Unipulse F805AT-BC Operation Manual Download Page 39 | Manualshive

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5.CALIBRATION

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5. CALIBRATION

5-1. What is calibration?

Calibration represents a set of procedure to verify that the F805AT-BC is correctly
adjusted so that it can receive information from the load cell properly. When 100kg of
real load is applied to the weighing part (load cell) of a metering device, the indicator
connected to the weighing device, if it is properly calibrated, should recognize the data
as accurate as possible (e.g. 100.00kg).
This method is called real load calibration.

Connecting the load cell to an F805AT-BC that has not been calibrated yet….

？

？

？

F805AT-BC displays random values

100kg

100kg

After performing calibration….

Combination of F805AT-BC and load cell functions
as a precise metering device

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Summary of Contents for F805AT-BC

Page 1: ...F805AT BC BELT SCALE CONTROLLER 15 Feb 2019 Rev 1 03 OPERATION MANUAL...

Page 2: ...sed safely notes we would like you to surely follow divide into and and are indicated by the following documents Notes indicated here are the serious contents related to safely Please use F805AT BC af...

Page 3: ...Japan and its rating is 125V AC 7A For use at voltages exceeding the rating and for overseas use have a separate AC cable prepared Before performing the following make sure that no power is applied A...

Page 4: ...T BC as it is incorporated in a control panel etc Do not install in the following environments Locations where temperature or humidity exceeds specifications Locations subjected to drastic temperature...

Page 5: ...cloth after dipping it into a diluted neutral detergent and wringing it well and then wipe with a soft dry cloth When the F805AT BC is shipped spacers made of corrugated cardboard are used as cushioni...

Page 6: ...ment and human body What is RoHS It is an abbreviation for Restriction on Hazardous Substances which is implemented by the European Union EU The Directive restricts the use of six specific substances...

Page 7: ...ower Limit Comparison 3 1 9 Total Pulse Output 2 channels 3 1 10 Interface 4 1 11 Graphics Display 4 2 FRONT PANEL AND REAR PANEL 5 2 1 Front Panel 5 2 2 Rear Panel 6 3 SCREEN LAYOUTS AND SETTINGS 8 3...

Page 8: ...Calibration using equivalent input Weight calibration 26 5 4 Flow Calibration 28 5 5 Preparation for Calibration 29 5 5 1 Releasing the LOCK 29 5 6 Weight Calibration 31 5 6 1 Zero calibration 31 5 6...

Page 9: ...ed pulse W P 1 49 6 1 11 Feed pulse W P 2 49 6 1 12 Pulse width 1 49 6 1 13 Pulse width 2 49 6 1 14 Total W disp digit 50 6 1 15 Alarm time 50 6 1 16 Start time First stability time 51 6 1 17 Operatio...

Page 10: ...lay 68 6 5 11 Graphic mode 71 6 5 12 Trigger level 71 6 5 13 Trigger CH select 72 6 5 14 Split selection 72 6 5 15 Disp partition Ch1 Ch2 Ch3 72 6 5 16 Ch1 Ch2 Ch3 start point 73 6 5 17 Ch1 Ch2 Ch3 en...

Page 11: ...2 Equivalent Circuit input 96 7 3 Equivalent Circuit output 96 7 4 External Input Signal 97 7 4 1 Running edge input 97 7 4 2 Display 1 change level input 97 7 4 3 Display 2 change level input 97 7 4...

Page 12: ...127 8 4 7 D A lower limit 128 8 4 8 D A upper limit 128 8 4 9 Speed entry select 129 8 4 10 Pulse count rotation 129 8 4 11 Fine adjustment of D A converter 129 8 4 12 Pulse input entry procedure 131...

Page 13: ...ital filter 146 9 3 15 Target entry select 146 9 3 16 AI target value 147 9 3 17 AI Min Scale Div 147 9 3 18 Speed entry select 147 9 4 RS 485 Interface 485 148 9 4 1 Communication specifications 148...

Page 14: ...8 Sequence Error 163 11 9 Calibration Error 165 11 10 ANA Error Analog IN OUT interface required 167 12 BLOCK DIAGRAM 168 13 DIMENSIONS 169 14 MOUNTING ON A PANEL 170 15 SPECIFICATIONS 171 15 1 Analo...

Page 15: ...CONTENTS XIV M E M O...

Page 16: ...m the load cell as shown in the figures the feeder can be controlled to maintain a constant flow or feed rate continuous feed rate operation Another possible control method is to operate the feeder so...

Page 17: ...four based on their IDs Velocity detector Velocity signal Weight signal Control signal F805AT BC Weight detector Load cell Feeder M Inverter motor or other devices Master Velocity detector Velocity si...

Page 18: ...om fixed span mode 4mA or 20mA or mathematical calculation dependent mode belt speed weight density feed rate load ratio feed ratio control rate Analog signal from the velocity detector current or vol...

Page 19: ...display in which input signals waveforms are shown graphically This mode can display belt speed weight density feed rate load ratio feed ratio and control rate Printer Display RS 232C SI F SI FII Pers...

Page 20: ...display This touch screen display is used for dual purposes display of readings graphs and to input edit configuration parameters Power lamp The light is on when the F805AT BC is turned on It remains...

Page 21: ...ound terminal to prevent failures due to static electricity It may be better to remove depending on the environment of the installation location 3 Protective ground DC spec only Be sure to ground the...

Page 22: ...N the instrument is locked See SETTING ITEMS LIST on page 177 for details of the items that are locked 7 External I O connector External I O signals such as control signal and display item selection a...

