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User Manual - The VersaCount by Veeder-Root

1. P1 electronic P2 electronic 77 BY veeven noor 6 Tachometer 6 3 Programming the tachometer function codes Enter Programming Change function set Save and change to Return to display mode mode ting next function BM D M Keep pressed and simultaneously turn Power On Alternative display of The function codes are displayed as text in row 1 Function code By pressing both keys simultaneously you can change to the numerical display F O to F 35 After pressing these keys once again the number of the selectable options will be displayed in addition This setting will be stored H VEEDER ROOT 78 6 Tachometer Funktion Display l Display code Row 1 Function No Row 2 Factory FO E LER E L Setting 0 Mm No function Defaults 1 UE G en codes are set to the values marked Input A Input B gt Input C n Tacho x ror 3 nG Hold Display F1 COBRE mode of 0 L u H Counter input Gate lnhibit memory operation nr TRO Ta PAZ SE r Hold Display 1 EHHHH Count input Direct input memory Hold Display 2 H 5 H Adding subtracting memory Hold Display 3 H H H Adding Adding memory H veeven noor 6 Tachometer Hold Display memory Hold Display 6 Tachometer 5 Heh H Channel A Channel B memary LU A B A in Hold Display s HEHEHE Difference in of A memory Edge F2 HuHd zy o Single evaluation tion TEE Quadrat evalua 1
2. 1 Lac Keyboard reset locked delayed Lock Pre F31 FU Lac setoset 0 u nL HC POSetting enabled WING Naan ERC 1 Lnr POSetting locked delayed 109 H veeven noor 7 Timer 8 Shift Counter Lock Pre 8 Shift Counter F32 Fl Lac set 1 Set O unLnrc PI Setting enabled ting LM D 1 Lag PiSetting locked delayed 8 1 Shift Counter Description Supplementing the general description under 4 3 Lock Pre l F33 PEE OC cet 2 Set 0 unLac P2Se ing enabled ting sii Function 2 shift counters enable the acquisition of 2 separate partial sums Counter input A acts on partial sum 1 whereas counter input B acts on partial sum 2 1 Lac P2 Setting locked delayed Both partial sums are counted positively the total sum is calculated mathematically F34 BREL c sn o BBEBHB PSC Setting enabled JAR to the summed up total or respectively the difference of the partial ting retre RRR RRR ER RRR RRR RE EE RRR s b r b od R RER eo eT eee eee Tee Teer eee eee ee The total sum remains unchanged after resetting one of the partial sums 1 Loc PSC Setting locked delayed Counter mode of The following counter modes of operation can be selected A Difference counting and summation totalizing mm R operation a F35 bLobAL Mode 0 l SEL 10 seconds delay Output signals _ The counter operates in the coincidence mode i e the output signals are enabled for nU the programmed period of time after reaching the
3. Different counting and totalizing channel A B together max 30 kHz TTL 15 kHz Quadrature x1 or x2 max 15 kHz TTL 15 kHz Quadrature x4 damped attenuated 30 Hz Pulse form any desired form at max frequency square 1 1 Pulse duration min 17 ms 30 Hz 8 us 60 kHz Prescaler 0 0001 99 9999 Reset manual reset via keyboard external reset static or dynamic programmable pulse length min 5 ms 151 H veeven noor 10 Technical Data automatic reset after reaching Preset 2 No pulse losses at max counter frequency due to automatic reset function via application input programmable and programmable Power On Reset Set function Setting to Preset O independent of reset Display and Preset Range 999 999 up to 999 999 Warning signal Display flashes when preset 0 1 or 2 are active Signal times 0 01 s to 599 99 s or latching programming tolerance 10ms active On or Off Relay Output for P1 and P2 Change over contact max 250 VAC 30 VDC 5A Change over contact min 5 VAC 5 VDC 10 mA delay lt 10 ms Transistor Output PNP output 12 30 VDC max 50 mA at DC supply for P1 and P2 12 24 VDC max 30 mA at AC supply 24 115 230 VAC 12 24 VDC max 50 mA at AC supply with switching power supply Application Output PNP output 12 30 VDC max 20 mA at DC supply 12 24 VDC max 20 mA at AC supply 24 115 230 VAC A Current load
4. Reset Counter reading T 2 3 3 i i5 0 T Directional input F1 C dr 1 Input A Counter input Input B Directional input Input C Reset Counter reading 53 KA veeven noor 5 Pulse counter 5 Pulse counter Differential input Fi A S r 2 3 Adding Input B Subtracting Input A sm sz I E d dg Input C Reset Counter reading 4 2 Summation totalizer input F1 AAr 5 Input A Adding Input B Adding Input C Reset Counter reading 4 io 4 i5 i6 7 0 i1 H VEEDER ROOT 54 Phase discriminator F1 QUAd r 2 6 Chan a 0 LT LT LT LT LT L Channel B of qup E SE i LIFFL I a of rotating direction Input C Reset dynamic Counter reading single 1 2 ig 7 i5 oH Evaluat F2 0 i i i i i Counter reading doubla 2 3 4 5 6 7 8 9 8 0 HM 2 Evaluat F2 1 i i i i i i i Counter reading quad 1 2 3 4 5 6 7 8 9 1011 12 13 14 15 16 17 17 16 15 14 13 0 1 2 3 4 Evaluat F2 2 55 KA veeven noor 5 Pulse counter 5 Pulse counter 5 3 Signal diagrams Output signals Output signals latching Coincidence signal time PO F10 timed P1 F11 P2 F12 latching Output signals monostable timed Coincidence signals PO F10 P1 F11 P2 F12 monostable timed Pr set o preset Preset pm Counter reading Preset 0 Preset 1 Preset 2 Reset Counter reading E latching P1 Relay i a Signal time P1 Relay latch
5. tion Output Preset 0 Count input adding or 2nd count input A Count input subtracting or 2nd counter input B Teach Input count value becomes P2 Keylock Input 2 row F15 e brnE display BH Preset 0 1 B Preset 1 2 H d Preset 2 3 FOL Prescaler KA veeven noor 84 85 H veeven noor 6 Tachometer 6 Tachometer Lock F24 F27 are applicable to multifunction counters with a USB or Ethernet F34 PhLLac Prescaler 0 umLnme PSC Setting enabled interface Consult supplement included with those versions Setting decos ee een Lock Pre i F31 PH LOC setoSet 0 un L GE PoOSetting enabled 1 Lar PRC Setting locked delayed tingi _ T r Lock x n 1 Lnr POSetting locked delayed F35 ULabHL Mode 0 1 SEC 10 seconds delay Lock Pre F32 Fl Loc set1Set 0 u nL HE PI Setting enabled 1 Lac d Completely locked MEET AAA nnd GC HA 1 Lac PI Setting locked delayed 2 nP og Lock mode depends on Keylock Input Lock Pre F33 Ha Lac set 2 Set O unLnr P2Setting enabled find roS 1 Lac P2Setting locked delayed BY veeven noor 86 87 H veeven noor 7 Timer 7 Timer 7 Timer 7 1 Timer Description Supplementing the General Functions in Chapter 4 Function The timer counts seconds minutes or hours Depending on the resolution see below the smallest units to be recorded are 0 1 ms Combined with the prescaler see below quantities can be measured as a function of time Presc
6. 02s and 10s In addition user times can be programmed between 0 01s to 599 99s 3 Range signals active as long as the counter reading is within the adjusted range Signals active on off During normal operation the relay is energized if the signal is active This behavior can also be inverted also applicable to the transistor outputs Application in put output Depending on the standard function up to 11 eleven functions can be assigned to the ap plication input output Note however that only one of these functions can be selected Further details are given in the Function Code Section 5 4 H VEEDER ROOT 48 49 KA veeven noor 4 General Functions of the Multifunction Counter 5 Pulse counter 5 1 Description of the Pulse Counter Supplementing the General Functions in Chapter 4 Application Set Programs the application input to act as a Set Input The counter is set to Preset O indepen dently of the reset via input C or the keyboard to preset 0 This function is not available for tachometers Anolicati All keyboard functions can be locked individually pplication Reset PO P 1 P 2 Prescaler keylock Lock mode release after 10s complete keylock or keylock depending on keylock input application input Counter mode The following counter modes can be selected Unidirectional counting adding or subtracting Unidirectional counting with directional
7. Measure as long as Input A is active Single pulse measurement following the cycle duration principle Measurement from ri sing edge Input A to rising edge of Input A Single pulse measurement A Run B Stop Cumulative measurement from rising edge Input A to rising edge Input B Manual Start Stop via keyboard The Start Stop function can be set via the keyboard Start Press the UP button for 0 55 Stop Press the DOWN button H VEEDER ROOT 88 89 EY veeven noor 7 Timer 7 Timer Output signals Function A coincidence signal The timer operates in the coincidence mode i e the output signals are enabled for the programmed period of time after reaching the selected preset value B trail signal P2 and PO operate in the coincidence mode i e the output signals are enabled for the programmed period of time when reaching the selected preset value P1 is a trail preset and not absolute to O but relative to P2 If the setting is F8 1 the following will apply Signal 1 is returned at P2 P1 Example P2 1000 P1 200 Signal 1 at 800 If P1 is negative P2 1000 P1 200 Signal 1 at 1200 If the setting is F8 2 the following will be applicable Signal 1 is returned at P2 und P1 Example P2 1000 P1 200 Signal 1 at 800 or and 1200 C range signal P1 and 2 are range signals Output Signal 1 is active at timer reading lt P1 and Output Signal 2 is active at timer read
8. Set to Preset 2 mmo mp PNP NPN F3 APLGG Logic 0 APALH NPN 8V Level 3 HSEERE Automatic selection of Preset 2 after reaching O 1 PAP_H PNP 8 V Level ara AA wana AA AA F6 PEDEL Ba 0 SEAL Static reset reset as long as the signal is applied 3 c A O BOGA id BY veenpen noor 62 63 H veeven noor 5 Pulse counter 5 Pulse counter L AHABAR yeme et nyo oat gt DR om BBBSEE kt o BARHAN K pme muaa w te courier s ADS oos 1 E HIL P1 as a trail preset with prefix relative to P2 4 OHH 0 10s iuis 6 ee RA S S PE ie e si OE IDEE P ce Sat i i godni LLL E A PY F9 BoEESEE He o Ach En Active On 7 HH 1 00s 1 HEEHBFF Active off 8 Bul 200s Y mao aa E m Ba s Wei petu II MEUSE E sies a a Suede 779 a e is P KA veenpen noor 64 65 H veeven noor 5 Pulse counter 5 Pulse counter 11 U bET 1 User setting 1 0 599 99 s 6 DSH osos p ieu pa MI O f ts a TE ees TTT P Mis i k E a a a a d E NA oe n pus DUREE TIN AAAA UR MMOG AN TU UU A pv on AA OEH p t p SM a ROA on gt NEA m qx Idcm mn mrrmmrrr l oun a i gt E paa ie Peu d E a rc EE a E M a T s me o ENT E WORA G A 8 na MAA AA T O 1LLl 11 A p E E sd a oe s nee 6 RE gt E MMC c SAY Sorat EE BY veenpen noor 66 67 BY veever noor 5 Pulse counter 5 Pulse counter 1 h SEHR Cannot be used in conjunction with autom
