ZERO tracking ZERO tracking is the function that the compensation of gradual zero drifts in a constant condition and ZERO is stabilized 6 7 1 Target of ZERO tracking The target of ZERO tracking is selected by C function CF 12 Setting range 0 1...

Page 51: ...ta width of ZERO tracking 10 x 0 1 x 5 D 5 D Setting of CF 14 Less than setting of CF 14 Setting of CF 14 Setting of CF 14 Data width of ZERO tracking Data width of ZERO tracking ZERO Display 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 tracking when the load vibrates gradually in the vicinity of ZERO Please note that the zero ...

Page 52: ...n at the same time as the display becomes gross value Both Tare weight cancellation and Tare weight cancellation clear can be used by not only allocating to F ENTER key but also allocating to external control input 6 9 1 Operating condition of tare weight cancellation The operating condition of tare weight cancellation is selected by C function CF 16 Setting range 0 3 0 Operation during steady and...

Page 53: ... the various place districts The gravity acceleration compensation function is a function for the compensation of this span error by setting the gravity acceleration of two districts with a different calibration place and using place When the calibration place and the using place are the same it is not necessary to execute the gravity acceleration compensation 6 12 1 Setting method of gravity acce...

Page 54: ...Chitose shi Takigawa shi Sunagawa shi Utashinai shi Fukagawa shi Eniwa shi Branch administrative office jurisdiction of Ishikari Goboro Kamikawa and Sorachi 3 9 804 Hakodate shi Muroran shi Obihiro shi Tomakomai shi Noboribetsu shi Date shi Branch administrative office jurisdiction of Toshima Hinoyama Tanshin Hidaka and Tokachi 4 9 803 Aomori ken 5 9 802 Iwate ken Akita ken 6 9 801 Miyagi ken Yamaga...

Page 55: ... want to quit the digital linearization clear The display becomes and digital linearization clear is not executed By pushing key when blinks the display becomes and the operation of digital linearization clear is completed 6 16 C function clear C function clear is executed by C function CF 99 The set value of C function returns to default By pushing key in the display condition of blinks Please pu...

Page 56: ...and proceed to the next step The operations of keys are as same as 2 4 In the same way please select the changed function number continuously when you want to change the setting of other function numbers When key is pushed after the memory is completed displays By pushing key you can return to the measurement mode Press key Memorize the contents changed and display the next function number Measure...

Page 57: ... 10 Unit 0 1 sec 0000 Stability detection is OFF 8 6 Target of hold F 18 000 111 111 0 INVALID 1 VALID 100 digit Display 101 digit Comparative result 102 digit Gross Net data of CC Link interface 11 3 4 Operating target of 5 steps comparator F 21 00000 22222 00000 0 Synchronizing with display 1 Gross value 2 Net value 100 digit Operating target of S0 101 digit Operating target of S1 102 digit Oper...

Page 58: ...ata F 46 0 Nothing 1 Existing 16 2 5 USB RS 232C number of digit for communication data F 49 0 Unit 2 digits 1 Unit 3 digits 8 7 Operation of F ENTER key F 55 0 Nothing 1 HOLD 2 ZERO set 3 ZERO clear 4 Tare weight cancellation 5 Tare weight cancellation clear 6 Changeover of Net Gross value 7 Shift to the setting mode of comparison 8 Confirming terminal number of CC Link interface 8 8 1 Operation o...

Page 59: ...control output OUTPUT4 F 73 Selectable as well as F 70 8 8 2 Operation of external control output OUTPUT5 F 74 Selectable as well as F 70 8 8 3 OUTPUT LOGIC for external control output F 83 00000 11111 00000 0 INVALID 1 VALID 100 digit Display 101 digit Comparative result 102 digit Gross Net data of CC Link interface 14 3 1 Occupied terminal number of CC Link interface F 84 0 1 2 14 3 2 Terminal n...

Page 60: ...requency is selected by the setting of function F 02 Setting range 0 4 0 2Hz 1 4Hz 2 6Hz 3 8Hz 4 10Hz 8 3 Stabilization filter The function of stabilization filter increases the digital filter when the change width of load display is within a constant and also that condition continues longer than the fixed time 8 3 1 Stabilization filter The moving average frequency for the stabilization filter is selec...

Page 61: ...unction F 05 becomes effective when the change width of load display is within the value set by function F 06 and also that condition continues over the time set by function F 07 Time width of stabilization filter Data width of Stabilization filter ON OFF Time width of stabilization filter Time width of stabilization filter Data width of Stabilization filter Data width of Stabilization filter Digi...

Page 62: ...ned that the measuring data is steady when the change width of load display is within the data width set by function F 10 and also that condition continues over the time set by function F 11 At this time the condition display of is light on 8 5 1 Data width of stability detection The data width of stability detection is set by function F 10 Setting range 000 999 020 Unit 0 1D OFF 000 The data widt...

Page 63: ...t the hold signal 2 ZERO set Execute the operation of ZERO set 3 ZERO clear When ZERO set or ZERO tracking is executed the display is returned to the state before that 4 Tare weight cancellation Execute the operation of tare weight cancellation 5 Tare weight cancellation clear When tare weight cancellation is executed the display is returned to the condition before that 6 Changeover of NET GROSS v...

Page 64: ...07 HOLD Level Turn ON condition of HOLD during input when the signal of 50msec or more is input 08 NET value display Display NET value in the measurement mode 09 Batch key lock When the signal of 50 ms or more in the condition of measuring display is input all the key operations are prohibited during this input The key can be operated regardless of the signal excluding the measurement mode 10 ERRO...

