98211B Digial Tachomeer Digial Tachomeer/ Elapsed imecouner/ Time widh meer/ Flowmeer Sandard inpu series Diferenial inpu series DT-501X/DT-501F Insrucion Manual Safey Requiremens Be sure o observe Before operaion, mainenance and inspecion, please carefully read his insrucion manual and follow i for proper use. Please carefully read all informaion relaed o his uni and safey, and precauions before use. This insrucion manual caegorizes safey precauions as DANGER, WARNING, and CAUTION. Each of hem is an imporan descripion relaed o safey. Be sure o observe.! DANGER Improper use by neglecing he following precauions may resul in he poenial for ire, serious injuries, and/or deah.! WARNING Improper use may resul in serious injuries.! CAUTION Improper use may resul in minor injuries or propery damage. Thank you for purchasing SHIMPO's Digial Tachomeer DT-501X/ DT-501F. For insrucions on how o use his produc properly and opimally for a long period of ime, please be sure o read his manual horoughly before use. When you purchase he produc wih opional equipmen: Please refer o he operaion manual of he opional equipmen. Before operaion, mainenance and inspecion, please carefully read his insrucion manual and follow i for proper use. Limied Warrany We are no responsible for damages resuling from negligence hrough failure o follow he insrucions se ou in his manual. We are no responsible for damages resuling from earhquake and/or ire unrelaed o us, acions by hird paries, or any oher accidens, inenional or hrough cusomer negligence, as well as from accidens caused by misuse or improper use under abnormal condiions. For informaion regarding assurance provisions, please read he aached warrany ceriicae. Afer reading, be sure o sore his manual in a safe, convenien place where operaors can always refer o i easily.! CAUTION Elecric Shock. Be sure o urn he power OFF when wiring as well as inspecing he uni. Failure o do so could resul in elecric shock. DO NOT block he venilaion holes on he side of he main uni. DO NOT pu any foreign objecs or maerials inside he uni hrough hese holes. Failure o follow his could resul in abnormal hea generaion and/or malfuncions. DO NOT ouch he uni wih we (or sweay) hands when inspecing or for wiring. Failure o do his could resul in elecric shock. Precauions before use! Power Be sure o use he uni under he speciied volage (AC power speciicaions: 85-264VAC / DC power speciicaions: 10.8-25.2VDC). Inverer power source canno be used. Inpu signal wire Connecion wiring from sensors shall no be kep in he same or parallel condui or cable as he power source, power or high volage cables. If you fail o separae he wiring, noise may be superimposed on he signal wire, resuling in malfuncions. Use shielded wire for inpu power connecions wih he shores possible meal condui. Terminal Check ha he screws have no come loose due o vibraions afer a cerain period of ime. Operaing environmen Do no insall he uni in he following places or condiions. Places exposed o direc sunligh, or places where he ambien emperaure exceeds a range of 0-45ºC. Places where he relaive humidiy percenage exceeds a range of 35-85%, or places subjec o condensaion due o rapid change in humidiy. Places subjec o corrosive and/or combusible gases. Places subjec o a large amoun of dus, saliniy, and/or ferric subsance. Places suscepible o noise (including saic elecriciy). INDEX 1. Insallaion o he Sar of Operaion 2. Uni Model 3. Speciicaions 4. Componen Par Names and Funcions 5. Exernal Dimensions 6. Insallaion o he Panel 7. Wiring o Power Source and Sensors (DT-501XA/DT-501XD) 8. Wiring o Power Source and Sensors (DT-501FA) 9. Basic Seing Procedure 10. Keys o be Used for Various Seings and Their Applicaions 11. Teaching Funcion Seings 12. Abou Mode 13. When You Selec Mode 1 (Digial Tachomeer Mode) for Measuremen 14. When You Selec Mode 2 (Elapsed Timecouner Mode) for Measuremen 15. When You Selec Mode 3 (Time Widh Meer Mode) for Measuremen 16. When You Selec Mode 4 (Flowmeer Mode) for Measuremen 17. Seing Mehod of Funcions (Excluding in he Tes Mode, Common in Each Mode) 18. Comparaor Funcion 19. Memory Funcion 20. Tes Mode (Funcion o Check if he Uni is Operaing Normally) 21. Error Display 22. Parameer Lis 23. Funcion Lis 24. Opion -FVT/-FVC 25. Opion -BCD 26. Opion -TRT 27. Opion -CPT 28. DT-501X / DT-501F series model lis 2 2 3 3 4 4 5 6 6 6 7 8 8 10 12 14 16 17 18 19 19 20 21 23 25 27 27 28 1
1. Insallaion o he Sar of Operaion This uni is designed for use according o your measuremen purposes. Before use, follow he procedures below from insallaion o he sar of operaion. Check before use Check before use p.2-4 Insallaion o he panel p.4 Connecion wih he power and sensor p.5-6 View from Panel he fron Uni model Speciicaions Componen par names and funcions Exernal dimensions View from he back (1) Insallaion of waerproof gaske (2) Fixaion o he panel Connecing wires (1) Connecion wih he power (2) Connecion wih various sensors Memory funcion seings p.17-19 Funcion (acion coniguraion) p.8 Parameer seings p.8-15 seings p.16-17 Mode (funcion) seings p.8-15 (1) Press he MEM key once o display he MAX value. (2) Press he MEM key again o display he MIN value. (3) Press he MEM key once again o display he normal measuremen value. *You can use he uni wihou seing various funcions. (1) Press and hold he SHIFT + FUNC keys for 5 seconds or more and sar seing. (2) Press he s key o selec he iem, and press he ENT key o sar changing he seing value. (3) Press he key o move o anoher digi, and afer changing he value using he s key, use he ENT key o inish he seing value change. (4) Afer seing all funcions, use he SET key o inish seing. (1) Press and hold he SHIFT + PAR keys for 5 seconds or more and sar seing. (2) Press he s key o selec he iem, and press he ENT key o sar changing he seing value. (3) Press he key o move o anoher digi, and afer changing he value using he key, use he ENT key o inish he seing value change. (3) Afer seing all parameers, use he SET key o inish seing. (1) Press he SHIFT + MOD keys and sar seing. (2) Use he s key o se, and use he SET key o inish seing. Sar of operaion Teaching funcion seings P7 Simple seing Parameer seings are no necessary. 2. Uni Model Please check he model number of he equipmen purchased. DT 501X 501F Opion #2 Symbol Oupu Power Source FVC Analog Signal Oupu Oupus volage and curren ha correspond o displayed value BCD BCS Oupu Open Collecor, BCD Oupu Simple inerface wih he sequencer Inpu ype Symbol 501X 501F(AC Power only) Power Symbol A D Opion #1 Power AC power (85-264VAC) DC power (10.8-25.2VDC) Symbol Oupu Funcion FVT Analog Signal Oupu Oupus volage and curren ha correspond o displayed value CPT Relay Oupu Relay Changeover conac oupu. H oupu, L oupu, and GO oupu, agains he se value TRT Transisor Oupu Open Collecor Oupu. HH, H, LL, L GO and ZERO oupu. Inpu ype Sandard inpu : Suppors he sensor inpu, including roary encoders, and magneic sensors Diferenial inpu Suppors he line driver oupu, including AC servo moors * HH : High se poin 2 oupu H : High se poin 1 oupu L : Low se poin 1 oupu LL : Low se poin 2 oupu 2
