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Ditel MICRA-D, Instruction Manual

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Ditel MICRA-D Instruction Manual Download Page 42

42

9.1.2 – Installation 

Lift out the electronics assembly from the case and use a screw-driver to push on 
the junctions between the case and the shadow areas to detach them from the 
case. See fig. The so performed orifice will allow any of the setpoints (2RE, 4RE, 
4OP or 4OPP) board output connectors be brought out at the rear of the 
instrument. The option is installed by plugging the connector in the main board 
location. Insert the card pin in the corresponding main board slot and push down 
to attach both connectors. 
    If the instrument is to be installed in high vibrating environments, it is 
recommended to solder the card to the main board making use of the copper 
tracks on both sides of the card pin and around the main board hole on its solder 
side. 

9.1.3 – Wiring 

2RE 

- 2 RELAYS OPTION 

PIN 4 = NO2 

PIN 1 = NO1 

PIN 5 = COMM2  PIN 2 = COMM1 
PIN 6 = NC2  

PIN 3 = NC1 

 
 

4RE 

- 4 RELAYS OPTION 

PIN 4 = RL4 

PIN 1 = RL1 

PIN 5 = N/C 

PIN 2 = RL2 

PIN 6 = COMM  PIN 3 = RL3 
 

 

4OP 

- OPTION 4 OPTOS NPN 

PIN 4 = OP4 

PIN 1 = OP1 

PIN 5 = N/C 

PIN 2 = OP2 

PIN 6 = COMM  PIN 3 = OP3 
 
 

4OPP 

– OPTION 4 OPTOS PNP 

PIN 4 = OP4 

PIN 1 = OP1 

PIN 5 = N/C 

PIN 2 = OP2 

PIN 6 = COMM  PIN 3 = OP3 

 

42

9.1.2 – Installation 

Lift out the electronics assembly from the case and use a screw-driver to push on 
the junctions between the case and the shadow areas to detach them from the 
case. See fig. The so performed orifice will allow any of the setpoints (2RE, 4RE, 
4OP or 4OPP) board output connectors be brought out at the rear of the 
instrument. The option is installed by plugging the connector in the main board 
location. Insert the card pin in the corresponding main board slot and push down 
to attach both connectors. 
    If the instrument is to be installed in high vibrating environments, it is 
recommended to solder the card to the main board making use of the copper 
tracks on both sides of the card pin and around the main board hole on its solder 
side. 

9.1.3 – Wiring 

2RE 

- 2 RELAYS OPTION 

PIN 4 = NO2 

PIN 1 = NO1 

PIN 5 = COMM2  PIN 2 = COMM1 
PIN 6 = NC2  

PIN 3 = NC1 

 
 

4RE 

- 4 RELAYS OPTION 

PIN 4 = RL4 

PIN 1 = RL1 

PIN 5 = N/C 

PIN 2 = RL2 

PIN 6 = COMM  PIN 3 = RL3 
 

 

4OP 

- OPTION 4 OPTOS NPN 

PIN 4 = OP4 

PIN 1 = OP1 

PIN 5 = N/C 

PIN 2 = OP2 

PIN 6 = COMM  PIN 3 = OP3 
 
 

4OPP 

– OPTION 4 OPTOS PNP 

PIN 4 = OP4 

PIN 1 = OP1 

PIN 5 = N/C 

PIN 2 = OP2 

PIN 6 = COMM  PIN 3 = OP3 

 

Summary of Contents for MICRA-D

Page 1: ...KOSMOS SERIE MICRA D COUNTER TOTALIZER TACHOMETER TOTALIZER FREQUENCY METER CHRONOMETER CODE 30727293 EDITION 31 05 2012 INSTRUCTIONS MANUAL SERIE INSTRUCTIONS MANUAL...

Page 2: ...r visualization 20 3 6 Programming diagram in MODE CHRONOMETER 21 4 CHRONOMETER CONFIGURATION 22 4 1 Run mode programming 23 5 FREQUENCY METER TACHOMETER CONFIGURATION 24 5 1 Frequencymeter Tachometer...

Page 3: ...nu Diagram in mode Counter Chronometer 46 9 1 9 Description of mode relays operating as Counter Chronometer 46 9 2 OUTPUT RS2 RS4 48 9 2 1 Introduction 48 9 2 1 Diagram of the menu Input RS 49 9 3 ANA...