Page 23: ...r graph Main screen Operation mode screen BACK Setting value input screen Dual selection Multiple selections Numeric input Setting item selection screen MODE COMP MESSAGE ESC Mode button s to Main scr...

Page 24: ...g the X time axis end point Step by step procedures are as follows 1 Press from the main screen 2 After entering into the Operation mode screen press 3 After entering into the Graph setting screen pre...

Page 25: ...tting by using numerical keypad To set DEAD BAND LOAD RATIO to 30 1 Press in the ten key pad 2 Check that the correct value appears on the top line 3 Press to confirm Pressing clears all the input tog...

Page 26: ...ble from kg and kg h or t and t h When an error occurs it appears above the numeric display TOTAL display can use up to 9 digits zero cleared if it overflows FEED RATE can use up to 5 digits 99999 is...

Page 27: ...at is the relation below holds only while RUNNING Feed Rate Target Value Fault Detect Value is displayed in reversed red when flow setting under occurs that is the relation below holds only while RUNN...

Page 28: ...below in smaller digits Current error state and its detailed information are shown in the lower part of the screen Arithmetic display MAIN Arithmetic display SUB Status display Message display Display...

Page 29: ...ar graph end point pressing this button select waveform Graph select key End point setting key Bar graph Bar graph end point Bar graph area Bar graph Waveform pressing this button select comparison sc...

Page 30: ...ignal input output terminals check the signal names and pin assignment numbers and then carry out wiring properly After wiring be sure to mount the attached terminal block cover Otherwise it may cause...

Page 31: ...ded 6 wire cable to connect the load cell and avoid running them close to noisy lines power drive lines or digital equipment cables and AC lines Remote sensing method controls excitation voltage near...

Page 32: ...terminals should not exceed the value defined in category II The F805AT BC conforms to the EMC Directive as an industrial environment product class A If it is used in a housing environment interferenc...

Page 33: ...R R R R R EXC SIG SIG EXC EXC SIG EXC SIG SHIELD S S As seen from the instrument n load cells connected in parallel behave as if they constitute a single load cell with the same sensitivity Acceptable...

Page 34: ...k cover 2 Remove the terminal block cover Block cover Frame ground 5 Remove the screws M4 of the protective ground align the crimp contacts with the screw holes and then tighten the screws WARNING Con...

Page 35: ...ower array of holes making sure that the wire tip does not become loose 4 Withdraw the screwdriver 5 Pull the wire slightly to make sure that the wire is clamped securely 4 5 Connecting SI FII SI FII...

Page 36: ...SP1 CHANGE4 30 IN PULSE COUNT START 6 IN DISP2 CHANGE1 31 IN PULSE COUNT STOP 7 IN DISP2 CHANGE2 32 IN OPERATION MODE 1 8 IN DISP2 CHANGE4 33 IN OPERATION MODE 2 9 IN T WT CLEAR 34 IN GRAPH DRAWING 10...

Page 37: ...rent from the external device should be less than 100 A Vcc F805AT BC inside Ic COM transistor 12V open collector TTL ON when IN is H Open OFF Close ON push switch toggle switch relay contact IN IN ap...

Page 38: ...uch as a modem use a straight cable Be sure to check the connector type and signal layout of the device before assembling the cable Compatible plug 9 pin D Sub connector OMRON XM3D 0921 shell XM2S 091...

Page 39: ...weighing part load cell of a metering device the indicator connected to the weighing device if it is properly calibrated should recognize the data as accurate as possible e g 100 00kg This method is c...

Page 40: ...ble calibration Remove software LOCK to enable calibration Select load cell excitation voltage 5 or 10V Select the position of decimal point Specify the maximum capacity of the scale Specify the minim...

Page 41: ...ation are as follows LOCK soft OFF Min Scale Division Capacity Balance Weight Equivalent Input 1 Zero Calibration LOCK soft ON LOCK hard OFF Excitation Voltage LOCK hard ON Decimal Point Weight Toggle...

Page 42: ...et use the load cell s rated value for capacity setting Parallel connection of multiple load cells can depending on connection scheme cause small voltage drop due to lead wires Because of this actual...

Page 43: ...erial to be carried Total calculation uses water excluded data Specify weighing section length in millimeter Set Speed Entry Select parameter Enter weight density of test chain Select a data type to b...

Page 44: ...by toggling a rear panel switch LOCK hard Both of the locks must be released before performing calibration Operation 1 Toggle the LOCK switch on the rear panel to OFF position 2 From the front panel...

Page 45: ...ATION 30 After calibration has been completed be sure to lock the instrument again to protect calibration information Note See SETTING ITEMS LIST on page 177 for the parameters protected by the LOCK f...

Page 46: ...f and reading is stabilized Good calibration cannot be obtained while readings are fluctuating While the instrument is running indicator becomes reversed display light blue The user must either stop t...

Page 47: ...on Operation After calibration perform the following sequence to protect the calibration data from unauthorized accidental alteration Password that disables calibration while the instrument is in oper...

Page 48: ...ading is stabilized Good calibration cannot be obtained while readings are fluctuating While the instrument is running indicator becomes reversed display light blue The user must either stop the instr...

Page 49: ...on volatile RAM allow about 30 seconds before you can turn off the instrument indicator comes on in reversed display while writing data to RAM then the indicator changes to NOV RUN See TROUBLESHOOTING...

Page 50: ...the load cell should output when the load you entered in BALANCE WEIGHT is place on it and press 3 The display changes to COMPARISON screen and starts to flicker When equivalent calibration is finish...