Page 65: ...ut condition is satisfied 12 MIDIUM FLOW S2 Output when MIDIUM FLOW is executed When measurement mode is set to 5 steps comparator mode the signal is output at the time of S2 output condition is satisfied 13 DRIBBLE FLOW S3 Output when DRIBBLE FLOW is executed When measurement mode is set to 5 steps comparator mode the signal is output at the time of S3 output condition is satisfied 14 OVER S4 Output...

Page 66: ... The set value of the function is returned to default By pushing key in the display condition of becomes blinking At this time please push if you want to discontinue a clear memory The display becomes and clear memory is not executed By pushing key during the display of blinking displays and a operation of clear memory is completed F 90 and F 91 are functions for our maintenance and these are not ...

Page 67: ...ges in order of and you can enter into S function mode By pushing key displays Select S function number you want to change The operation of key is as same as Push the key Please change the setting value of S function number selected 3 In the same way please select the changed S function number continuously when you change the setting of other S function numbers By pushing key after completing that...

Page 68: ... 02 0 Batch mode 1 Discharge mode 10 3 Operation of comparative signal SF 05 0 Any time 1 In stable mode 10 4 Comparative operation of NEAR ZERO SF 06 0 Gross 1 Net 2 comparison OFF 3 Gross 4 Net 10 5 Comparative operation of FULL SF 07 0 Gross 1 Net 2 comparison OFF 3 Gross 4 Net 10 6 S function clear SF 99 Return the setting of S function to the default Default 57 Setting of Function ...

Page 69: ... is selected by the setting of S function SF 06 Selecting range 0 4 0 GROSS 1 NET 2 Comparative OFF 3 GROSS 4 NET 10 5 Comparative operation of FULL The comparative operation of FULL is selected by the setting of S function SF 07 Selecting range 0 4 0 GROSS 1 NET 2 Comparative OFF 3 GROSS 4 NET 10 6 S function clear S function clear is executed by S function SF 99 The setting content of S function...

Page 70: ...ecessary parameter The outside equipment such as PLC and PC can be controlled by allocating the function to the external control output OUTPUT1 OUTPUT5 of a lower terminal block Please refer to the followings for the selection method and the setting method of each mode The outline of each mode is as follows 1 Simple calibration mode Whenever the result of comparing the set value with the measuring...

Page 71: ... contents is memorized and the next S function number is displayed In the same way please select the S function number continuously when you change the setting of the other S function number By pushing key after completing the memory displays By pushing key again you can return to the measurement mode CAL Z CAL Z F ENTER F ENTER FUNC FUNC CAL Z CAL Z CAL S CAL S FUNC FUNC ENTER ENTER F F F ENTER F...

Page 72: ...ison mode The simple comparison mode includes Simple comparison batch mode and Simple comparison discharge mode Please select the set value 0 in the setting of S function SF 01 to use the simple comparison mode Also please refer to 11 2 Simple comparison mode for the selection of Batch mode and Discharge mode The setting category of the simple comparison mode and the example of The example of Batc...

Page 73: ...nuously when you change the setting of other S function numbers By pushing key after completing that memorize displays By pushing key again you can return to the measurement mode １ By pushing key from the normal measurement mode displays CAL Z CAL Z CAL S CAL S FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC ENTER ENTER F F ENTER ENTER F F CAL Z CAL Z ENTER ENTER F F ENTER ENTER F F 11 2 1 Setting of meas...

Page 74: ... SET2 The output of dribble flow is turned on when the measurement result reaches to FINAL SET1 FREE FALL SET2 Setting range 99999 99999 00000 Unit 1D PRELIMINARY 1 The value of PRELIMINARY 1 is set by set data number SET3 The output of medium flow is turned on when the measurement result reaches to FINAL SET1 PRELIMINARY1 SET3 Setting range 00000 99999 00000 Unit 1D PRELIMINARY 2 The value of PRELI...

Page 75: ...RO BAND is falling below the NEAR ZERO value Setting range 00000 99999 00000 Unit 1D FULL The output value of FULL signal is set by set data number SET8 The output of FULL is turned on when the value of operational target selected by S function SF 07 Comparative operation of FULL exceeds the value of FULL Setting range 00000 99999 00000 Unit 1D Please set the stored place to Internal RAM when the ...

Page 76: ... on when Net value becomes FINAL PRELIMINARY2 2 The output of MEDIUM FLOW turns on when Net value becomes FINAL PRELIMINARY2 3 The output of DRIBBLE FLOW turns on when Net value becomes FINAL FREE FALL The comparative target of NEAR ZERO and the comparative target of FULL is selectable from GROSS or NET UNDER OVER and OK can be operated with NET weight The comparative operation can be changed to s...

Page 77: ... NET value FINAL SET1 FREE FALL SET2 UNDER NET value FINAL SET1 UNDER SET6 OVER NET value FINAL SET1 OVER SET5 OK FINAL SET1 UNDER SET6 NET VALUE FINAL SET1 OVER SET5 Explanation of operation 1 FULL FLOW turns ON when NET value becomes FINAL PRERIMINARY2 2 MEDIUM FLOW turns ON when NET value becomes FINAL PRERIMINARY1 3 DRIBBLE FLOW turns ON when NET value becomes FINAL FREE FALL The comparison ta...

Page 78: ...ying value and proceed to the next step Return to display Push key once The display becomes and you can enter into setting mode of comparison value In the same way please select the data number continuously when you change the setting of the others By pushing key after completing the memorize displays By pushing key again you can return to the measurement mode Completing registration Please push k...

Page 79: ...ting condition of comparator S0 S1 S2 S3 and S4 Setting range 99999 99999 00000 Unit 1D NEAR ZERO Set data number Set the output value of the signals for NEAR ZERO at SET7 The output for NEAR ZERO turns on when the operating target value selected by S function SF 06 Comparative operation of NEAR ZERO is fallen below the value of NEAR ZERO Setting range 00000 99999 00000 Unit 1D FULL Setting data n...