Page 4: ...set function and a full complement of programmable logic functions MICRA D model can also incorporate the following output options COMMUNICATION RS2 Serial RS232C RS4 Serial RS485 CONTROL NMA Analogue...

Page 5: ...el reset Reset may load a count value OFFSET programmable or entered from the display Counts UP or DOWN Key lock for RESET FREQUENCY METER TACHOMETER Measures frequency rpm rate flow and time Decimal...

Page 6: ...n or amber assignable to programming partial count value total setpoints relay activation etc 6 This instrument conforms the following community standards 89 336 CEE y 73 23 CEE Warning Refer to the i...

Page 7: ...and relays output once recognised by the instrument they activate their own programming software 9 Read carefully this section Programming lock out Page 35 Software allows total programming lockout b...

Page 8: ...TO OUTPUT POWER FILTER CIRCUIT M3 CONNECTOR FOR ANALOGUE OUTPUT M1 CONNECTOR RELAYS OUTPUT M2 CONNECTOR FOR RS OUTPUT 2 1 Dimensions and mounting Front 96 x 48 mm Depth 60 mm Panel cut out 92 x 45 mm...

Page 9: ...ints analogue output or RS option has been plugged in Selecting one menu the access to the different programming submenus is done by pressing Pro CnInP Input Selection StorE RUN CndSP SEtP Anout rSout...

Page 10: ...ing the digit value Press repeatedly the key to increase the value of blinking digit until it has the desired value or to alternate the LED Up and Down arrows indicators MAX and MIN Selecting an optio...

Page 11: ...asy reachable to the operator and clearly marked as the disconnect device CONNECTORS CN1 To perform wiring connections strip the wire leaving from 7 and 10 mm exposed to air and insert it in the prope...

Page 12: ...o visualize parameters if programming is locked MAX MIN TOTAL 1st stroke allows TOTALIZER visualization if activated 2nd stroke allows Max visualization only Tachometer 3 stroke allows Min visualizati...

Page 13: ...ion Refer to connection recommendations on page 11 CN2 PIN 1 No Connection PIN 2 18 V Excitation PIN 3 8 2 V Excitation Namur sensors PIN 4 Common excitation input PIN 5 Signal B input PIN 6 Signal A...

Page 14: ...of sensor input CnInP 1 2 3 4 5 6 7 MODE INPUT TYPE 1 10 to 300 V ac 2 Magnetic pickup 3 NAMUR sensor 4 PNP sensor 5 NPN sensor 6 TTL 24 V Encoder 7 Contact closure 3 INPUT PROGRAMMING 3 1 Selection...

Page 15: ...15 MODE COUNT CHRON FREC TAC UP DOWN In A In A B PrO PHASE UP DOWN INDEP DIR 3 2 COUNTER mode programming diagram MODE COUNT CHRON FREC TAC 3 2 COUNTER mode programming diagram...

Page 16: ...it has not value that is the display always shows the whole part of the measurement Total The limits of the display are 99999999 and 9999999 When the instrument exceeds these limits the display shows...

Page 17: ...input is at high level the pulses at the A input decrement the count uP do PHASE The rising edges at the A input increment the count if the B iinput is at low level The falling edges at the A input d...

Page 18: ...s 0 Falling edge of A counts down if B is 0 1 process input A input B 2 3 1 2 1 0 2 CndSP PrOC tOtAL PrO dCdiS OFFSEt dcFAC FACdi nO dCtOt dCFAC YES FACtO Programming diagram of the DISPLAY in MODE CO...

Page 19: ...ll remain active while in the run mode SCALE FACTOR The scale factor is programmable from 0 00001 to 99999 Individual decimal point location makes possible to program any value within this range indep...

Page 20: ...nd 99999999 7 digits with minus sign or 8 digits The decimal point can be set to five decimal places The scaling factor is programmable between 0 00001 and 99999 as for the process counter The totaliz...

Page 21: ...FREC TAC PrO In A In A B H H H MM M SS DOWN UP 0 01 S CndSP OFFSEt PrO Programming diagram of the DISPLAY in MODE CHRONOMETER 3 6 Programming diagram in MODE CHRONOMETER MODE COUNT CHRON FREC TAC In...

Page 22: ...time in the units selected according to the programmed time range The decimal point appears at a fixed position according to time range OFFSET An offset value can be programmed for example to count do...

Page 23: ...h resolution 0 1 hours H MM 999 h 59 m resolution 1 minute M SS 999 m 59 s resolution 1 second 0 01 S 999 99 s resolution 0 01 second The decimal point appears in the position according to the program...