9. kHz TTL 15 kHz Quadrature x4 A and B each 15 kHz TTL 15 kHz Unidirectional counting and directional input Input A 60 kHz TTL 15 kHz Differential counting summation totalizing Input A B 60 kHz TTL 15 kHz When the application input is used as an additional count input the above mentioned input frequencies have to be reduced by the frequency of the application input If mechanical contacts are triggered i e relays switches Reed contacts etc the input fre quency has to be damped attenuated to 30 Hz so as to filter out bounce pulses If damping to 30 Hz is selected all inputs can be used at 30 Hz To reach these values the amplitude thresholds are to be held See technical data chapter 10 Signals P1 and P2 are available as relay changeover contacts and electronic output signals PNP PO is available as an electronic output signal across the application output PNP If a signal is active this will be shown on the LCD display Optionally the multifunctional counter can be set to have the display flash if one or all the preset values are active This is also valid for Preset 0 if no output has been assigned Signal time 1 bistable latching Cleared by electronic or manual reset PO P 1 bistable latching additionally cleared by signal 2 Attention Signal 2 must not be bistable latching for automatic reset 2 monostable timed Up to 9 fixed signal times are available between 0
10. of the outputs Sensor 12 24 VDC Out 1 Out 2 Application Output is not allowed to exceed 65 mA in sum KA veeven noor 152 10 Technical Data Counter Counter mode of operation Input A B Unidirectional adding or subtracting directional input Differential operation add sub Summation Totalizing add add Quadrature x1 x2 or x4 Control Input Reset Gate Inhibit Preselect Mode Absolute or trail Range signal limit values signal 1 lt P1 signal 2 gt P2 Application Input Output Prescaler out Preset O out Direction out addtl counter input add sub Reset Set Gate Keylock Hold Teach in Output Input Batch Counter Mode Batch counter with Preset or 2nd totalizer with Preset Shift Counter Counter Mode of Operation Differential counting add sub totalizing add add Tachometer Measuring Principle Period cycle measurement 1 Tau Time base 1 min or 1 s 153 BY veever noor 10 Technical Data Min frequency 1 Hz or 0 1 Hz 10 Technical Data Limit values 2 alarms with programmable startup suppression 1 additional upper limit value on the application output Tachometer Unidirectional add oder sub directional input mode of operation Differential add sub totalizing add add Quadrature x1 x2 or x4 A B or A B A 9o Application Input Output Output Preselect O out Direction out Input addtl c
11. p Dual evaluation D MEME 2 4 Quadruple evaluation PNP F3 WP LOG NPN o MEM H NPN8V Level Logic BHBR H PNP8V Level H VEEDER ROOT 80 F4 F6 in HEE Input UNE damping At tenuat Display Unit Min Input frequency PNP TTL Level 30 Hz attenuation e g for mechanical contacts F max see chapter 4 und 10 Pulse per second 1 sec Pulse per minute 1 min 1 Hz if no further pulse is received after 1s the dis play will return to 0 0 1 Hz if no further pulse is received after 1s the dis play will return to 0 81 BY veeven noor 6 Tachometer 6 Tachometer F14 EB dn ink FLASH P2 Upper limit Decimal place Display flashes Disabled no Output signal I gt P2 point d SAbL 1 EnHhbLE Range signa O D No decimal eee ere f E araa PAANAN i mue dedu es u a i La onn 0 HnFL5H Do not flash Startup F7 SE Sue dana 0 YES With startup suppression F12 1 Ma Without startup suppression Output F9 Duk BI 5 Eog o Hek Un Active On F13 1 AcEUEE Active Off pr PO x F10 515 Addtl o od SHEL Disabled no Output signal Upper TTT limit 1 ERALLE Additional range signal gt PO P1 F11 515 Lower or od GAEL Disabled no Output signal limit JAGGA DONT ds 1 EnAbL Range signal lt P1 H VEEDER ROOT 82 83 KA veeven noor 6 Tachometer 6 Tachometer ashes if any preset is active F22 HD L nr Applica
12. selected Preset value l c H Completely locked mode of operation ompletely locke SR De The total sum acts on Preset 0 Partial sum acts ony Preset 1 2 AFL ac Lock function depending on Keylock input Partial sum 2 acts on Preset 2 BY veeven noor 110 111 EY veeven noor 8 Shift Counter Reset After a reset at input C both partial sums and the total sum are reset When resetting via the application input it is possible to reset one or both of the partial sums or the total sum depending on the selected programming When resetting via the keyboard only the value shown on the display is reset The totalizer sums up all the input pulses even if the partial sums and the total sum are Totalizer reset The totalizer can only be reset manually 8 2 Scrolling between Total Sum and Partial Sums The Shift key is used to scroll between the total sum and partial sums 1 and 2 If a partial sum is shown SU1 or SU2 will flash in the lower display bar Partial sum 1 Partial sum 2 H VEEDER ROOT 112 8 Shift Counter 8 3 Signal diagrams Inputs PNP Logic Adding Adding F1 A A r Input A UL TL SP LT LH L Input B Counter reading Partial sum 1 Partial sum 2 Total sum 113 H veeven noor 8 Shift Counter 8 Shift Counter 8 4 Signal Diagrams Output signals Adding Subtracting F1 A S r Output signals timed Co
13. up dn E up at power on E dn at power on Standard function Function Parameter up shift at power on Standard Funct Pulse counter Tachometer Signal times Function parameters Operat Mode Count frequency Decimal point Reset Behavior Set Reset Mode Output Memory Display Mode Keylock Output signals npn pnp selection Applic Input Output many other function parameters 33 H veeven noor 3 Setup and Operation 3 Setup and Operation 3 6 Programming the Standard Function The device described here is a multifunction counter which can be programmed for a variety of functions and ap plications i e pulse counter tachometer timer shift counter or batch counter The first step is to set the standard function the default factory setting is pulse counter Now continue with the programming of the function codes Chapters 5 9 or User Times Chapter 3 10 Enter Programming mode Change function setting Save return to counter operation BE B Keep pressed and switch Power on si press multaneously Function code Fn Display Row 1 FUNLE Function Sets Standard Function Display Row 2 0 PULSEE Pulse Counter 4 bHErHE Batch Counter H VEEDER ROOT 34 35 KA veeven noor 3 Setup and Operation 3 Setup and Operation 3 7 Programming the Function Codes O Attention With each change among text and numeric display the currently
14. v selected function code will return to the factory default setting and may have to be readjusted The function codes system parameters are used to program the function of the inputs and outputs and the de vice itself The selection options are described in detail in Chapters 5 to 9 The factory default setting is designated with an asterix Enter Programming mode Change function setting Save and change to next Save and change to function code counter operation 3 8 Programming the Preset Values v a M n E By simultaneously pressing the E Up E Down or E Shift key you can change to the Preset programming or mode a pressed gt delat press Use the shift key in the programming mode to change a setting position The selected position will start to flash SWSCBISIRUTSM EUST Use the shift key again to move one position to the right Then use the UP or Down key to increment or decre ment the position by 1 ES v Rule for the 6th position The change from 9 to O or O to 9 is indicated by a changing prefix Change between Text Display and Numerical Display Use the E key to leave the programming mode and return to the display mode Your entries will be saved In the function code Programming Mode the first row shows the name of the function code in the form of text 7 segment display The second row shows the selectable option in a text form By simultaneously pressing the Up and Down buttons the display in the first row chang
15. 0 d GAEL Disabled No output signal Latching reset with Preset 2 or 1 bi SEAb Reset 2 BHE 0025 99 H veeven noor 7 Timer 3 DOG 0 05 s ii ERE BUM ru o a EEE 6 n e y RA M TE o i AA AA n red EET papin ae un H VEEDER ROOT 100 7 Timer 1 USEF Usersetting 1 0 599 99 s 12 USEF B User setting 2 0 599 99 s 13 HET 3 user setting 3 0 599 99 s Signal F11 L ki time P1 0 d SAL Disabled no output signal Latching reset with Preset 2 or 1 u SEAb Reset 2 Hod 0 02s 3 HOS 0055 4 BO 0305 101 KA veeven noor 7 Timer 7 Timer aa won usn A GEJA O EET ENTE Recien NN c i ZONE aa RUPEE SEEN DER i mH UAM OE ee TTT ener Crean e E E Parcas IMMER RH E ie o MA NEA S a gt M l na l he i as BY veeven noor 102 13 U bET 3 User setting 3 0 599 99 s F12 55 kd RA 0 d amp HhL Disabled No output signal unes l i gt 5 inc te in cot m 2 Hoe 00s p cad alee RACZ E Ss P R s m ETUR R ZYC NOM ee ee ee 103 H veeven noor 7 Timer 7 Timer Stop after 7 0O 1 005 F13 BP Skab ahh o Flo No Stop when main Preset is reached P2 EP the main ansehen ee Preset 8 ZOO 200s 1 YES Stop when main Preset is reached P2 n Display u 9 SOG 5 00s F14 BRRHH ashes 0 f aE L bH Do not flash 10 GEE 10005 1 p H Flashes as long as PO is activ 11 HREE User setting 1 0 599 99 s 2 H Flashes as long
16. 1 VC 0772141 14 Spare Parts LCD reflective 2 VC 0772102 VC 0772112 VC 0772122 VC 0772132 VC 0772142 LCD transflective positive 1 VC 0772201 VC 0772241 Warning LCD transflective positive 2 VC 0772202 VC 0772242 Use only OEM spare parts LCD transmissive negative 1 VC 0772301 VC 0772341 The use of incorrect or faulty spare parts may cause damage malfunction or safety hazards Therefore use only LCD transmissive negative 2 VC 0772302 7 7 VC 0772342 spare parts provided by the OEM LCD transmissive red 1 VC 0772401 VC 0772441 The multifunction counter may only be opened and serviced by the manufacturer LCD transmissive red 2 VC 0772402 z VC 0772442 Only external components are available as spare parts m LCD transmissive green 1 VC 0772501 VC 0772541 LCD transmissive green 2 VC 0772502 VC 0772542 Transflective Positive black figures on back lit background 15 Dismantling and Disposal Transmissive Negative white figures on black background Transmissive red red figures on black background After reaching the end of its useful life the multifunction counter has to be disposed of or recycled according to Transmissive green green figures on black background applicable local environmental laws not yet available KA veenpen noor 160 161 H veeven noor 17 Accessories and spare parts 17 Accessories Panael Adapter Item no Dimensions 1 405 675 60 x 75 mm 2 36 x 2 95 1 405 676 72 x 72 mm 2