Page 80: ...arison target value Comparative target value Large Comparative target value Small S0 Output ON S0 Output OFF S0 setting value 2 Less than the set value is selected S0 output turns ON in S0 set value Comparison target value Comparative target value Large Comparative target value Small S0 Output ON S0 Output OFF S0 setting value The ON OFF condition of each output is different according to the opera...

Page 81: ...ue Large Load display value Small S0 Output ON S0 Output OFF S0 setting value 2 Gross value is selected S0 output turns ON in S0 set value Gross value Gross value Large Gross value Small S0 Output ON S0 Output OFF S0 setting value 3 Net value is selected S0 output turns ON in S0 set value Net value Net value Large Net value Small S0 Output ON S0 Output OFF S0 setting value The ON OFF condition of ...

Page 82: ...tput when the comparator hysteresis is set is indicated as follows as an example of S0 The operation of S1 S2 S3 and S4 are similar 1 When the operation by More than set value with S0 is selected and an effective direction of hysteresis is set to On Delay Ќ Display Ѝ S0 output ON S0 output OFF Hysteresis data width Hysteresis time width S0 set value Time 2 When the operation of More than set value...

Page 83: ...S0 output ON S0 output OFF Hysteresis data width Hysteresis time width S0 set value Time 4 When the operation of Less than set value with S0 is selected and an effective direction of hysteresis is set to OFF delay Ќ Ѝ Display S0 output ON S0 output OFF Hysteresis data width Hysteresis time width S0 set value Time 72 Setting of Comparator ...

Page 84: ...or EEPROM The stored place of data is set by the setting of C function CF 17 Please refer to 6 10 Change of data stored place Default has set to Internal RAM for both data 12 Stored data of setting data Please do not change in the set value under the measurement because the A D sampling rate decreases temporarily while writing data to EEPROM The data stored in internal RAM is not backed up Please ...

Page 85: ...ays Check mode to 13 2 EzCTS mode to 13 3 Confirmation of ROM version to 13 4 Confirmation of external control input to 13 5 Confirmation of external output to 13 6 Confirmation of load cell output voltage FUNC CHECK EZCTS ROM IN OUT MONT FUNC FUNC FUNC FUNC CAL Z CAL Z CAL S CAL S CAL Z CAL Z CAL S CAL S CAL S CAL S ENTER ENTER F F ENTER ENTER F F The followings are confirmed in check mode Shift t...

Page 86: ...onfirming ROM version to the confirmation of external control input displays and the confirmation of ROM version is finished ENTER ENTER F F ENTER ENTER F F 3 86 FDEOH 3HUVRQDO RPSXWHU RQQHFWLQJ H DPSOH XVLQJ 76 PLQL86 FRQQHFWRU W SH IHPDOH 13 2 EzCTS mode EzCTS is an application for the personal computer EzCTS_USB1 as an option and reading out and reading in the CSD 892 73 function data can be fa...

Page 87: ...R F F ENTER ENTER F F １ the display of becomes blinking By pushing key from the display of to confirmation of load cell output Condition display 1 lights on 2 lights on 3 lights on 4 lights on 5 lights on Pin No OUTPUT1 OUTPUT2 OUTPUT3 OUTPUT4 OUTPUT5 At this time by pushing key and key the external output at Lower terminal block corresponding to the change in condition display OUT1 OUT5 is turned...

Page 88: ...e condition to be compulsorily short circuited between B D of the upper terminal block exceeds 3 1mV V Yes Please inform the details to Minebea No The breakdown and the disconnection of the strain gage based transducer are thought When the load display is not steady Is the output value in the condition to be the short circuited between A F and B C D G of the upper terminal block after the strain g...

Page 89: ... Selectable from 1 2 or 4 stations Communication method Polling method Synchronous method Bit synchronization method Baud rate Selectable from 156 kbps 625 kbps 2 5 Mbps 5 Mbps or 10 Mbps Transmission path form RS 485 bus standard Transmission format HDLC conforming Remote station number No 01 64 at 1 station occupied No 01 63 at 2 stations occupied No 01 61 at 4 stations occupied Numbers of conne...

Page 90: ...munication is set by function F 87 Setting range 0 1 0 Indication by standard binary 1 Highest bit sign Highest order digit 8 is fixed negatively Load value 32 bit data indication method Upper 16 bit Lower 16 bit 1 Indication of standard binary FFFFH FFFFH Highest bit sign 8000H 0001H 10 Indication of standard binary FFFFH FFF6H Highest bit sign 8000H 000AH 99999 Expression of standard binary FFFEH...

Page 91: ... for each 16 points is occupied as a system area Remote output 128 points 64 points 32 points Remote resister Master Remote 16 points 8 points 4 points Remote Master 16 points 8 points 4 points The address number of the remote station allocated to the mastering station is as shown in the table below Station No Remote input Remote output Remote register Remarks Master Remote Remote Master 0 Specify...

Page 92: ...bit RWwn 3 Free Fall 16 bit 2 RWwn 4 General data area RWwn 5 RWwn 6 Command No Return RWwn 7 Operating mode Return n Value decided by setting of station No 1 station occupied Master CSD 892 73 Station Remote resister Contents Remarks 1 RWwn Undefined RWwn 1 RWwn 2 RWwn 3 n Value decided by setting of station No Please set the stored place to Internal RAM when the set data is continuously changed a...

Page 93: ...rea 4 stations 2 stations When the set value or data is registered by using the general command request request 2 the set value is set in this area Data type 32 bit binary with sign Setting range Depends on the set value Command No 4 stations 2 stations When the set value or data is registered by using the general command request request 2 the command No is set in this area The content of the gene...

