& OPTEX SEPARATE TYPE PHOTOELECTRIC SENSOR Tiny sensor heads for Space Saving Rens R series amplifiers with its Amplifier :RSA “MARKING MODE" provide identification _sensortead:fT-1500RS-208 even of white substances. AT-FQOO. RS-160 RD-150 RM-16R ROFSO RM-16 World Standard ‘One praduct for tha whole world: C€ AMIdeal for OEM applications requiring Miniature sensors. New mark sensing function makes sensitivity adjustment easier. Separate type photoelectric sensor [ SERIES i ; Dis reflection Fat) RD-F50 ‘Tarcugthbeam Fat) RT- Semminin eas ‘Torousth-beemiLong) 1500 ‘V5 fang typ Dituse MarkFed) M-16R TYPE Difse focussed(Green) RS-16G Green LED elm soot Difuse fccussen(Red) RS-20R MARKING T¥1 ‘9 lain sootLorre rd ean Cer Bed Cee 1 CE conforming, world's first for this sort of Separate Types. R series amplifiers are designed to conform to CE's tough noise immunity standards, required by OEM specifications. i Fastest 0.2ms response. The Mark sensing mode has the fastest response time for s parate type sensors. Wi IP66 of Sensor heads. The sensor heads are waterproof to IP66 standards for use in thugh environments. w Variety of Connector Types. Plug-in connector types are available in both NPN and PNP models. @ 3 different sensors heads, some as thin as 3.2 mm Green LED models are available for mark sensing. piflee” REANERSACN/CP mr Taine aee T se [Ue Die foouse fag | RS-208 20a:2mm| Noma Rod LED Diffuse mark (Red) | RM-16R 16:£2mm | NormalMerk Difluse focussed (Groen) [ RS-166 tet imm | Mark | Green LED Diftuse mark (Green) _ | RM-166 161mm | Mark | Green LED Through-beam (Long) _| RT 5m | Normal | Rad RTF 300mm | _ Normal Red LED RD-150 ee Fed LED RD-FS0 SOmm | _ Nema Red L Normal/Mark 30v0 NormaMark | 10 to 30vD0 Normal/Mlark | 10 to 30vD% Normal/Mlark | 10 to 30vDG le type Cable length 2m Connector type M84-Pin ConnectorPHILOSOPHY Built with mark detection. The R series amplifier is equipped with a mark detection mode. It can detect subtle color systems which cannot be detected with conventional sensors. Darker NORMAL MODE ‘The light received by the Sensing Element is amplified in accordance with the position of the Sensitivity control. ‘The output is switched ON or OFF as the Light signal fevel crosses a present threstuld. | whiter substance gives higher reflectivity, while those of darker colors give lower reflactivity. Brighter MARKING MODE Unlike the Normal Mode, the threshold level is adjusted by the Sensitivity control instead of the amplification. Pastel colors signals which have been over-amplified can cause detection problems. The F seties detects by moving the threshold to the color signal to enable identification of lighter shades. "oD 4 = Variable GAN <—_ Fines Gan Darker colors like between 20 to 40% gives an enough margin of sensing (area b) while brighter color as between 100 to 80% gives. little room of discriminating colors(area a). The sensing margin between two colors(area ¢ and d) are same regardless of colors.APPLICATIONS Adhesive control RS-20R In the mark mode the RS-20R detects even subtle colors. This can promptly notify operators when adhesive has run out. REZ0R Sacto enue coon Reduce La Lenk ‘The RM-16G can give subtle color discrimination that goes undetected by conventional MARK SENSORS. Both red and green LEDs are available to detect almost all color schemes. PM es LegCo Care Matti ers GOA ead In the Mark mode, the RM 16R offers a 0.2ma response time, excellent for use on high speed packaging machines, PALER eM ET Mero fea eat) ‘The RM-16R has a 1X 4mm