Minebea Intec CSD-918 Series Operating Instructions Manual Download Page 6

Page: 6 / 240

A/D sampling rate (A/D SAMPLING RATE) ...........................................................................................................75

9.4

Analog ilter (ANALOG FILTER)...............................................................................................................................75

9.5

Digital ilter (DIGITAL FILTER).................................................................................................................................75

9.6

Stabilization ilter .....................................................................................................................................................75

9.6.1

Setting of stabilization ilter (STABILIZATION FILTER) ............................................................................76

9.6.2

Coeicient of data width for stabilization ilter (STAB.FILTER BAND) ..................................................76

9.6.3

Time width of stabilization ilters (STAB.FILTER TIME)............................................................................76

9.7

Stability detection .................................................................................................................................................... 77

9.7.1

Coeicient of stability detection width (STAB. DETECTION BAND)....................................................... 77

9.7.2

Stability detection time (STAB. DETECTION TIME) ...................................................................................78

9.7.3

Operational condition of detecting stability (OPERATION OF STABILITY)...........................................78

9.8

Zero set.......................................................................................................................................................................78

9.8.1

Operative condition of zero set (OPERATION OF ZERO).........................................................................78

9.8.2

Efective range of zero set (RANGE OF ZERO) ..........................................................................................78

9.9

Zero tracking .............................................................................................................................................................78

9.9.1

Target of zero tracking (TARGET OF ZERO TRACKING)...........................................................................79

9.9.2

Coeicient of data width for zero tracking (ZERO TRACKING BAND)...................................................79

9.9.3

Time of zero tracking (ZERO TRACKING TIME) .........................................................................................79

9.10 Tare weight cancellation......................................................................................................................................... 80

9.10.1

Operational condition of tare weight cancellation (OPERATION OF TARE) ........................................ 80

9.10.2

Operational range of tare weight cancellation (RANGE OF TARE)........................................................ 80

9.11 Preset tare................................................................................................................................................................. 80

9.11.1

Operation of preset tare (OPERATION OF PRE.TARE) ............................................................................ 80

9.11.2

Read-out operation of preset tare as zero (PRESET TARE=0 CHOICE)................................................. 81

9.12 Power-on-zero.......................................................................................................................................................... 81

9.12.1

The operation of power–on-zero (ZERO AT POWER ON)........................................................................ 81

9.12.2

Clear of power–on-zero (ZERO CLR.POWER ON)..................................................................................... 81

9.13 Power-on tare weight cancellation........................................................................................................................82

9.13.1

Operation of power-on-tare-weight-cancellation (TARE AT POWER ON) ...........................................82

9.13.2

Power-on-tare-weight-cancellation-clear (TARE CLR. AT POWER ON)................................................82

9.14 Operation of hold (OPERATION OF HOLD)...........................................................................................................82
9.15 Print command (PRINT COMMAND)......................................................................................................................82
9.16 Accumulation ............................................................................................................................................................83

9.16.1

Accumulation command (ACCUM. COMMAND) .......................................................................................83

9.16.2

Automatic accumulation function...............................................................................................................83

9.16.3

Accumulation clear ........................................................................................................................................83

I/O setting (I/O)..................................................................................................................................86

Weight Controller CSD-918

Table of contents

EN-4

Minebea Intec

Summary of Contents for CSD-918 Series

Page 1: ...SD 918 Operating instructions Translation of original operating instructions 949905091800 Edition 1 0 0 08 16 2019 Minebea Intec GmbH Meiendorfer Str 205 A 22145 Hamburg Germany Phone 49 40 67960 303...

Page 2: ...ied personnel In correspondence concerning this product the type name and release number serial number as well as all license numbers relating to the product have to be cited Note This document is par...

Page 3: ...of parts 18 3 2 1 Front panel 18 3 2 2 Rear panel 22 4 Wiring 23 4 1 Precautions for wiring 23 4 2 Connection with load cells 23 4 2 1 6 wire connection cable 24 4 2 2 4 wire connection cable 25 4 2...

Page 4: ...e calibration of zero and SPAN 46 6 5 Registration and conirmation of pitch PITCH CONFIRMATION 46 6 5 1 Switch to registration and conirmation screen of pitch 47 6 5 2 Registration and conirmation met...

Page 5: ...D CALIB 62 7 5 3 High speed calibration HIGH SPEED CALIB 62 7 6 Positional calibration POSITION CALIB 63 7 6 1 Switch to position calibration screen 64 7 6 2 Original point calibration TYPE1 ORIGIN TY...

Page 6: ...t cancellation OPERATION OF TARE 80 9 10 2 Operational range of tare weight cancellation RANGE OF TARE 80 9 11 Preset tare 80 9 11 1 Operation of preset tare OPERATION OF PRE TARE 80 9 11 2 Read out o...

Page 7: ...he menu key lock is efective 93 11 Weighing mode 94 11 1 Brand setting BRAND CODE 94 11 1 1 Switch to brand code screen 94 11 1 2 Method of setting brand 94 11 1 3 Setting method of brand name NAME 95...

Page 8: ...127 12 3 1 Memory clear related to the comparative setting COMPARATOR MEMORY CLR 127 12 3 2 Memory clear related to the operational setting OPERATION MEMORY CLR 127 13 Operational check function CHECK...

Page 9: ...2 17 2 1 Speciications model CSD 918 P15 142 17 2 2 Switch to BCD output setting screen 143 17 2 3 Setting item of BCD output 143 17 2 4 Pin assignment of the BCD output 144 17 2 5 I O equivalent circ...

Page 10: ...ODES 204 20 1 2 BASIC FUNCTIONS 204 20 1 3 I Os 205 20 1 4 WEIGHING OPERATIONS 206 20 1 5 SEQUENCE CONTROL 206 20 1 6 CALIBRATION 207 20 1 7 SERVO CALIBRATION 207 20 1 8 BUILT IN SERIAL I F 208 20 1 9...

Page 11: ...lved when measures for preventing hazards are not followed DANGER Warning of personal injury DANGER indicates death or severe irreversible personal injury which will occur if the corresponding safety...

Page 12: ...r the environment may occur if appropriate safety measures are not observed Take the corresponding safety precautions Note User tips useful information and notes 1 6 Hotline Phone 49 40 67960 444 Fax...

Page 13: ...ection The device relects the state of the art The manufacturer does not accept any liability for damage caused by third party system components or due to incorrect use of the product The use of this...

Page 14: ...lling the instrument NOTICE Warning of damage to property and or the environment Install CSD 918 based on the following dimensions Ensure suicient space around the instrument The following are the dim...

Page 15: ...Carefully check the direction of the panel mount gasket so as not to install it upside down Install the gasket in a upright position and make sure that it is not twisted Please note that there is the...

Page 16: ...receive an electric shock It is essential to ground the device with grounding wire 2 3 4 Operating precautions CAUTION Warning of personal injury and damage to property Incorrect wiring may falsify we...

Page 17: ...AUTION Warning of personal injury and damage to property Install the instrument based on the speciied dimensions and clearance stipulations NOTICE Warning of damage to property Damage to the case or t...

Page 18: ...umentation for the assessment of electrical and electronic products with respect to the restriction of hazar dous substances RoHS Directive CAUTION Warning of personal injury and damage to property Pl...