Page 94: ...erating mode Return n Value decided by setting of station No 1 station occupied Master CSD 892 73 Station Remote resister Contents Remarks 1 RWwn Undefined RWwn 1 RWwn 2 RWwn 3 n Value decided by setting of station No Please change by using the general command request Request 2 when you change S0 Please set the stored place to Internal RAM when the set data is continuously changed and the rewritabl...

Page 95: ...s follows Data type Setting range S0 32 bit binary with sign 999999 999999 S1 32 bit binary with sign 999999 999999 S2 32 bit binary with sign 999999 999999 S3 32 bit binary with sign 999999 999999 S4 32 bit binary with sign 999999 999999 Full 32 bit binary with sign 0 999999 Near Zero 32 bit binary with sign 0 999999 Command No 4 stations 2 stations When the set value or data is registered by usi...

Page 96: ...Undefined 4 Undefined 5 Final S1 6 Free fall S4 7 Preliminary 1 S3 8 Preliminary 2 S2 9 Over S0 10 Under 11 Near zero 12 Full 13 Undefined 14 Undefined 15 Undefined 16 Undefined 17 Undefined 18 Undefined 19 Undefined 20 Undefined 21 Undefined 60 Undefined 61 Undefined 62 Undefined 63 Undefined 64 ZERO 0 1 ZERO clear 0 2 Tare weight cancellation 0 3 Tare weight cancellation clear 0 4 Undefined 0 5 Undefined 0 7 Und...

Page 97: ...WwnD Undefined 1 Undefined 2 Undefined 3 Undefined 4 Undefined 5 Final S1 6 Free fall S4 7 Preliminary 1 S3 8 Preliminary 2 S2 9 Over S0 10 Under 11 Near zero 12 Full 13 Undefined 14 Undefined 15 Undefined 16 Undefined 17 Undefined 18 Undefined 19 Undefined 20 Undefined 21 Undefined 60 Undefined 61 Undefined 62 Undefined 63 Undefined 64 86 CC Link ...

Page 98: ...d by setting of station No 2 stations occupied CSD 892 73 Master Station Remote register Contents Remarks 1 RWwn Indicated value Net value Gross value RWwn 1 RWwn 2 Error code RWwn 3 Error assistance code 2 RWwn 4 General data area RWwn 5 RWwn 6 Command No Return RWwn 7 Operating mode Return n Value decided by setting of station No 1 station occupied CSD 892 73 Master Station Remote resister Conte...

Page 99: ...of CSD 892 73 Data type 16 bit binary Setting range 0 255 Error code Error assistance code Contents 0 0 1 Weighing sequence error Undefined Undefined 2 ZERO set error 1 ZERO set error In case of execute ZERO out of range of zero 2 Tare weight cancellation error In case of execute tare weight cancellation under the condition of being not able to execute it 3 Other error 3 A D conversion error 31 EEPR...

Page 100: ...ading out command is ordered by the general command request Request 2 this area represents that command No Data type 8 bit binary Operation mode Response 4 station 2 stations When the operation mode is changed by the operation mode changeover request request 3 this area represents that command No Data type 8 bit binary Indicated value This area indicates the net value or Gross value by specified bi...

Page 101: ...ignal RY n 1 1 ZERO Clear RY n 1 2 Tare weight cancellation RY n 1 3 Tare weight cancellation clear RY n 1 4 Hold RY n 1 5 Net display RY n 1 6 Gross display RY n 1 7 RY n 1 8 RY n 1 9 RY n 1 A Error cancellation request flag RY n 1 B RY n 1 C RY n 1 D RY n 1 E RY n 1 F RY n 2 0 RY n 2 1 RY n 2 2 RY n 7 0 System reservation flag RY n 7 1 RY n 7 2 RY n 7 3 RY n 7 4 RY n 7 5 RY n 7 6 RY n 7 7 RY n 7 8...

Page 102: ...ight cancellation RY n 1 3 Tare weight cancellation clear RY n 1 4 Hold RY n 1 5 Net display RY n 1 6 Gross display RY n 1 7 RY n 1 8 RY n 1 9 RY n 1 A Error cancellation request flag RY n 1 B RY n 1 C RY n 1 D RY n 1 E RY n 1 F Indicate value changeover flag Net value Gross value RY n 2 0 RY n 2 1 RY n 2 2 RY n 3 0 System reservation flag RY n 3 1 RY n 3 2 RY n 3 3 RY n 3 4 RY n 3 5 RY n 3 6 RY n 3 ...

Page 103: ...C RY n 1 D RY n 1 E RY n 1 F n Value decided by setting of station No Error reset is operated by main body side because error cancellation request flag is not defined in 1 occupied station Synchronize with reset of the main body Setting value writing request Request 1 Writing of the data set in special data area RWwn0 RWwnB is requested ON In the request of writing OFF After confirming Setting value ...

Page 104: ...confirming Operation mode changeover response Response 3 ZERO ZERO set is executed ON In requesting the execution of ZERO set Operated once by OFF ON OFF Normal ZERO clear ZERO clear is executed ON In requesting the execution of ZERO clear Operated once by OFF ON OFF Normal Tare weight cancellation Tare weight cancellation clear is executed ON In requesting the execution of tare weight cancellation...

Page 105: ... request flag CSD 892 73 is not equipped with and the initialization is not executed ON In requesting the initialization OFF Normal Error reset request flag The release of error is requested when the occurrence of error is informed by error condition flag RX n 7 A And also the category and the number of error are cleared to zero ON In requesting the reset Operated once by OFF ON OFF Normal Changeover...