Page 24: ...on is a matter of simply setting the totalizer to read UP DOWN direction modes PHASE and dIrEC The direction of rotation is denoted by the LED s MAX and MIN on the left of the display LED MAX illumina...

Page 25: ...5 CndSP PrOC tOtAL FACt dCFAC t Lim tAUE nO dCtOt dCFAC YES FACtO PrO Programming diagram of the DISPLAY in mode FREQUENCYMETER TACHOMETER Programming diagram for MODE FREQUENCYMETER TACHOMETER MODE C...

Page 26: ...achometer is configured by entering the number of pulses per revolution and the decimal point location PPR PULSES PER REVOLUTION The PPR parameter is the actual number of pulses that a sensor connecte...

Page 27: ...rogrammed with 0 1 or 2 decimal places The decimal point position has value for example a frequency value of 200Hz can be programmed as 200 200 0 or 200 00 DESIRED DISPLAY In this phase it is programm...

Page 28: ...cimal notation In the preceding example a baking time of 15min 30s has been introduced as a display value of 15 5 15 minutes and a half Daily Production loaves day It has been determined that in the s...

Page 29: ...to zero 0 0 0 t l mite 0 display 0 Decreasing the limit time makes the instrument respond more quickly to the zero condition when the system stops Nevertheless this reduction also will cut the lowest...

Page 30: ...ation helps to read the display in the desired engineering units The decimal point has not real value that is the digits to the right of the decimal point are not actually decimals To read values with...

Page 31: ...g step is activated 5 2 2 TOTAL MAX and MIN Visualization In tachometer mode one push on the MAX MIN key shows when activated the total value in the programmed color next push shows the peak value wit...

Page 32: ...3 4 CN3 1 2 3 4 The external electronics applied to the CN3 connector must be capable of withstanding 40 V and 20 mA present at all terminals with respect to COMMON In order to guarantee the electrom...

Page 33: ...o Low Low level 12 SETPOINT VALUE Displays the selected setpoint value see diagram next page Low level 13 False Setpoints Simulates that the instrument has a four setpoints option installed Low level...

Page 34: ...the chain of characters is 0x18 0x23 01 0x0D NET 1234 5 0x0D With t on the chain will be 0x18 0x23 01 0x0D NET 1234 5 0x0D 0x18 0x4A 0x06 0x18 0x48 The MICRA D has to be programmed to work under prot...

Page 35: ...out totLC 1 but it will not be possible to enter or modify data In this case when entering in the programming mode the display shows the indication dAtA SELECTIVE LOCKOUT When only some parameters are...

Page 36: ...ll appear from which we will enter in the parameters lockout Acceding to the CHAnG menu will allow us to enter a personal code that we have to write down and keep in a safe place Do not count on your...

Page 37: ...C bloq Total Run Red Run Green Run Yellow CHANG CoLor LISt list param Code 8888 Enter 3 s CodE RUN RUN 8888 Enter 3 s CodE RUN RUN 37 StorE StorE Si Pag 38 Note the color selection of the alarms is ma...

Page 38: ...tor 1 without decimal Setpoint 1 on ProC 1000 mode 1 latch alarm red Tot 1000 mode 1 latch alarm red Setpoint 2 3 4 same as Sepoint 1 but setpoint value to 2000 3000 and 4000 Anout outHI 1000 outLo 00...

Page 39: ...ivates its own programming modules that provides complete software configuration Additional capabilities of the unit with output options Control and processing of limit values via ON OFF logic outputs...

Page 40: ...M1 The RS2 and RS4 options are also alternative and only one of them can be placed into the connector M2 The NMA or NMV option is placed into the connector M3 Up to three output options can be presen...

Page 41: ...tputs These types of outputs capable of carrying out a wide variety of control operations and processing of limit values increases notably the unit s performance qualities thanks to the possibility of...

Page 42: ...OMM1 PIN 6 NC2 PIN 3 NC1 4RE 4 RELAYS OPTION PIN 4 RL4 PIN 1 RL1 PIN 5 N C PIN 2 RL2 PIN 6 COMM PIN 3 RL3 4OP OPTION 4 OPTOS NPN PIN 4 OP4 PIN 1 OP1 PIN 5 N C PIN 2 OP2 PIN 6 COMM PIN 3 OP3 4OPP OPTIO...