Page 51: ...n voltage Defines the excitation voltage applied across the bridge circuit of the load cell For Operation better measurements select a larger value within the allowable range of the load cell Input ra...

Page 52: ...ns is not large In the table below search the region number 01 16 of the location where weight calibration takes place and enter the number into the instrument when you perform weight calibration Next...

Page 53: ...nd starts to flicker When the settings are finished the instrument will beep and indicator will change to If an error message appears on the screen take an appropriate measure to remove the error and...

Page 54: ...overwritten OK Operation Moving direction C point B point A point Measurement range starting A Measurement range starting B Measurement range starting C Stops all the measurements Total Calculated To...

Page 55: ...rage error in your system current SPAN ERROR SET settings will be overwritten Operation 5 7 3 Zero error set This function set the value to zero error point Operation 5 7 4 Span error set This functio...

Page 56: ...e to exit error measurement Pressing toggles units between meter and millimeter Measurement stops when the belt travels the distance defined by this value It is also used for belt speed calculation wh...

Page 57: ...ies decimal point places for those set values and calculated values whose decimal place changes in according with the flow value See SETTING ITEMS LIST on page 177 for further information Operation Ra...

Page 58: ...value is calculated after all the measurements are finished Pressing overwrites the SPEED INPUT COUNT setting by the newly obtained displayed value PHASE MEASURE mode requires pre setting of pulse ro...

Page 59: ...T LENGTH is set to 10m and the rotary encoder rotates 3 70 times per 10m enter 3 70 in this field Operation 5 7 12 Error meas select You can select a reference value used to stop the zero or span erro...

Page 60: ...signal rising edge on the 28 pin The zero point adjustment is performed in test mode and ZERO ERROR SET value is automatically updated Note that the measurement cannot start while load ratio exceeds Z...

Page 61: ...Rated feed rate FS This parameter specifies the full scale value to the feed rate The value should be set so that FEED RATIO indicates 100 when LOAD RATIO is 100 Operation 6 1 3 Feed unit This paramet...

Page 62: ...mode is selected in SPEED ENTRY SELECT the rated belt speed is set to the full span value of the analog input If No is selected in SPEED ENTRY SELECT the value specified in this field defines the rat...

Page 63: ...rforms arithmetic calculations assuming the belt speed to be 0 00 m min if Belt speed m min Rated belt speed m min Dead band 100 Operation 6 1 9 Moisture ratio This parameter specifies the moisture co...

Page 64: ...rameter defines the pulse width millisecond for the PULSE OUTPUT1 Operation 6 1 13 Pulse width 2 This parameter defines the pulse width millisecond for the PULSE OUTPUT2 Operation Options 100g 1kg 10k...

Page 65: ...alarms CONTROL DEVIAION over under FLOW SETTING over under CONTROL LIMIT over In this situation ALARM TIME can be used to specify the length of time during which these alarms are ignored After a targe...

Page 66: ...s when the first stability time expires Start time and First Stability Time do not take effect in FIXED and AUTO COORDINATE mode PID control takes effect only in CONT FEED RATE and CONT TOTAL mode LOC...

Page 67: ...e can be specified in percent and corresponding current output is produced Auto coordinate This mode automatically checks and registers the relationship between control rate and feed rate See AT coord...

Page 68: ...h or kg h If you change the target value or clear the TOTAL F805AT BC starts from that point in time to control the system so that the ratio is kept constant External entry Use this function to specif...

Page 69: ...ero DZ This function reset GROSS WEIGHT value to zero Performing Digital Zero while the gross weight exceeds the value specified by DZ REGULATION VALUE gives rise to an alarm is displayed in red rever...

Page 70: ...isplayed in red reverse mode Operation ZALM ZALM MODE PAGE PASS WORD SYSTEM ZALM Zero tracking is the function to reset gross weight to zero automatically when the state remaining the zero point drift...

Page 71: ...the comparison and message screens Operation 6 2 8 Weighing code selection This function selects the method KEY INPUT or EXTERNAL ENTRY to specify the CODE If you select KEY INPUT the CODE can be sele...

Page 72: ...specific domain will display a pop up screen The inside of a pop up display becomes the display interlocked with the operation state of the output pin 17 24 and 42 49 pin input pin 2 9 11 14 27 34 and...

Page 73: ...h for RS 232C port Operation 6 3 3 Parity bit Use this menu item to select the parity bit for RS 232C port Operation 6 3 4 Stop bit Use this menu item to select the stop bit for RS 232C port Operation...

Page 74: ...utput2 select Use this menu item to select the data 2 to send out via SI F Operation Options CR CR LF MODE COMMUNICATION TERMINATOR PAGE Options BELT SPEED WEIGHT DENSITY FEED RATE LOAD RATIO FEED RAT...

Page 75: ...educe wiring cost and simplify maintenance Operation 6 4 Comparison 6 4 1 Alarm upper limit alarm lamp comes on if the item set in ALARM MODE exceeds this set value is displayed in reversed red while...

Page 76: ...FINAL OVER pin 44 turns on accordingly If the main arithmetic field is selected to display TOTAL the message is displayed reversed red in the field If feed rate is selected for the main arithmetic fi...

Page 77: ...continues if TOTAL calculation comes to a halt Operation 6 4 6 Belt speed over Over scale alarm OFL1 is activated when the belt speed becomes greater than BELT SPEED OVER set value Comparison is disa...