rectangular spot. This sensor reliably detects pattern changes such as printing on IC chips. Maer Wafer cassette detection /RD-F50 With a thickness of only 3.2mm, the RD-F50 can be installed in almost any tight spot, where conventional sensors are too large to be used. FDFSOSPECIFICATION Sensor Head E [Dittuse focussed(Red) | Diffuse mark(Red) _ | Ditfise focussed(Green) | Diffuse mark(Green) Type RS-20R RM-16R RS-166 RM-16G Detecting distance Te eee” | témm::2mm 16mm-ttmm 16mm-+ mm Spotsize | @tmm{20mm) _1x4mm(16mm) @imm(i6mm) | 1% 4mm(iémm) ‘Standard detecting object = Hysterisis L 20% = 20% = Light sorce red LED =a "Green LED “Ambient temp/humicity -25 to 550 / 35 to B5%RH A Sunlight : 100001x ‘Ambient illuminance Halogen 2000 Protection category 1P66 7 Shock resistance : 506 (K. ¥, Z Stimes each) Vibration resistance 10 to 55H: (Multiple amplitude 1.5mm X, Y, Z hours each) Sensor Head ~[Through-beam(Long) | Through-beamilat) | Diffuse reflection(Long) | Diffuse reflecion(Flat) I Type RT-1500 RT-F300 RD-150 RD-F50 | Detecting distance 4500mm 300mm 150mm 50mm Spot size E e. Standard detecting object_| mm opaque object | 2.5mm opaque object | ey Hysterisis ae Soe ight sorce ed LED “Ambient tempmumicity 2510 5ST / 35 10 BSYRH Protection category P66 1P50. I Ps 1P50 ‘Shock resistance 50G &% Y, Z times each) Vibration resistance 10 to 66Hz (Multiple amplitude 1.6mm X, Y, Z 2hours each) Amplifier = Gable type ‘Connector type Type RSA-N/RSA-P RSA-CN/RSA-CP. ‘Supply voltage ———s = ‘to 30VDC. Gurrent consumption — a 35mA Response time Nomal mode :60048 Mark mode :200us Timer function OFF delay fixed at 40ms Control output NPN or PNP Open collector output (max 30VDG/100mA) Operationmode | ‘Normal mode/Mark mode Gircuit protection Reverse protection, over current protection Ambiont temp/humiity_| 25 to 55 / 35 to B5%RH Protection category | _ 40 Connection Cable length 2m_ M8X4-pin connector "= Specications ee subject o change wihout prior nte or provement Option = Features ___JCN-S > Straight M8x4-pin connector cable 2m JON-L F L-shaped M8Xé-pin connector cabl -— BL-120S-SK ‘Slits for RT-1500 (Width 0.5mm, 1.0mm, 2.0mm endlesed together in the packing box)CIRCUIT DIAGRAM / LOCATION OF SWITCHES / SENSITIVITY ADJUSTMENT WIRING MINAME OF PARTS NEN outbat ceiving ndicator(Red) Operating Mode Selector Output Mode Selector ! i iH rt fs amr | [Pacoonanatcn) | | ieerton Hoe) | Sue cectiaiae (fener turn Sensitivity Volume. | [ls | le ww StabityIncestr (Green) ne @\ i (o 9, SENSITIVITY ADJUSTMENT (set te dtectbe ojo te detection postion PAP act anc tn the sonst adr ow om MI Pens, Qxeteane toward MAX nthe Opaaton deta up pen moe 5 Catt poston A = Setnctoana ee Ramee etertade jc an tum he sestaty i schustor rom HAX on MN poston where the i oa Operon indestorietngied Ca poton B.A Dali s lon 6 Poin © midnay betwee Aan ith ptm seat Paton. OTHER PRECAUTION/INSTALLATION MOTHER PRECAUTIONS INSTALLATION ‘6 Tae (@vring must be done afer turing ofthe Amplifier Unit ‘Sensor Head a ower. @Assembiing 1 {@ Verity votage fhactution oo that it dose not (Dopen a cover and pull up the ed the at value {Leth the ont on DIN a or Brack. Leahted ni ‘@ incr a sutching roguatori to be used 2Push thetall down unt thor isa ‘with 3 power eupay. be eure a ground the stint snap, Fram Ground Terminal 2 Process the cable end as —— @o not es the A saries outdoors oF na shown. > place wee extraneous ight can dacty b Alen sntrtho receive. Coe ie Ode netuse te Raares na vansint Stato power on (about 100m) Se j White wie cot inal