17. 2 ST HC TH EHEH CET CT CHAT CA Partial 7 OO 1 005 sum 2 1 bh SEAL Latching reset with Reset 8 ZOE 200s 2 H g 002s 9 COU 500s 3 HOS 0055 10 GGG 10 00s 4 BIG 010s 1 USEF Usersetting 1 0 599 99 s 5 He 0205 12 U bET B user setting 2 0 599 99 s 6 HSH osos 13 USEF 2 User setting 3 0 599 99 s 7 HH 1 00s KA veever noor 122 123 H veeven noor 8 Shift Counter 8 Shift Counter 4 decimal places User Einstellung 1 0 599 99 s F14 User Einstellung 3 0 599 99 s F13 dPa n 1 Decimal Point No decimal point FLASH Display flashes Do not flash Flashes if any Preset is active H VEEDER ROOT 124 125 KA veeven noor 8 Shift Counter 8 Shift Counter Power On F17 PONES Reset Na TER Restores the counter value 1 H E 5 Reset at Power On Output Restart signal time aft fail MTULMEN CL gnal time after power fai ER DUE NET Signal 9 488 output switches Memory DLE 1 Mo Do not restart signal time after power fail Addtl a m F19 AddEnE Totalizer 0 YES Additional totalizer is enabled 1 Ma No additional totalizer Appli n F22 APL RP cation 0 BH Hub Output Preset value O Input aaa A PY Go erben des Output F15 d Hi nE dim BH Preset 0 1 D Preset 1 PO AA E e PERO dara BM cE era pis on TEE Bl ONE on Pan BANA person mere sets ji a nu H VEEDER ROOT 126 127 KA veeven noor 8 Shift Counter 9 Loc K
18. 50VAC 5A max 250V 1 4 Out Rel 2 1 3 aa 129 max 250V 1 1 7 OUT Tr 12 24VDC 30mA AC Supply 10 E 8 ouT2 Tr 12 24VDC 30mA Xtern Fuse Q VAC 2 relays 2 transistors A 23 veeven noor 3 Setup and Operation 3 Setup and Operation 2772 021 1 DC SUPPLY ext Fuse nc 16 2 ov N Nc 15 3 InputA NC 1 4 4 Input B Out Rel 2 5 Input c A 6 Application input output mat 1 1 7 OUT1 Tr 12 30VDC 50mA nc 10 8 OUT2 Tr 12 30VDC 50mA Nc 9 VDC 1 relays 2 transistors 2772 046 Sensor 12 24VDC 1 max50mA NG 16 2 ov NC 15 3 Input A NC 14 4 Input B Out Rel 2 1 3 5 Input C Z50VACZJSA 12 max 250V 6 Application input output 1 1 T OUTA Tr 12 24VDC 30mA AC Supply 10 8 OUT2_Tr 12 24VDC 30mA extern Fuse J A VAC transformer 1 Relays 2 transistors 2 772 034 1 DC SUPPLY ext Fuse 2 ov 3 Input A 4 Input B 5 Input C 6 Application input output 7 OUT1_Tr 12 30VDC 50mA 8 OUT2 Tr 12 30VDC 50mA VDC 2 transistors nc 16 nc 15 ne 14 nc 13 nc 12 nc 11 nc 10 nc 9 4 Sensor 12 24VDC 2 772 047 max50mA 0v 3 Input A 4 Input B 5 Input C 6 Application input output nc 16 nc 15 nc 14 nc 13 nc 12 Nc 11 7 aun Tr 12 24VDC 30mA AC Supply 10 8 OUT2 Tr 12 24VDC 30mA amp Xtern Fuse Q LE VAC 2 transistors KA veeven noor 24 25 KA veeven noor 3 Setup and Operation 3 Setup and Operation The plug has to be disconn
19. 5780 Example 1 pulse per cm display in inch PSC 1 2 54 0 3937 Attention This is only valid for counters and tachometers For timers please refer to chapter 7 2 row display The display of the 2nd row can be programmed as follows Preset 2 P2 Preset 1 P1 Preset O PO Prescaler Batch counter totalizer or partial sums shift counter Counter and control inputs The counter is fitted with 3 counter and control inputs and an application input see below These inputs are assigned various counter or control functions by means of function code settings Input logic The input logic can be programmed to NPN or PNP each at the 8V level or TTL level see Chapter 10 for the switching threshold H VEEDER ROOT 44 45 KA veeven noor 4 General Functions of the Multifunction Counter 4 General Functions of the Multifunction Counter Reset Set Manual setting via keys lockable Electronic setting via control input and or application input Automatic programming after reaching the main Preselection Programmable Power On Reset Depending on the function code the counter is 1 Reset reset to 0 P2 is the main Preset preselect value During unidirectional counting the counter will add up or 2 Set reset to P2 Signal 2 at O Output 2 at O During unidirectional counting the counter will subtract For time counting batch counting or shift counting
20. 6 D H H d H Channel A Channel B Reset 7 HHuRd 5 Channel A ChannelB Gate Inhibit F4 F2 HU Hd Edge 0 Single evaluation NA AA tion Quadrat 1 d Double evaluation F5 Evalua UU TPTTETLAILIZLLDILITITILISIIDLOITLADILILILUIITDTDILIILLTLIILILTIILITITTITLTIIIOLIIIT tion 2 U Quadruple evaluation PNP F3 IRL NPN Lo 0 EN NPN 8 V Level gic PRF PNP 8 V Level KA veever noor 136 137 H veever noor 9 Batch Counter Fo DESEES Mer Reset Output F9 Lt E 5 D signal F10 HEBHBH ia 1 HEEHFF Active Off 0 d amp HhL Disabled no output signal UB Rp ating reset withPreset2o 2 DEE oos TM PAGAN X aes Static Reset reset as long signal is applied Dynamic Reset ready for counting after reset even if reset signal has been applied for a longer time Active On 9 Batch Counter H VEEDER ROOT 4 0 10 E EA e A o PZA un dola n gt uve dos s spen ues a 139 BY veeven noor 9 Batch Counter 9 Batch Counter 12 U bET d User setting 2 0 599 99 s 6 NSO osos 13 HGEEEJ User setting 3 0 599 99 s 7 dd 100s F11 5 5 E Signal 0 d amp HhL Disabled no output signal 8 HHH 200s time P1 rr arras ss ss Batch Preset 1 h 5 L H b Latching reset with Reset 9 aH H 5 00 s 2 HD d oos 10 BHE 1000s 3 HAS 0 05s 11 HSER User setting 1 0 599 99 s 4 BAG 0 10s 12 USEF d User setting 2 0 599 99 s 5 Hed 020s 13 45653 User setting 3 0 59
21. 83 x 2 83 1 405 679 125 x 60 mm 4 92 x 2 36 Protective Cover 2 772 052 Frame 1721 014 48 x 48 mm 1 89 x 1 89 Front panel cutout 55 x 55 mm 2 17 x 2 17 68 x 68 mm 2 68 x 2 68 106 x 55 mm 4 17 x 2 17 for installation of 2 counters 48 x 48 mm 1 89 x 1 89 H VEEDER ROOT 162 163 KA veeven noor Version 1 190410CB1 8 0277205 VEEDER ROOT Danaher Controls 2100 West Broad Street Elizabethtown NC 28337 0800 390 6405 ACompanyof CD Bananer SENSORS amp CONTROLS
22. 9 99 s BY veeven noor 140 141 KA veeven noor 9 Batch Counter 9 Batch Counter F13 dn ink Decimal point 8 EHH 205 i e on madapa haa TR AUE as T m pa i PT Min ANO NOE m E a ANA CAE 13 HBBRBB Usrrsctina 0598989 o Li No decimal point mM oe ia r Signal F 5 F12 SG Ed time P2 0 d GAbL Disabled no output signal Latching reset with Reset 1 4 GEAG Cannot be used in connection with automatic Reset 2 Hod oos 3 HES 0 05s 4 DID 010s 5 Hel 0205 6 O50 osos 7 DD 1 00s KA veeven noor 142 143 H veeven noor 9 Batch Counter 4 decimal places 9 Batch Counter F14 FLASH gody o MaFLSH Donot flash 1 HH Flashes as long as PO is active 2 BHBBBH aneiens AU D RR O Qiu Huet a nn M Sabie obs res ae russes KA veeven noor 144 F15 F16 E Li nE 2 row display External Reset signal 0 H H Preset 0 t RIA AMINO NAIA ANG GANANG s pi RNA 2 os MEE O ESSA RR a A ERA IR DEO hs Ta CC ACD WE vrata me on m FESInE Only resets the counter f z a js NUM a idee neva ARTA NAG ka mawa ims a Ao WA ROCA 145 H veeven noor 9 Batch Counter 9 Batch Counter Power On F17 PONTES Reset 0 Na TES Restores the counter value 1 FEG Reset at Power On Output R l i i MLERER estart signal time after power fail FIB UUE
23. Lo o HEN H NPN8V Level gic 117 EY veeven noor 8 Shift Counter 8 Shift Counter Dynamic T FAP _H PNP 8 V Level F6 FEDERE gina o SEAL Static Reset reset as long as signal is applied EOT ZNANE Reset RR rede Dynamic Reset ready for counting even if reset non Y Y 9 2 HERL NPN TTL Level 1 din signal has been applied for a longer time a PRP_L PNPTIL Level F9 086466 at o ACE Bn Active on Input 30 Hz damping attenuation e g fi hanical FA In HEE Ak NG EBHERH Rd attenuation e g for mechanica 1 RELNEE Active Off WE m Signal 1 Hi Fra Fmax see chapter 4 and 10 F10 5 5 U timePO 0 d SAL Disabled no output signal Total AA SEA AAA AA With Sum f F5 P ESEE without 0 YES with Preset 1 bi 5EAb Latching reset with Reset hi A UA n 1 Mm Without Preset 2 DD C 0025 3 HHS 0055 KA veeven noor 118 119 H veeven noor 8 Shift Counter 4 HHO 0 105 o al Pon T P SA E RETA AT RN ET dn EEPE EI MEE l R S NAK e m A E N PR EN 8 Shift Counter 13 HEEF 3 User setting 3 0 599 99 s H VEEDER ROOT 120 F11 5 Signal 0 d GAEL Disabled no output signal time P1 KANA AYY Partial sum 1 1 4 SEAL Latching reset with Reset 2 Hie 0 02s 3 HHS 0055 4 DIE 010s 5 He 0205 121 H veeven noor 8 Shift Counter 8 Shift Counter 6 Hh H 0 50 s F12 5 G ta Signal 0 d GAEL Disabled no output signal DIE time P
24. RET signal 0 4E5 output switches Memory wisse oil ER 1 No Do not restart signal time after power fail Batch F19 BRECH Counte O bAkch Batch counter ndm totalizer B H nEr 2nd totalizer F22 APL IAP oo POE puk Prescaler output put SR red Roe Cen ee See TAPE ee AB AR output 1 EHEHE Output Preset 0 KA veeven noor 146 8 GHEE Gate Inhibit input 9 Loc Keylock input 147 H veeven noor 9 Batch Counter A F24 F27 are applicable to multifunetion counters with a USB or Ethernet 10 Hold 1 EEREH 12 SEE Set input sets to Preset 0 interface Consult the supplement included with those versions Lock Re 9 Batch Counter D m F30 FE5SLoc set key 0 u nL HG Keyboard reset enabled 1 Lac Keyboard reset locked delayed nni Lock i l F31 PO Lac Preseto 0 umbag PO Setting enabled ty IT 1 Lnr PO Setting locked delayed H VEEDER ROOT 148 F32 F33 F34 F35 HBBBHB Lock Preset 1 Setting Lock Preset 2 Setting Lock Prescaler Setting Lock Mode o unLnr Pi Setting enabled E PA TEA AN es i e 0 unLnrc P2Setting enabled Saai s 5 Ri n sapna qr UA ERR ER o unkor PSC Setting enabled E MA m pus a uc RPO o ID SEC 10seconds delay Pag AA AA PAA ae 2 BBBBBE Lockmode depends on Kevokingut 149 BY veeven noor 10 Technical Data 10 Technical Data General 10 Technical Data Display LCD reflective Transflective Positiv
25. User Manual Part No 2 772 058 englisch 04 2010 veever noor Table of Contents 1 General Information 1 1 1 2 1 3 1 4 1 5 Introduction Explanation of symbols Limitation of Liability Copyright protection Warranty Safety 2 1 2 2 2 3 2 4 2 5 2 6 Intended Use Assembly connecting programming Responsibilities of the machine plant manufacturer and operator Operator requirements Hazards Safety devices Setup and Operation 3 1 3 2 3 3 3 4 Dimension Sheet Multifunction Counter Installation Connecting the Multifunction Counter Display Key functions 7 7 9 10 11 11 12 12 13 16 17 18 20 21 22 23 28 30 H veeven noor Table of Contents Table of Contents 3 5 Overview of Operating Elements 33 7 Timer 88 3 6 Programming the Standard Function 34 7 1 Timer description 88 z NA ie a 7 2 Signal diagram timer input signals 91 39 The Prescaler Programming 39 7 3 Signal diagrams timer output signals 94 c 7 4 Programming the timer function codes 94 3 10 Programming the User Times 40 3 11 Output of Device ID 42 8 Shift Counter 111 3 12 Adjusting the backlight 43 e 8 1 Shift counter description 111 4 General Functions of the Multifunctional Counter 44 S Scroll RW Total am ahd EA ums Ma 8 3 Signal diagrams shift counter input signals 113 8 4 Signal diagrams shift counter output signals 115 5 Pulse Counter 51 8 5 Programming the shift counter functio