Page 43: ...50 VA 150 W MAX VOLTAGE 250 VAC 150 VDC 277 VAC 125 VDC CONTACT RESISTANCE Max 3m Max 30m SWITCHING TIME Max 10ms M x 10ms 4OP and 4OPP OPTION MAX VOLTAGE 50 VDC MAX CURRENT 50 mA LEAKAGE CURRENT 100...

Page 44: ...LArM Amarillo SEtP SEt 1 on off Pro SEt 2 SEt 3 SEt 4 They can only be programmed if a 4RE 4OP 4OPP option has been installed or if the logic function n 13 has been programmed ProC Total H 8888 L 8888...

Page 45: ...ures 1 and 2 show the time delay action dly and the asymmetrical hysteresis action hys 1 of two alarms SET1 and SET2 programmed to activate in HI mode OUT1 and LO mode OUT2 Delay action Asymmetrical h...

Page 46: ...EtP SEt 1 on off Pro SEt 2 SEt 3 SEt 4 ProC Total H 8888 9 1 9 Description of Mode relays operating as Counter Chronometer Mode 1 No function When configured as Process or total counter enables the ou...

Page 47: ...when the counter to which the setpoint is related is reset Mode 4 Clear On enabling the output the previous setpoint output is disabled if it had been enabled The setpoint prior to 1 is 4 OUT 2 Pulse...

Page 48: ...in page 9 of RS2 manual Three communication modes are available the ASCII mode uses a simple protocol compatible with several DITEL instruments The ISO mode in accordance with the ISO 1745 norm allow...

Page 49: ...bAud 1200 4800 9600 19200 Adr 88 Pro trAnS Prt 1 Prt 2 Prt 3 Pro dLy 3 Pro RS4 2 1 Prt1 ASCII Prt2 ISO 1745 Prt3 MODBUS 1 dLY 30 ms 2 dLY 60 ms 3 dLY 100 ms 9 2 2 Diagram of the menu Input RS rSout bA...

Page 50: ...CII 13 character of end of message CR Carriage Return MESSAGE FORMAT FROM INSTRUMENT The data sent from the instrument as a response to a data request type command from the master device is the follow...

Page 51: ...ytes One byte STX of start of text ASCII 02 N bytes corresponding to the requested value including the sign and decimal point One byte ETX of end of text ASCII 03 One control byte BCC calculated with...

Page 52: ...int1 value in memory M2 M2 Change the setpoint2 value in memory M3 M3 Change the setpoint3 value in memory M4 M4 Change the setpoint4 value in memory COMMANDS ASCII ISO Command p 0p Peak reset v 0v Va...

Page 53: ...embly from the case and use a screwdriver to pull on the junctions between the case and the grey marked area to detach it from the case The so performed orifice will allow the analog output board conn...

Page 54: ...ced in the side of the meter case beside the basic functions label NMA 4 20 mA NMV 0 10 V NMA or NMV Cutout zones 9 3 3 Connection Each output card is supplied with an adhesive label that indicates th...

Page 55: ...0 10 K 9 3 5 Analog output menu diagram 4 Anout outHI 888 88 outLo 888 88 Pro Display value for 20 mA NMA 10 V NMV output Display value for 4 mA NMA 0V NMV output 9 3 4 Technical specifications CHARAC...

Page 56: ...Fc with duty cycle 50 20Hz Fc with duty cycle 30 10Hz INPUTS 2 CHANELS MAGNETIC PICKUP Sensitivity Vin AC 60mVpp F 1kHz 120 mVpp F 1 kHz NAMUR Rc 3k3 incorporated Ion 1mA DC Ioff 3mA DC TTL 24V DC en...

Page 57: ...V DC 22 to 50 V ac 50 60 Hz Consumption 5W without options 10W max ACCURACY Frequency Tachometer 0 005 Chronometer 0 01 Temperature coefficient 50 ppm C Warm up time 5 minutes AMBIENT Indoor use Opera...

Page 58: ...erences Criteria A 10 V rms EN 61000 4 11 Voltage dips and interruptions 30 reduction 0 5 period Criteria B EN 61000 6 3 Generic emission EN 55022 CISPR22 Criteria A EN 61010 1 General safety Installa...

Page 59: ...roducts benefit from an unlimited and unconditional warranty of THREE 3 years from the date of their purchase Now you can extend this period of warranty up to FIVE 5 years from the product commissioni...

Page 60: ...regarding waste of electrical and electronic equipments from products put on the market after 13 August 2005 the user can give it back without any cost to the place where it was acquired to proceed t...

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