Page 19: ...rvo motor It can be used for such systems as packing machines Moreover it can connect to the other equipment such as PCs and printers through various interfaces Container Gate Material feed Load cell...

Page 20: ...weight Net weight according to the weight dis play TARE WEIGHT Lights when tare weight cancellation is executed PRESET TARE WEIGHT Lights when preset tare weight cancellation is executed STABLE Light...

Page 21: ...ghts when net weight is the UNDER judgement condition set for each brand FULL Lights when gross weight or net weight exceeds the FULL range set for each brand Z BAND Lights when gross weight or net we...

Page 22: ...if a weighing signal is input while the gate is manually operated SQ ERR 11 Lights if the input weighing signal excludes the original gate po sition SV ERR EMG Lights when the EMG switch is pressed S...

Page 23: ...t load display is net weight 11 TARE Executes tare weight cancellation 12 FINAL Sets inal value for the displayed brand 13 F FLOW Sets the coarse low inal value for the displayed brand 14 M FLOW Sets...

Page 24: ...22 485 interface can be installed The device cannot accommodate duplicate optional parts except for BCD output 4 External control I O connector Connects to an external control unit The input and the o...

Page 25: ...25 4 2 4 or Y type 1 25 4 and 2 4 Load cell 6 2 mm or less 1 25 3 or Y type 1 25 3 5 Isolate cables connected to the unit from such noise sources as dynamic power lines and control I O As dedicated wi...

Page 26: ...bea Intec load cell and connection cables of type PR Load cell A EXC Load cell power supply V red F SEN Sense S white G SEN Sense S black C EXC Load cell power supply V blue D SIG Load cell signal mea...

Page 27: ...causes the remote sensing function to fail and accuracy may not be covered under warranty 4 2 2 4 wire connection cable Connect CSD 918 to a load cell using a 4 wire cable as follows Note The colors...

Page 28: ...th the additional bridges This device will not operate normally if terminals F and G are used in their open state If the 4 wire cable 30 m It is possible that the resistance of the cable will cause th...

Page 29: ...te The colors listed here apply for the Minebea Intec load cell and connection cables of type PR cable junction box A EXC Load cell power supply V red F SEN Sense S white G SEN Sense S black C EXC Loa...

Page 30: ...ding Otherwise noise from other devices may cause malfunctions Perform single grounding with a protective earth terminal to ensure the device is compatible with CE mark applicable standards and JIS st...

Page 31: ...IN original point sensor signal A9 N C B9 N C A10 N C B10 N C A11 N C B11 N C A12 N C B12 N C A13 N C B13 N C A14 N C B14 N C A15 N C B15 N C A1 B1 A16 B16 SERVO CONTROL A16 COM 3 B16 COM 3 Applicabl...

Page 32: ...he emergency stop signal Connect it to COM 3 when the emergency stop signal is not used When emergency stop signal is used B5 Emergency stop signal COM 3 When emergency stop signal is not used B5 Emer...

Page 33: ...O The external control output is an open collector output Open collector rating VCE 35 V DC IC 40 mA DC at maximum The igure is an external control I O connector The line from A1 to A12 is the input...

Page 34: ...10 B11 Output 11 Surge elimination device VCE Load B1 to B11 B12 COM 2 Open collector rating VCE 35 V DC IC 40 mA DC B12 COM 2 Note The external control output common is insulated from the other commo...

Page 35: ...al on the terminal board of the RS 485 interface or 2 pin method serial interface when CSD 918 conforms to CE mark applicable standards or JIS standards 4 7 Connecting to a 2 pin method serial interfa...

Page 36: ...e maximum shielded cable length is 100 m For other cables it is 20 m Up to 3 devices can be connected in parallel using the 2 pin method serial interface Maximum output current Approx 20 mA DC The ext...

Page 37: ...s shown in the table below 0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z 5 2 Change of screen This unit prepares various setting screens according to the operating status You...

Page 38: ...reen I F setting screen SYSTEM setting screen Operation checking screen 5 3 Variety of screen The role of each screen is shown as follows 1 GRAPHIC DISPLAY screen The change of load value in the time...

Page 39: ...d 2 pin method serial interface can be set on this screen 10 SYSTEM setting screen The time of back light of the data storage and memory clearing etc can be set on this screen 11 OPTION setting screen...

Page 40: ...eted and 3 is retained On each setting screen the screen returns to the previous screen by tapping BACK and by tapping TOP the screen returns to weighing screen Please conirm that the selected content...

Page 41: ...CITY This is the maximum load that can be measured in the weighing section load cell Zero calibration ZERO ADJUSTMENT This is the calibration that the weighing value becomes zero point of the scale wh...

Page 42: ...iguration used are changed The display resolution that the performance becomes efective is 10 000 or less Please use the calibration weight for the SPAN calibration to 2 3 or more of the max load Max...

Page 43: ...Max that can be weighed by the load cell Step 8 Calibration of zero see Chapter 6 3 6 Calibrate the zero point by the condition of no load at the load cell or by setting the output voltage of zero of...

Page 44: ...able The above are the examples when 6 wire cable and 350 type of load cell are applied 6 3 4 Set of scale interval DIVISION Set the scale interval min scale division 6 3 5 Set of max load Max WEIGHIN...

Page 45: ...oad cell voltage output This is the method for ZERO registration by setting the load cell output voltage value at zero point Please input the arbitrary value in the range from 2 500 00 mV V to 2 500 0...

Page 46: ...e use the calibration weight for the SPAN calibration to be used for the amount of 2 3 or more of the max load Max to reduce the calibration error 6 3 7 2 Calibration method by numeric input of load c...

Page 47: ...cise accuracy more than 1 1000 is necessary please calibrate by Calibration method with weight 6 4 Fine adjustment at Zero and SPAN FINE ADJUSTMENT This function is ine calibration of zero and SPAN wh...

Page 48: ...conirm the load indicated value of each pitch in the point registered after the calibration of SPAN 1 Select ZERO POINT ADJUSTMENT on ine calibration screen A present weighing value with 1 10 digit DI...

Page 49: ...might occurs due to the inluence of load cell The digital linearization is a function to execute the compensation for up to 3 points except for zero and SPAN and to reduce the weighing error 1 Select...

Page 50: ...input value is relected on the input conirmation display section Digital linearization is inished when the screen is switched to digital linearization screen 6 6 3 Clearing method of digital lineariz...

Page 51: ...RVO CALIBRATI ON OPTION A D SAMPLING RA TE ZERO ADJUSTMENT CONFIGURATION ANALOG OUTPUT OPERATION OF ZERO SPAN ADJUSTMENT FULL OPEN TYPE1 RANGE OF ZERO WEIGHING CAPACI TY FULL OPEN TYPE2 TARGET OF ZERO...

Page 52: ...CONDITION The display condition of over is selectable from 9D 110 or 20D 9D 9D is selected as default 6 8 3 Unit UNIT The unit is selectable from no display g kg t lb N or kN no display is selected a...

Page 53: ...the compensation method of gravitational acceleration is DISTRICT NUMBER Set the district number for the calibration place Setting of the district number 01 to 16 10 is selected as default Refer to t...