26. ackaging until you actually have to start your assembly and installation work Inspect the shipment for completeness and possible signs of transport damage immediately after receipt 12 Maintenance and cleaning The multifunction counter does not require any maintenance The front side may be cleaned with commercially available household detergents For additional enviromental protection a flexible trasparent face plate protector is available as an accessory 157 KA veeven noor 13 Trouble shooting 13 Trouble shooting Warning Improper fault correction may cause serious damage or personal injury The machine plant manufacturer is responsible for the preparation of operating instructions and troubleshooting protocols in the event of malfunctions This is dependent on the end use design and application The first step is to determine if the cause of an error or malfunction implies a possible fault of the multifunction counter Possible of Errors 13 Malfunctions Counter tachometer does not count Adjusted to incorrect mode of operation F1 Single channel directional input differential counting phase discriminator Incorrect adjustment of PNP NPN logic and input level F3 Skilled personnel Skilled personnel High level does not exceed the upper amplitude threshold low level does not fall below the lower amplitude threshold Qualified electrician Continuous reset signal is applied Q
27. aler During the timer operation the prescaler has to be disabled or set to 01 0000 The prescaler can be used to record quantities provided that the quantity per time unit is known and constant Example A volume of 3 liters per second is supplied Settings Time format seconds prescaler 3 0000 Display Supplied volume in liters as a function of time The prescaler cannot be used with the time format HH MM SS as it is not applicable in this application Time formats 4 time formats are available Seconds minutes hours and HH MM SS Resolution By shifting the decimal place a resolution of up to 4 decimal places can be programmed the smallest resolution is 0 1 ms The time format seconds with four decimal places shows 0 1 milliseconds The time format seconds with three decimal places shows milliseconds The time format minutes with two decimal places shows 1 100 minutes Timer mode of operation The following modes of timer operation can be selected Cumulative measurement following the pulse width measuring principle Cumulative measurement as long as input A is active Cumulative measurement following the cycle duration principle Cumulative measurement from rising edge Input A to falling edge of Input A Cumulative measurement A Run B Stop cumulative measurement from rising edge In put A to rising edge Input B Single pulse measurement following the pulse width measurement principle
28. as P1 is active 12 U bET HB user setting 2 0 599 99 s 3 Dd Flashes as long as P2 is active 13 H 5 E H J User setting 3 0 599 99 s 4 A H d Flashes as long as any preset is active 2 row F15 B LinE display 0 HH Preset 0 KA veeven noor 104 105 H veeven noor 7 Timer 7 Timer PP ae NEWER pacc AN Ea AA aeea rcr rnk h ee A A E i E i v i BAHA duced SE HHn SE Stop vi o di5AbL UP key Stat DOWN key Stop Munro CUM 1 BBHBBH pp maaga a F17 H H H H E 5 a a 0 H n E E 5 Restore counter value BEER TO PU CT i n ve sbi RRR ea istos cte py trad H VEEDER ROOT 106 F18 nue nen SE YES a E Memory M TTT Flm Do not restart signal time after power fail F19 Addkot SEM YES Enabled EROS u em F20 PEESEE Ra d SHEL Prescaler not active RT IR P21 E mHE Timer lyp E REE Preset timer Rieg aaa a 107 H veever noor 7 Timer 7 Timer F22 RPEARP er o PH Huk Output Preset 0 Output eri rra as 1 run Run Input l a ana HEEDES niaba rnaen e He AA i s m ESE E E E E He F a ATE a i ies vauek s estu ER sees delete P in f aa us n s ies H VEEDER ROOT 108 8 EERLH Teach Input count value becomes P2 Set Input set to Preset 0 F24 F27 are applicable to multifunction counters with a USB or Ethernet interface Consult the supplement included with those versions Lock Reset F30 H E 5 foc Key u n L og Keyboard reset enabled
29. ate 40 C 104 F 93 rel hum class 4K4H EN 60 068 2 78 25 50 C 77 122 F 93 rel hum cyclic EN 60 068 2 38 Degree of protection IP 65 front side EN 60529 155 BY veeven noor 10 Technical Data IP 20 terminals 11 Transport Packaging Storage 12 Maintenance and cleaning Vibration resistance 10 m s2 32 8 ft s2 10 150 Hz IEC 60 068 2 6 Shock resistance 100 m s2 328 ft s2 18 ms IEC 60 068 2 27 Resistence to chemicals Frontfoil ace to DIN 42 115 2 Approvals UL CSA File No E 338588 RoHS compliant Mechanical Data Installation Front panel installation with tenter frame Front panel thickness max 11 mm 0 43 Dimensions 48 mm x 48 mm x 118 mm 1 89 x 1 89 x 4 65 installation depth 110 mm 4 33 DIN 43700 Front panel cutout 45 mm x 45 mm 0 3 mm 1 77 x 1 77 x 0 01 Weight approx 200 g 7 oz For cable length gt 30 m for connection to a DC supply network and input level TTL an additional protection circuit is necessary H VEEDER ROOT 156 11 Transport Packaging Storage Q Note Damage may be caused by improper transport Y Improper transport may cause considerable damage Do not remove packaging before assembly and installation The packaging offers from protection against mechanical damage and loss of parts such as the plugs or operating instructions Therefore do not take the multifunctional counter out of its p
30. atic ee er PCE 2 HD d oos F as s e T P a m Edo Tene kan SA ae id E a SA d PP REEE EAT AE G REESE a A E P Wa POPE PP AAP Latching Reset User setting 3 0 599 99 s H VEEDER ROOT F13 dPaunk sr D No decimal point 1 HB 1 decima place v S NG E l EN E 2 ka e i a AA M UE Ea A n 69 KA veeven noor 5 Pulse counter F14 F15 FLASH Display flashes No flashing Flashes as long as any preset is active Preset 0 H VEEDER ROOT 70 5 Pulse counter 4 Laok Totalizer F16 U UET ER Outputat o Flm Do not activate Preset 2 during Reset A AA term Cut 1 Hock Fe Activate Preset 2 during Reset nnr C Power On x n r F17 PON ER Reset 0 Na TES Restore counter value 1 E Reset at Power On Output Restart signal time after power failure LNE g p FR UUENREN signal 4E5 output switches Memory eee EEE 1 lim Do not restart signal time after power failure Addtl F19 AddEBE rene YES Enabled 1 Mm Disabled 71 KA veeven noor 5 Pulse counter 5 Pulse counter Teach input count value becomes P2 Latch and Reset Save display at Reset F24 F27 are applicable to multifunction counters with a USB or Ethernet interface Consult the supplement included with those versions Lock Reset F22 REL RF a 0 POE aut Prescaler outp
31. cription of functions according to the programming of the multifunction counter Description of the settings to be adjusted by the machine plant operator Information concerning the occupational safety requirements and possible hazards arising from the operation of the machine plant 15 H veeven noor Safety 2 3 Responsibilities of the machine plant manufacturer and operator Multifunctional counters are designed for installation and use in machines plants Therefore the manufacturer and operator of the machine plant are subject to the legal obligations concerning occupational safety and health In particular e The machine plant manufacturer shall be obligated to ensure that all the requirements mentioned in section 2 2 be adhered to during the assembly connection and programming e The operator shall obtain all required information regarding applicable occupational safety rules In addition the operator shall be obligated to prepare a risk assessment of possible hazards that may arise at the place of operation This risk assessment shall be documented in the form of operating instructions for the machine plant e The machine plant manufacturer and operator are responsible for regularly checking local occupational safety and health requirements and its required making appropriate revisions to the application instructions e The operator shall ensure that all staff members who are involved in the machine plant operation have rea
32. cuting electrical work safely and competently 2 5 Hazards This section indicates certain risks which may arise as a result of improper installation or application The safety information and warnings in these instructions must be observed in order to reduce the risk of hazards or injury A Danger Lethal hazard of electric shock Any contact with live currents presents a direct lethal hazard Damages to the insulation or individual components present a potential lethal ha zard e In the event of damage to the insulation immediately disconnect the power supply and initiate the appropriate repair work e All electrical work must be carried out by skilled and trained electricians e Before commencing your work on the electrical system disconnect it from the main pow er supply and check that it no longer carries any live currents e Prior to conducting any maintenance cleaning or repair work disconnect the main power supply and secure it against inadvertent engagement e Do not short circuit or bypass jump fuses H VEEDER ROOT 18 19 KA veenpen noor Safety 2 6 Safety devices Warning Lethal hazard by non functional or non existent safety devices Safety devices must be installed to ensure operational safety The multifunction counter does not include any installed safety devices These safety devices must be installed externally Protect the electrical supply of the multifunction counter by means of ext
33. d and fully understood these instructions Moreover the operator shall be obligated to train the operating per sonnel at regular intervals and inform them about any potential hazards H VEEDER ROOT 16 Safety e The owner shall ensure that the operation maintenance and repair of the machine plant is exclusively car ried out by skilled and trained personnel 2 4 Operator requirements Warning Risk of personal injury is operated by unqualified individuals Improper handling may cause severe personal injuries and damage to property e Actions requiring special skills must be carried out only by trained personnel as designated in these instruc tions e Keep unqualified untrained personnel away from hazard areas 17 KA veeven noor Safety Safety The following staff qualification requirements have been defined for the various scopes of activities Instructed personnel These persons have been instructed by the operator with regard to the tasks assigned and the potential hazards caused by improper handling Skilled personnel Due to their educational and professional skills know how and experience as well as their knowledge of re levant regulations these persons are capable of executing their assigned tasks safely and competently Skilled and trained electricians Due to their educational and professional skills know how and experience and their knowledge of electrical codes these persons are capable of exe