Page 78: ...ending on the selection in FEED UNIT Comparison is disabled if the value is set to 99999 Also the comparison is disabled if FEED RATE OVER ASC is set to zero second Operation 6 4 9 Load ratio over Ove...

Page 79: ...6 5 1 Bar graph screen 6 5 2 Belt speed end point Use this item to specify the full scale value for belt speed bar graph Operation Range 0 999 99 5 digits decimal place fixed MODE COMPARISON FEED RAT...

Page 80: ...ad ratio end point Use this item to specify the full scale value for load ratio bar graph Operation 6 5 6 Feed ratio end point Use this item to specify the full scale value for feed ratio bar graph Op...

Page 81: ...ternal signal to select data 6 8 pins of external I O connector Operation Options BELT SPEED WEIGHT DENSITY FEED RATE LOAD RATIO FEED RATIO GROSS WEIGHT CONTROL RATE 1 1 Bar graph end point is fixed t...

Page 82: ...s displayed in one screen The graph consists of 240 points excluding zero in x direction each of which represents the representative value during the time split Y axis X axis represents weight The scr...

Page 83: ...s to comparison screen select screen end point setting screen drawing area while drawing setting setting screen Moves the cursor Cursor Absolute relative Relative time X axis end point Goes to X axis...

Page 84: ...sor must be ON Cursor OFF comparison screen area area while drawing setting Relative time between the cursors Cursor ON OFF Goes to Selects a graph type Goes to Cursor CH1 drawing area CH2 drawing are...

Page 85: ...n screen cursor must be ON label changes to STOP while drawing setting Cursor ON OFF Goes to Cursor Moves the cursor Absolute relative time selection CH1 drawing area CH2 drawing area CH3 drawing area...

Page 86: ...Level detection is started by pressing or control signal One time drawing to the X axis end point starts when the reading exceeds the threshold defined by TRIGGER LEVEL Level One time drawing to the X...

Page 87: ...en If NO SPLIT is selected in SPLIT SELECTION ch1 data is displayed in the whole graphic screen Ch2 data is displayed in the second pane of the divided graph screen This item is ignored if NO SPLIT is...

Page 88: ...Use this menu item to define the X axis full scale for graphic display Setting X End Point to 1 2 second for example a dot in x direction represents a time span of 5 msec enabling a graph correspondi...

Page 89: ...e number of averaging increases but with slower response Reducing the averaging number provides quicker response but with more reading fluctuation Use appropriate values for each of the data type Oper...

Page 90: ...suppressed Error Display When error occurs error messages replaces arithmetic results display Alternate Disp When error occurs error messages and arithmetic results are displayed alternately Operation...

Page 91: ...e Cont total mode Specify target flow in t h or kg h the unit depends on the FEED UNIT setting Fixed mode Specify control rate to output in Auto coordinate mode Auto adjustment is performed using AT C...

Page 92: ...mit Control deviation under control deviation control deviation limit Over scale alarm is displayed when either one of above conditions occurs This alarm function is disabled if the value is set to ze...

Page 93: ...s role in the network either as a master or a slave Use this menu item to define the instrument as a master or slave Select SINGLE if master slave operation is not used Operation 6 7 7 Slave mode sele...

Page 94: ...in BCD output D A output or SI F data output Operation 6 7 9 Flow stability time Alteration of the target value during control operation will often give rise to a large control deviation affecting ad...

Page 95: ...st be set to zero Operation Note when to use LOCK operation In CONT FEED RATE and CONT TOTAL mode LOCK operation using the initial control rate is performed when System startup when Start Time expired...

Page 96: ...can assign a code number to each of setting values and also specify setting values to each code number to control Up to 100 setting values can be assigned to each code number and stored in memory Exa...

Page 97: ...al P integral I and differential D action PID is well known for superb performance when applied to controlling systems with dead time or delay element Proportional action P calculates proper control r...

Page 98: ...tive to reduce the offset Wider proportional band is used to obtain more stable feed rate with correspondingly large offset Empirically proportional bandwidth between 50 00 200 00 FS is recommended Op...

Page 99: ...it gives rise to corrective action proportional to the magnitude of deviation Differential action reacts with magnitude proportional to the changing rate of disturbance providing quicker restoration...

Page 100: ...ment may not be obvious First set Differential D to 0 00 and try to adjust P parameter note that I parameter is factory set use this initial value Once an appropriate P value is found check if there i...

Page 101: ...not displayed Operation 6 9 2 Weight density over asc Use this parameter to stop the system if has carried excess weight over a period longer than specified by this parameter If the weight density ov...

Page 102: ...larm is not displayed Operation 6 9 4 Load ratio over asc Use this parameter to stop the system if has carried excess load ratio over a period longer than specified by this parameter If the load ratio...

Page 103: ...onditions shown below continued over a period longer than specified by this parameter Deviation limit Ctrl deviation Control limit over Allowable control dev Ctrl deviation Control deviation over Allo...

Page 104: ...me The function which the back light of screen is switched between Light and Dark when touch screen has not been used for a certain period of time Dark lighting will not be carried out if it sets up i...

Page 105: ...reported contact UNIPULSE or its representative you purchased the instrument Operation Example When the back light low time was set up in 10 minutes and the back light ON time is set up in 60 minutes...

Page 106: ...reported if not Press to proceed to the next screen or press to return to the previous screen 3 Display check Start function check of the display by pressing following keys Back light key toggles ON...

Page 107: ...pins 2 9 11 14 27 34 36 39 the input indicators change from to 0 5 BCD output check BCO 6 BCD input check BCI 7 D A check DAC 8 ANA check ANA BCD output board check BCO This function performs I O che...