Page 54: ...i Branch Administrate 4 9 803 Aomori Pref 5 9 802 Iwate Pref Akita Pref 6 9 801 Miyagi Pref Yamagata Pref 7 9 800 Fukushima Pref Ibaragi Pref Niigata Pref 8 9 799 Tochigi Pref Toyama Pref Ishikawa Pre...

Page 55: ...calibrated Position calibration POSITION CALIB The position of the gate is calibrated Software limit SOFTWARE LIMIT The limit is set to the position of the gate with software for the result of a posit...

Page 56: ...E1 TYPE2 and TYPE3 and the inal point from TYPE1 and TYPE2 Step 5 Manual operation see Chapter 7 7 Manual gate operation is executed Step 6 Software limit see Chapter 7 8 Set the software limit of the...

Page 57: ...is the default OPEN CCW CW Servo motor 7 3 6 Command pulse logic COMMAND PULSE LOGIC Set the command pulse logic of servo ampliier The command pulse logic is selectable from POSITIVE LOGIC or NEGATIVE...

Page 58: ...rvo motor Setting range is 20 to 1 073 741 824 pulse The default has set as 131 072 pulse 7 3 9 Style of command pulse The command pulse formats of the various pulse polarity and pulse logic settings...

Page 59: ...PULSE R CW direction command CCW direction command Command pulse Command pulse 1pulse 1pulse CCW NEGATIVE LOGIC L H PULSE F H L PULSE R CW direction command CCW direction command Command pulse Comman...

Page 60: ...LSE R CW direction command CCW direction command Command pulse Command pulse 1pulse 1pulse CCW NEGATIVE LOGIC CW direction command CCW direction command Command pulse 1pulse 1pulse Command pulse L H P...

Page 61: ...se 1pulse 1pulse POSITIVE LO GIC CW direction command Command pulse 1pulse CCW direction command Command pulse 1pulse L H PULSE F H L PULSE R CCW NEGATIVE LOGIC L H PULSE F CW direction command H L PU...

Page 62: ...de limit signal is set When the OPEN side limit signal becomes efective SV ERR LMT lights and the gate stops The OPEN side limit signal is selectable from SHORT OPEN or OFF SHORT is set as default Not...

Page 63: ...njury and damage to property The limit signal for OPEN side the limit signal for CLOSE side and the original point sensor signal are turned of Make sure to use a protection device for the servomotor o...

Page 64: ...01 min 1 is set as default Note Conirm the setting refer to Chapter 7 3 5 before moving the gate by manual operation According to the set value there is a possibility of movement diferent from the di...

Page 65: ...te is moved by manual operation Ori ginal point position is detected by origi nal point sensor The original point positi on is set TYPE3 When the operator selects START the gate moves by automatic ope...

Page 66: ...mit sensor of OPEN side CLOSE side 7 6 1 Switch to position calibration screen You can switch from measurement screen to calibration screen of position by the following operation 7 6 2 Original point...

Page 67: ...int calibration method when both an original point sensor and a limit sensor are used The limit sensor is necessary for two places of OPEN side direction and CLOSE side direction When the gate is in t...

Page 68: ...s that the gate comes to the position of full open at sight That position is calibrated as a full open position Gate Original point Full open position The gate moves in the direction of Full open posi...

Page 69: ...gate The manual operation screen can be switched by selecting the manual mode on the measurement screen and shortening the input according to Chapter 10 3 CAUTION Damage to the system or malfunctions...

Page 70: ...om LOW SPEED or HIGH SPEED 2 OPEN The gate moves in the direction of OPEN while tapping OPEN The gate stops when you stop tapping 3 CLOSE The gate moves in the direction of CLOSE while tapping CLOSE T...

Page 71: ...reover using the limit sensor together with the software limit becomes a double security precaution 7 8 1 Switch to software limit screen You can switch from weighing screen to software limit screen b...

Page 72: ...open position x set value Software limit Original point CAUTION Warning of personal injury and damage to property There is a possibility that the gate is overrun according to the system composition e...

Page 73: ...te is overrun according to the system composition even if the stop by the software limit is set Set the value for the deviation again 1 Tap DEVIATION ACTION in software limit screen and select from EF...

Page 74: ...reen Vertical axis The vertical axis is set as the display axis The weighing from the value set by Y0 to the value set by Y1 is drawn as one screen 8 3 Graphical display At cursor OFF 1 2 3 4 5 6 7 8...

Page 75: ...tput signal in weighing operation The display lights when each function operates normally 9 Y0 setting This is the button that sets the lower limit of the weighing value for the graphical display By t...

Page 76: ...sor to t cursor is displayed 4 Cursor moving button This button is used to move the cursor When you keep tapping longer than the i xed time the cursor is moving with higher speed than the normal When...

Page 77: ...nverted by the moving average process The moving average frequency can be set This is input with ten keys in the range from 1 to 256 in one time interval 16 is set as default The tendency of the chara...

Page 78: ...n as follows Stabilization ilter data width Coeicient of Stabilization ilter data width n x Scale interval Division When the setting of coeicient of stabilization ilter data width is 2 0 and the Divis...

Page 79: ...xternal control I O open collector output 2 pin method serial interface Standard RS 485 interface optional BCD output open collector output or optional RS232C RS422 RS485 interface 9 7 1 Coeicient of...

Page 80: ...hin the efective range of zero set 9 8 1 Operative condition of zero set OPERATION OF ZERO The operative condition of zero set is selectable from IN STABLE MODE or ANYTIME The efective range is common...

Page 81: ...et The zero tracking data width per the setting value n is calculated in the display conversion as follows Zero tracking data width Coeicient of zero tracking data width n x Scale interval Division Wh...

Page 82: ...the sign of TARE turns of 9 10 1 Operational condition of tare weight cancellation OPERATION OF TARE The operational condition of tare weight cancellation is selectable from IN STABLE MODE or ANYTIME...

Page 83: ...tive the preset tare is cancelled and the tare weight cancellation is executed The tare weight cancellation cannot be used together with the preset tare The tare is cleared if the zero set is executed...

Page 84: ...wer on tare weight cancellation is selectable from EFFECTIVE or INVALID INVALID is selected as default 9 13 2 Power on tare weight cancellation clear TARE CLR AT POWER ON The operation of power on tar...

Page 85: ...omatic accumulation condition is selectable from IN OK MODE or NO CONDITION in weighing operation setting screen of the above same screen When IN OK MODE is set the weighing data is accumulated if the...

Page 86: ...ten keys in the range from 999 999 to 999 999 in every 1 0 is set as default 9 19 Hold of comparative result COMPARATIVE RESULT HOLD Hold operation of the comparative result that synchronizes with ho...

Page 87: ...value LOAD DISPLAY VALUE HOLD Hold operation of the weight display value that synchronizes refer to Chapter 9 14 is selectable from INVALID or EFFECTIVE EFFECTIVE is set as default Note When the error...

Page 88: ...nal is input ZERO CLEAR Return the display to the state before zero set and zero tra cking when zero set and zero tracking is executed TARE CLEAR Return the display to the state of tare weight cancell...

Page 89: ...as follows Item Contents OFF No setting GROSS NET The display of Gross and Net is switched ZERO Zero set is executed ZERO CLEAR When zero set or the zero tracking is executed the display is returned...