34. d properly insulated The rules and regulations set forth by the local electricity providers have to be observed Do not establish any connections with non allocated NC terminals Multifunction counters may only be operated when properly installed If safe operation is impaired make the multifunction counter inoperable and secure it against inadvertent operation Scope of applications industrial processes and controls Overvoltage across the terminals must be limited to the values specified in overvoltage category II The installation and wiring has considerable impact on the electromagnetic properties of the multifunction counter Therefore electromagnetic compatibility of the entire application must be ensured during the instal lation In areas presenting the risk of ESD electrostatic discharge use ESD protected plugs and switches If the functions prescaler input preset input and key reset are not allowed to be used by the machine plant operator access to these functions must be locked Depending on the application non permissible in put may impair the safe operation and function Safety H VEEDER ROOT 14 Danger The party responsible for the commissioning of the multifunction counter must take precautions to ensure the safe operation of the device The party responsible for the commissioning of the multifunction counter is responsible for the preparation of operating instructions including Des
35. depends on keylock input negative entries will be stored as positive values Counter mode of The following modes of operation can be adjusted for the counter Unidirectional counting adding or subtracting operation Unidirectional counting with directional input Difference counting summation and Quadrature x1 x2 or x4 The counter operates in the coincidence mode i e the output signals are enabled for the programmed duration when the selected preset value is reached Output signals Mode of Operation KA veenpen noor 130 131 H veeven noor 9 Batch Counter Prescaler Output PSC out The Prescaler output is an application output With each increase of the counter reading the number of output pulses corresponds to the respective number of increments The pulse length of the prescaler output corresponds to a frequency of 500 Hz When using the prescaler output the max input frequency is F max 500 PSC So it is possible that the maximum input frequency can not be reached H VEEDER ROOT 132 9 Batch Counter 9 2 Signal Diagrams Inputs and Outputs Unidirectional count F1 C G r Batch counter F19 batch Preset 2 Main Preset 5 Preset 1 Batch Preset 3 mua LLL re Counter input Y Reset Y Reset y Reset Preset 2 Preset 1 IE Counter Reading 1 2 3 4 0 1 2 3 4 0 1 2 3 4 0 Batch Counter 1 2 3 133 H veeven noor 9 Batch Counter 9 3 Prog
36. e black figures on back lit background Transmissive Negative white red or green figures on black background 2 lines counter reading presettings 6 digits decimal point up to 4 decimals Digit hight 1st line 9 3 mm 0 37 2nd line 7 2 mm 0 28 Supply voltage SELV 12 30 VDC protected against polarity reversal SELV 24 VAC 50 60 Hz 10 115 VAC 230 VAC 50 60 Hz 10 90 260 VAC 50 60 Hz Current consumption 12 30 VDC lt 200 mA 24 VAC lt 250 mA including sensor supply 115 230 VAC lt 50 mA incl sensor supply 90 260 VAC lt 400 mA incl sensor supply Power consumption lt 5W Duty cycle 100 Overload protection external fuse DC 0 16 AT IEC 127 DC 0 2 AT UL 198 24 VAC 315 mAT 230 VAC 32 mAT 115 VAC 63 mA T KA veeven noor 150 Overload protection Relay output external fuse 230 V 2 5 mA T Sensor supply Only for AC operation 12 24 VDC load dependent max 50 mA Storage of values NV memory gt 10 years Electrical connections Plug in screw type connections Terminals Cable cross section 1 1 5 mm with wire end sleeves Amplitude threshold lt 2Vand gt 8Vor lt 1Vand gt 4V at TIL level amplitude max 40 VDC Active edge programmable positive for PNP input negativ for NPN input Input resistance approx 10 kOhm Count frequency max 60 kHz TTL 15 kHz single channel counting max 60 kHz TTL 15 kHz
37. ected from the counter before the cables are fastened by means of screws or 2772022 2 772 023 2772035 Sensor 12 24VDC Sensor 12 24VDC Sensor 12 24VDC 3 1 max50mA Out Rel 1 1 1 max50mA nc 16 1 max50mA nc 16 screw type terminals 2 ov en a 2 ov No 15 2w uc 15 250V Do not connect the encoder to a 3 Input A Na 14 3 Input A nc 14 3 input A nc 14 NIE current line voltage without 4 input B Out Rel 2 am 4 input B Out Rel 2 Bal 4 input B nc 13 protective circuit for EMC For cable 0VDC a 5 input C B TA 5 Input c 2SOVAC ISA ira 5 input c nc 12 lenths gt 30 m 100 ft a protective E 250V max 250V E RE I 6 Application inputloutput 11 6 Application input output 11 6 Application input output Nc 11 circuit is always required 7 ouri Tr 12 24VDCI50mA AC Supply 1 Y AC Suppl 5 A a MA 90 260V 0 T ourt_tr 12 24VDCI50mA acco 10 S T OUTA Tr 12 24VDCI50mA RER 10 S When programming the input level to 8 our2 Tr 1224VDC somA ud 2 lt B OUT2 Tr 12 24VDCI50mA extern Fuse J 8 OUT2_Tr 12 24VDC 50mA extern Fuse 9 TTL an additional protective circuit is A A required T f We recommend installation in a metal VAC switching power supply 2 relays 2 transistors VAC switching power supply 1 relay 2 transistors VAC switching power supply 2 transistors grounded panel BY veenpen noor 26 27 H veeven noor 3 Setup and Operation 3 3 For DC Versions When switching on the device in PNP Mode a sho
38. ernal fuses see Chapter 10 Technical Data Whether or not additional safety devices e g emergency off buttons have to be provided depends on the appli cation and construction of the machine or plant The machine plant manufacturer shall be responsible for providing such additional safety devices in according with their own risk assessment and applicable local laws and regulations 3 Setup and Operation PY veever noor 20 Setup and Operation 1 Display 2 Operating keys 3 Flat gasket 4 Bracket 5 Enclosure 1 6 Plug for DC or sensor supply Electronic inputs and outputs 7 Connection terminal AC supply and relay contacts 8 Circuit diagram 21 PY veever noor 3 Setup and Operation 3 1 Dimension Sheet Installation of Multifunction Counter 48mm 1 89 48mm 1 89 Connecting terminal max 112mm 4 41 8mm 0 32 Installation cutout H VEEDER ROOT 22 3 Setup and Operation 3 2 Connecting the Multifunction Counter 2772 020 1 DC SUPPLY ext Fuse 2 ov 3 Input A 4 Input B 5 Input C 6 Application input output f QUT1 Tr 12 30VDC 50mA B OUT2 Tr 12 30VDC 50mA VDC 2 relays 2 transistors Out Rel 1 16 Z5WACZA 19 max 250V 1 4 13 Out Rel 2 30VDC 5A 250VAC 5A max 250V 1 1 nc 10 nc 9 A 1 Sensor 12 24VDC max50mA 2 ov 3 Input A 4 Input B 5 Input C 6 Application input output 2772 045 utre NO Nen 4 Ba 2
39. es to a numerical display after pressing these buttons once again the display in the second row also changes to a numerical display Pressing these buttons for a third time reverts both rows back to the text display On leaving the programming mode the presets are tested for attainability and recalculated if necessary because not all the values may be attained at a prescaler value of gt 1 The presetting is then rounded to the closest attai nable value H VEEDER ROOT 36 37 H VEEDER ROOT 3 Setup and Operation 3 Setup and Operation 3 9 If no key is pressed for more than 16 seconds in the programming mode the counter will automatically return to the display mode In this case however no entries will be saved except the last value saved with the E key Set the preset value to 0 by pressing Up and Down keys simultaneously Save and return to display mode Set position B Select a position starts flashing Enter Programming mode BE Preset 2 H Preset 1 HI Preset O Zero in Set Preset Prescaler programming By pressing the Up Shift keys simultaneously you can change to the Prescaler Programming Mode In the Programming mode the position to be changed is selected by means of the shift key The selected position will start flashing Use the shift key again to move by one position to the right Then use the UP or Down key to increment or decrement the position by 1 It is not possib
40. eylock Input F24 F27 are apllicable to multifunction counters with a USB or Ethernet inter face Consult the supplement included with those versions 8 Shift Counter F30 FESLoac ES key o u nL HG Keyboard reset enabled 1 H mr Keyboard reset locked delayed ani Lock i F31 FU Lac Preeto 0 Uu nL HE PO Setting enabled 1 Lac POSetting locked delayed mi Lock F32 Fl LOC Preset 1 0 u nL HE PI Setting enabled 1 Lac PlSetting locked delayed Lock F33 Pad Loc preset 2 O un L HC P2Setting enabled 1 Lac P2Setting locked delayed H VEEDER ROOT 128 129 KA veever noor 8 Shift Counter 9 Batch Counter Lock 9 Batch Counter F34 BHH 98 9 prescater O umb ac PSC Setting enabled Setting aussen ADAN 9 1 Batch Counter Description BEE PSCSetting locked delayed Supplementing the general description in Chapter 4 Preset 2 is the main Preset setting Lock i i 3 F35 bDLabAL Made 0 O GEL 10 seconds delay Function Preset 1 is the Batch Preset or respectively the preset value of the 2nd totalizer In the batch operation the batch counter counts how often the main Preset is activated 1 Loc d Completely locked Example of an application during length cutting operations for example both the lengths main preset and number batch preset can be monitored In the Batch mode of operation only positive entries are possible for P1 2 In D H mie Lock mode