3. Speciicaions Display Uni model DT-501X DT-501F Acion mode Digial achomeer mode Flowmeer mode Elapsed imecouner mode Time widh meer mode Display 1 0-999999 6 digis :00-9:59:59 (Hour:Minue:Second / base 60 display) :00-0:59:59 (Hour:Minue:Second / base 60 display) Display 2 - - 999:99 (Hour:Minue:Second / base 10 display) Wih zero suppression funcion Decimal poin posiion 0 o 5 digis afer he decimal poin(000000 0.00000) - Number indicaor Red 7 segmen LED, Leer heigh 22mm, 6 digis, - display available LED lamp 8 (SIG, LL, L, H, HH, MAX, MIN, TEA) Operaion key 5 SET/SHIFT,MEM/TEACH, /PARA, /FUNC,ENT/MODE Inpu range 0.0067Hz 100kHz 10ms - 3600s Measuremen accuracy ±0.008 ±1digi ±0.1 ±1digi Filer Swiches beween 100kHz, 30kHz, 10kHz, and 0.02kHz using he parameer. Noe ha you can swich beween only 10kHz and 0.02kHz in a magneic sensor, and is conac is only 0.02kHz. Display cycle 0.2, 0.5, 1, 2, 5, 10, 15, 30, 60 sec. (changeable in he parameer seings) Dependen on he inpu signal Pre-scale funcion Parameer seing sysem using he fron panel keys. The eaching (combinaion) of display values are also available. Memory funcion The maximum/minimum measuremen values can be memorized and displayed in he indicaor. (Swiches he display using he MEM key) Comparaor funcion The seings of he high se poin 1, low se poin 1, high se poin 2, and low se poin 2, and judgmen resuls can be displayed on he LED lamp. The hyseresis seing of he high and low se poin 1 values are also available. Auo zero ime 0.1-150 sec. 0.1-3600 sec. Pre-arihmeic funcion Updaes he displayed value according o he elapsed ime afer he pulse sops. Teaching funcion Performs scaling auomaically by seing he display value wih a cerain signal inpu. (only in he achomeer and lowmeer modes) Insulaion resisance 10MΩ or more (a DC500V Mega) Volage proof AC1500V or more 1min Operaing emperaure 0-45ºC(No condensaion) Operaing humidiy 35-85%RH (No condensaion) Operaing amosphere No corrosive gas Conforming sandard RoHS Proecion funcion Fron panel: IP66 (or equivalen), Rear erminal block: IP20 Casing maerial ABS resin Exernal dimensions 96 48 92 (DIN) Approx. 200g Weigh FVT FVC TRT BDC opions : + approx. 50g CPT opions : + approx. 100g *There are he inpu speciicaions in addiion o he above speciicaions. For deails, refer o p.5-6. 4. Componen Par Names and Funcions Fron Rear Name Funcion SIG lamp Lighs up when he sensor signal is inpu LL lamp Lighs up when he low se poin 2 is judged. L lamp Lighs up when he low se poin 1 is judged. H lamp Lighs up when he high se poin 1 is judged. HH lamp Lighs up when he high se poin 2 is judged. MAX amp Lighs up when he maximum value is displayed MIN lamp Lighs up when he minimum value is displayed TEA lamp Lighs up when he eaching funcion is se PEAK lamp No used BTM lamp No used Uni label space Space for aaching he supplied uni labels Main display Displays he measuremen value SET/SHIFT key Finishes he seing in various seing modes Pressing his key wih oher keys swiches o various seing modes MEM/TEACH key (UP)/PARA key (NEXT)/FUNC key ENT/MODE key Terminal block Rear panel Terminal block cover 21 Mouning adaper Swiches o he memory display Pressing his key wih he SET key goes o he eaching seing mode Changes he seleced iems in various seing modes, or numerical values Pressing his key wih he SET key swiches o he parameer seing mode Changes he seleced digi in various seing modes Pressing his key wih he SET key swiches o he funcion seing mode Selecs he changed iem(s) in various seing modes Pressing his key wih he SET key swiches o he mode seing mode Side 21 Uni label PS l h cm min h PS l h cm min h FVT CPT khz rpm l min khz rpm l min TRT FVC TRC :: sec min rps Hz h:m:s sec min rps Hz BCD m : 10 h mm s m min km h l r m s min m:s: 10 h mm min mm s l s r min m min km h mm min RMT DRT SDT SDC 3
5. Exernal Dimensions mm 6. Insallaion o he Panel Moun his uni o he panel according o he following procedures. Check ha he mouning panel is hick enough (1.0-5mm) before mouning operaion. 1 Aach he provided waerproof gaske o he panel surface. * If waerprooing is no necessary, skip his sep. (1) Remove he exernal frame wih he cuing lines(backing paper + waerproof gaske) from he gaske shee. (Adhesive pase is applied on he boh sides of he waerproof gaske.) Exernal frame (backing paper + waerproof gaske) Backing paper (side wih cuing lines) Backing paper (side wihou cuing lines) (2) Aach he provided waerproof gaske o he edges of he uni aachmen panel and opening, aligning wih is lef and righ sides, and hen peel of he backing paper. * A his ime, be sure no o displace or wrinkle he waerproof gaske. Also, do no expand he waerproof gaske verically and/or horizonally pas he aachmen panel s edges. Adhesive par of he waerproof gaske Uni aachmen opening Backing paper! CAUTION Abou waerprooing Fron panel: IP66 (or equivalen) Rear erminal block: IP20 (non-waerproof) Do no insall he uni in he following places or condiions. (1) Places regularly subjec direcly o waer (2) Places subjec o oil splashes and/or medical supplies (3) Places subjec o waer splashes on he rear or side face(s). * The fron panel is IP66 (or equivalen) waerproofed, bu if waer is splashed on he uni, be sure o wipe i of he uni as soon as possible. 2 Place he uni horizonally, and inser he gaske ino he opening of he panel surface. Push he uni unil he waerproof gaske (adhesive par) securely reaches he panel surface of he uni. 3 Aach he mouning adaper o he uni. Slide he mouning adaper unil i lighly ouches he panel surface. Waerproof gaske Panel Mouning adaper 4