Page 90: ...L MEDIUM FLOW The medium low signal is output during inputting MANUAL DRIBBLE FLOW The dribble low signal is output during inputting MANUAL DISCHARGE The discharge signal is output during inputting MA...

Page 91: ...SH The signal is output in the inish of mix NOZZLE DOWN IN SERT The signal is output when the nozzle is down DURING MEASURE MENT The signal is output in the weighing WEIGHING SEQ ERROR The signal is o...

Page 92: ...al of this unit SV ERR ALM lights when the alarm signal becomes efective Refer to Chap ter 7 4 for switching the input efective state Note SV ERR ALM lights when neither the connection nor the setting...

Page 93: ...r Original point signal You can calibrate the original point by using the original point sensor in Chapter 7 6 Refer to Chap ter 7 4 for switching the input efective state 10 5 Key lock This is the fu...

Page 94: ...6 2 Switch of STANDARD SIMPLE The weighing screen is switched as follows by setting to STANDARD SIMPLE Touch for 3 seconds Switch SIMPLE display STANDARD display Touch for 3 seconds Tap the below sla...

Page 95: ...ching method of STANDARD SIMPLE when the menu key lock is efective STANDARD and SIMPLE is switched by the following method when the menu key lock is efective 2 1 1 Tap the below slanted section for ov...

Page 96: ...itched from weighing screen to brand code screen by the following operations 11 1 2 Method of setting brand 1 2 Note The brand setting cannot be changed during each mode weighing at the weighing mode...

Page 97: ...write Insert Overwrite condition is selected as de fault so tapping the INS makes the con dition when the key is passed Under such a condition it enters the state of in sertion By tapping BACK you can...

Page 98: ...The control method of ine low is set The control method is FIXED OPEN WEIGHT When ine low is inished the output of ine low is turned of Refer to Chapter 11 4 for the details 6 Over setpoint OVER The v...

Page 99: ...he automatic free fall compensation is set The setting ran ge is from 0 to 999 999 and input in every 1 step with ten keys At the time of 0 setting the automatic free fall compensation turns of 0 is s...

Page 100: ...et for FIXED OPEN TIME The open rate and the weight are set for FIXED OPEN WEIGHT FIXED OPEN TIME is set as default 11 2 1 Switch to coarse low screen The screen is switched from weighing screen to co...

Page 101: ...50 000 is set as default for open rate of the gate and 1 000 for the weight Weighing Time ms Open rate Time ms Note The open rate is a relative value to the full open position at the gate In this con...

Page 102: ...000 to 100 000 and the setting range of the completing time of middle low is from 50 ms to 10 000 ms 50 000 for open rate of the gate and 50 ms for the completing time of middle low is set as default...

Page 103: ...set before at once and is maintained until the completing time 1 Select MEDIUM FLOW in middle low screen and select FIXED OPEN TIME and then tap OK 2 Select FIXED OPEN TIME in the middle low screen t...

Page 104: ...stant speed until reaching the open rate set before at the set time 11 3 5 Quadratic control of middle low The quadratic control can control the vibrational component by a rapid change in the low rate...

Page 105: ...C Fine Flow B A Full Flow Note In this control method the gate operates continuously by always changing speed until reaching the open rate set before at the set time 11 4 Fine low DRIBBLE FLOW The con...

Page 106: ...pen rate Time ms Weighing Time ms Middle Flow Fine Flow Full Flow Middle Flow FineFlow Full Flow Note The open rate is a relative value to the full open position at the gate In this control method the...

Page 107: ...catter screen by the following operation 11 5 2 Arbitrary control of prevent scatter Arbitrary control of scatter prevention can set up to 3 points of the open rate of the gate and the time that reach...

Page 108: ...ching the open rate of full low at the set time 11 6 Control mode The weighing mode includes the batching mode and the discharge mode 1 Select PREVENT SCATTER in scatter prevention screen and select A...

Page 109: ...etpoint Under OVER Net weight Final Setpoint Over OK Final Setpoint Under Net weight Final Setpoint Over Operating explanation When the start signal is input Coarse low Middle low and Fine low turns o...

Page 110: ...t EFFECTIVE must be set refer to Chapter 11 8 2 Note The gate returns to origin point automatically when the display becomes OL or OVF while weighing Start weighing after returning the gate to the ori...

Page 111: ...stop timer Waiting time for judge Stable Finish tolerance over setpoint tolerance under setpoint OK Discharge starts Discharge Discharge gate close delay Discharge finishes Zero band Discharge monitor...

Page 112: ...ame time The output of coarse low turns of when net weight becomes the value of FINAL SET WEIGHT FULL FLOW or the time of Passing from the time for start weighing to completion time of coarse low The...

Page 113: ...tch start Setpoint Full Flow Setpoint Middle Flow Setpoint Fine Flow Final Setpoint 0 Weighing Batch start delay time Batch monitoring timer Coarse flow Middle flow Fine flow Time Gross Tare Coarse fl...

Page 114: ...arse low to comple tion time of middle low DRIBBLE FLOW Net weight Final Setpoint Set weight UNDER Net weight Final Setpoint Under OVER Net weight Final Setpoint Over OK Final Setpoint Under Net weigh...

Page 115: ...nce error SQ ERR2 The comparative target of ZERO BAND and the comparative target of FULL value is selectable from GROSS NET GROSS NET or OFF The near zero is simple comparison operation Coarse low Mid...

Page 116: ...ht 11 6 4 Nozzle control sequence This function is used when the matearial illed to the bottle through the inserted nozzle is measured Before starting Flow the output of nozzle DOWN turns on automatic...

Page 117: ...Middle Fine flow Batch gate Container Output of nozzle down Note The nozzle control sequence becomes efective only in batching mode As for the waiting time for the Nozzle down it will be the same val...

Page 118: ...tically when the measurement is operated continuously The set data of the next Free Fall uses the moving averaged value calculated from 4 times of actual former Free Fall values When using the functio...

Page 119: ...to 8 items The input used is speciied by setting the safety conirmation condition Turn on each safety conirmation of BATCHING SAFETY CHECK DISCH SAFETY CHECK and GENERAL SAFETY CHECK refer to Chapter...

Page 120: ...pter 11 8 2 In addition TARE CLEAR and MIXING START is set as the morement after discharge inish Refer to Chapter 11 8 2 11 6 9 Power on original point detection POWER ON ORIGIN The power on original...

Page 121: ...Setting Weighing operation WEIGHING OPERATION The setting relates to the operation of weighing such as control mode 11 7 1 Change to weighing operation setting screen Changes from the weighing screen...

Page 122: ...Batching mode Discharge mode exchanges if the BATCH DISCHARGE switch signal is input As for the setting of external control I O refer to Chapter 10 3 BATCHING mode is selected as default Raw material...

Page 123: ...FF GROSS or NET Gross weight is selected as default 4 FULL comparative operation COMPARATIVE OF FULL The operating condition of FULL signal is selectable from GROSS NET com parison signal OFF GROSS or...

Page 124: ...ACCUM The operation condition of automatic accumulation function is selectable from OFF SYNC WITH FINISH or AUTO ACCUM AT STABLE OFF is selected as default Refer to Chapter 9 16 2 for the automatic ac...

Page 125: ...IN SERT signal is turned OFF at the time of judging the compensation low INVALID is all selected as default 3 Judge condition JUDGE CONDITION The judge condition at the time of inishing weighing is s...