41. f misuse shall be expressly excluded EY veeven noor 12 Safety 2 2 Assembly connection programming The multifunction counter is built and tested in accordance with IEC EN 61010 1 Protection Class Il Safety Measures for Electronic Measuring Equipment They have left the factory in a condition that is in compliance with all safety relevant requirements In order to maintain this condition and ensure operational safety the User is re quired to observe the safety notes and warnings in these operating instructions AN Danger Risk of safety hazards due to incorrect faulty assembly and connection e The maximum operating voltages must not be exceeded 12 24VDC and 24VAC multifunction counters must be operated at safety extra low voltages SELV and un der potential compensated conditions in order to prevent hazardous shock An external fuse must be provided to protect the multifunction counter see Chapter 10 Technical Data e Installation and assembly shall be carried out by skilled and trained electricians only Do not connect or disconnect a multifunction counter while it is in contact with a live current Always dis connect the main power supply before connecting or disconnecting the multifunction counter e All terminals should be properly insulated to prevent accidental contact 13 H veeven noor Safety To prevent accidental shock or injury ensure that live conductors are securely connected to the terminals an
42. gnals Function Display Function No Display The output signals of the timer can be derived from the pulse counter see 5 3 or respectively batch counter see code Row 1 Row 2 9 2 functions m FO LEREE Setting 0 Mm No function 7 4 Programming the Timer Function Codes Defaults T Lr Tm All function codes are set to the values marked 1 HEB Lun Enter Programming Change function Save and change to Return to display mode mode settin next function i i k F1 Hare Tanan o GEcand Seconds B M E ades M A A E E T 1 ManukE Minutes Keep pressed and simultaneousytum TSS ERS HIS Power On 2 HABAG Hours Alternative display of Thefunctior Codes are displayed astextinirowd PAGGANA i PO NER ee function codes By pressing both keys simultaneously you can change to the numerical display F O to F 35 After pressing these 3 HHARSS HH MM SS keys once again the number of the selectable options will be displayed in addition This setting will be stored F2 HESHE Resolution O D No decimal point KA vezoen noor 94 95 H veeven noor 7 Timer 7 Timer 1 RH 1 decimal place E 8 i ie m T ii Ms o i a z a n vn nn vom ba A mE F3 APLOG tas o FPA_H NPN8V Level TE m re RE SEE AE REA a Pie RO LU US i ae cra s sud c od a srap sisas SE TTT H VEEDER ROOT 96 Input 30 Hz damping attenuation n ping attenuation F4 in REE Attenuat O Lo Fr e g for mechanical contacts 1 Hi Fra Fmax see cha
43. he operating guidelines set forth in this manual All local regulations applicable to safety and accident prevention must be adhered to for the installation and ope ration of this multifunction counter Please read these instructions before installing or operating the multifunction counter These operating instructions are an integral part of the product and must be maintained in the direct vicinity of the multifunction counter or in a place that is readily accessible 7 BY veeven noor General Information General Information These operating instructions contain important information concerning the installation programming and opera 1 2 Explanation of symbols tion the multifunction counter The warnings in these operating instructions are designated by symbols and words that indicate the severity of a safety hazard Description of the programming sequence These warnings must be observed at all times and appropriate actions must be taken at all times to prevent acci Programming of the basic functions dents damage personal injury or death Programming of the function codes Programming of the user times a i me AN Danger Programming of the prescaler a usu a a a a RGB d P This warning indicates a direct safety hazard which may lead to serious injuries or Programming of the presets E a a even death if preventative action is not taken Before commissioning the multifunction counter consider locking out func
44. incidence signals P 0 Total Sum F10 P 1 Partial sum 1 F11 P 2 Partial sum 2 F12 timed Input A LAS LI Le Le Te Preset 1 lbs 2 Preset 0 E 3 i i E Counter reading Partial sum1 artial sum 2 Total sum Input B Signal time i Counter reading P1 Relay Se E Partial sum 1 iSignal Partial sum 2 time Total sum P2 Relay PO electronic Application output i Signal time P1 electronic B iSignal time i P2 electronic BY veenpen noor 114 115 H veeven noor 8 Shift Counter 8 5 Programming the Shift Counter Function Codes Enter Programming mode AM Keep pressed and simultaneously turn Power On Change function setting Save and change to next ES kd Return to display mode function Alternative display of Function codes The function codes are displayed as text in row 1 By pressing both keys simultaneously you can change to the numerical display F O to F 35 After pressing these keys once again the number of the selectable options will be displayed in addition This setting will be stored H VEEDER ROOT 116 8 Shift Counter Function Display Display code Row 1 Funchan 18 Row 2 Factory FO E D L 5 E L Setting 0 No No function Defaults 1 y E A function codes are set to the values marked Counter F1 LEUTE mode of Input A Input B Input C Operation 0 ASF Adding Subtracting Reset H HF Adding Adding Reset PNP F3 IMPLI NPN
45. ing P2 Relay P2 Relay iSignal PO electronic time Application output PO electronic Application output latching P1 electronic Signal time P1 electronic P2 electronic P2 electronic BY veenpen noor 56 57 H veever noor 5 Pulse counter 5 Pulse counter Trail Preset Range signals PO F10 Coincidence signal timed P1 F8 F11 trail signal symmetrical PO F10 Coincidence signal timed P1 P2 range signal P2 F12 Coincidence signal timed Preset 0 Preset 1 Preset 2 Reset P2 P1 P2 P1 Counter reading gt gt i E Preset 0 Preset 2 Reset i Counter readin P1 Rela S i Signal 1 Signa gt y time i i f i i P1 Relay P2 Relay P2 Relay PO electronc Application output PO electronic Application output P1 electronic P1 electronic i P2 electronic Signal time i P2 electronic BY veeven noor 58 59 KA veeven noor 5 Pulse counter 5 Pulse counter 5 4 Programming the counter function code i i i gra gt U unct des Function Display Function No Display code Row 1 Row 2 Enter Programming Change function set Save and change to Return to display mode Factory mode ting next function EFL L Setting n Fo FLE 5 E E Defaults jo No Function 5 kA XXX MA AR ENDEM PEREZ A OE EECC E kd A en z All Function Codes are set to Keep pressed and 1 Y E 5 the default values marked with simultaneously tur
46. ing gt P2 D batch mode The timer can also be programmed to act as a batch counter In this case P2 main preset value P1 Batch preset In the Batch mode of operation only positive entries are possible for P1 negative entries will be stored as positive values This mode is ideal to default a process time and the number of process sequences runs Additional totalizer The additional totalizer is used to sum up all the times even after repeated resetting of the main counter The totalizer is reset separately KA veeven noor 90 7 2 Signal Diagrams Input signals F7 0 Cumulative Measurement acc to pulse width measuring principle F7 3 Single pulse Measurement acc to pulse width measuring principle gt ox ES Fo Input A Input B Input C Reset 91 H veeven noor 7 Timer 7 Timer 7 4 Cumulative measurement acc to cycle duration measuring principle F7 2 Cumulative measurement acc to A Run B Stop H7 1 Cumulative measurement acc to cycle duration measuring principle F7 5 Cumulative measurement acc to A Run B Stop I S Q D ED i x zs EB EQ a t at o t o t at a l hs 2 m 2 2 2 m Fe s ES 2 o o o 0 0 2 a O nn o Input A Input A AE Pg i Input B i P Input B N Input C i 1 Input C Reset Reset BY veeven noor 92 93 Bd veeven noor 7 Timer 7 Timer 7 3 Signal Diagrams Output si
47. input Differential counting summation totalizing or Quadrature x1 x2 or x4 L After setting up the system lock all the keyboard functions you do not want to be changed by the user Output signals mode of operation BY veever noor 50 1 coincidence signal The counter operates in the coincidence mode i e output signals are activated after reaching the Preset value for the programmed period of time 2 Trail P2 and PO are under coincidence operation they operate as described in item A P1 is the trail P1 is not absolute to 0 but relative to P2 If the setting is F8 1 the following will apply Signal 1 is returned at P2 P1 Example P2 1000 P1 200 Signal 1 at 800 If P1 is negative P2 1000 P1 200 Signal 1 at 1200 If the setting is F8 2 the following will be applicable Signal 1 is returned at P2 and P1 Example P2 1000 P1 200 Signal 1 at 800 or and 1200 3 range signal P1 and P2 are range signals Signal 1 is active at a counter reading lt P1 and Signal 2 is active at a counter reading gt P2 51 H veeven noor 5 Pulse counter 5 Pulse counter Intermediate cut Additional totalizer summation counter Depending on the application it may become necessary to isolate the main signal during the reset e g when the first material lengths or certain lengths showing material defects have to be cut on length cutting systems The additional totalizer sum
48. ion Codes Enter Key UP Key DOWN Key SHIFT Key Programming If pressed together with POWER ON keep keys pressed and switch on the device Display function code Switches between function code text and function code number During Operation GE a M GB SO Selects standard functions Sets reset Sets function codes Sets preset 0 Selects ID data Model number manufacturing date serial number Sets preset 1 Sets User Times Sets preset 2 Sets prescaler H VEEDER ROOT 30 31 BY veeven noor 3 Setup and Operation 3 Setup and Operation Additional function for shift and batch counters Switches between total sum and partial sums and or count value and totalizer or batch counter Additional functions for timers Timer start If enabled with function code F15 Timer stop If enabled with function code F15 Additional functions backlight versions Go to the adjustment menu hold for 5 seconds i v Adjust the intensity brighter or darker unu Save and go back to display mode press within 15 seconds H VEEDER ROOT 32 Display Mode RTT Preset 2 6891 Preset 1 EHEH Preset 0 up shift Prescaler Programming Mode 3 5 Overview of Operating Elements Reset 123456
49. it is possible to reset partial sums or the total sum batch counter or second totalizer individually or at the same time via the application input Independently the counter can be reset to Preset value 0 via the application input see below Exception Tachometers do not have a reset set function Static dynamic reset Teach input Static reset Dynamic reset Reset over the entire pulse width of the reset pulse Reset via the active edge thereafter counter operation is possible independently of the pulse width of the reset pulse Exception Tachometers do not have a reset set function Using the Teach Input application input the counter status is imported in Preset 2 Decimal Point The decimal point is only an optical reading assistence on the display and does not change the value For example for a value of 1 pulse per cm the setting 0 00 makes it easier to read the value in m and cm Exception This does not apply to tachometers and timers Please refer to Chapters 6 and 7 EY veeven noor 46 47 H veeven noor 4 General description of the multifunction counter 4 General Functions of the Multifunction Counter Input damping Attenuation The inputs A and B are limited to 60 kHz The Application Input is limited to 6 kHz Following maximum input frequencies are not to be exceeded Quadrature x1 A and B each 30 kHz TTL 15 kHz Quadrature x2 A and B each 30
