Flintec MCS-64 Manual Download Page 51

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Page Manual MSC-64

4.14

Speed Estimation Multi-Channel System MCS-64

Gateway CANopen CGM 85.1

No. of Channels

Transfer Rate per Channel

Remark

40 Measurements/sec *

* new firmware in gateway required

20 Measurements/sec *

* new firmware in gateway required

32 10

Measurements/sec

64 5

Measurements/sec

This speed estimation is for example valid for gross / net weight.

For applications like check weighers, filling, loss in weight etc. each LDM 88.1 calculates the

valid result. This means that no “data stream” will overload the CANopen traffic.

For a single channel, the data output via service port can be used for high speed

measurements, e.g. with the DOP software. The measuring rate is up to 600 meas./s.

Summary of Contents for MCS-64

Page 1: ...Sen Sig Sig Sen Exc Logic in Load Cells Logic out C 0 1 2 3 C C 0 1 2 3 C FLINTEC www flintec com Y 5 V 0 5 1 6 9 BC 470uF HP FUSE 5X20 FLINTEC Fl112081 B16 FLINTEC Fl1 12081 B16 PWR Com 6 5 4 3 2 1...

Page 2: ...l blocks Header for ribbon cable to extension board PWR Com In 0 Out 0 Err In 1 Out 1 In 2 Out 2 In 3 Out 3 LDM 88 1 LDM 88 1 PWR Com 6 5 4 3 2 1 0 PB Adresse Profibus Connector Act PGM 86 1 PGM 86 1...

Page 3: ...80 x 23 x 100 mm with two M3 fixing screws for mounting on boards MB89 1 2 3 4 Power supply 12 24 V DC 10 60 mA reversed voltage burst and ESD protected Power consumption 1 5 W max EMC CE 73 23 EEC 93...

Page 4: ...COMMANDS 28 4 1 System diagnosis Commands ID IV IS 29 4 2 Calibration Commands CE CM CI DS DP CZ CG AZ AG ZT FD CS 30 4 3 Motion detection Commands NR NT 34 4 4 Filter setting Commands FM FL UR 35 4 5...

Page 5: ...sion Board MB 89 3 for 4 LDM 88 x 55 5 4 Extension Board MB 89 4 for 8 LDM 88 x 56 5 5 Address setup guide extension boards for 1 16 channels 57 5 6 Address setup guide extension boards for up to 32 c...

Page 6: ...e of the Gateway and the Load Cell Digitizing Modules LDM88 with the available firmware versions standard 88 183 filling 88 184 loss in weight 88 185 1 3 Acronyms and Definitions 1 3 1 Acronyms This s...

Page 7: ...ommunicates with 4 levels of priority on the backplane The highest priority communication is initiated on direct commands from the CAN controller either by accessing a SDO or by using RPDO3 The second...

Page 8: ...applications the TPDO2 is used to send triggered measurements With RDPO1 frames you can send simple commands without an acknowledgement The functions are select Gross or Net value in TPDO1 Set or Clea...

Page 9: ...ribed below 0001 Under range 0002 Over range 0004 Not within Zero range not yet implemented zero 0008 Exactly zero 0010 No motion still stand steady state 0020 Tare set 0040 Preset tare 0 tare is meas...

Page 10: ...verrun Emergency message 3 2 Communication Profile The parameters which are critical for communication are determined in the communication profile This includes the data for manufacturer s product nom...

Page 11: ...fe Time Factor UI8 rw 3 Wait time is set by the NMT Master or the configuration tool 100E 0 Node guarding identifier UI32 ro 0x700 NodeID Node guarding identifier 1010 0 1 2 Number of elements Save al...

Page 12: ...ure Asynchronous communication 1403 0 1 2 Number of elements COB ID Transmission type UI8 UI32 UI8 ro ro ro 2 80000500H NodeID FFH Communication parameters of 4 th Receive PDO Determined using the CAN...

Page 13: ...time of PDO in 100 s steps A repeated transmission of the PDO is prevented within the defined interval of the inhibit time Event based sending of PDO value when a dosed value is present 1802 0 1 2 3 N...