Page 126: ...lt 9 Batch inish output of BATCH FINISH OUTPUT OFF The condition of turning of the output of completing weighing is selectable from NO CONDITION LO OR UNSTABLE or ZERO BAND When the NO CONDITION is se...

Page 127: ...the range from 0 01 to 99 99 in every 0 01 second and this function beco mes of when 0 00 is set 0 00 is set as default 16 Waiting time for judge WAITING TIME FOR JUDGE The waiting time until executin...

Page 128: ...ON The output time for the Mixing inish signal is set This time is input with ten keys in the range from 0 01 to 99 99 in every 0 01 se cond and this function becomes of when 0 00 is set 0 00 is set a...

Page 129: ...light is turned of when there is no operation is set The time is input with ten keys in the range from 1 minute to 60 minutes The backlight keeps lightening when 0 minutes is set 12 3 Memory clear 12...

Page 130: ...the right table about the part No of each option Example When it connected the current output and BCD output CSD 918B 07 15 Options P No Current output 07 Voltage output 25 BCD output 15 RS 232C 74 R...

Page 131: ...m OUT1 to OUT11 13 5 Monitor mode MONITOR In the Monitor mode the applied load on strain gage applied transducer at present is displayed with the converted unit of mV V Note The display value in Monit...

Page 132: ...er to Chapter 17 1 3 13 8 Maintenance date MAINTENANCE DATA The date that processes the maintenance the routine inspection etc can be registered and conirmed 13 9 Maintenance number MAINTENANCE No The...

Page 133: ...can be stored almost permanent due to nonvolatile 14 1 Data stored in internal RAM Tare weight cancellation data ZERO set data ZERO tracking data Brand setting data 14 2 Data stored in EEPROM Calibrat...

Page 134: ...2 T1 to T3 13 BCC 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 G1 N1 T1 G2 N2 T2 G3 N3 T3 DP 104 103 102 101 100 Load data and BCD data 7 6 4 5 7 6 0 0 0 1 101 1 0 102 1 1 103 IN...

Page 135: ...nal Accumulation signal and Finish signal are input 1 is put to FUN1 of output format for automatic print bit Refer to Chapter 15 5 15 5 Switch to print signal operation screen OPERATION OF PRINT 15 6...

Page 136: ...elected the data is transmitted after putting 1 to FUN1 of output format for automatic print bit when the inish signal is output NOTHING is set as default Weight Controller CSD 918 15 2 pin method ser...

Page 137: ...Can be selected from CR LF and CR Transmission data ASCII code Cable length About 1 km Address Can be selected from 0 to 31 Number of connected units 32 units maximum 1 unit in stream mode Note The s...

Page 138: ...ted as default 6 Terminator The terminator is selectable from CR or CR LF CR LF is selected as default 7 Addition of decimal point The addition of decimal point is selectable from None or Existing Non...

Page 139: ...0 A B S G S G RS 485 RS 485 RS 485 host CSD 9xx Address 01 A B S G CSD 9xx Address 31 A B S G CSD 9xx A termination resistance should be wired on the unit located farthest away from the host Wire a re...

Page 140: ...ty of the host computer signal may be reversed depending on the unit There may be no S G terminal on the host side Connect with twisted pair cables The S G of the standard RS 485 interface is connecte...

Page 141: ...output speciications model CSD 918 P25 Speciications Content Output 0 V DC to 10 V DC Load characteristics 5 k or more Non linearity Within 0 02 F S Resolution 1 12 000 or more Over range OL displaye...

Page 142: ...k 5 Screen Note Strip back the cable tip 7 mm The tightening torque of terminal screws on the terminal board is 0 6 N m The connecting cable must be AWG28 to AWG16 Use shielded cable and connect the...

Page 143: ...play 4 mA 0 V Minimum display 0 Display Approx 2 4 mA Approx 1 V Maximum display Display 110 of the maximum display 10 of the maximum display Note Equalize the scaling and output targets when a curren...

Page 144: ...each output 17 1 7 Analog output ine calibration After setting the scaling of analog output by ZERO OUTPUT and SPAN OUTPUT proceed the ine calibration with the zero trimmer and the SPAN trimmer The in...

Page 145: ...h to BCD output setting screen Switch from the weighing screen to the BCD output setting screen by the following procedure 17 2 3 Setting item of BCD output 1 Operation mode The BCD output mode is sel...

Page 146: ...g up the print command BCD output becomes unstable due to the conversion of BCD data Please read the correct BCD data at the timing of the falling of the print command The internal circuit is insulate...

Page 147: ...00 A2 4 x 100 B2 8 x 100 A3 1 x 101 B3 2 x 101 A4 4 x 101 B4 8 x 101 A5 1 x 102 B5 2 x 102 A6 4 x 102 B6 8 x 102 A7 1 x 103 B7 2 x 103 A8 4 x 103 B8 8 x 103 A9 1 x 104 B9 2 x 104 A10 4 x 104 B10 8 x 1...

Page 148: ...t equivalent circuit Output equivalent circuit OUTPUT COM 3 Open collector rating VCE 35 V DC I C 20 mA DC MAX An internal circuit is insulated by optocoupler 17 2 6 Timing chart The following chart s...

Page 149: ...ng negative overload Example 3 When an error occurs ON DATA POL OVER ON ON P C Note When ERROR is output the ERROR signal output transistor turns ON negative logic When ERROR is output all DATA and PO...

Page 150: ...nchronous method Start stop synchronization Baud rate Selectable from 1 200 bps 2 400 bps 4 800 bps 9 600 bps 19 200 bps 38 400 bps Data bit length Selectable from 7 bit or 8 bit Parity bit Selectable...

Page 151: ...to Chapter 9 15 4 Accumulation ACCUM signal synchronization The data set with output target is output synchronizing with the accumulation sig nal 5 FINISH signal synchronization The data set with out...

Page 152: ...etting of stop bit is selectable from 1 bit or 2 bit 1 bit is selected as default 7 Terminator The setting of terminator is selectable from CR or CR LF CR LF is selected as default 8 Decimal point add...

Page 153: ...insulated by optocoupler In case of conforming CE mark applicable please make sure to use shielded cables and connectors attached metallic shells then shield and connector s metallic shell parts are a...

Page 154: ...400 bps Data bit length Selectable from 7 bit or 8 bit Parity bit Selectable from no parity even parity or odd parity Stop bit Selectable from 1 bit or 2 bit Terminator Selectable from CR LF or CR Tra...

Page 155: ...elected as default 3 Parity The setting of the parity bit is selectable from None Odd number or Even num ber Odd number is selectable 4 Stop bit The setting of stop bit is selectable from 1 bit or 2 b...

Page 156: ...d as default Note When stream mode is selected the message of DATA OUTPUT BY A CONSTANT INTERVAL CONTINUES IN STREAM MODE THEREFORE CONTROL BY THE HOST BECOMES IMPOSSI appear tap YES to select 11 Targ...

Page 157: ...RDB terminals and wire the internal termination resistance The end of each cable should be stripped 7 mm The terminal block terminal screw tightening torque is 0 6 N m The wiring cables should be AWG...