Page 106: ...nF RY n 1 0 Near Zero Control signal RY n 1 1 Full flow S1 RY n 1 2 Medium flow S2 RY n 1 3 Dribble flow S3 RY n 1 4 Over S4 RY n 1 5 OK S0 RY n 1 6 Under RY n 1 7 Stable RY n 1 8 RY n 1 9 Weight value over RY n 1 A During HOLD RY n 1 B Full RY n 1 C RY n 1 D RY n 1 E RY n 1 F Abnormal weight RY n 2 0 RY n 2 1 RY n 2 2 RY n 7 0 System reservation flag RY n 7 1 RY n 7 2 RY n 7 3 RY n 7 4 RY n 7 5 RY n ...

Page 107: ...1 0 Near Zero Control signal RY n 1 1 Full flow S1 RY n 1 2 Medium flow S2 RY n 1 3 Dribble flow S3 RY n 1 4 Over S4 RY n 1 5 OK S0 RY n 1 6 Under RY n 1 7 Stable RY n 1 8 RY n 1 9 Weight value over RY n 1 A During HOLD RY n 1 B Full RY n 1 C RY n 1 D RY n 1 E RY n 1 F Abnormal weight RY n 2 0 RY n 2 1 RY n 2 2 RY n 3 0 System reservation flag RY n 3 1 RY n 3 2 RY n 3 3 RY n 3 4 RY n 3 5 RY n 3 6 RY n...

Page 108: ...RYn7 Stable RYn8 RYn9 Weight value over RYnA During HOLD RYnB Full RYnC RYnD RYnE RYnF Abnormal weight RY n 1 0 System reservation zone RY n 1 1 RY n 1 2 RY n 1 3 RY n 1 4 RY n 1 5 RY n 1 6 RY n 1 7 RY n 1 8 RY n 1 9 Initial data setting complete flag RY n 1 A Error condition flag RY n 1 B Remote ready flag RY n 1 C RY n 1 D RY n 1 E RY n 1 F n Value decided by setting of station No 97 CC Link ...

Page 109: ...request Request 3 The finish of changing operation mode by Operation mode changeover request Request 3 is notified This function is a extension facility and CSD 892 73 cannot used this function ON In the completion of the changeover OFF After confirming OFF of the Operation mode changeover Request 3 CPU normal operation CC Link interface operating normally is notified ON OFF ON reversing is notified at...

Page 110: ...e of CC Link interface is notified ON During HOLD OFF Free running Abnormal weight Weighing capacity over or ZERO set error is notified ON In the occurrence of abnormal error OFF Normal Initial data setting completion flag CSD 892 73 is not available Even if the flag is turned on data is not initialized ON In the completion of setting OFF Normal Error condition flag The occurrence of the error in CSD 8...

Page 111: ...meric input Electrical calibration In the calibration by actual weight Calibration by actual weight Calibration is finished 4 6 Step 9 Confirmation of stable at ZERO 4 6 Step 7 ZERO calibration by measuring value 4 6 Step 7 Confirmation of stable of SPAN 4 6 Step 8 SPAN calibration by weight ZERO calibration by numeric input 4 6 Step 7 SPAN calibration by numeric input 4 6 step 8 CSD 892 73 displa...

Page 112: ...the data in the table below Command No RWwnE 4 stations are occupied RWwn6 2 stations are occupied General data area RWwnC RWwnD 4 stations are occupied RWwn4 RWwn5 2 stations are occupied 9020 UNIT Setting value Nothing 0 g 1 kg 2 t 3 lb 4 N 5 kN 6 Pa 7 KPa 8 MPa 9 Error outside the setting range When the data outside the setting range is written the following code is set Condition Error code Err...

Page 113: ...tting it according to the flow chart in 14 6 Condition Error code Error assistance code Condition that cannot be executed 99 2 Setting of scale interval The scale interval is set by writing the data in the table below Command No RWwnE 4 stations are occupied RWwn6 2 stations are occupied General data area RWwnC RWwnD 4 stations are occupied RWwn4 RWwn5 2 stations are occupied 9002 Scale interval Se...

Page 114: ... 6 Condition Error code Error assistance code Error that cannot be executed 99 2 Setting of mass of weight The mass of weight is set by writing the data in the table below Command No RWwnE 4 stations are occupied RWwn6 2 stations are occupied General data area RWwnC RWwnD 4 stations are occupied RWwn4 RWwn5 2 stations are occupied 9004 Setting range 1 99999 However below the maximum display value ...

Page 115: ...ut value is registered as ZERO after writing the data in the table below When the data other than 0 are written in the general data area the signal becomes an error outside a set range Error code 99 Error assistance code 1 Command No RWwnE 4 stations are occupied RWwn6 2 stations are occupied General data area RWwnC RWwnD RWwn4 RWwn5 9007 0 TE L error When the read load cell output value is below ...

Page 116: ...en executing by other than the calibration mode or not setting it according to the flow chart in 14 6 Condition Error code Error assistance code Error that cannot be executed 99 2 Confirmation of SPAN stability Actual load Please execute in the same manner of Confirmation of ZERO stability Actual load The condition of STABLE UNSTABLE is reading out after setting the data in the below table Command No...

Page 117: ...ceeds over SPAN adjustment range at plus side the following code is set Condition Error code Error assistance code SP H error 4 3 Error that cannot be executed The following code is set when executing by other than the calibration mode or not setting it according to the flow chart in 14 6 Condition Error code Error assistance code Error that cannot be executed 99 2 SPAN calibration by numeric input...

Page 118: ...e executed The following code is set when executing by other than the calibration mode or not setting it according to the flow chart in 14 6 Condition Error code Error assistance code Error that cannot be executed 99 2 Calibration forced finish During the calibration procedure the calibration is discontinued without storing the calibration data that is registered temporarily by writing the data in t...

Page 119: ...and request Request 2 RYn2 transmitted from the master station is turned on writing of data set in General data area RWrn C D or reading out the data to General data area RWwn C D is executed by Writing Readin RYn3 or Command No RWwn E After completing the writing reading CSD 892 73 responds to the master station by General command response Response 2 RXn2 Writing request 15 Operation method Setti...