Page 108: ...of a rotary encoder can also be displayed if PHASE MEASURE mode is selected Pressing changes pulse input mode in the following sequence NORMAL MODE A NORMAL MODE B NORMAL A SLOW PHASE MEASURE Pressing...

Page 109: ...m Japanese or English Operation 6 10 7 PASS WORD Password entry is required to remove LOCK or to initialize some functionality Operation MODE SYSTEM PAGE LANGUAGE Options JAPANESE ENGLISH Range 0 9999...

Page 110: ...4 30 IN PULSE COUNT START 6 IN DISP2 CHANGE1 31 IN PULSE COUNT STOP 7 IN DISP2 CHANGE2 32 IN OPERATION MODE 1 8 IN DISP2 CHANGE4 33 IN OPERATION MODE 2 9 IN T WT CLEAR 34 IN GRAPH DRAWING 10 COM 35 CO...

Page 111: ...Leak current from the external device should be less than 100 A F805AT BC inside Ic COM transistor open collector TTL ON when IN is H Open OFF Close ON push switch toggle switch relay contact IN IN ap...

Page 112: ...g on the state of input signal the data types to be displayed in the lower pane of the comparison screen are selected as indicated in the table below DISP DATA SELECT2 must be switched to EXTERNAL INP...

Page 113: ...in TEST MODE and ZERO ERROR SET value is automatically updated ZERO ERROR MEASURING signal 45 pin turned on while this measurement is in progress Successful completion of the measurement will output...

Page 114: ...other modes 7 4 8 Pulse count start edge input SPEED INPUT COUNT MEAS is triggered upon receiving a falling edge OFF ON This measurement continues until the system received a PULSE COUNT STOP signal 3...

Page 115: ...falling edge OFF ON in the external input STARTs the graphic drawing A rising edge ON OFF in the external input STOPs the graphic drawing 7 4 12 Code designation level input This function is available...

Page 116: ...LARM MODE suppresses this alarm 7 5 4 GO GO output turns ON only while RUNNING if neither HI nor LO is activated Note that COMPARISON OFF in ALARM MODE suppresses this alarm 7 5 5 Lower limit LO LO al...

Page 117: ...value of Total Final Note that COMPARISON OFF in ALARM MODE suppresses this alarm 7 5 12 Zero error measuring This output turns ON while zero point auto adjustment is being carried out 7 5 13 Zero er...

Page 118: ...to three external devices provided by UNIPULSE Simple parallel 2 wire cables or cabtire cables can be used for this interface Avoid running the interface line along the AC or high voltage lines Small...

Page 119: ...our masters in the same network F805AT BCs can be grouped together max four groups based on the ID number each group must have a unique ID number This scheme allows F805AT BCs with different ID number...

Page 120: ...Transmission method Asynchronous full duplex Transmission speed 1200 2400 4800 9600 19200 or 38400 selectable Bits configuration Start bit 1 Character length 7 or 8 selectable Stop bit 1 or 2 selectab...

Page 121: ...pment a straight cable must be used Review carefully the signal layout and connector type before you start to assemble the cable MODE Specify valued for the following parameters Baud rate Character le...

Page 122: ...A CR Host F805AT BC R B R B 1 0 0 CR LF 0 0 CR Decimal place floating with weight Host F805AT BC R C R C 1 0 0 CR LF 0 0 CR Decimal place floating with flow Host F805AT BC R D R D 1 0 0 CR LF 0 0 CR D...

Page 123: ...ibration error 0 Non operation 1 Operation running 2 Zero calibration running 3 SPAN calibration running 4 Zero error measure running 5 SPAN error measure running 0 or 1 8 6 ZERO error measure test 7...

Page 124: ...ntrol deviation over under 0 OFF 1 UNDER Flow setting over under 0 OFF 1 UNDER Total final over 0 OFF 1 ON Master error 0 OFF 1 ON 2 OVER 2 OVER Host F805AT BC R M R M 0 1 0 0 CR LF 0 CR Decimal place...

Page 125: ...0 0 0 CR LF running with sign and decimal point Host F805AT BC C D CR Measurement Error measure 0 0 N D 0 0 0 CR LF running with sign and decimal point Host F805AT BC C E CR 0 0 E 0 0 0 N CR LF Measu...

Page 126: ...re Total clear Speed entry counter start Speed entry counter stop Operation start Operation stop Host F805AT BC C C CR N C CR LF Measurement running Host F805AT BC C H CR No message will be returned H...

Page 127: ...Time C 3 CR LF 0 AT Coordinate 1 C 4 CR LF AT Coordinate 2 C 5 CR LF AT Coordinate 3 C 6 CR LF AT Coordinate 4 C 7 CR LF At Coordin Out 1 C 8 CR LF At Coordin Out 2 C 9 CR LF At Coordin Out 3 C A CR...

Page 128: ...nhibited when Locked soft 0 D CR LF 0 0 0 Pulse Width 2 Write inhibited when Locked soft 0 E CR LF 0 0 0 0 Total W Disp Digit Write inhibited when Locked soft 0 F CR LF 0 0 0 0 Write inhibited when Lo...

Page 129: ...nsity Write inhibited when Locked soft hard 3 9 CR LF 0 Decimal place of Write inhibited when Locked soft hard 3 A CR LF 0 0 0 0 Load Cell Excitation Write inhibited when Locked soft hard 3 B CR LF 0...