Page 158: ...CSD 918 with the RS 422 485 interface is given below RDA RDB SDA SDB S G RS 485 host SDA SDB RDA RDB S G CSD 918 TRM Address 00 RDA RDB SDA SDB S G RS 422 host SDA SDB RDA RDB S G CSD 918 TRM Address...

Page 159: ...s 01 SDA SDB RDA S G CSD 918 TRM RDB Address 09 SDA SDB RDA S G CSD 918 TRM RDB Address 31 On the unit located farthest away from the host TRM and RDB should be short circuited and a termination resis...

Page 160: ...e all spaces When the addition of decimal point is set as Yes and the decimal point is speciied on the Calibration screen the decimal point is added to the speciied position 17 5 1 1 Reading out the l...

Page 161: ...10 8 6 4 2 12 14 2 2 0 0 L O Terminator Address 00 31 For command No 26 6 4 2 0 0 2 6 Terminator Command No Address 00 31 Return device Host 0 0 2 6 C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13 C14 C15...

Page 162: ...ound N Newton k N Kilonewton 17 5 1 2 Reading out condition 1 Host device 6 4 2 0 0 4 0 Terminator Command No Address 00 31 Return device Host 10 8 6 4 2 12 14 0 4 0 0 d c b a h g f e Terminator Comma...

Page 163: ...d c b a h i g f e Terminator Command No Address 00 31 Status a MIXTURE b DISCHARGE GATE CLOSE c INFLOW FINISH d SERVO ERROR e DISCHARGE FINISH f MIXING FINISH g NOZZLE DOWN INSERT 1 ON 0 OFF h DURING...

Page 164: ...N 2 DURING SPAN CALIBRATION b Calibration error 0 None 1 Occurrence of ERROR 17 5 1 6 Reading out ROM Version Host device 6 4 2 0 0 4 6 Terminator Command No Address 00 31 Return device Host 10 8 6 4...

Page 165: ...ND CODE ACCUM CLR 5F ALL BRAND CODE ACCUM CLR 5I ERROR RESET 5J FORCED BATCH FINISH 6 4 2 0 0 5 0 Terminator Command No Address 00 31 Return under normal operation device Host 6 4 2 0 0 5 0 Terminator...

Page 166: ...executed due to accumulated value overlow 17 5 1 8 Reading out set values Host device 2 4 6 8 10 12 14 16 0 0 7 0 0 1 Terminator Space Number Command No Address 00 31 Return under normal operation dev...

Page 167: ...2 0 0 E R 1 3 Terminator Address 00 31 Note The command number during write writing changes from 7 to 8 see Chapter 20 4 1 12 The setting value is an integral value without a decimal point in the uni...

Page 168: ...tor Address 00 31 Reading weighing data of weighing point 2 4 6 8 10 12 14 16 0 0 7 9 0 3 Terminator Point No Command No Address 00 31 3 5 0 Point No range 0 to 350 No decimal point is added Return un...

Page 169: ...w middle low and ine low Reading the set value 2 4 6 8 10 12 14 16 18 0 0 A 0 0 1 Terminator Address 00 to 31 Space Number Command No Return 2 4 6 8 10 12 14 16 18 0 0 A 0 0 0 0 3 0 1 Terminator Addre...

Page 170: ...ithout a decimal point in the units described in Chapter 20 4 1 12 Read out commands Item na me Command name Command Num ber Return command setting value BRAND CODE 70 01 0 to 99 BRAND NAME 70 02 15 a...

Page 171: ...ANY TIME RANGE OF ZERO 71 11 0 to 30 Unit TARGET OF ZERO TRA CKING 71 12 1 GROSS NET WEIGHT 2 GROSS WEIGHT ZERO TRACKING TIME 71 13 0 0 to 9 9 s Unit 0 1 s ZERO TRACKING BAND 71 14 0 0 to 9 9 d Unit 0...

Page 172: ...n using the BRAND NAME command Note The command number during writing changes from 70 as described in the table to 80 The command number during writing changes from 71 as described in the table to 81...

Page 173: ...21 Code number 40 22 Code number 80 23 PAUSE 24 RESTART 25 CLR ACM OF BRAND 26 CLR OF ACM OF ALL BRAND 29 SAFETY INPUT 1 30 SAFETY INPUT 2 31 SAFETY INPUT 3 32 SAFETY INPUT 4 33 SAFETY IN PUT 5 34 SAF...

Page 174: ...106 I O OUTPUT6 107 I O OUTPUT7 I O output logic OUT8 OUT11 72 62 1 Negative logic 2 Positive logic 100 I O OUTPUT 8 101 I O OUTPUT 9 103 I O OUTPUT 10 104 I O OUTPUT 11 Read out commands Item name C...

Page 175: ...16 1 ON 2 OFF SAFETY CHECK 7 73 17 1 ON 2 OFF SAFETY CHECK 8 73 18 1 ON 2 OFF DISCHARGE SAFETY CHECK SAFETY CHECK 1 73 21 1 ON 2 OFF SAFETY CHECK 2 73 22 1 ON 2 OFF SAFETY CHECK 3 73 23 1 ON 2 OFF SA...

Page 176: ...T 74 02 1 EFFECTIVE 2 INVALID NOZZLE OPERATION NOZZLE CONTROL 74 03 1 EFFECTIVE 2 INVALID CONTACT STOP SEQUEN CE 74 04 1 EFFECTIVE 2 INVALID UP AFTER COMPENSATI ON 74 05 1 EFFECTIVE 2 INVALID JUDGMENT...

Page 177: ...4 26 0 00 to 99 99 s Unit 0 01 s WAITING TIME FOR JUDG MENT 74 27 0 00 to 99 99 s Unit 0 01 s DISCH MONI TIMER 74 28 0 to 90 for 999 s OFF Unit s DISCHARGE GATE CLOSE DELAY 74 29 0 00 to 99 99 s Unit...

Page 178: ...ifth decimal place 75 27 0 00001 to 3 10000 mV V Unit 0 00001 mV V Rated motor rotation speed A0 01 500 to 10 000 r min Unit r min Maximum input pulse fre quency A0 02 20 to 8 000 000 pps Unit pps Inp...

Page 179: ...00 000 Unit 0 001 Point2 time AA 11 50 to 10 000 ms Unit ms Point2 open rate AA 14 0 000 to 100 000 Unit 0 001 Point3 time AA 21 50 to 10 000 ms Unit ms PREVENT SCATTER Point3 open rate AA 24 0 000 to...

Page 180: ...001 Point10 open rate AE 91 50 to 10 000 ms Unit ms Point10 time AE 94 0 000 to 100 000 Unit 0 001 Point11 open rate AF 01 50 to 10 000 ms Unit ms Point11 time AF 04 0 000 to 100 000 Unit 0 001 Point...

Page 181: ...0 Unit 0 001 Point27 time AG 61 50 to 10 000 ms Unit ms Point27 open rate AG 64 0 000 to 100 000 Unit 0 001 Point28 time AG 71 50 to 10 000 ms Unit ms Point28 open rate AG 74 0 000 to 100 000 Unit 0 0...

Page 182: ...s Point43 open rate AI 04 0 000 to 100 000 Unit 0 001 Point44 time AI 11 50 to 10 000 ms Unit ms Point44 open rate AI 14 0 000 to 100 000 Unit 0 001 Point45 time AI 41 50 to 10 000 ms Unit ms Point45...