Page 120: ...n is completed CSD 892 73 responds to the master station by turning on Initialization setting response RX n 7 9 Initialization setting response RX n 7 9 is turned OFF and Remote READY RX n 7 B is turned on by turning off Initialization setting request RY n 7 9 after the master station recognizes ON of Initialization setting request RX n 7 9 Timing chart Reading out request General command request ...

Page 121: ... reset flag RY n 7 A transmitted by the master station is turned on When CSD 892 73 detects the error please reset the error by the following sequence 15 5 CPU normal operation signal This signal informs that CSD 892 73 executes the normal operation When CSD 892 73 operates normally the condition of CPU normal operation signal RXn6 is reversed at 500 ms intervals Error condition flag RX n 7 A Error...

Page 122: ... explained as follows 1 Command mode Data is sent back from CSD 892 73 to the host side by sending Command data provided by the Host Personal computer to CSD 892 73 according to Command Data Please execute the communication according to the following procedure Start Command Data Data Host CSD 892 73 CSD 892 73 Host 2 Stream mode This mode keeps outputting the latest data of the output target selec...

Page 123: ... Specifications of communication Specifications of communication are selected by the setting of function F 42 Setting range 00000 15121 13020 Function No Set value Contents F 41 00000 15121 16 2 4 Addition of decimal point to transmission data The presence of transmission data decimal point is selected by the setting of function F 46 When you select the set value 1 with decimal point a decimal point...

Page 124: ...t gross value 22 Reading out net value 23 Reading out tare value 26 Reading out load data with condition Load data Sign of load data Command No Command No The load data enters from the right The sign of for minus and for plus is entered The load data performs zero suppress The decimal point is put to a specified position when the decimal point is set with F 46 and also when decimal point is specifie...

Page 125: ... Newton P Pascal k P Kilo Pascal M P Mega Pascal Return Host CSD 892 73 When setting numbers of digit for unit is 3 digit F 49 1 2 4 6 8 10 12 14 16 18 20 22 0 0 2 6 C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 C16 Terminator Header 1 Header 1 Sign Load data 8 digit Unit C1 C2 Contents C3 C4 Contents C5 Contents C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 C16 Contents O L Overload N T Net weight Plu...

Page 126: ...FINAL value SET1 31 Reading out FREE FALL SET2 32 Reading out PRELIMINARY1 SET3 33 Reading out PRELIMINARY2 SET4 34 Reading out OVER SET5 35 Reading out UNDER SET6 36 Reading out FULL SET8 37 Reading out NEAR ZERO SET7 Command No Operation 30 Reading out S1 set value 31 Reading out S4 set value 32 Reading out S3 set value 33 Reading out S2 set value 34 Reading out S0 set value 36 Reading out FULL ...

Page 127: ...ng out the condition 2 Host CSD 892 73 2 4 6 0 0 4 1 Terminator Return CSD 892 73 Host 2 4 6 8 10 12 14 0 0 4 1 a b c d e f g h Terminator a NEAR ZERO 1 ON 0 OFF b FULL FLOW S1 1 ON 0 OFF c MEDIUM FLOW S2 1 ON 0 OFF d DRIBBLE FLOW S3 1 ON 0 OFF e OVER S4 1 ON 0 OFF f OK S0 1 ON 0 OFF g UNDER 1 ON 0 OFF h FULL 1 ON 0 OFF Command No Operation 40 Reading out the condition 1 Command No Operation 40 Re...

Page 128: ... No Operation 40 Reading out ROM version Command No ROM version Command No Operation 50 Display Gross value 51 Display Net value 52 ZERO 53 ZERO clear 54 Tare weight cancellation 55 Tare weight cancellation clear 5I Error cancellation The condition of error transmission is as follows When we cannot execute ZERO set outside the effective range in executing the command No 52 for ZERO set When we can...

Page 129: ...l point Please set the stored place to Internal RAM when the set data is continuously changed and the rewritable time of EEPROM might exceed about one million times Please do not change in the set value under the measurement because the A D sampling rate decreases temporarily while rewriting the set value when the stored place of set data is EEPROM Please set the stored place to Internal RAM if yo...

Page 130: ...nt Please set the stored place to Internal RAM when the set data is continuously changed and the rewritable time of EEPROM might exceed about one million times Please do not change in the set value under the measurement because the A D sampling rate decreases temporarily while rewriting the set value when the stored place of set data is EEPROM Please set the stored place to Internal RAM if you cha...

Page 131: ... CSD 892 73 Host 2 4 6 8 10 12 14 0 0 7 0 0 1 Terminator In abnormal operation Return CSD 892 73 Host 2 4 6 8 0 0 E R 1 3 Terminator Space Number Command No Set value Number Sign Command No Space Number Command No Set value Number Sign Command No The load data enters from the right Please do not add the decimal point Please do not change in the set value under the measurement because the A D sampl...

Page 132: ...ps comparator operation condition 70 22 00000 22222 0 OFF 1 OVER 2 UNDER 100 digit S0 operation 101 digit S1 operation 102 digit S2 operation 103 digit S3 operation 104 digit S4 operation Comparator hysteresis operation condition 70 24 0 On delay 1 Off delay Comparator hysteresis data width 70 25 00 99 Unit 1D Comparator hysteresis time width 70 26 00 99 Unit 0 1 s USB RS 232C operation mode 70 40...

Page 133: ... DRIBBLE FLOW S3 14 OVER S4 15 UNDER 16 FULL 17 RUN during measurement External control output OUTPUT2 operation 70 71 Selectable as well as F 70 External control output OUTPUT3 operation 70 72 Selectable as well as F 70 External control output OUTPUT4 operation 70 73 Selectable as well as F 70 External control output OUTPUT5 operation 70 74 Selectable as well as F 70 External control output OUTPU...