Page 14: ...odule scanned Gateway Status 1A01 0 1 2 3 4 Number of mapped Entries in Tx PDO 2 1 st Object 2 nd Object 3 rd Object 4 th Object UI8 UI32 UI32 UI32 UI32 ro ro ro ro ro 8 20010420H 20020110H 20020208H...

Page 15: ...Tare Dosed weight Dosed tare Average weight A D sample H B Device ID H B FW Version Device Status ADC Reference UI8 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 ro ro ro ro ro ro ro ro ro ro ro ro 11...

Page 16: ...ling process TRIG the next filling cycle 2006 0 1 2 3 4 Number of entries LDM select 0 63 Factory Default Direct command 1 Direct command 2 UI8 UI8 UI8 UI8 UI8 ro wo wo wo wo 4 LDM LDM Number of syste...

Page 17: ...meter 18 th Parameter 19 th Parameter UI8 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 ro rw rw rw rw rw rw rw rw rw rw rw rw rw rw rw rw rw rw rw 19 Number of parameter...

Page 18: ...light value in percent Range 0 50 Zero check average time in milliseconds Tare delay in milliseconds Tare average time in milliseconds 0 Tare off Delay after pre fill in milliseconds Blanking time in...

Page 19: ...rw rw rw rw rw rw rw rw 12 Number of calibration parameters Absolute gain calibrate TAC protected Absolute zero calibrate TAC protected Calibrate enable enables TAC when the TAC is written Calibrate...

Page 20: ...valve open 0002 Fine valve open 0004 Dose program running 0008 Not used 0010 Not used 0020 Not used 0040 Tare out of range no filling in this cycle 0080 Zero out of range FF00 The High byte has the fo...

Page 21: ...Retriggers Count UI8 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 I32 ro rw rw rw rw rw rw rw rw rw rw rw rw 12 Number of Check Weigher parameters Trigger Level Trigger Egde ReTrigWindow ReTrigTime Hol...

Page 22: ...point 3 Set point 4 UI8 I32 I32 I32 I32 ro rw rw rw rw 4 Number of Set point parameters Set point 1 hysteresis Set point 2 hysteresis Set point 3 hysteresis Set point 4 hysteresis 27FF Number of entr...

Page 23: ...8 REAL32 REAL32 REAL32 ro ro ro ro 3 Number of entries in the mass flow data Mass Flow Value Mass Flow Trend Total Mass 2B00 2B3F for LDM 0 63 0 1 2 3 4 5 Number of entries Decimal Point Scale dTime d...

Page 24: ...These entries are mandatory according to DS401 They are the same as for index 6402 but shifted 8 bits to the right value 256 6402 0 1 2 3 4 5 6 7 Number of entries Gross weight Net Weight Tare Dosed w...

Page 25: ...Manual MCS 64 Page 25 Notices...

Page 26: ...sion LDM 88 1 Average Weight GA is available and refreshes when a new measurement is ready only for firmware 88 183 Dosed Weight GD is available and refreshes when a new measurement is ready only for...

Page 27: ...e setting channel 3 Index 2102 Subindex 9 Can be used to get information regarding all the commands available e g Net weight channel 1 Index 2900 Subindex 2 AD sample channel 3 Index 2902 Subindex 7 N...

Page 28: ...AZ AG ZT FD CS 30 4 3 Motion detection Commands NR NT 34 4 4 Filter setting Commands FM FL UR 35 4 5 Set Zero Tare and Reset Zero Tare Commands SZ RZ ST RT 37 4 6 Output Commands GG GN GT GS 39 4 7 S...

Page 29: ...se to this request gives the firmware version of the active device IS Request device status 2900sub0A Master PC PLC sends Device responds IS S 240000 example The response to this request comprises of...

Page 30: ...or setup the maximum output value Permitted values are between 1 99999 Master PC PLC sends Device responds Result CM M 30000 Request CM 30000 CE E 00017 example Request TAC counter CE 17 CE_17 OK Cali...