7. Wiring o Power Source and Sensors (DT-501XA/DT-501XD) Noe) In order o preven elecric shock, be sure o urn he power OFF. Be sure o use he uni under he raed volage (AC power specificaions: 85-264VAC / DC power specificaions: 10.8-25.2VDC). The inverer oupu (oupu o connec a moor) canno be used as power. Connecion wiring from sensors shall no be kep in he same or parallel condui or cable as he power source, power or high volage cables. If you fail o separae he wiring, noise may be superimposed on he signal wire, resuling in malfuncions. Use shielded wire for inpu power connecions wih he shores possible meal condui. For DT-501XA/DT-501XD Terminal block connecion diagram Power 1 Power 2 Earh Sensor power oupu +12V Pull-up Open collecor Volage inpu Magneic sensor inpu 0V NC 1 2 3 4 5 6 7 8 9 10 Wiring requiremens Use M3 crimp-syle erminals wih a widh of 7 mm or less o connec wires o he erminal block. Afer wire connecion o he erminal block is compleed, be sure o aach he provided erminal block cover. PWR1 PWR2 E +12V PU OC RE MG GND AC power 85-264V + - DC power 10.8-25.2V Earh Shield wire Magneic sensor Volage oupu sensor NPN open collecor sensor (Adjacen swich, gear sensor, roary encoder) DC 2-wire sensor Relay swich! CAUTION Be sure o connec he power wires o he 1s and 2nd erminals. Incorrec connecion could resul in damage and/or burns o he uni. NPN open collecor sensor adjacen swich * Model AC power speciicaions: DT-501XA DC power speciicaions: DT-501XD Inpu speciicaions Iem Descripion Power AC (DT-501XA) 85-264VAC(50/60Hz) DC (DT-501XD) 10.8-25.2VDC Consumpion power 10VA Sensor power oupu DC+12V Max.100mA Open collecor (NPN) inpu Load capaciy 12mA or more LO inpu Open collecor inpu 0-3V HI inpu Leakage curren 0.5mA or less Maximum frequency 100kHz(Minimum pulse widh 5micro second For no-volage conac. Shor-circui and o use. Conac inpu Conac capaciy Volage 12V, Curren 15mA or more Maximum frequency 20Hz(Minimum pulse widh 25micro second LO inpu 0-1.5V Volage inpu HI inpu 4.0-30V Inpu resisance 10kΩ Maximum frequency 30kHz(Minimum pulse widh 17micro second Inpu resisance 10kΩ 1Hz 100Hz 0.3 30Vp-p Magneic sensor inpu Inpu volage 1kHz 1.5 30Vp-p 10kHz 6 30Vp-p Maximum frequency 10kHz(Minimum pulse widh 50micro second Noe) Magneic sensors canno be used in he ime wide meer mode (mode 3). Connecion lis wih sensors The able below shows he sensors and connecion erminal No. o be applied according o he inpu signal ype.check using he connecion diagram on he lef. Inpu signal ype Sensor Our produc model Connecion erminal Conac signal Relay swich 5-6-9 Open collecor Adjacen swich SE-P12-1 4-6-9 Adjacen swich SE-P12 Square wave Roary encoder RE-1-F 4-7-9 Gear sensor SE-G2 Noe 1) Connec sensor wires o he speciied erminals, and be sure o leave heoher erminals empy. More han one sensor canno be conneced simulaneously. Noe 2) When one sensor is conneced o more han one achomeer, supply he power for he sensor from one of hem. Inpu circui Open collecor sensor Relay swich Example of exernal connecion NPN open collecor sensor Example of exernal connecion Relay swich Example of exernal connecion DC 2-wire sensor Volage oupu sensor Magneic sensor Example of exernal connecion Example of exernal connecion Example of exernal connecion NPN volage oupu sensor PNP volage oupu sensor PNP open collecor sensor Example of exernal connecion Magneic sensor 5
8. Wiring o Power Source and Sensors (DT-501FA) Noe) In order o preven elecric shock, be sure o urn he power OFF. Be sure o use he uni under he raed volage (AC power specificaions: 85-264VAC). The inverer oupu (oupu o connec a moor) canno be used as power. Connecion wiring from sensors shall no be kep in he same or parallel condui or cable as he power source, power or high volage cables. If you fail o separae he wiring, noise may be superimposed on he signal wire, resuling in malfuncions. Use shielded wire for inpu power connecions wih he shores possible meal condui. For DT-501FA Terminal block connecion diagram Power 1 Power 2 Earh Sensor power oupu +12V No connecion No connecion Diferenial Diferenial inpu + inpu - 0V No connecion 1 2 3 4 5 6 7 8 9 10 Wiring requiremens Use M3 crimp-syle erminals wih a widh of 7 mm or less o connec wires o he erminal block. Afer wire connecion o he erminal block is compleed, be sure o aach he provided erminal block cover. PWR1 PWR2 E +12V NC NC DIF+ DIF- GND AC power 85-264V Earh Diferenial oupu NC! CAUTION Be sure o connec he power wires o he 1s and 2nd erminals. Incorrec connecion could resul in damage and/or burns o he uni. Line driver inpu circui * Model AC power speciicaions: DT-501FA Example of exernal connecion Line driver Terminal block connecion diagram Iem Descripion Power AC (501FA) 85-264VAC(50/60Hz) Consumpion power 10VA Sensor power oupu DC+12V Max.100mA Connecion o Diferenial line driver AM26LS31 ec. DIF+ Diferenial inpu Diferenial inpu volage Maximum frequency VDIF DIF- Maximum volage ±5.5V(15mA) VDIF Minimum volage ±3.0V 100kHz(Minimum pulse widh 5micro second 9. Basic Seing Procedure Conduc seings as indicaed below based on he inended use. 1 Mode (funcion) seings Refer o p.8-15. 2 2 Parameer seings Refer o p.8-15. Teaching funcion seings Refer o p.7. 3 Funcion (acion configuraion) seings Refer o p.16-17. Measuremen sar Conduc he comparaor funcion p.17 and memory funcion seings p.18, if necessary. This uni requires no complicaed calculaion, and implemens he eaching funcion which enables opional changes of display values and error compensaion. (excluding he elapsed imecouner and ime wide meer modes) 10. Keys o be Used for Various Seings and Their Applicaions The fron panel keys o be used for mode, parameer, and funcion seings, as well as various seings (eaching funcion / high and low se poin 1 value seing / memory funcion) are described below. Operaion during he normal measuremen display / memory display Name Funcion SHIFT key Pressing his key wih oher keys swiches o various seing modes MEM key Swiches o he memory display TEACH key Pressing and holding his key wih he SHIFT key for 5 seconds swiches o he eaching seing mode PARA key Pressing and holding his key wih he SHIFT key for 5 seconds swiches o he parameer seing mode FUNC key Pressing and holding wih he SHIFT key for 5 seconds swiches o he funcion seing mode MODE key Pressing and holding his key wih he SHIFT key for 5 seconds swiches o he parameer seing mode Operaion in he various seing modes Name Funcion SET key Seing compleion key in various seing modes s(up) key Changes he seleced iems in various seing modes, or numerical values (NEXT) key Changes he seleced digi in various seing modes ENT key Selecs he changed iem in various seing modes 6