Page 130: ...CR LF 0 Total Final Write inhibited when Locked soft 1 4 CR LF Total Final Mode Write inhibited when Locked soft 1 5 CR LF 0 0 0 0 Belt Speed Over Write inhibited when Locked soft 1 6 CR LF Weight De...

Page 131: ...ed when Locked soft 7 5 CR LF Disp Partition CH3 Write inhibited when Locked soft 7 6 CR LF CH1 Start Point Write inhibited when Locked soft 7 7 CR LF CH2 Start Point Write inhibited when Locked soft...

Page 132: ...D 7 CR LF 0 0 D 8 CR LF 0 0 Start Coordin Control Frequency D 9 CR LF 0 D CR LF 0 0 Write inhibited when Locked soft Write inhibited when Locked soft B 0 0 0 0 0 0 0 A 0 Control Dev Select Time Value...

Page 133: ...8 CR LF Speed Input Count Write inhibited when Locked soft 8 9 CR LF 0 0 0 0 Error Measure Select Speed Input Count Write inhibited when Locked soft 8 A CR LF Write inhibited when Locked soft 8 B CR L...

Page 134: ...1 0 100g 1 1kg 2 10kg 3 100kg 4 1t Feed pulse W P 2 00 1 0 001 01 2 0 001 02 5 0 001 03 1 0 01 04 2 0 01 05 5 0 01 06 1 0 1 07 2 0 1 08 5 0 1 09 1 1 10 2 1 11 5 1 Pulse width 1 Pulse width 2 0 25 1 50...

Page 135: ...al place of cal weight density 0 0 1 0 0 2 0 00 3 0 000 Excitation voltage 0 5V 1 10V Decimal place Weight Flow 0 0 1 0 0 2 0 00 3 0 000 Sign of zero error 0 plus 1 minus Sign of span error 0 plus 1 m...

Page 136: ...on ch1 ch2 ch3 0 BELT SPEED 1 WEIGHT DENSITY 2 FEED RATE 3 LOAD RATIO 4 FEED RATIO 5 CONTROL RATE Display Display frequency 0 1 Times Sec 1 3 Times Sec 2 6 Times Sec 3 13 Times Sec 4 25 Times Sec Digi...

Page 137: ...1 WEIGHT DENSITY 2 FEED RATE 3 LOAD RATIO 4 FEED RATIO 5 GROSS WEIGHT 6 TOTAL UP 4DIG 7 TOTAL LO 5DIG System LOCK soft 0 OFF 1 ON LANGUAGE 0 JAPANESE 1 ENGLISH DAC D A output channel 0 ch1 1 ch2 D A o...

Page 138: ...D RATE 5 LOAD RATIO 6 FEED RATIO 7 CONTROL RATE AI input channel 0 ch1 2 ch2 AI digital filter 0 OFF 1 2 Times 2 4 Times 3 8 Times 4 16 Times 5 32 Times 6 64 Times Target entry select 0 NONE 1 ANALOG...

Page 139: ...e D A converter external pulse train is representing the belt speed which is used as parameters for types of comparisons and readings 8 4 1 External output port Pin assignment Source supply for extern...

Page 140: ...non contact devices transistor open collector TTL External device Load resistance 350 SIG GND Inside Outside ch1 F805AT BC ch1 External device Load resistance 350 SIG GND ch2 ch2 Note Applying externa...

Page 141: ...om the D A converter Operation 8 4 4 D A zero output weight This menu item specifies for each channel physical values corresponding to 4mA current output The units for these values are determined auto...

Page 142: ...s not change in right proportion with the control value This menu input is used to compensate the discrepancy zero point is lifted by the amount specified in this menu only for CONTROL RATE This value...

Page 143: ...value for D A output If floating decimal place modes e g other than 4mA OUTPUT and 20mA OUTPUT are selected in D A OUTPUT MODE the zero and full scale range is set to 0 100 and any value above the fu...

Page 144: ...tput level of the D A converter can be adjusted by entering numbers from the front display keypad This tuning procedure requires an external current meter connect the meter as the external device in t...

Page 145: ...mplete Span 20mA adjustment may give rise to a slight shift in zero 4mA output level and vice versa Press to verify the accuracy of zero adjustment If a slight shift in zero output is observed repeat...

Page 146: ...se frequency of A phase but processing contents are different as follows Please use NORMAL A SLOW and ANA A SLOW when the number of input pulses is below 100 PULSE s Example of NORMAL MODE A Pulse is...

Page 147: ...d by photo couplers 9 1 1 Connector pin assignments Common terminals COM 1 and 19 are connected internally Common terminals and the COM of the external output signals are internally connected Source v...

Page 148: ...inary bits 0 or 1 weighted by 8 4 2 1 Output data Negative 0 OFF 1 ON State of Transistor F805AT BC Inside COM Vext Withstanding Ic 120mA max Positive OFF ON Output data 0 H 1 L level of output pin H...

Page 149: ...ds the BCD output The strobe pulses are also suppressed 9 1 9 Logic toggling input This input toggles the signal logic between positive and negative Open negative logic Close positive logic Weighing v...

Page 150: ...en Close Close Load ratio Close Open Open Feed ratio Close Open Close Gross weight Close Close Open Total upper 4 digits Close Close Close Total lower 5 digits MODE OPTION BCD DATA UPDATE RATE PAGE Da...

Page 151: ...l output signals are internally connected Source voltage is not available from this connector 9 2 2 Equivalent circuit Input circuit see Equivalent circuit input section Output circuit see Equivalent...

