Z-L / BGS-ZL series. Features. Applications. Thru-Beam type. Diffuse type. 30m. BGS type. Retro Reflective type. 10m

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1 Laser Laser -L / BG-L series M8 QD type The Laser light source projects a mm spot at mm distance (Diffuse mode). BG (Background uppression) sensing is also available in the BG-L series. able type BG-HL TOF D DA -L BG-L Applications Features Thru-Beam type Diffuse type m mm dge control (BG-L) T-L D-L Retro Reflective type BG type Height control of multi-colored object (BG-L) R-L m BG-L BG-L -mm ounting metal parts (R-L) lass /lass II I, FDA Regulation onforms to lass (I) and lass II (FDA) regulations. (lass for Thru-beam type) Thin plates counting (T-L)

2 Laser BG-HL TOF D Laser Thru-beam / Retro meter sensing distance (Thru-beam type), fast sec. response time. ompact size with Laser source, small mm diameter projected beam. IP7 rating M8 QD types are available DA -L BG-L Features Thru-beam type, T-L series mm spot size at meter sensing distance Laser meter! sec response Good for fast moving objects. Diffuse Reflective, D-L type Fine mm spot at mm sensing distance ømm ross-talk prevention sensors can be mounted side-by-side. Retro Reflective, R-L type mm spot size at meter sensing distance Laser meter! IP7 rating Hose it down! Water-tightness is tested to IP7. pecifications Model able type M8 connector type NPN PNP NPN PNP upply voltage Power consumption ensing distance Response time Hysteresis Ambient temp Ambient humidity torage temp/ humidity ibration resistance hock resistance Protection category Light source Laser class (I) Laser class (FDA) Output indicator Laser power indicator ensitivity adjustment Operation mode onnection Thru-beam T-LN T-LP T-LN T-LP D Inc. % ripple ma max. meter mm/m sec to o to 8% to 7 o / to 9% to Hz width.mm G ( m/s ) IP7 Lasernm class class I Orange(ellow) LD Green LD ingle turn potentiometer Light On / Dark On selectable (switch) m cable / M8 connector Polarized Retro-reflective R-LN R-LP R-LN R-LP ma max. meter ( : PF) mm/8m class class II Diffuse-reflective D-LN D-LP D-LN D-LP mm mm/mm % Max 7

3 Laser BG - Laser Fine spot / high speed applications BG (Background uppression ) s are not influenced by the background,available with conventional Laser light source. sec fast response (Laser light source models) mm projected spot size with BG optical system (BG-L Laser types) BG-HL TOF D DA -L BG-L Features mm projected spot size The hort distance BG Laser sensor projects a very small ø mm spot at mm distance. Ideal for the detection of small targets at long distance without being influenced by the background. The Long distance type projects a ø. mm spot at mm. BG optical system designed with Laser light source xtremely small BG type sensors are only 7 x x mm. Ideal for use in OM equipment such as Printed ircit Board processing machines. ømm ø.mm mm mm short distance long distance xternal control of Laser Beam xternal control of laser OFF is possible by connecting gray wire to GND (NPN type) or D- (PNP type). (This function is not available in pin types) Laser On Turn adjustment pot. A four turn adjustment pot. is built-in for precise adjustment of the sensing distance. The potentiometer has a slip clutch that protects it from damage when it is turned past the end. sec response Good for fast moving objects. turn pot. pecifications Model long distance short distance NPN PNP Adjustable distance ensing distance Response time Hysteresis (white to white) Operation mode Output indicator ensitivity adjustment ontrol output upply voltage Power consumption Protection category hock resistance Ambient temp / humidity Materials * white paper mm m able BG-LN BG-LP - mm (*) - mm (*) s.mm/mm % Light On / Dark On selectable Output : orange, Laser Power : green -turn, endless pot. M8QD pin BG-LN BG-LP NPN or PNP open collector, ma max / D D -, including % ripple ma max IP 7 G to o / to 8% RH Housing : AB with glass, Lens : PMMA m able BG-LN BG-LP - mm (*) - mm (*) mm/mm % M8QD pin BG-LN BG-LP "M8-QD in pins for uropean machines " are available with extention code of -N(P), for instance, "BG-LN". 8

4 Laser BG-HL ircuit diagram NPN output thru-beem receiver PNP output thru-beem receiver TOF D DA Main circuit Protection NPN outputother type Load circuit Brown D Black ontrol output Blue Main circuit Protection PNP outputother type Load circuit Brown D Black ontrol output Blue -L BG-L Main circuit Protection Load circuit Brown D Black ontrol output Blue Gray Laser OFF onnect to Main circuit Protection Load circuit Brown D Black ontrol output Blue Gray Laser OFF onnect to D mitter of thru-beam type Main circuit Brown D Blue Dimensions General use type except BG BG type Output indicator (orange) ensitivity adjuster Output indicator (orange) ensitivity adjustor Laser emission indicator (green) (Receiver of Through beam type:table indicator) L / ON,D / ON selector LD type : table indicator (green) L.ON/D.ON selector Remark : R-Q type (coaxial beam for transparent detection) has single LD (orange for output indicator).. Optical axis -M P. -M P onnector. onnector. 8. onnector. onnector..8 M8 connector.8 M8 connector Optical center of Through beam type Receiver center of Retro/Diffuse type mitter center of Retro/Diffuse type.8 cable core cable core for through beam emitter Optical axis.8 cable <able> D GND ontrol Output Laser OFF (Laser type only) (NPN connect to GND / PNP connect to D) < Pin configuration> D GND ontrol Output < Pin configuration> D Laser OFF (Laser type only) (NPN connect to GND / PNP connect to D) GND ontrol Output 9