50. le to save a value of 00 0000 In this case the system will save 01 0000 Use the E key to leave the programming mode and return to the display mode Your entries will be saved On leaving the programming mode all the presets are recalculated because not all the values may be attained with a prescaler value of gt 1 Therefore the presets have to be checked and corrected as necessary after setting the prescaler If no key is pressed for more than 16 seconds in the programming mode the counter will automatically return to the display mode In this case no entries will be saved except the last value saved with the E key Press the Up and Down keys simultaneously to set the prescaler to 01 0000 H VEEDER ROOT 38 39 BY veeven noor 3 Setup and Operation 3 Setup and Operation Enter Programming mode Select a position Set position Save and return to Enter Programming mode Select a position Set position Save and go to the next starts flashing display mode starts flashing user setting after user 3 return to display mode Sn In nd H or set to 01 0000 Set prescaler Keep pressed and switch press Power on simultaneously Function Display Display code Row 1 mara NG Row 2 3 10 Programming the user times NY Sets the a A Fn 0 ND D 0 Signal 0 U bET Signal time 1 For programming the signal time for monostable timed output signals 9 fixed signal times between 0 02 s and Q Times 10 s are available In additio
51. n three different signal times between 0 01 s and 599 99 s can be set by the user The outputs are deactivated if the setting is 0 00 s 1 USEF g Signal time 2 BY veeven noor 40 41 H veeven noor 3 Setup and Operation 3 Setup and Operation 3 11 Output of Device ID 3 12 Adjusting the intensity of the backlight This function is used to retrieve Device ID data e g model numbers and various manufacturing information For counters that come with a backlight you have the ability to adjust the intensity Enter Output mode Change to the next output Return to counter operation To adjust the backlight press SHIFT for more than 5 seconds The display then shows Lh F H L 8 0 n LL GHE L E C LI 5 Keep pressed and switch Power on simultaneously By pressing the UP or DOWN key the display gets brighter or darker Display row 1 Display row 2 If the E button is pressed within 15 seconds you go back to the normal counter display and the adjusted setting L n is saved If the E button is not pressed within 15 seconds you will go back automatically to the normal counter H Fr Ur Model number menu without saving any changes g H Lr Manuf ing d l nga l PC L HH anufacturing date Go to the adjustment menu Adjust intensity Save and go back to Mincir OE display mode a E 1 1 H Ci Serial number 5 H H A r Software number n E or RZ E 5 h d F E E mE RP Ros nn press gt 5s press press within 15 s H VEEDER ROOT 42 43 KA veeven
52. n Power On Gana Counter gt r Input A Input B Input C a z F1 L 0 E AA as ar a T LA Alternative display The function codes are displayed as text in row 1 cuu Mode L is E Count inpt Gate Inhibit Reset of function codes By pressing both keys simultaneously you Can change to 2 2 2 ADA sese ete sese eene the numerical display F O to F 35 After pressing these r z Direction keys once again the number of the selectable options will 1 Lod F Count inpt Input Reset be displayed in addition This setting willbestored a PANATA AA r r z irection AR 2 6588568 Count inpt Input Gate Inhibit 3 H 5 E Adding Subtracting Reset 4 AESHE Adding Subtracting Gate Inhibit BY vezoen noor 60 61 BY veeven noor 5 Pulse counter 5 Pulse counter 5 A AF Adding Adding Reset 3 PMF ZL PNPTIL Level 6 HU Hd T Channel A Channel B Reset F4 in AEE Input 0 Ln Fr 30Hz damping e g for mechanical contacts O ECA CAMPING EN ennai az oda Behe RUNE ARMS w aaa Ja LL Attenu 7 SUARA G Channel A Channel B Gate Inhibit ation N H Fr Fmax see chapters 4 and 10 F2 AUAd Edge Eva 0 Single evaluation F5 H Nad Set Re 0 HHQH Reset to 0 a lution l g H ua set Mode u u Quadrat 1 B Double evaluation 1 HrER 0 Automatic reset to O after reaching Preset 2 evaluation PERE TSAR ALRI IX ALAN DA DALLAS SUE LA Sy RRR EFESO ala ida RR ah la wwe PAANU Ole RARE PITA TIP IPE ERROR RT ARE R be ERER 2 4 Quadruple evaluation 2 CEL Hd
53. n codes 116 5 1 Description of Pulse Counter 51 5 2 Signal diagrams counter input signals 53 9 Batch Counter 131 5 3 Signal diagrams counter output signals 56 9 1 Batch counter description 131 5 4 Programming the counter function codes 60 9 2 Signal diagrams batch counter 133 9 3 Programming the batch counter function codes 134 6 Tachometer 75 6 1 Tachometer description 75 10 Technical Data 150 6 2 Signal diagrams tachometer 77 6 3 Programming the tachometer function codes 78 11 Transport Packaging Storage 157 EY veeven noor 4 5 BY veeven noor Table of Contents General Information 12 Maintenance and cleaning 157 13 Trouble shooting 158 14 Spare parts 160 15 Dismantling and disposal 160 16 Model numbers 161 17 Accessories and spare parts 162 EY veepen noor 1 General Information 1 1 Introduction These operating instructions provide important information about the operation and handling of the multifunc ional counter To ensure safe operation it is vital that the safety information and instructions be strictly observed For Versacount XP models please reference the amendment 2 772 069 in addition to these instructions The multifunction counter has been designed for industrial use and for installation in machinery or industrial plants The party responsible for the end use application has the ultimate responsibility to ensure that the multifunction counter is installed and set up in accordance with t
54. n of percentage A B A in Decimal point H VEEDER ROOT Tachometer mode of operation 0 4 function code F1 The decimal point only serves for better legibility and does not change the value Tachometer mode of operation 5 amp 6 function code F1 The decimal point is included in the calculation and increases the resolution 75 KA veeven noor 6 Tachometer Output signals Mode of opera tion The tachometer uses the following limit values P 1 and P2 are limit range signals Output Signal 1 is active at the displayed value of lt P1 and Output Signal 2 is active at the displayed value of gt P2 Output Signal 0 is active at the displayed value of gt PO application output Display unit Programmable 1 sec or 1 min Using the setting 1 min and prescaler 60 the display will show 1 hour Min input fre Programmable 1 Hz or 0 1 Hz If two edges do not occur within 1 s or respectively 10s quency a value of 0 will be displayed Startup Programmable Yes No a During the startup the lower limit signal is suppressed until the lower limit value is excee suppression ded for the first time The startup suppression will become active again if the minimum frequency is fallen below EH VEEDER ROOT 76 6 Tachometer 6 2 Signal diagram Output signals Input frequency PO Output signals P1 Relay P2 Relay PO electronic Application output
55. noor 4 General Functions of the Multifunction Counter 4 General Functions of the Multifunction Counter The following description is applicable for all com settings Special functions and configurations can be found in the appropriate chapters of this manual Factory setting Defaults Sets all the function codes to the default factory settings i e all codes designated with Prescaler pulse mete ring factor PSC The Prescaler is a multiplier Each input pulse is multiplied by the adjustment factor The display shows integers only After a reset the counter is completely reset to 0 this also in cludes the non visible value of lt 1 At a prescaler of gt 1 not all the values are selectable If invalid Preset values are selected the counter will round them up to the next possible value Example PSC 5 cannot select reach Preset value 7 In this case the counter automatically changes the Preset value to 10 If the Prescaler is changed this may also affect the Preset values which would have to be changed accordingly Adjusting range 0 0001 to 99 9999 The Prescaler is used for example to convert counter pulses into meaningful units to adapt the units of measurements e g cm pulses to inch pulses or to compensate for worn out measuring wheels Formula PSC Desired nominal display number of pulses Example Flowmeter 173 pulses per 100 liters display in liters PSC 100 173 0
56. ontained in these operating instructions was gathered in accordance with applicable standards and regulations 1 5 Warranty The manufacturer shall not assume any liability for damage caused by T T 3 T Our standard warranty is available on our website at www veeder rootcounters com Non adherence to the operating instructions Improper use Employment of unskilled or untrained personnel Modifications or changes to the multifunction counter Opening of the multifunction counter We reserve the right to make changes or modifications to the design specifications or options without notice KA veeven noor 10 11 H veeven noor Safety 2 Safety This section provides an overview of important consideration to ensure the safe and trouble free operation of your counter Non adherence to these instructions may result in serious injury or death 2 1 Intended Use The multifunctional counter is exclusively designed and constructed for the intended use and purposes described herein The multifunctional counter serves together with a corresponding sensor for the counting of pieces lengths flow rates velocities and times as well as for the controlling and monitoring of machinery and equipment by sending and receiving control signals Warning Safety hazards due to improper use Using the multifunction counter for any purposes other than those described may cause hazardous situations Claims for damages resulting from any kind o