Page 152: ...to F is detected the set value is not updated 9 2 6 Data code 23 24 25 pin 0 5 sec 0 5 sec read set value read set value Data Code STROBE t1 t2 t3 t4 ON ON Data Code STROBE Pulse output in NAK 2 18 2...

Page 153: ...is input is capable of accepting over range input approx 5 FS Signal type for each channel current voltage is factory configured indicated in the label attached near the connector Analog output functi...

Page 154: ...his specifications Please do not connect it For connecting external devices use shielded twisted pairs ch1 External device Load resistance SIG GND Inside Outside F805AT BC ch1 External device Load res...

Page 155: ...rameters for the three analog output channels ch1 ch2 ch3 can be configured independently to each other Select a correct channel before modifying parameters Operation 9 3 3 AO output mode This menu it...

Page 156: ...n If you use a vibration feeder for the receiver of control value the feeder output does not change in right proportion with the control value This menu input is used to compensate the discrepancy zer...

Page 157: ...limit value for AO output If floating decimal place modes e g other than 4mA OUTPUT and 20mA OUTPUT are selected in AO OUTPUT MODE the zero and full scale range is set to 0 100 and any value above th...

Page 158: ...of the external current meter using the keypad and press F805AT BC automatically adjust the deviation between the nominal 4mA and actual values Registered message appears when the procedure is complet...

Page 159: ...e F805AT BC and turn on again to return to the normal screen 9 3 11 AI input channel This menu item specifies an AI channel that will be configured using AI ZERO SET AI FULL SCALE SET and AI DIGITAL F...

Page 160: ...Operation Enter desired current voltage value and press to confirm 9 3 13 AI full scale set This menu item defines the current voltage value that corresponds 100 0 Each channel can be configured sepa...

Page 161: ...Target External input value Fixed Also when the system is in slave mode operation target modification through external analog inputs is available only when the operation mode is fixed Inside the F805A...

Page 162: ...e sin gle phase pulse and interpret it as a belt speed 0 100 For AI INPUT CHANNEL CH1 or AI INPUT CHANNEL CH2 you must register current voltage range using AI ZERO SET and AI FULL SCALE SET parameters...

Page 163: ...A B RD A B SD A B A B F805AT BC PLC Terminal resister Master Slave B A RD B SG Simple two parallel wires cable can be used for minimum distance connection but the use of twisted pair cables is recomm...

Page 164: ...ine Issuing START commands to multiple of F805AT BCs will give rise to conflicts interfering proper communication Do not use ID 0 in multi F805AT BC configuration F805AT BC with ID 0 is automatically...

Page 165: ...en performing communication make sure that START and END command always appears in correct order in the communication sequence S 1 2 CR 1 2 CR LF ID number ID number F805AT BC responds only when the I...

Page 166: ...installed in the system and ANALOG 1CH MODE or ANALOG 2CH MODE is selected for the option belt speed is calculated using the analog input If NONE is selected the value specified for RATED BELT SPEED...

Page 167: ...of weight density is determined by the setting of DECIMAL PLACE WEIGHT Belt speed SPEED ENTRY SELECT NORMAL MODE A PULSE COUNT ROTATION NORMAL MODE B PHASE MEASURE ANALOG CH1 MODE ANALOG CH2 MODE NON...

Page 168: ...ent feed rate over RATED FEED RATE shown in percentage Feed ratio depends on the belt speed in contrast to load ratio which is determined solely by weight density Note that feed ratio becomes null if...

Page 169: ...represent the length of the belt on which error measurement took place Total weight kg t Total weight kg t Feed rate 3600 10 1 Moisture ratio 100 kg h t h Moisture ratio Water content in the material...

Page 170: ...as a slave these values are replaced by Zero Error Measure Standard Feed zero kg Total kg 100 Span Error Measure Standard Feed Span kg 100 Total kg Standard Feed Span kg Zero compensation factor Zero...

Page 171: ...IN OUT 1 4 If START COORDIN VALUE is set to non zero value the following relation holds Initial control rate start coordin value 10 12 Control Deviation Flow t h kg h Control rate 0 f1 c4 c3 c2 c1 f2...

Page 172: ...en loss of setting information when the system is turned off information stored in NOVRAM will not be lost Once the B alarm turns on replacement of the battery in earliest possible occasion is recomme...

Page 173: ...over Feed ratio 5 Feed ratio over 99999 feed ratio over asc 0 Abnormal flow Feed rate 0 FEED ERROR Control limit over DEV LIM OVER Non operation start time first stability time alarm time deviation l...

Page 174: ...ange CAL ERR 6 6 Load cell weighing device output swings to minus range CAL ERR 7 7 Load cell weighing device output exceeds the span adjustable range CAL ERR 8 8 Error Description Alarm message Alarm...

Page 175: ...ELECTION Error Description Alarm message AI zero setting is done when the input is below the minimum value ANA ERR 1 AI zero setting is done when the input is over the maximum value ANA ERR 2 AI full...

Page 176: ...scale alarm goes out or modify BELT SPEED OVER setting Also make sure that settings controlling speed entry are all correct OFL2 This alarm comes on when actual weight density exceeds the value set to...

Page 177: ...target value ERROR DETECTION This alarm is suppressed if FEED RATE OVER ASC is set to zero second EXC UNDER This alarm indicates that during system operation feed rate goes to the negative direction b...

Page 178: ...of ALLOWABLE CONTROL DEV CTRL DEVIATION ALLOWABLE CONTROL DEV for a period longer than DEVIATION LIM OVER ASC This error is suppressed if either 0 0 or 999 seconds is set to DEVIATION LIM OVER ASC SEQ...