Page 183: ...JUSTMENT calibration The same command can be used if this unit is installed in a system that has already used four digits after the decimal point to register ZERO point No 06 and SPAN point No 07 as m...

Page 184: ...d num ber is diferent from the condition 14 No appropriate command Process with no appropriate command number Note The error command is not returned if the address and completion code terminator canno...

Page 185: ...al point is speciied on the calibration screen OL is displayed on the load data part when there is an overload The blank parts are all spaces 17 5 2 1 When TARGET OF STREAM PRINT is selected by LOAD D...

Page 186: ...Header 1 Terminator Header 1 Header 2 Sign Load data 8 digits Unit C1 C2 Description C3 C4 Description C5 Description C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 Description O L Overload N T Net weight Plus...

Page 187: ...inluenced largely by some applied conditions such as environmental temperature and so on The lifetime is for about ten years when continuously driving in the air conditioning normal use environment L...

Page 188: ...top cover toward the back of the unit to remove the top cover 4 Replace the fuse Time lag fuse 2 5 A that is attached to the board 5 Attach the top cover 6 Attach the top cover ixing screws Weight Co...

Page 189: ...n you cannot ind applicable item or solve the symptom of trouble even after you have taken some measures contact with Minebea Intec 19 1 Problems and corrective measures Refer to this section to take...

Page 190: ...ion incorrect Yes Check the gate operation No Is weighing operation incorrect Yes Check the weighing operation No Is operation of standard communi cation incorrect Yes Check the standard communicati o...

Page 191: ...nge fuses LCD displays No Fuse is broken Yes Yes No Exchange fuses Touch panel responds No Yes OL display Yes No OL display Yes No Load display luctuates abnormally Yes No Provide Minebea Intec with d...

Page 192: ...block Check the load cell output voltage refer to Chapter 13 5 Is monitor display out of 3 1 mV V range Yes Shorten the terminal across B D in the connector No Recalibrate see Chapter 6 Is monitor di...

Page 193: ...ls of malfunction Yes Short B D and C on the load cell terminal block Check the load cell output voltage refer to Chapter 13 5 Is the display steady at the optio nal value No Provide Minebea Intec wit...

Page 194: ...d the servo ampliier Is the intended operation exe cuted No Yes Refer to Chapter 7 and 11 and conirm the speciications of the servo motor and the servo ampliier Provide Minebea Intec with details of m...

Page 195: ...incorrect No Yes Provide Minebea Intec with details of mal function Is the pulse input item input signal 50 ms or more No Yes Set the pulse input width to 50 ms or more Is the level input item input...

Page 196: ...rrectly according to the speciications for host Setting of command data is cor rect No Yes Use correct command data refer to Chapter 17 5 Host speciies the low control Yes No Switch the low control at...

Page 197: ...er to Chapter 17 5 Inform Minebea Intec about the contents of failure and situation in details Check on options Analog output operation is wrong Yes Check the analog output No The BCD output is wrong...

Page 198: ...lure and situation in details Check BCD output Is wiring correct No Yes Connect wires surely with external equipment refer to Chap ter 17 2 3 Except for the BCD are outputted Yes No Match the setting...

Page 199: ...to Chapter 17 3 Command data is set suitably Yes No Use correct command data refer to Chapter 17 5 Host speciies the low control Yes No Switch the low control at host side from YES to NONE In Stream m...

Page 200: ...Set according to the speciications of host refer to Chapter 17 4 Command data is correctly set No Yes Use correct command data refer to Chapter 17 5 Host speciies the low control Yes No Switch the lo...

Page 201: ...st side from YES to NONE Change of RS 422 485 is correctly set No Switch RS 422 485 correctly Yes Interval from the command receipt of host to send is 1 ms or more Yes No Set the interval from the com...

Page 202: ...g to the SPAN calibration range In the calibration it blinks for about 2 seconds when the numeric input of load cell output is 3 1 mV V or more and exceeding the SPAN calibration range In the digital...

Page 203: ...ile weighing Restart after checking the source of the temporary stop SQERR 1 2 When the condition of SAFETY CHECK is not sa tisied Check the input of SAFETY CHECK SQERR 2 3 When the load value is unde...

Page 204: ...he power again after conirming the cause that the emergency stop detec ted SV ERR ALM 2 The servo alarm signal is output from the servo ampliier Turn on the power again after conirming the servo ampli...

Page 205: ...Note Tap ERR RESET on top left corner of the display to cancel the servo error 19 Troubleshooting Weight Controller CSD 918 Minebea Intec EN 203...

Page 206: ...11 1 4 DRIBBLE FLOW Fine low see Chapter 11 1 4 OVER see Chapter 11 1 4 UNDER see Chapter 11 1 4 ZERO BAND see Chapter 11 1 4 FULL see Chapter 11 1 4 BRAND CODE 2 2 Brand code 2 2 A F F COMPENSATION...

Page 207: ...Chapter 9 11 2 BASIC FUNCTION 3 4 Basic function 3 4 ZERO AT POWER ON see Chapter 9 12 1 ZERO CLR AT POWER ON see Chapter 9 12 2 TARE AT POWER ON see Chapter 9 13 1 TARE CLEAR AT POWER ON see Chapter...

Page 208: ...ING OPERATION SETTING 1 2 Weighing operation setting screen 1 2 CONTROL MODE see Chapter 11 7 2 COMPARISON see Chapter 11 7 2 COMP OF ZERO BAND see Chapter 11 7 2 COMPARATIVE OF FULL see Chapter 11 7...

Page 209: ...ON see Chapter 11 8 2 MIXING FINISH OUTPUT ON see Chapter 11 8 2 MIXING TIME OUTPUT ON see Chapter 11 8 2 MENU 1 2 Menu screen 1 2 CALIBRATION Calibration screen CALIBRATION 1 2 Calibration screen 1 2...

Page 210: ...MENU 2 2 Menu screen 2 2 SYSTEM System screen SYSTEM 1 1 System screen 1 1 BACKLIGHT OFF TIME see Chapter 12 2 COMPARATOR MEMORY CLR see Chapter 12 3 1 OPERATIONAL MEMORY CLR see Chapter 12 3 2 MENU 2...

Page 211: ...epair service 20 3 Speciications 20 3 1 Analog speciications Bridge power supply Within DC12 V 0 3 V 140 mA DC3 V and 6 V can be switched with remote sensing applied Applicable load cell Up to 4 load...

Page 212: ...OW Brand display Code No 00 to 99 Brand name Up to 15 characters Accumulation display Accumulation value 0 to 99 999 999 Accumulation times 0 to 999 999 Graphic display The weighing status is displaye...

Page 213: ...LF and CR Communication method Half duplex Synchronization method Start stop synchronous method Address Select from 0 to 31 Communication data ASCII code Cable length Approx 1 km Connectable units 32...

Page 214: ...ox 1 km Connectable units 32 units maximum RS 422 10 units Termination resistance Internal Select by terminal block connection I O monitor with LED RS 422 485 changeover Set by communication planning...

Page 215: ...instructions 1 piece Time lag fuse 2 5 A 1 piece I O connector for external control 1 piece Connector FCN 361J024 AU Connector cover FCN 360C024 B Servo control interface connector 1 piece Connector...