11.Teaching Funcion Seings When you can check (measure) he acual revoluion speed, he following simple mehod (eaching funcion) can be used. The eaching funcion requires no complicaed calculaion. The eaching funcion is suppored only in mode 1 and mode 4. Mode 2 and mode 3 have no eaching funcion. Seing mehod SHIFT + MEM keys 5 seconds elapsed Teaching funcion seing mode Use he TEA 1 0 0 0 0 0 1 0 key o selec he digi When you press he SHIFT + MEM keys simulaneously during he normal measuremen display, he main display blinks. (TEA lamp lighs up) The measuremen value which was displayed before is displayed in he main display. In he iniial saus, he digi on he lef blinks. Because he value in he blinking digi can be changed, use he key o selec he digi in which you wan o change he value. Every ime you press he key, he digi blinks in he order of 1s digi, 2nd digi,... 6h digi, and decimal poin, hen back o 1s digi. TEA 0 1 0 0 1 0 Use he key o selec he value TEA 0 1 0 0 1 0 Use he SET key o inish he seing Afer selecing he digi you wan o change, use he s key o change he value (0-9). When you selec he decimal poin, use he s key o change he decimal poin posiion. When he numerical value seing is complee, press he SET key o finish he eaching seing. The eaching seing resul is refleced, and he display reurns o he normal measuremen display. Teaching funcion deails Mode 1 Mode 4 Reurns o he normal measuremen display 0 1 0 0 1 0 The eaching funcion can be used o auomaically change he value of parameer iems (P2, P3), and calculae he presen measuremen value from he eaching seing value as below. During normal display Exernal inpu pulse (Hz) P1Pulse coun per revoluion Parameer seing P2Seing revoluion speed value (deecion secion) P3Value o be displayed Display calculaion { (A/B) * 60 } * (D/C) formula When he inpu revoluion speed is ouside he inpu revoluion speed range, EE-2 is displayed, and he eaching funcion canno be used. Inpu revoluion speed range : 1rpm Inpu revoluion speed* 99999rpm *Inpu revoluion speed = A 60(Hz) / B * The P2 calculaion value is mainained by rounding of fracions afer he decimal poin. Depending on inpu and eaching seing values, he eaching seing value for he inpu a he ime migh no be displayed. The eaching funcion can be used o auomaically change he value of parameer iems (P3, P4), and calculae he presen measuremen value from he eaching seing value as below. Mode 4 Display value calculaion Exernal inpu pulse (Hz) A Number of blades per P1 B revoluion Parameer seing P2 Capaciy per sensor blade C value P3 Scaling D P4 Decimal poin display E Display calculaion A * B * C * D formula When he inpu frequency is ouside he inpu frequency range, EE-2 is displayed, and he eaching funcion canno be used. Inpu frequency range: 1HzA99999Hz * The P3 scaling value mainains values afer decimal poin up o 7 digis inside. Noe ha because he number of digis afer decimal poin ha can be mainained in he parameer seing is up o 5, values in 5 digis or more afer decimal poin will be rounded of when you ener he value in he parameer seing. * If he P3 calculaion value exceeds 999999, he P3 value will be forced o be 999999. A B C D When he eaching funcion is execued Inpu pulse (Hz) in he eaching seing A Teaching funcion seing value F P1Pulse coun per revoluion B Parameer seing P2Seing revoluion speed value (deecion secion) C = A * 60(Hz)/ B P3Value o be displayed D = F Display calculaion formula { (A/B) * 60 } * (D/C) Mode 4 Display value calculaion Inpu pulse (Hz) in he eaching seing Teaching funcion seing value Number of blade per P1 revoluion Parameer seing value Display calculaion formula 7 P2 Capaciy per sensor blade C P3 Scaling D = F/ (A * B * C ) P4 Decimal poin display Decimal poin posiion of E = F A * B * C * D A F B
12. Abou Mode DT-501X/DT-501F have ive modes (funcions) which can be seleced according o he measuremen purpose. Mode Page No. Mode descripion Deails No. for he seing mehod 1 Digial Tachomeer Mode* Digial achomeer / used as speedmeerdisplays he proporional value o he inpu p.8-9 2 Elapsed Timecouner Mode Used as he elapsed ime display in a cerain perioddisplays he inversely proporional value o he inpu p.10-11 3 Time Widh Meer Mode Measures ime for he period when he signal is ON (or OFF) and displays i p.12-13 4 Flowmeer Mode Displays he insananeous low amoun p.14-15 99 Tes Mode Execues he self diagnosis p.19 * The mode 1 (digial achomeer mode) is se in he facory seing. For he liss of parameers and funcions o be se in each mode, refer o pages 20 and 21. 13. Seing Mehod When You Selec Mode 1 (Digial Tachomeer Mode) for Measuremen Se each seing iem for mode and parameer according o he following procedures. (For he seing mehod of funcions, refer o pages 16 and 17.) Digial achomeer mode Seing example (for measuring he peripheral speed of he roller) As in he igure on he lef, he roary encoder is conneced o he feed roller via coupling in he paper manufacuring process. To display he peripheral speed (m/min.) of he feed roller in DT-501under he following condiions: [Condiions] Servo moor (pulse inpu) Diameer of he feed roller Peripheral speed of he roller diameer of 90mm 0.09m 3.14) 500rpm 141.3m/min Circumference of he roller Revoluion speed* *Suppose ha he revoluion speed in he deecion secion is 500rpm because he revoluion speed is no insruced. Seing mehod (1) Mode When you selec mode 1 (digial achomeer mode) for measuremen (The digial achomeer mode is se in he facory seing.) Normal display The main display shows 0. 0 Mode seing Press and hold he SHIFT + MODE keys for 5 seconds or more. The main display shows he curren se mode No. afer blinking. * When you are seing for he irs ime afer he purchase of his uni, mode 1(digial achomeer mode) in he facory defaul seing is displayed. - 0 1 - The numerical value does no need o be changed and you can proceed o he nex sep. * Every ime you press he s key, he mode No. swiches. Finish seing Press he SET key. The display goes o mode 1 (digial achomeer mode). 0 Noe) If you change he mode seings, each parameer and funcion seing value will reurn o he facory defaul seing value. (2) Parameer Parameer seing iems in mode 1 (digial achomeer mode) nd numerical values o be se according o he above example No. Seing iem Seing range Defaul seing value Display Descripion Numerical value o be se according o he above example P1 Pulse coun per revoluion 1-9999p/r 0001 1p/r 600p/r Ener he pulse coun of he roary encoder. P2 Revoluion speed in he deecion secion 1-99999rpm _01000 1000rpm 500rpm Ener some numerical value as he revoluion speed is no insruced. P3 Value o be displayed (wih decimal poin) 0.00001-999999 001000 1000 141.3 Refer o he above "Seing example". P4 Display cycle 0.2/0.5/1.0/2.0/ 5.0/10/15/30/60 sec. _ 1.0 _ 1 sec. 1 sec. Measure using he defaul seing value as no special insrucion is provided. P5 Auo zero ime 0.1-150 sec. 006.0 6.0 sec. 6 sec. Measure using he defaul seing value as no special insrucion is provided. P6 Inpu iler 10/30/100/0.02kHz _ 10_ 10kHz 30kHz As he roary encoder is used as a sensor, selec "30". * For he descripion abou he parameer funcions, refer o page 20. 8