Page 31: ...ence active DP_0 OK Setting no decimal point CZ Set calibration zero point 2300sub0A This is the reference point for all weight calculations and is subject to TAC control Master PC PLC sends Device re...

Page 32: ...0000 Request Meas range 2 000 mV V CE E 00017 example Request TAC counter CE 17 CE_17 OK Calibration sequence active AG_19998_90900 OK new Measuring range 1 9998 mV V 90900 d Factory default 200000 2...

Page 33: ...and the TAC will be incremented by 1 Note All calibration and setup information will be lost by issuing this command Master PC PLC sends Device responds Result CE E 00017 example Request TAC counter...

Page 34: ...idered as stable Permitted values are between 0 and 65535 Master PC PLC sends Device responds Result NR R 00010 Request NR 10 d NR_2 OK Setting NR 2 WP OK Setting saved NR 2 i e fluctuations within a...

Page 35: ...rder with Gaussian characteristic damping is 40 dB decade see table mode 0 The digital FIR filter works as a low pass filter with quick response damping see table mode 1 Factory default 0 FL Setup fil...

Page 36: ...e preceeding IIR or FIR filter an average will be calculated The average will be calculated over 2UR samples Permitted values 0 7 see table below UR 0 1 2 3 4 5 6 7 No of samples 1 2 4 8 16 32 64 128...

Page 37: ...ange NR and the No motion time NT If the weight signal is stable the response to the IS command Device Status will show the signal stable bit active and the SZ command will be accepted OK If the signa...

Page 38: ...T OK Tare performed If the weight signal is stable the response to the IS command Device Status will show the signal stable bit active and the ST command will be accepted OK If the signal stable bit i...

Page 39: ...sent in TPDO1 if selected by index 1A00sub01 Master PC PLC sends Device responds Result GN G 01 000 Net weight 1 000 d GT Get Tare value 2000 2001sub03 Master PC PLC sends Device responds Result GT T...

Page 40: ...n the setpoint value is reached Example Setpoint Hysteresis Load OFF ON S1 20 00 kg H1 1 00 kg increasing 21 01 kg 0 21 00 kg S1 20 00 kg H1 1 00 kg decreasing 20 00 kg 19 99 0 kg S1 20 00 kg H1 1 00...

Page 41: ...ed net weight A1 0 Not filtered gross weight A1 1 Not filtered net weight Request Set base for setpoint 1 Master PC PLC sends Device responds Result A1 1 00000 Allocation gros weight A1_1 OK Allocatio...

Page 42: ...es are 0 500 ms Master PC PLC sends Device responds Result MT M 00100 Request MT 100 ms MT_500 OK Setting MT 500 ms Note MT 0 means disabled trigger and average function Factory default 0 GA Get Avera...

Page 43: ...dge and parameter 1 select rising edge Master PC PLC sends Device responds Result TE E 001 Request TE 1 TE_0 OK Setting TE 0 Factory default 0 falling edge Note This command cannot be used together wi...

Page 44: ...TW Tare Window Typical Checkweigher Signal Basic settings Typ Checkweigher settings DX 1 full duplex UR 0 max 600 meas s TL 65535 off RT 65535 off TW 10 d TI 200 ms SD 100 ms MT 300 ms FL 2 8 Hz Trig...

Page 45: ...sends Device responds Result RW R 65535 Request RW 65535 RW_500 OK Setting RW 500d Factory default 65535 TT Re Trigger Time 2500sub04 Set the re trigger time in milliseconds ms Re trigger time is the...

Page 46: ...zero The new average tare value is calculated over the average tare time defined by TI If the tare average is outside tare window the tare will not be updated Master PC PLC sends Device responds Resul...

Page 47: ...1 and 126 Note Setting the device address to 0 or 127 are not allowed Address 0 is used by the Network Management Protocol NMT Request Master PC PLC sends Device responds Result AD A 001 Request Addre...

Page 48: ...and precedes the CS command See the CE and CS commands on page 26 Both the setup parameters and the setpoint parameters are stored in EEPROM using the WP and SS commands respectively WP Save the setup...