Page 179: ...ue to Load ratio over The system has come to a halt because during operation OFL4 Load ratio over state continued for a period longer than LOAD RATIO OVER ASC This error is suppressed if either 0 0 or...

Page 180: ...alues shown in the table apply to a 350 load cell Parallel connection of four load cells reduce sensitivity to one fourth of that of single load cell the resister value should be reduced accordingly t...

Page 181: ...WEIGHT or span calibration value is set to zero Modify BALANCE WEIGHT to an appropriate value CAL ERR 6 The load cell output is too low for the F805AT BC to perform proper span adjustment Check if the...

Page 182: ...ale again ANA ERR 4 Input signal was above the maximum value when AI Full Scale Set was defined Make sure the input signal falls in the allowable range and try to set full scale again ANA ERR 6 Input...

Page 183: ...RT 2Kbyte RAM BACK UP RS 232C SI F SI F TOUCH PANEL LOCK 2 wire non polar 2 wire with polarity 9 pin OPTION OPTION 1 1 1 1 sign indicates isolation by photo couplers All interface elements shown in gr...

Page 184: ...13 DIMENSIONS 169 13 DIMENSIONS Unit mm Front Side Rear Projections excluded Dimensions of F805AT BC with AC spec and with DC spec are the same...

Page 185: ...steps to mount an F805AT BC on a panel 1 Remove the two rails from both sides of the instrument 2 Make a panel cutout of the following dimensions 3 Mount F805AT BC and secure it using two side rails 1...

Page 186: ...TI 0 1Hz 10Hz Analog filter Bessel type low pass filter 12dB oct selectable from 2 4 6 8 Hz A D converter conversion rate 200times sec resolution 16 bit binary Min display resolution 1 10000 Secondary...

Page 187: ...volatile RAM Others C MOS RAM lithium battery backup 15 4 External I O 24 inputs ON when input signal is shorted to COM terminal Contact device relay switch or non contact device transistor open colle...

Page 188: ...4 20mA D A conversion rate 200 times sec Resolution 16 bits Over range 10 FS current 2 4 21 6 mA Max input frequency 10kHz duty ratio 50 Count range internal 0 65535 External power source DC12V 160mA...

Page 189: ...le Input data belt speed Current input DC4 20mA input resistance 100 Voltage input DC 0 10V input resistance 50k current and voltage input range are factory configured A D conversion rate 30 times sec...

Page 190: ...e input DC 12 24V 15 b Inrush current 10A 0 5mSec DC12V at the status of average load Reference value room temperature at cold start 35A 0 4mSec DC24V at the status of average load room temperature at...

Page 191: ...ctor 1 D A converter connector 1 Ferrite core CE marking only 2 BCD output connector 57 30360 used with BCD output option 1 Analog IN OUT connector 57 30140 used with Analog IN OUT option 1 About the...

Page 192: ...al place settings for each item 0 0 1 0 0 2 0 00 3 0 000 4 0 0000 Weight decimal place weight Flow decimal place flow Type depends on the data type selected Unit depends on the Total display unit Inpu...

Page 193: ...lse W P 2 2 0 001 Selection 12 Pulse Width 1 25 Selection 5 Pulse Width 2 25 Selection 5 Total W Disp Digit 1g or 1kg Selection 4 Alarm Time 60 Numeric None Start Time 0 Numeric None First Stability T...

Page 194: ...ivalent calibration is inhibited while RUNNING even is the password is entered Setting Item Initial value NOV RAM Lock hard Lock soft PASS WORD Input method Decimal place Zero Error Measure 0 00 Comma...

Page 195: ...Belt Speed End Point 100 00 Numeric 2 fixed Wei Dens End Point 100 00 Numeric Weight Feed Rate End Point 100 00 Numeric Flow Load Ratio End Point 100 00 Numeric 2 fixed Feed Ratio End Point 100 00 Nu...

Page 196: ...ic 1 fixed Control Limit 100 0 Numeric 1 fixed Allowable Control Dev 0 0 Numeric 1 fixed Rate Limit 50 0 Numeric 1 fixed Fault Detect Value 0 Numeric Flow Master Slave Select Single Selection 3 Slave...

Page 197: ...on 2 Self Check NO Command LANGUAGE JAPANESE Selection 2 PASS WORD 0 Numeric None Setting Item Initial value NOV RAM Lock hard Lock soft PASS WORD Input Method Decimal place D A Output Channel ch1 Sel...

Page 198: ...ch3 0 0 Numeric 1 fixed AO Lower Limit ch1 0 00 Numeric 2 fixed ch2 0 00 Numeric 2 fixed ch3 0 00 Numeric 2 fixed AO Upper Limit ch1 100 00 Numeric 2 fixed ch2 100 00 Numeric 2 fixed ch3 100 00 Numeri...

Page 199: ...Start Point P73 CH1 End Point P73 CH2 End Point P73 CH3 End Point P73 X End Point P73 SYSTEM PAGE1 Back Light Auto Light P89 Back Light Low Time P89 Back Light ON Time P89 Lock soft P90 Self Check P9...

Page 200: ...fixed or built in it must be fixed or bolted to frame or solid board securely 2 The power cable attached to this product as standard equipment can be used in the AC100V power supply in Japan Official...

Page 201: ...ec No lightning surge protector is included as a standard Please use the power cable authorized in the country when you use this product outside Japan Before purchasing it check the plug shape voltage...

Page 202: ......

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