Mode 1 (digial achomeer mode) Display value calculaion equaion Mode 1 Display value calculaion Exernal inpu pulse (Hz) A P1 Pulse coun per revoluion B Parameer seing P2 Revoluion speed in he deecion secion(rpm) C P3 Value o be displayed D Equaion (A/B) * 60) * (D/C) Sar seing according o he seing example on he previous page. Parameer seing Press and hold he SHIFT + PARA keys for 5 seconds or more o swich o he parameer seing mode. 0 1 - P 0 1 Parameer 1 seing Press he ENT key and sar seing parameers. (The main display shows he curren se numerical value of each parameer.) -- 0 0 0 1 Use he key o move o anoher digi Use he skey o change he numerical value o 600. -- 0 6 0 0 Parameer 2 seing Every ime you press he skey, he display swiches o he nex parameer. - 0 1 0 0 0 Use he key o move o anoher digi Use he skey o change he numerical value o 500. - 5 0 0 Parameer 3 seing 0 0 1 0 0 0 Use he key o move o anoher digi Use he s key o change he numerical value o 141.3. (Use he key o selec he decimal poin, and use he s key o change is posiion.) 1 4 1. 3 Parameer 4 seing Parameer 5 seing Every ime you press he key, he display swiches o he nex parameer. Every ime you press he key, he display swiches as below. 0.2 > 0.5 >1.0 >2.0 >5.0 60<30<15<10 Selec "1.0" and use he ENT key o inish seing. - 2. 0- - 1. 0 - Use he key o move o anoher digi Use he s key o change he numerical value o 6.0. (Use he key o selec he decimal poin, and use he skey o change is posiion.) -- 0 1 0. 0 -- 6. 0 Parameer 6 seing -- 0 1 0. 0 Every ime you press he s key, he display swiches as below. 10 > 30 >100 > 0.02 Selec "30" and use he ENT key o inish seing. - 3 0 - Finish seing Press he SET key. The display goes o mode 1 (digial achomeer mode). 0. 0 *If you ener a value ouside he seing range, all he inpu values will blink, which indicaes he seing is disabled. When his occurs, you canno swich o oher displays unil you ener a value wihin he seing range. (3) Funcion (For he seing mehod, refer o pages 16 and 17.) Funcion seing iem in mode 1 (digial achomeer mode) No. Seing iem Seing range Inpu range Defaul value F1 High se poin 1 value Ses he high se poin 1 value 000000-999999 0 F2 Low se poin 1 value Ses he high se poin 1 value 000000-999999 0 F3 High se poin 2 value Ses he high se poin 2 value 000000-999999 0 F4 Low se poin 2 value Ses he low se poin 2 value 000000-999999 0 F5 F6 Hyseresis of he high and low se poin 1 values Judgmen oupu imer a sarup Ses he hyseresis of he high and low se poin 1 values Ses he ime when he comparaor judgmen is oupu a sarup 9 0-99 0 0-99 sec. 0 sec. F7 Minimum revoluion speed Ses he revoluion speed o be displayed as zero 000000-999999 0 F8 F9 Frequency of he moving average Pre-arihmeic funcion * For he descripion of funcions, refer o pages 21 and 22. Used when variaion of he revoluion speed is large and a sable display canno be aained Promply performs he deceleraion display when he signal is los 0(disabled)/1(3 imes)/2(10 imes) 0(disabled)/1(enabled) 0(disabled) 0(disabled)
14. Seing Mehod When You Selec Mode 2 (Elapsed Timecouner Mode) for Measuremen Se each seing iem for mode and parameer according o he following procedures. (For he seing mehod of funcions, refer o pages 16 and 17.) Elapsed imecouner mode Seing example (for he elapsed ime display of oven) As in he igure on he lef, bread passes hrough he oven in a bread facory. The roary encoder is aached o he moor of he conveyor bel. To display he ime a which he bread passes hrough he oven in DT-501, do so under he following condiions: [Condiions] Revoluion speed of he roary encoder 1200rpm(roary encoder 60p/r Speed of he conveyor bel 2.8m/min Lengh of he oven 5m Passing ime hrough he oven 5m 2.8m/min 1.786 minues Approx. 1 minue 47 seconds Seing mehod (1) Mode Se he mode 2 (elapsed imecouner mode). Normal display Mode seing Finish seing The main display shows 0. Press and hold he SHIFT + MODE keys for 5 seconds or more. The main display shows he curren se mode No. afer blinking. * When you are seing for he irs ime afer he purchase of his uni, mode 1(digial achomeer mode) in he facory defaul seing is displayed. Press he SET key. The display goes o mode 2 (elapsed imecouner mode). 0-0 1-0: 0 0 Every ime you press he s key, he display swiches o he nex mode No. 1234 99 Selec "2". - 0 2 - Noe) If you change he mode seings, each parameer, funcion, and high and low se poin 1 seing value will reurn o he facory defaul seing value. (2) Parameer Parameer seing iems in mode 2 (elapsed imecouner mode) and numerical values o be se according o he above example. No. Seing iem Seing range Defaul seing value Display Descripion Numerical value o be se according o he above example P1 Pulse coun per revoluion 1-9999p/r 0001 1p/r 60p/r Ener he pulse coun of he roary encoder. P2 Revoluion speed in he deecion secion 1000-99999rpm _01000 1000rpm 1200rpm Ener he revoluion speed of he roary encoder. P3 Hour:Minue:Second Hour:Minue:Second Value o be :01-9:59:59 display sysem _01 1 sec. display sysem displayed Second display sysem 0:01-999:99 0:01:47 Refer o he above "Seing example". P4 Display cycle 0.2/0.5/1.0/2.0/ Measure using he defaul seing value as no special _ 1.0 _ 1 sec. 1 sec. 5.0/10/15/30/60 sec. insrucion is provided. P5 Auo zero ime 0.1-150 sec. 006.0 6.0 sec. 6 sec. Measure using he defaul seing value as no special insrucion is provided. P6 Inpu iler 10/30/100/0.02kHz _ 10_ 10kHz 30kHz As he roary encoder is used as a sensor, selec "30". * For he descripion abou he parameer funcions, refer o page 20. Mode 2 (elapsed imecouner mode) Display value calculaion equaion Mode 2 Display value calculaion Exernal inpu pulse (Hz) A P1 Pulse coun per revoluion B Parameer seing P2 Revoluion speed in he deecion secion(rpm) C P3 Value o be displayed D Equaion 1/(((A/B) * 60)/C)) * D 10