Page 216: ...e all spaces When the addition of decimal point is set as Yes and the decimal point is speciied on the Calibration screen the decimal point is added to the speciied position 20 4 1 1 Reading out the l...

Page 217: ...0 8 6 4 2 12 14 2 2 0 0 L O Terminator Address 00 31 For command No 26 6 4 2 0 0 2 6 Terminator Command No Address 00 31 Return device Host 0 0 2 6 C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 2...

Page 218: ...ound N Newton k N Kilonewton 20 4 1 2 Reading out condition 1 Host device 6 4 2 0 0 4 0 Terminator Command No Address 00 31 Return device Host 10 8 6 4 2 12 14 0 4 0 0 d c b a h g f e Terminator Comma...

Page 219: ...d c b a h i g f e Terminator Command No Address 00 31 Status a MIXTURE b DISCHARGE GATE CLOSE c INFLOW FINISH d SERVO ERROR e DISCHARGE FINISH f MIXING FINISH g NOZZLE DOWN INSERT 1 ON 0 OFF h DURING...

Page 220: ...N 2 DURING SPAN CALIBRATION b Calibration error 0 None 1 Occurrence of ERROR 20 4 1 6 Reading out ROM Version Host device 6 4 2 0 0 4 6 Terminator Command No Address 00 31 Return device Host 10 8 6 4...

Page 221: ...ND CODE ACCUM CLR 5F ALL BRAND CODE ACCUM CLR 5I ERROR RESET 5J FORCED BATCH FINISH 6 4 2 0 0 5 0 Terminator Command No Address 00 31 Return under normal operation device Host 6 4 2 0 0 5 0 Terminator...

Page 222: ...executed due to accumulated value overlow 20 4 1 8 Reading out set values Host device 2 4 6 8 10 12 14 16 0 0 7 0 0 1 Terminator Space Number Command No Address 00 31 Return under normal operation dev...

Page 223: ...2 0 0 E R 1 3 Terminator Address 00 31 Note The command number during write writing changes from 7 to 8 see Chapter 20 4 1 12 The setting value is an integral value without a decimal point in the unit...

Page 224: ...or Address 00 31 Reading weighing data of weighing point 2 4 6 8 10 12 14 16 0 0 7 9 0 3 Terminator Point No Command No Address 00 31 3 5 0 Point No range 0 to 350 No decimal point is added Return und...

Page 225: ...tent 01 Command cannot be execu ted error status Unconditionally replies when a com mand is received other than during weighing Corresponding command is not judged 02 Other errors depending on the com...

Page 226: ...No Return command setting value BRAND CODE 70 01 0 to 99 NAME 70 02 Katakana alphanumerical values 15 characters BRAND Hopper No 70 03 0 to 99 FINAL 70 04 0 to 999 999 FREE FALL 70 05 99 999 to 999 9...

Page 227: ...AS 6 76 08 Value from 0 to 99 when selected 1 when not selected MEAS 7 76 09 Value from 0 to 99 when selected 1 when not selected MEAS 8 76 10 Value from 0 to 99 when selected 1 when not selected MEAS...

Page 228: ...IMES s A D SAMPLING RATE 71 02 1 10 TIMES s 2 20 TIMES s 3 50 TIMES s 4 100 TIMES s 5 200 TIMES s 6 1 000 TIMES s ANALOG FILTER 71 03 1 2 Hz 2 4 Hz 3 6 Hz 4 8 Hz 5 10 Hz 6 100 Hz DIGITAL FILTER 71 04...

Page 229: ...LEVEL 3 START LEVEL 4 LEVEL 5 LEVEL 6 INFLOW START LINKED 7 RECIPE START LINKED GRAPHIC TRIGGER LEVEL 71 27 999 999 to 999 999 SCREEN SELECTION 71 28 1 STANDARD 2 STANDARD SIMPLE STABILITY OPERATION...

Page 230: ...Return command setting value I O setting I O input 1 OFF 2 GROSS NET 3 ZERO 4 ZERO CLEAR 5 TARE 6 TARE CLEAR 7 INFLOW START 8 RECIPE START 9 DISCHARGE START 10 MIXING START 11 INFLOW DISCHARGE 12 M F...

Page 231: ...R19 46 HOP PER20 47 HOPPER1 FULL FLOW 48 HOPPER1 MEDIUM FLOW 49 HOPPER1 DRIBBLE FLOW 50 HOPPER2 FULL FLOW 51 HOPPER2 MEDIUM FLOW 52 HOPPER2 DRIBBLE FLOW 53 HOPPER3 FULL FLOW 54 HOPPER3 MEDIUM FLOW 55...

Page 232: ...operation 101 digits I O output 9 operation 103 digits I O output 10 operation 104 digits I O output 11 operation WEIGHING MODE 73 01 1 SIMPLE COMPARATIVE 2 SE QUENTIAL MODE 3 4 STEP COM PARATOR CONT...

Page 233: ...CHECK1 73 31 1 ON 2 OFF SAFETY CHECK2 73 32 1 ON 2 OFF SAFETY CHECK3 73 33 1 ON 2 OFF SAFETY CHECK4 73 34 1 ON 2 OFF SAFETY CHECK5 73 35 1 ON 2 OFF SAFETY CHECK6 73 36 1 ON 2 OFF SAFETY CHECK7 73 37 1...

Page 234: ...02 1 VALID 2 INHIBIT NOZZLE OPERATION NOZZLE CONTROL 74 03 1 VALID 2 INHIBIT CONTACT STOP SEQUEN CE 74 04 1 VALID 2 INHIBIT UP AFTER COMPENSATI ON 74 05 1 VALID 2 INHIBIT JUDGE CONDITION 74 06 1 TIME...

Page 235: ...OP TI MER 74 26 0 00 s to 99 99 s Unit 0 01 s WAITING TIME FOR JUD GE 74 27 0 00 s to 99 99 s Unit 0 01 s DISCH MONI TIMER 74 28 0 s to 9 999 s 0 OFF Unit s DCHG GATE CLOSE DE LAY 74 29 0 00 s to 99 9...

Page 236: ...mal places 75 27 0 00001 mV V to 3 10000 mV V Unit 0 00001 mV V Note For the write command regard the command number 72 in the table as 82 For the write command regard the command number 73 in the tab...

Page 237: ...l point is speciied on the calibration screen OL is displayed on the load data part when there is an overload The blank parts are all spaces 20 4 2 1 When TARGET OF STREAM PRINT is selected by LOAD DI...

Page 238: ...Header 1 Terminator Header 1 Header 2 Sign Load data 8 digits Unit C1 C2 Description C3 C4 Description C5 Description C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 Description O L Overload N T Net weight Plus...

Page 239: ......

Page 240: ...Published by Minebea Intec GmbH Meiendorfer Strasse 205 A 22145 Hamburg Germany Phone 49 40 67960 303 Email info minebea intec com www minebea intec com...

Search results

Summary of Contents for CSD-918 Series

Reviews:

Related manuals for CSD-918 Series

Brands by name

Popular brands

Minebea Intec CSD-918 Series, Operating Instructions Manual

Search results

Summary of Contents for CSD-918 Series

Reviews:

Related manuals for CSD-918 Series

Brands by name

Popular brands