Page 134: ...ss value Weighing capacity 3 Operation always with Gross value Weighing capacity Change of data stored place 71 17 0 Internal RAM 1 EEPROM 100 digit ZERO set data 101 digit Tare weight cancellation data Detecting stability while setting 71 20 0 Invalid 1 Valid Setting method of gravity acceleration compensation value 71 25 0 Set the district number 1 Set the numeric value of gravity acceleration D...

Page 135: ... CSD 892 73 When the receiving command cannot be executed 10 Parity error When parity cannot be detected 11 Fleming error When stop bit cannot be detected 12 Over run error When the receiving command cannot be read in 13 Data code and data lengthy error When neither the receiving data code nor data length is corresponding 14 No pertinent command When the receiving command is not corresponding 20 Z...

Page 136: ...tor 2 4 6 8 10 12 14 0 0 9 9 O L Terminator Sign of load data Command No Load data The sign of for minus and for plus is entered The load data performs zero suppress The decimal point is put to a specified position when the decimal point is set with F 46 and also when decimal point is specified with CF 01 OL is put out to the load data section at the overload OL is put out to the load data section w...

Page 137: ... Pound N Newton k N Kilo Newton P Pascal k P Kilo Pascal M P Mega Pascal Return CSD 892 73 Host When setting numbers of digit for unit is 3 digit F 49 1 2 4 6 8 10 12 14 16 18 C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 C16 Terminator Header 1 Header 1 Sign Load data 8 digit Unit C1 C2 Contents C3 C4 Contents C5 Contents C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 C16 Contents O L Overload N T Net ...

Page 138: ... 4 6 Step 7 SPAN calibration by numeric input 4 6 step 8 16 5 Data format of calibration by transmission The procedure of the calibration by communication is as shown in the following flow chart Each item of the flow chart corresponds to each procedure of 4 6 Calibration procedure details Please refer 4 6 Calibration procedure details for the details While executing the calibration by transmission R...

Page 139: ...on when Gross value is in the minus condition The empty sections are all spaces Change to communication calibration mode Host CSD 892 73 2 4 6 8 10 12 14 16 0 0 9 0 0 1 Terminator In normal operation Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 0 1 Terminator In abnormal operation Return CSD 892 73 Host 2 4 6 8 0 0 E R 1 3 Terminator When the calibration lock is effective Return CSD 892 73 H...

Page 140: ...nator In normal operation Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 2 1 Terminator In abnormal operation Return CSD 892 73 Host 2 4 6 8 0 0 E R 1 3 Terminator Unit 0 None 1 g 2 kg 3 t 4 lb 5 N 6 kN 7 Pa 8 kPa 9 MPa Command No Number Command No Number Unit 0 None 1 g 2 kg 3 t 4 lb 5 N 6 kN 7 Pa 8 kPa 9 MPa Decimal point display position 0 No decimal point 1 0 0 2 0 00 3 0 000 4 0 0000 Comm...

Page 141: ... Setting of weighing capacity Host CSD 892 73 2 4 6 8 10 12 14 16 0 0 9 0 0 3 Terminator In normal operation Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 0 3 Terminator In abnormal operation Return CSD 892 73 Host 2 4 6 8 0 0 E R 1 3 Terminator Scale interval 1 1 2 2 5 5 10 10 20 20 50 50 Command No Number Command No Number Scale interval 1 1 2 2 5 5 10 10 20 20 50 50 Command No Number Set v...

Page 142: ...6 8 0 0 E R 1 3 Terminator Confirmation of stability of ZERO Host CSD 892 73 2 4 6 8 10 12 14 16 0 0 9 0 0 6 Terminator In stable condition Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 0 6 1 Terminator In unstable condition Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 0 6 0 Terminator Command No Number Command No Number Command No Number Command No Number Command No Number Set value Set...

Page 143: ... 0 Terminator 2 4 6 8 0 0 E R 2 1 Terminator ZERO calibration by numeric input Host CSD 892 73 2 4 6 8 10 12 14 16 0 0 9 0 0 8 Terminator In normal operation Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 0 8 Terminator In abnormal operation Return CSD 892 73 Host 2 4 6 8 0 0 E R 2 0 Terminator 2 4 6 8 0 0 E R 2 1 Terminator Command No Number Command No Number Command No Number Sign Command No...

Page 144: ... 4 6 8 10 12 14 16 0 0 9 0 0 6 0 Terminator SPAN calibration by weight Host CSD 892 73 2 4 6 8 10 12 14 16 0 0 9 0 1 0 Terminator In normal operation Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 1 0 Terminator In abnormal operation Return CSD 892 73 Host 2 4 6 8 0 0 E R 2 2 Terminator 2 4 6 8 0 0 E R 2 3 Terminator Command No Number Command No Number Command No Number Command No Number Comma...

Page 145: ...t 2 4 6 8 0 0 E R 2 2 Terminator 2 4 6 8 0 0 E R 2 3 Terminator Finish the calibration Host CSD 892 73 2 4 6 8 10 12 14 16 0 0 9 0 9 9 Terminator In normal operation Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 9 9 Terminator In abnormal operation Return CSD 892 73 Host 2 4 6 8 0 0 E R 1 3 Terminator Command No Number Sign Command No Number Command No Number Command No Number Sign Set value ...

Page 146: ...8 10 12 14 16 0 0 9 0 0 0 Terminator In normal operation Return CSD 892 73 Host 2 4 6 8 10 12 14 16 0 0 9 0 0 0 Terminator In abnormal operation Return CSD 892 73 Host 2 4 6 8 0 0 E R 1 3 Terminator Command No Number Command No Number 135 USB RS 232C ...