Sar seing according o he seing example on he previous page. Normal display The main display shows. 0: 0 0 To he parameer seings Press and hold he SHIFT + PARA keys for 5 seconds or more o swich o he parameer seing mode. 0 2 - P 0 1 Parameer 1 seing Parameer 2 seing Press he ENT key and sar seing parameers. (The main display shows he curren se numerical value of each parameer.) Every ime you press he key, he display swiches o he nex parameer. -- 0 0 0 1-0 1 0 0 0 Use he key o move o anoher digi Use he skey o change he numerical value o 60. Use he key o move o anoher digi Use he skey o change he numerical value o 1200. -- 0 0 6 0-1 2 0 0 Parameer 3 seing - 0 1 0: 0 0 Use he key o move o anoher digi Use he s key o change he numerical value o 0:01:47. To swich he Hour:Minue:Second display (0:1) and Second display (1), use he s key wih ":" seleced by he key. - 0: 0 1: 4 7 Parameer 4 seing Every ime you press he key, he display swiches as below. - 2. 0-0.2 0.5 1.0 2.0 5.0-1. 0-60301510 Selec "1.0" and use he ENT key o inish seing. Parameer 5 seing -- 0 1 0. 0 Use he key o move o anoher digi Use he skey o change he numerical value o 6.0. (Use he key o selec he decimal poin, and use he s key o change is posiion.) -- 6. 0 Parameer 6 seing Every ime you press he key, he display swiches as below. - 1 0-10 30 100 0.02-3 0 - Selec "30" and use he ENT key o inish seing. Finish seing Press he SET key. The display goes o mode 2 (elapsed imecouner mode). 0: 0 0: 0 0 *If you ener a value ouside he seing range, all he inpu values will blink, which indicaes he seing is disabled. When his occurs, you canno swich o oher displays unil you ener a value wihin he seing range. (3) Funcion (For he seing mehod, refer o pages 16 and 17.) Funcion seing iem in mode 2 (elapsed imecouner mode) No. Seing iem Descripion Inpu range Defaul seing F1 High se poin 1 value Ses he high se poin 1 value (Hour:Minue:Second display sysem) :00-9:59:59 Second display sysem Ses he high se poin 1 value (Second display sysem) - 999:99 F2 Low se poin 1 value Ses he low se poin 1 value (Hour:Minue:Second display sysem) :00-9:59:59 Second display Ses he low se poin 1 value (Second display sysem) - 999:99 F3 High se poin 2 value Ses he high se poin 2 value (Hour:Minue:Second display sysem) :00-9:59:59 Second display Ses he high se poin 2 value (Second display sysem) - 999:99 F4 Low se poin 2 value Ses he low se poin 2 value (Hour:Minue:Second display sysem) :00-9:59:59 Second display Ses he low se poin 2 value (Second display sysem) - 999:99 F5 Hyseresis of he high and low se poin 1 values Ses he hyseresis of he high and low se poin 1 values 0-99 0 F6 Judgmen oupu imer a sarup Ses he ime when he comparaor judgmen is oupu a sarup 0-99 sec. 0 sec. F7 Minimum revoluion speed Ses he revoluion speed o be displayed as zero 000000-999999 0 F8 Frequency of he moving average Used when variaion of he revoluion speed is large and a sable display canno be aained 11 0(disabled)/1(3 imes)/2(10 imes) 0(disabled) F9 Pre-arihmeic funcion Promply performs he deceleraion display when he signal is los 0(disabled)/1(enabled) 0(disabled) * For he descripion of funcions, refer o page 21. Noe) When he inpu signal sops in he elapsed imecouner mode, he display will overlow afer he speciied ime se wih he auo zero funcion. The overlow display -.-.-.-.-.-. does no mean here is a malfuncion. When he inpu signal is wihin he display range, he display reurns o normal.
15. Seing Mehod When You Selec Mode 3 (Time Widh Meer Mode) for Measuremen Se each seing iem for mode and parameer according o he following procedures. (For he seing mehod of funcions, refer o pages 16 and 17.) Time wide meer mode Seing example (for he operaing ime display of he press machine) As in he figure on he lef, when he press machine finishes operaion and reurns o he upper edge, he adjacen swich is acivaed. To display he operaing ime of he press machine (when he proximiy swich is urned of) Seing mehod (1) Mode Se mode 3 (Time Widh Meer Mode). Normal display The main display shows 0. 0 Mode seing Press and hold he SHIFT + MODE keys for 5 seconds or more. The main display shows he curren se mode No. afer blinking. * When you are seing for he irs ime afer he purchase of his uni, mode 1 (digial achomeer mode) in he facory defaul seing is displayed. - 0 1 - Every ime you press he s key, he display swiches o he nex mode No. 1234 99 Selec "3". - 0 3 - Finish seing Press he SET key. The display goes o mode 3 (ime wide meer mode). 0: 0 0 Noe) If you change he mode seings, each parameer, funcion, and high and low se poin 1 seing value will reurn o he facory defaul seing value. (2) Parameer Parameer seing iems in mode 3 (Time Widh Meer Mode) and numerical values o be se according o he above example. No. Seing iem Seing range P1 Swich beween Hour:Minue: Second and 1/100 Second sysem Defaul seing value Display Descripion Numerical value o be se according o he above example :00/ 1/100 sec. Selec he 1/100 second display based on he operaing ime of he press machine. P2 Measuremen secion 0(OFF)/1(ON) _ 1_ ON 0 Selec "0" because he adjacen swich of he open collecor is OFF. P3 Auo zero ime 0.1-3600 sec. _3600.0 3600 sec. 60.0 sec. Se "60.0" because here is no ime seing longer han 1 minue. P4 Inpu iler 10/0.02kHz _ 10_ 10kHz 10kHz Measure using he defaul seing value as no special insrucion is provided. * For he descripion abou he parameer funcions, refer o page 20. Abou he measuremen secion (parameer 2) Relay swich, open collecor, DC 2-wire sensor ON (When he No.6 erminal is a L level) Volage pulse ON (When he No.7 erminal is a H level) 1 0 12
Sar seing according o he seing example on he previous page. Normal display The main display shows. 0: 0 0 To he parameer seings Press and hold he SHIFT + PARA keys for 5 seconds or more o swich o he parameer seing mode. 0 3 - P 0 1 Parameer 1 seing Parameer 2 seing Press he ENT key and sar seing parameers. (The main display shows he curren se numerical value of each parameer.) Every ime you press he s key, he display swiches o he nex parameer. The numerical value does no need o be 0: 0 0 changed and you can proceed o he nex 0: 0 0 sep by pressing he ENT key. (Use he s key o change he numerical value.) Every ime you press he s key, he display - 1 - swiches as below. - 0-01 Selec "0" and use he ENT key o finish seing. Parameer 3 seing - 3 6 0 0. 0 Use he key o move o anoher digi Use he s key o change he numerical value o 60.0. - 0 0 6 0. 0 Parameer 4 seing - 1 0 - The numerical value does no need o be changed and you can proceed o he nex sep by pressing he ENT key. (Use he s key o change he numerical value.) - 1 0 - Finish seing Press he SET key. The display goes o mode 3 (ime wide meer mode). 