Page 49: ...D21 DI SC AC GD DT SD Remark These commands are only available in firmware 88 184 Note All setups should be stored with the SD command before power off A separate description of these commands is avai...

Page 50: ...1 to PL5 LC LI GF GR GM Remark These commands are only available in firmware 88 185 Note All setups should be stored with the SL command before power off A separate description of these commands is av...

Page 51: ...required 32 10 Measurements sec 64 5 Measurements sec This speed estimation is for example valid for gross net weight For applications like check weighers filling loss in weight etc each LDM 88 1 calc...

Page 52: ...e pages describe the MCS 64 pcbs and the address setups for the expansion boards 5 1 Base Board MB 89 1 for 1 Gateway and 2 LDM 88 x Exc Sen Sig Sig Sen Exc Exc Sen Sig Sig Sen Exc Logic in Load Cells...

Page 53: ...Page Manual MSC 64 54 5 2 Extension Board MB 89 2 for 2 LDM 88 x...

Page 54: ...ig Sig Sen Exc Exc Sen Sig Sig Sen Exc Exc Sen Sig Sig Sen Exc Logic in Load Cells Logic out C 0 1 2 3 C C 0 1 2 3 C C 0 1 2 3 C C 0 1 2 3 C BC 470uF HP ON DIP R2 R1 MT1 MT27 MT28 MT2 J14 J13 J12 J11...

Page 55: ...t C 0 1 2 3 C C 0 1 2 3 C C 0 1 2 3 C BC 470uF HP R2 R1 J14 J13 J12 Exc Sen Sig Sig Sen Exc C 0 1 2 3 C J11 Exc Sen Sig Sig Sen Exc Exc Sen Sig Sig Sen Exc Exc Sen Sig Sig Sen Exc Exc Sen Sig Sig Sen...

Page 56: ...MB 89 2 MB 89 2 1 2 3 4 5 OFF ON MB 89 3 1 2 3 4 OFF ON MB 89 3 MB 89 3 MB 89 3 MB 89 3 1 2 3 4 5 OFF ON MB 89 2 MB 89 3 1 2 3 4 OFF ON MB 89 3 1 2 3 4 5 OFF ON MB 89 2 MB 89 4 1 2 3 OFF ON 2 ch 4 ch...

Page 57: ...B 89 4 30 ch MB 89 4 1 2 3 OFF ON MB 89 4 MB 89 4 MB 89 2 MB 89 1 MB 89 2 MB 89 3 MB 89 4 26 ch MB 89 4 MB 89 1 MB 89 2 MB 89 3 MB 89 4 32 ch MB 89 4 1 2 3 OFF ON MB 89 4 MB 89 2 MB 89 3 1 2 3 OFF ON...

Page 58: ...gic out C 0 1 2 3 C C 0 1 2 3 C Y 5 V 0 BC 470uF HP J7 J8 J9 V DC 12 24 V DC PC6 20kg C3 Shield Input 0 Common VDC or VDC Service Port RS 232C For checkweigher application Trigger measuring signal or...

Page 59: ...ero Input 0 Input 1 pos Pulse Logic in Load Cells Logic out C 0 1 2 3 C C 0 1 2 3 C Y 5 V 0 BC 470uF HP J7 J8 J9 Output 0 coarse feed Output 1 fine feed GND 12 24 V DC PC6 20kg C3 Remark Valves switch...

Page 60: ...1 35 V DC 500 mA or 25 V AC 500 mA 50 60 Hz Inputs LDM 88 1 opto isolated 10 30 V DC max 3 mA Output 1 0 Output 3 2 Output 4 3 Common C Output 2 1 Output 1 0 Output 3 2 Output 4 3 Common C Output 2 1...

Page 61: ...DM 88 184 for dosing filling of fluids LDM 88 185 for mass flow trend and totalizing of fluids powder 5 11 Appendix For CANbus communication via PC Win2000 XP with USB port you can use PCAN USB Adapte...

Page 62: ...articles are in accordance with the supporting documents as supplied by the manufacturer To ensure this the necessary monitoring measures during production have been met We the manufacturer are under...

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