Page 147: ...m strain gage based transducer by the monitoring mode 13 6 The display is not steady Is the condition of the weight on the measurement section steady Is the bridge voltage normal Please measure the voltage between A C after shortening between A F and A C in the condition of not connecting with a strain gage based transducer Specification value DC5 V 0 25 V Is the input from strain gage based transd...

Page 148: ...put is not suitable You want to reverse the logic Please execute a logical change of the external output 8 8 3 17 3 CC Link interface chapter Event Please confirm here Reference The communication is not normal Is the cable for CC Link interface correctly connected 2 6 Is the length of the cable for CC Link interface within the regulation that CC Link society provides Is the terminating resistance c...

Page 149: ...er color LED back light Over display OL display at minus over OL display at plus over AD value over display OVF display at minus over OVF display at plus over Condition display ZERO SPAN mV V STABLE TARE GROSS NET CZ LOCK HOLD ERROR Display rate 2 times s Judgement display OUT1 2 3 4 5 Decimal point display Changeable to No display 101 102 103 or 104 Unit display Changeable to No display g kg t N ...

Page 150: ...Link Termination Attached with 110 ohm resistance externally Status LED Display the communication status by four 4 LEDs of RUN ERR SD and RD USB interface Conforms to USB2 0 Can also use with the standard of USB1 1 Connector mini USB B type female 18 4 General specifications Operating temp humidity range Temperaure 10 50 Humidity 85 RH or less Non condensing Stored temperature range 20 60 Power sup...

Page 151: ... This displays with blinking for about 2 seconds when the load cell I O value in calibration becomes 2 5 mV V or less that falls below the ZERO adjustment range at minus side TE H This displays with blinking for about 2 seconds when the load cell I O value in calibration becomes 2 5 mV V or more that exceeds over the range of ZERO adjustment range at plus side SP L This displays with blinking for ...

Page 152: ...input This lights on with OVF Minus over of A D conversion input This lights on with All light on When C function CF 15 Power on ZERO operation is valid All the segments light on when the stability is not detected at turning on the power By pushing FUNC key in the condition of all lighting on the display becomes the load display compulsorily HOLD This lights on when the power turns on in the condi...

Page 153: ...e may have some defects in the instrument please contact with Minebea s sales office or sales agency from which you have purchased 20 3 Life time of using parts There is a lifetime in parts used with this instrument The standard lifetime is as follows though it changes according to the use and the environmental condition etc Name of parts Applications Standard lifetime Back light of LED Display App...

Page 154: ...play pattern in the liquid crystal of CSD 892 73 is as shown in the table below 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 21 Pattern of display character 143 Specifications Others ...

Page 155: ...ge to calibration mode by transmission 16 5 Check mode 3 1 3 2 13 16 3 COM 1 COM 2 2 5 13 4 13 5 Command list 14 5 16 3 Command mode 7 2 16 2 16 2 1 16 3 Communication method 14 3 18 3 COMP setting mode 1 1 3 1 7 2 8 7 11 2 1 11 3 1 16 3 Comparator hysteresis 7 2 11 3 5 Hysteresis operating condition 7 2 16 3 Hysteresis width 7 2 16 3 Compensation of gravity acceleration value 3 1 4 5 5 2 6 12 16 ...

Page 156: ... 3 K Key lock 1 1 3 1 7 2 8 4 8 8 16 3 17 1 L Level input 2 5 8 8 1 17 2 18 3 Load cell parallel connection 2 3 18 1 Load display section 1 1 18 2 LOCK 1 1 18 2 Lower terminal block For safe operation 5 1 2 2 5 13 4 13 5 11 M Maintenance date number 7 2 8 9 Mass of weight 4 5 2 14 6 6 16 5 Measurement mode 3 1 6 11 8 8 9 9 2 10 1 11 16 3 17 2 mini USB connector B type 1 1 13 2 18 3 Monitor mode 13...

Page 157: ...4 3 16 1 18 3 T TARE 1 1 3 2 18 2 Tare weight cancellation 1 1 3 1 5 2 6 6 6 8 1 6 9 6 10 7 2 8 7 8 8 1 8 8 2 12 1 12 3 14 5 1 14 5 2 16 3 18 3 Error 8 8 1 19 Operating condition 6 9 1 Tare weight cancellation clear 1 1 6 9 7 2 8 7 8 8 1 14 5 2 16 3 18 3 Terminal cover 1 and 2 1 2 Terminating resistance 2 6 14 3 17 3 18 3 Terminator 7 2 16 1 16 2 3 16 3 16 4 Transmission data with decimal point 7 ...

Page 158: ...7 05 CF 16 0 CF 98 CF 17 100 CF 99 CF 18 0 Function setting table Function No Initial data Setting value Function No Initial data Setting value F 01 016 F 55 8 F 02 1 F 60 00 F 05 092 F 61 00 F 06 0020 F 62 00 F 07 05 F 70 00 F 08 0000 F 71 00 F 10 020 F 72 00 F 11 10 F 73 00 F 18 111 F 74 00 F 21 0000 F 83 00000 F 22 00000 F 84 2 F 24 0 F 85 01 F 25 00 F 86 0 F 26 00 F 87 0 F 40 0 F 90 F 41 0 F 9...

Page 159: ...ttp www minebea mcd com 4106 73 Miyota Miyota machi Kitasakugun Nagano ken 389 0293 Japan TEL 81 267 32 2200 FAX 81 267 31 1350 1 1 1 Katase Fujisawa shi Kanagawa ken 251 8531 Japan TEL 81 466 22 7152 FAX 81 466 22 1701 4106 73 Miyota Miyota machi Kitasakugun Nagano ken 389 0293 Japan TEL 81 267 31 1309 FAX 81 267 31 1350 1 1 1 Katase Fujisawa shi Kanagawa ken 251 8531 Japan TEL 81 466 23 2681 FAX...

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