0: 0 0 *If you ener a value ouside he seing range, all he inpu values will blink, which indicaes he seing is disabled. When his occurs, you canno swich o oher displays unil you ener a value wihin he seing range. (3) Funcion (For he seing mehod, refer o pages 16 and 17.) Funcion seing iem in mode 3 (Time Widh Meer Mode) No. Seing iem Descripion Inpu range Defaul seing F1 High se poin 1 value Ses he high se poin 1 value (Hour:Minue:Second display sysem) :00-9:59:59 Ses he high se poin 1 value (Second display sysem) - 999:99 Second display sysem F2 Low se poin 1 value Ses he low se poin 1 value (Hour:Minue:Second display sysem) :00-9:59:59 Ses he low se poin 1 value (Second display sysem) - 999:99 Second display sysem F3 High se poin 2 value Ses he high se poin 2 value (Hour:Minue:Second display sysem) :00-9:59:59 Ses he high se poin 2 value (Second display sysem) - 999:99 Second display sysem F4 F5 F6 Low se poin 2 value Hyseresis of he high and low se poin 1 values Judgmen oupu imer a sarup * For he descripion of funcions, refer o pages 21 and 22. Ses he low se poin 2 value (Hour:Minue:Second display sysem) :00-9:59:59 Ses he low se poin 2 value (Second display sysem) - 999:99 Second display sysem Ses he hyseresis of he high and low se poin 1 values 0-99 0 Ses he ime when he comparaor judgmen is oupu a sarup 0-99 sec. 0 sec. 13
16. Seing Mehod When You Selec Mode 4 (Flowmeer Mode) for Measuremen Se each seing iem for mode and parameer according o he following procedures. (For he seing mehod of funcions, refer o pages 16 and 17.) Flowmeer mode Seing example (For he low display from he ank) To display he low ( l /min) in DT-501 under he following condiions when he lowmeer for which he number of blades is unknown as in he igure on he lef: [Condiions] Number of blades : Unknown Oupu of he low sensor : 2.5cc/p *p : Pulse DT-501 Flow sensor Seing mehod (1) Mode Se mode 4 (lowmeer mode). Normal display The main display shows "0". 0 Mode seing Press and hold he SHIFT + MODE keys for 5 seconds or more. The main display shows he curren se mode No. afer blinking. * When you are seing for he irs ime afer he purchase of his uni, mode 1 (digial achomeer mode) in he facory defaul seing is displayed. - 0 1 - Every ime you press he s key, he display swiches o he nex mode No. 1234 99 Selec "4". - 0 4 - Finish seing Press he SET key. The display goes o mode 4 (lowmeer mode). 0. 0 Noe) If you change he mode seings, each parameer, funcion, and high and low se poin 1 seing value will reurn o he facory defaul seing value. (2) Parameer Parameer seing iems in mode 4 (lowmeer mode) and numerical values o be se according o he above example. Defaul seing value No. Seing iem Seing range Numerical value o be se according o he above example Display Descripion P1 Number of blades per revoluion 1-99 01 1 1 Ener he number of blades of he lowmeer. If i is unknown, ener "1". P2 Capaciy per sensor blade (cc, l, ec.) 0.0001-99999 _ 0001.0 1.0 2.5cc/p Ener he capaciy per blade ha he sensor can read. P3 Scaling 0.00000-999999 00001.0 1 0.06 Refer o "Abou scaling" below. Displays o one P4 Decimal poin display 0.00000-00000.0 00000.0 00000.0 Displays o one decimal place. decimal place P5 Display cycle 0.2/0.5/1.0/2.0/ 5.0/10/15/30/60 sec. _1.0_ 1 sec. 1 sec. Measure using he defaul seing value as no special insrucion is provided. P6 Auo zero ime 0.1-150 sec. 006.0 6 sec. 6 sec. Measure using he defaul seing value as no special insrucion is provided. P7 Inpu iler 10/30/100/0.02kHz _ 10_ 10kHz 10kHz Measure using he defaul seing value as no special insrucion is provided. * For he descripion abou he parameer funcions, refer o page 20. Mode 4 (lowmeer mode) Display value calculaion equaion Mode 4 Display value calculaion Exernal inpu pulse (Hz) P1 Number of blades per revoluion P2 Capaciy per sensor blade Parameer seing P3 Scaling P4 Decimal poin display Equaion (A * B) * C * D A B C D E Abou scaling (parameer 3) Assuming he low per second o be represened in he parameer 2 low uni (cc in he example) is a (cc/s), parameer 3 will be coeicien value when a muliplier is used o change he uni of a (cc/s) for display. (1) To display he value as in he original uni (cc/s) a (cc/s) * 1 a (cc/s) Parameer 3 (2) To display he value in he uni (l /min) as in he above seing a (cc/s) * 60 1000 A ( l /min) Parameer 3 * * 60 : Muliply i by 60 as i is he low per minue. 1000 : Divide he value by 1000 as parameer is se in he uni of cc. 14
Sar seing according o he seing example on he previous page. Normal display The main display shows. 0. 0 To he parameer seings Press and hold he SHIFT + PARA keys for 5 seconds or more o swich o he parameer seing mode. 0 4 - P 0 1 Parameer 1 seing Parameer 2 seing Press he ENT key and sar seing parameers. (The main display shows he curren se numerical value of each parameer.) Every ime you press he key, he display swiches o he nex parameer. ---- 0 1-0 0 0 1. 0 The numerical value does no need o be changed and you can proceed o he nex sep by pressing he ENT key. (Use he s key o change he numerical value.) Use he key o move o anoher digi Use he s key o change he numerical value o 2.5. s ---- 0 1-0 0 0 2. 5 Parameer 3 seing 0 0 0 0 1. 0 Use he key o move o anoher digi Use he s key o change he numerical value o 0.06. Use he key o selec he decimal poin, and use he s key o change is posiion. s s 0 0 0 0. 0 6 Parameer 4 seing The numerical value does no need o be changed and you can proceed o he nex sep by pressing he ENT key. (Use he s key o change he numerical value.) 0 0 0 0 0. 0 0 0 0 0 0. 0 Parameer 5 seing - 1. 0 - The numerical value does no need o be changed and you can proceed o he nex sep by pressing he ENT key. (Use he s key o change he numerical value.) - 1. 0 - Parameer 6 seing The numerical value does no need o be -- 0 0 6. 0 changed, and go o nex sep. -- 0 0 6. 0 (Use he key o move o anoher digi) (Use he s key o change he numerical value.) s Parameer 7 seing Finish seing Press he SET key. The display goes o mode 4 (lowmeer mode). - 1 0 - changed and you can proceed o he nex - 1 0-0. 0 The numerical value does no need o be sep by pressing he ENT key. (Use he s key o change he numerical value.) *If you ener a value ouside he seing range, all he inpu values will blink, which indicaes he seing is disabled. When his occurs, you canno swich o oher displays unil you ener a value wihin he seing range. (3) Funcion (For he seing mehod, refer o pages 16 and 17.) Funcion seing iem in mode 4 (lowmeer mode) No. Seing iem Descripion Inpu range Defaul seing F1 High se poin 1 value Ses he high se poin 1 value 000000-999999 0 F2 Low se poin 1 value Ses he high se poin 1 value 000000-999999 0 F3 High se poin 2 value Ses he high se poin 2 value 000000-999999 0 F4 Low se poin 2 value Ses he low se poin 2 value 000000-999999 0 F5 Hyseresis of he high and low se poin 1 values Ses he hyseresis of he high and low se poin 1 values 0-99 0 F6 Judgmen oupu imer a sarup Ses he ime when he comparaor judgmen is oupu a sarup 0-99 sec. 0 sec. F7 Minimum low(display value) Ses he revoluion speed o be displayed as zero 000000-999999 0 Frequency of he moving Used when variaion of he revoluion speed is large and a sable F8 0(disabled)/1(3 imes)/2(10 imes) 0(disabled) average display canno be aained F9 Pre-arihmeic funcion Promply performs he deceleraion display when he signal is los 0(disabled)/1(enabled) 0(disabled) * For he descripion of funcions, refer o page 21. 15