Reto at ORE © 9 ‘allowing laestion, ast may oferta @Putthe cables notre shedwie amplifier Insertion Holes a5 rmafnction, Wire alot a dst, Vapoe, or the ike Is @Removing ia: present Pulton the tver black) at ho back with Where conosive gas is produced. ‘8 screwarver, or push the amir unit vere water, of orthe ike files eecty onto forward andi the front. the Rsares. \inere strona vibration or shock is caused ener = ere sien abiieauieit = *= votage ines, ar power ines or put them toagetner inthe same raceway, This warning wer, shouldbe stcty observed to prevent Levers rmalactons caused by inductive BPaten the cover. Imerterence.DIMENSIONS Unite Amplifier ‘= N/R m5 [as Sensor Head EES sender) (Receiver) pe 2 as aye sir et) at | | I T as T we fH, o 8 0 aot rT 3 1 a/ val (Receiver) 15.2 a wz} 32 44 aa = sa] 68 Ea ot | 58, it He 36 x 0 Jas 1 bes) “ L 922 a) vad nese Inne) 1S bin #18 ld obi) eal siz0>DIMENSIONS uniemm Sensor Head RD-150 . as 7 nate a + fal Sacer ie | i 8 1 0 $190 siete 16 ‘Inicator tad) a 2 4 “a sete as ee | 7 9 s 73 * | f 1 m4 1 | tee | 3 i tat ah sues 4 u K $1,942 sil ate Sensor Head Assemble Mounting 1.2, 3TYPICAL CHARACTERISTICS cxemoies (Operating Merain-Distence Characteristic Angle-Distance Characteristic ‘Moving Characteristic, Operating Marain-Distance Characteristic ‘Angle-Distance Characteristic, | Pel i / ¢ { chal ] \ ee Fd CberetePosionDistarceChrecterste pert Mere Clstance Carctrie i Overating Margin Distence Characteristic s site hiaTYPICAL CHARACTERISTICS cexamies) Operating Marein-Oistance Characteristic Operating MarginDistance Characteristic Operating Position Distance Charecteristic sit ae Operating Marein-Cistance Characteristic Operating Margin-Distance Characteristic Operating Position Distance Cherecteristc ra 1 fom on ey oe Pacllel Moving Characteristic Operating Margin-Distance Cheracteristi| i suet F< vo mse << isoCOLOR REFERENCE CHART RS-20R * Mark mode x| OOO KOO 6! pe OO pep) pep OPK LX PX Pex Pe O90} Od} x| x| x IOO|O!S) x XIX x Ie| IDO! DOGC| xjOOo DOOD OO DO CO x) XCOOCOO Sdcocaeoo0d] Or 3 x|O| El x NOOO xOOOkOOd) xO} Ox lOO Ox|DO|O x COCO! x x NCO x cox 0007 JOO COC x x XK 10} 0} 01} Ox 0} O} is) O} 1} xoO x xIOIOO x/O1O OXOOOX|OIOK OO XODOXIS! x NR Bg Op] lOO!O} OOOO OO xO] O xXiOOO) NPD ex Pa N x x < Remarks 251, Seek for a cross point you need to make color discrimination. #22, This chart gives just a reference for selecting among sonsor hoads. FIS-20R4ASAN ©) =Possible z= Impossible eCRS-16G - Mark mode COLOR REFERENCE CHART z a 5 ¢ x|xIOIOlx x O1O, XOXO OO lOO IO x7 iV se lor OOIOO}X|xIOO a Oo} 1} lO} Ix|OlD|O)x OIOCIO!x OID}. x|xIO ClO. O|O| xO lOO” x_x|x|xIO x1x x1 x/O] Oo} x ‘Ook xx QIK OOO GOO) // eo 2 LO) >: lox x! : Ox) O} OOO x Ix[x xxl ODO OO O0! XOOIOx)x fe) a x OO OO) i IOI O)« DOO xxx 1x10 IOlxlIOO10} IDO) xIDOOKIOCIO|x x!x x x OOO) IOIO OO! OxIOOOIOOIO x/x. OIC) xOID|O|k|OO|OO |x xIOIC xIOIO! xIOk OO! ISO) Ix! x ClO! APR OSORIO = OO x/OlO x|x|OO!x! IODC x be 1} eee ocneee KER QSOR OIRICICO Rigo R07 IO)x DIDDOIGIOC lox OC|OOO|x|O leEdele) alin e eCOLOR REFERENCE CHART RM-16R - Markmode [ele OOOKO OOK x[x OOIOlxiOOCOC OC} OlOx x OOO |/x OOIO09) boo XIOOCCCOOOOoR9) NODES O00 0010) t 8 X/XODIOICIOO 0} XXOOIOICIO} JO )x HOO ERR Oo O10) 1 ‘s) Oo 10. el | 2. 1D 1 KO 10 x OOO x CODOOOO OD Remarks 221, Seek for a cross point you need to make color discrimination. #2. This chart gives just a reference for selecting among sensor heads, RM-6RHRSAN (0) = Possible [X] =ImpossibieCOLOR REFERENCE CHART RM-16G - Mark mode AM-16G+RSALN