57. ounter input add sub Keylock Hold Teach in Accuracy of the tachometer function Time base x 30 ppm Measuring principle Periodic measurement Measuring time min 0 5s max 1s oder 10s Measuring resolution 0 4us 30 ppm Display resolution 4 decimal places 1 Digit 100 ppm Overall tolerance Shown resolution tolerance of timebase 130 ppm Timer Measuring Principle Pulse width or cycle duration measurement Start Inp A Stop Inp B Start Stop key Time base Programmable in sec min h or hh mm ss Resolution 1 0 1 0 01 0 001 0 0001 KA veenpen noor 154 Function Single pulse or cumulative measurement Application Input Output Output Preselect 0 out Input addlt Run Stop Reset Set Keylock Hold Teach in Accuracy of the timer Time base 30 ppm Start Stop point in time 16 us 16 ms not damped damped Resolution 100 us 100 ppm Total tolerance Shown resolution tolerance of timebase 130 ppm Environment cond Safety Rules General design EN 61 010 IEC 61010 1 Protection Class Il EN 61010 1 IEC 61010 1 Pollution degree V 2 EN 50178 EMC Interference immunity EN 61326 1 industrial environment EMC Emission EN 61326 1 Class B Ambient temperature 0 C 50 C 32 122 F EN 60 068 2 1 2 Storage temperature 20 65 C 4 149 F EN 60 068 2 1 2 Clim
58. pter 4 and 10 Set Re F5 FS Mod set Mode 0 rE5S U Reset to 0 Automatic reset to O 1 Ares D after reaching Preset 2 2 SEE BB Set to Preset 2 Automatically sets to Preset 2 RSEEPZE after reaching O dynam l F6 FESEE static 0 BERE Static Reset as long as the signal is applied RESET arts 1 d y Dynamic Reset ready for operation even if reset n signal has been applied for a longer time 97 EY veever noor 7 Timer Timer F7 E H E F Mode of Operation Mode F8 H r E 5 Preset 1 7 Timer Cumulative measurement pulse width counts as long as Input A is active Cumulative measurement cycle duration counts from rising edge of start signal to rising edge of stop signal Cumulative measurement A Run B Stop counts from rising edge of start signal to rising edge of stop signal F9 Single pulse measurement pulse width counts as long as Input A is active Single pulse measurement cycle duration counts from rising edge of start signal to rising l F10 edge of stop signal Single pulse measurement A Run B Stop counts from rising edge of start signal to rising edge of stop signal P1 normal preset absolute to counter reading coincidence signal H VEEDER ROOT 98 P1 is a symmetric trail relative to P2 P1 and P2 are range signals r 3 PARLE sona 1 lt P1 Signal 2 gt P2 Output Gout St D signal o Heck On Active On 1 HEEHFF Active Off Signal SEGSEB time PO
59. ramming the Batch Counter Function Codes Enter Programming mode Change function setting Save and change to next Return to display mode function A M B Keep pressed and simultaneously turn Power On Alternative display of The function codes are displayed as text in row 1 Function codes By pressing both keys simultaneously you can change to the numerical display F O to F 35 After pressing these keys once again the number of the selectable options will be displayed in addition This setting will be stored H VEEDER ROOT 134 9 Batch Counter Function Display Display code Row 1 Flehen AINS Row 2 Factory FO LESER Setting o Mn No function Defaults TL BINAN Ak ve 1 YES oe codes are set to the values marked Counter A Input A Input B A Input C F1 HHHH D Mode of 0 E H E lesse eee eene Operation Subtracting Gate Inhibit Reset r F Count Directional 1 Ld Input input RE r r Count Directional ni 2 E5488 Input input Gate Inhibit 3 AGF Adding Subtracting Reset 4 Hb b Adding Subtracting Reset 135 H veeven noor 9 Batch Counter 9 Batch Counter in HEE r5 Mod Input damping At tenuat Set Re set Mode 2 MAA NPNTIL Level 3 EMELI PNPTIL Level 30 Hz damping e g for mechanical contacts F max see chapter 4 and 10 Reset to 0 Automatic reset to O when Preset value 2 is reached Automatic setting to Preset 2 after reaching O 5 H H Adding Adding Reset
60. rt signal is applied to inputs A B C and the application input To suppress the pulse in TTL Mode each input should be connected to a 10 kOhm resistor and the OV When switching on the device a short signal is applied to the application output To suppress this pulses connect a resistor of 10 kOhm 0 225 W to the 0 V and the application output Display After powering on all characters are illuminated for approx 2 seconds then the display changes over to the Dis play or Programming Mode The display is available in four different versions Transflective Positive black figures on background Transmissive Negative white figures on black background Transmissive red red figures on black background Transmissive green green figures on black background H VEEDER ROOT 28 3 Setup and Operation Timer Timer running SCC CH POODOL RZE PRG 7 LO CTI C PO psc U LLLI CI U P0 P1P2 SU1SU2 TOT PSC BAT Programming mode Prescaler In the Display mode Counter reading In the Programming mode Function code user time preset value prescaler In the Display mode D s gia Display selected with F15 In the Programming mode Function Code selection In the Display mode Designation of display in 2nd row In the Programming mode Preset PSC flashing 29 H veeven noor 3 Setup and Operation 3 4 Key functions 3 Setup and Operation During the Programming of Funct
61. s up all values even if the main counter is continually reset The shift key can be used to switch between the counter reading and the total sum The totali zer can only be reset manually To do this select the total sum from the first row then press the reset keys Prescaler Output PSC out The prescaler output is an application output With each increase of the counter reading the number of output pulses corresponds to the respective number of increments The pulse length of the prescaler output corresponds to a frequency of 500 Hz When using the prescaler output the max count frequency is F max 500 PSC So it is possible that the maximum input frequency can not be reached Application counter input add sub The application input may be assigned to the Count Up or Count Down function This is a counter input which is available in addition to the counter mode adjusted with F1 Application Latch Reset Latch Reset is an application input If the counter is reset via the application input the counter reading is held constant The counter continues to remain fully functional and ope rates in the background mode During the next reset the current updated value will be shown on the display BY veever noor 52 5 2 Signal diagrams input signals PNP Logic Unidirectional counting F1 C Gr 20 Input A T LO L LI qp Be LO L Counter input B B B H Input B i i i i Gate Input C
62. tions not required for regular operation Warning The executed programming functions must be documented A This warning indicates a possible safety hazard which may lead to serious injuries or even death if preventative action is not taken Caution A This warning indicates a possible safety hazard which may lead to minor damage or injuries if preventative action is not taken KA veeven noor 8 9 BY veeven noor General Information General Information Note The actual product may not appear exactly as illustrated in this manual This symbol indicates a potentially hazardous situation which may lead to damage to property or to the environment if preventative action is not taken 1 4 Copyright protection O Ti d dati The operating instructions must be treated confidentially and used exclusively by the personnel responsible for Pe CLOVIS CUS EMIS the setup maintenance repair and operation of the counter Disclosure of these operating instructions to any This symbol is used to point out to useful tips recommendations and information third parties is not permissible without the prior written consent of the manufacturer for optimal operation The data and information stated here including text drawings images and other 1 3 Limitation of Liability 1 illustrations are protected by copyright laws and subject to industrial property SR rights Any misuse of such information will be subject to prosecution The information c
63. ualified electrician Continuous gate inhibit signal is applied Qualified electrician Error Possible cause To be corrected by Display remains dark Value is not stored Defective voltage supply Machine plant not powered on Operator Qualified electrician Power on reset is active F17 Skilled personnel Counter tachometer does not count Defective signal generator Counter does not re ceive any counting signals Skilled personnel Incorrect counting of counter Prescaler value is not correct Skilled personne tachometer Phase discriminator edge evaluation not cor Skilled personne rectly adjusted F2 Input frequency too high F4 Skilled personne Keyboard Reset not possible Keys are locked F30 F35 Skilled personne Presetting not possible Keys are locked F31 F32 F33 F35 Skilled personne Prescaler adjustment not possible Keys are locked F34 F35 Skilled personne H VEEDER ROOT 158 159 KA veeven noor 14 Spare Parts 15 Dismantling and Disposal 16 Model Numbers Signal 0 1 or 2 not received Signal deactivated F10 F11 F12 Skilled personnel 16 Model Numbers User signal time adjusted to 0 000 Skilled personnel Display Relay 12 24 VDC 24 VAC 115 VAC 230 VAC 90 260 VAC LCD reflective 1 VC 0772101 VC 0772111 VC 0772121 VC 077213
64. ut Output nennen 1 BH Hub Output Preset 0 6 Mee s m a S ae WE sa WEE NEM E prd KAT RG Nn ECRIRE TM i ma dE S ie 2 EE E OE ine e TE o re NG HT MEE 2 e ae ET m err T H VEEDER ROOT 72 F30 FED pc key 0 uml oag Enable keyboard reset 1 L HE Keyboard reset locked delayed F31 PO Loc 50 0 0 unkoc P0 Setting enabled 1 Loc PO Setting locked delayed 73 H veeven noor 5 Pulse counter 6 Tachometer F32 F33 F34 F35 RRBHHEB Pe Lac ULoabAL Lock Preset 1 Lock Preset 2 Lock Prescaler setting Lock Mode o untar E a 0 unloc 1 Loc o unboe 1 Loc O BEL 1 Loc d 2 inPloc P1 Setting enabled P1 Setting locked delayed P2 Setting enabled P2 Setting locked delayed PSC setting enabled PSC Setting locked delayed 10 seconds delay Lock depends on keylock input 6 Tachometer 6 1 Tachometer Description Supplementing the General Functions in Chapter 4 A tachometer measures the period PNP time from one rising edge to the next one NPN Mode of Opera tion Operation time period from a falling edge to the next one and converts and displays this time in 1 sec or 1 min Tachometer The following modes of tachometer operation can be selected Unidirectional counting Unidirectional counting with directional input Differential counting summation totalizing Quadrature x1 x2 or x4 Indication of ratio A B and Indicatio

User Manual - The VersaCount by Veeder-Root

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