17. Seing Mehod of Funcions (Excluding in he Tes Mode, Common in Each Mode) The seing mehod of he funcions is common in each mode excluding he es mode. For he liss of funcions in each mode, refer o page 21. Funcion seing iem <in mode 1 (digial achomeer mode)> Defaul seing No. Seing iem Seing range Funcion descripion Display Descripion F1 High se poin 1 value* 000000-999999 000000 0 Ses he high se poin 1 value. The decimal poin is no displayed. F2 Low se poin 1 value* 000000-999999 000000 0 Ses he low se poin 1 value. The decimal poin is no displayed. F3 High se poin 2 value* 000000-999999 000000 0 Ses he high se poin 2 value. The decimal poin is no displayed. F4 Low se poin 2 value* 000000-999999 000000 0 Ses he low se poin 2 value. The decimal poin is no displayed. Ses he hyseresis of he high and low se poin 1 values. Used when he F5 Hyseresis of he high 0-99 00 0 revoluion variaion is large. and low se poin 1 values (For deails, refer o "Comparaor Funcion" on page 17.) F6 Judgmen oupu imer a sarup 0-99 sec. 00 0 sec. Ses he ime when he comparaor judgmen is oupu a sarup F7 Minimum revoluion speed 000000-999999 000000 0 Ses he revoluion speed o be displayed as zero Frequency of he moving Used when variaion of he revoluion speed is large and a sable display F8 0(disabled)/1(3 imes)/2(10 imes) _ 0 _ 0(disabled) average canno be aained F9 Pre-arihmeic funcion 0(disabled)/1(enabled) _ 0 _ 0(disabled) Promply performs he deceleraion display when he signal is los *For he seings of he high se poin 1 and 2 values, as well as he low se poin 1 and 2 values, refer o Comparaor Funcion on page 17. Seing mehod <in mode 1 (digial achomeer mode)> For he seing mehods in oher modes han mode 1 (digial achomeer mode), also refer o he descripion below. Normal display The main display shows 0. 0 To he funcion seings Press he SHIFT + FUNC keys for 5 seconds or more o swich o he parameer seing mode. 0 1 - F 0 1 Funcion 1 seing Seing example : 1000 Press he ENT key and sar seing funcions. Every ime you press he s key, he display swiches o he nex parameer. s Use he key o move o anoher digi Use he s key o change he numerical value o 1000. 0 1 - F 0 1 0 0 1 0 0 0 Funcion 2 seing Seing example : 500 0 0 0 0 0 0 Use he key o move o anoher digi Use he s key o change he numerical value o 500. s 0 0 0 5 0 0 Funcion 3 seing Seing example : 1200 0 0 0 0 0 0 Use he key o move o anoher digi Use he s key o change he numerical value o 1200. s 0 0 1 2 0 0 Funcion 4 seing Seing example : 300 0 0 0 0 0 0 Use he key o move o anoher digi Use he s key o change he numerical value o 300. s 0 0 0 3 0 0 Funcion 5 seing Seing example : 20 ---- 0 0 Use he key o move o anoher digi Use he s key o change he numerical value o 20. s ---- 2 0 Funcion 6 seing Seing example : 3 ---- 0 0 Use he key o move o anoher digi Use he s key o change he numerical value o 03. s ---- 0 3 Funcion 7 seing Seing example : 100 0 0 0 0 0 0 Use he key o move o anoher digi Use he s key o change he numerical value o 100. s 0 0 0 1 0 0 Coninued on nex page 16
Coninued from previous page Funcion 8 seing Seing example : 1 Every ime you press he s key, he display swiches o he nex funcion. Press he ENT key and sar seing funcions. - 0 - Every ime you press he s key, he display swiches as below. - 1 - Funcion 9 seing Seing example :1-0 - Every ime you press he s key, he display swiches as below. - 1 - Finish seing Press he SET key. The display goes o mode 1 (digial achomeer mode). 0 * If you ener a value ouside he seing range, all he inpu values will blink, which indicaes he seing is disabled. When you press any of he numerical inpu key, he numerical value before enry is displayed, and you can redo he seing. * When he relaionship among he seing values of F1 o F4 is no appropriae, "EE-4" is displayed before inishing he funcion seing by pressing he SET key. For deails, refer o page 19. 18. Comparaor Funcion Keys o be used for he high and low se poin 1 value seings and heir applicaions Judgmen lamp The corresponding lamp lighs up according o he judgmen resul. Name Funcion LL lamp Lighs up when he low se poin 2 is judged. L lamp Lighs up when he low se poin 1 is judged. H lamp Lighs up when he high se poin 1 is judged. HH lamp Lighs up when he high se poin 2 is judged. Descripion Judgmen condiions Low se poin 1 value Measuremen value High se poin 1 value AND Low se poin 2 value Measuremen value High se poin 2 value When eiher he high and low se poin 1 value judgmen or he high and low se poin 2 value judgmen is invalid, and he oher is wihin he seing range Measuremen value High se poin 2 value Measuremen value High se poin 1 value Measuremen value Low se poin 2 value Measuremen value Low se poin 1 value Se he high se poin 1, low se poin 1, high se poin 2, and low se poin 2 values using he funcion iems F01 o F04. Execue he judgmen in he all measuremen mode. The high and low se poin 2 value judgmen, as well as he high and low se poin 1 value judgmen, is execued independenly. When boh he high se poin 2 and low se poin 2 values are 0, he high and low se poin 2 value judgmen is no execued. When boh he high se poin 1 and low se poin 1 values are 0, he high and low se poin 1 value judgmen is no execued. When boh he high se poin 2 and low se poin 2 values, as well as he high se poin 1 and low se poin 1 values are 0, no judgmen is execued. Abou hyseresis GO judgmen HH judgmen H judgmen LL judgmen L judgmen When hyseresis is se in funcion F5, provide hyseresis beween he judgmen ON and OFF. The hyseresis seing value is common o he high se poin 1, low se poin 1, high se poin 2, and low se poin 2 value judgmen. Oupu Judgmen ON Judgmen OFF Hyseresis Condiions under he high se poin 1 and 2 value judgmen Judgmen OFF > ON Measuremen value Judgmen value Judgmen ON > OFF Measuremen value Judgmen value - Hyseresis value Condiions under he low se poin 1 and 2 value judgmen Judgmen OFF > ON Measuremen value Judgmen value Judgmen ON > OFF Measuremen value Judgmen value + Hyseresis value OFF OFF display value ON display value 17