5 Laser tandard bracket BF-W--A For M8 QD type sensors s for laser type PF (tandard,.-m) tandard bracket BF-W--B For cabled type sensors PLF (Optional,.-8m) lit mask BL-- (for thru-beam type) 8. lit a lit B lit ize.mm mm mm 8 x a b x -R Attached to Receiver,mitter Receiver,mitter Receiver,mitter PLF (Optional,.-7m) Object size (Min).mm.mm.mm c canning range.8mm.mm mm lit mask BL--M. -R R BG-HL TOF D DA -L BG-L.. (Unit : mm) Options PF PLF PLF N-M8 traight type N-LL-shape M8 type Protective mounting brackets L- L- N- : meter N- : meter N- : meter N-L N-L N-L : meter : meter : meter stand PLN- Fixture of PLN-M

6 Laser BG-HL Reference (typical) TOF approx. mm approx. mm D DA -L BG-L T- LN ensing distance (m) Operating point (mm) Receiver mitter ensing distance (m) approx. mm ensing distance (m) PF: PLF: PLF: 8 Operating point (mm) PF 8 PF: R- L ensing distance (m) ensing distance (m) Angular deviation The Angle of reflector is changed The Angle of is changed Distance (mm) PF: No ensing distance (m) 8 PF: PF: 8 ensing distance (m) Detection angle () D-L : at 9% reflectance Gray : at 8% reflectance Black : at % reflectance Operating point (mm) mm 9%(Reflectance) approx..mm approx. mm ensing distance (cm) approx..mm ensing distance (mm)

7 Laser Reference (typical) BG-HL Operating point (mm) mm mm mm mm 9% (Reflectance).mm.mm.mm.8mm Distance (mm).mm Distance (mm) No 9% TOF D DA -L BG-L BG- LN % of scanning distance (%) ensing distance (mm) % / 9% Hysteresis 8% / 9% 9% / 9% Material responce mm mm mm ensing distance (mm) olor responce etting distance mm mm mm 9% (ODA ) Gray 8% (ODA Gray) Black % (POTOWAND ) Operating point (mm) mm 8mm mm mm mm 9% (Reflectance).mm.mm.mm 8 Distance (mm).mm Distance (mm) No 9% BG- LN % of scanning distance (%) ensing distance (mm) Hysteresis % / 9% 8% / 9% 9% / 9% 8 7 Material responce mm 7mm mm 7 ensing distance (mm) olor responce etting distance mm 7mm mm 9% (ODA ) Gray 8% (ODA Gray) Black % (POTOWAND )

8 Photoelectric Reference (typical) D-N (Reflectance9%) Gray(Reflectance8%) xcess Gain (Reflectance9%) Operating point (mm) Gray(Reflectance8%) Operation level Black(Reflectance%) Black(Reflectance%) ensing distance (mm) ensing distance (mm) ensing distance (mm) Distance (mm) 8 No (Reflectance9%) R-N xcess Gain - - Operation level ensing distance (m) Operating point (mm) ensing distance (m) Distance (m).. Angular deviation angle - - angle Distance (mm) No.. Angle ( o ) ensing distance (m) R-Q BG- T-N xcess Gain Angular deviation Receiver Operating point (mm) mitter mitter mitter Receiver Operation level 7 ensing distance (m) ensing distance (m) Angle ( o ) ensing distance (m) Distance (m) Receiver angle mitter angle Receiver Distance (mm) 8 No M BG- T-N & LIT BL-- 8 lit width.mm xcess Gain Operating point (mm) No lit width.mm.. lit 8 Operation level ensing distance (m) ensing distance (m) ensing distance (m) Distance (mm) mitter Receiver DM-8T 7

9 Photoelectric Photoelectric / BG- series M8 QD type able type High Performance, Low ost! All models offer cost and space savings. R-Q series. Ideal for detection of transparent objects! Plastic bottles, film, etc. R-/Q series, oaxial beam. ensing through narrow opening ispossible! BG- series. High performance in small package!! Tough sensor! G shock resistance and IP7 ratings. Applications Thru-Beam type onvergent type For material handling (R-) T-NT-P T-NT-P D-L9ND-L9P D-L9ND-L9P R-Q Retro Reflective type Diffuse type (incl,divergent type) BG- Beverage industry (R-Q) R-NR-P R-NR-P Diffuse D-7ND-7P D-7ND-7P Divergent D-WND-WP D-WND-WP M ar on the production line (T-) BG type oaxial LD type BG- PB (BG-N) BG-NBG-P BG-NBG-P BG-NBG-P BG-NBG-P General use R-NR-P R-NR-P Transparent objects R-QNR-QP R-QNR-QP DM-8T 7

10 Photoelectric General Purpose G shock resistance, IP7 ratings. Tough sensor! R-Q series, ideal for detection of PT bottles, transparent objects, etc. tandard models for cost saving. Features sec response Good for fast moving objects. ross-talk prevention With built-in cross-talk prevention, it is possible to mount two sensors side-by-side without mutual interference. (Use part number BL- -POLF for thru-beam type sensors.) R-Q BG- D-W wide angle applications The Divergent type D-W provides a wide angle beam that can be used to detect transparent film by collecting the reflected light from the material surface. Rugged G shock rating Rigid design for high resistance to mechanical shock G IP7 rating Hose it down! Water-tightness is tested to IP7. Threaded mounting holes Prevents sensor from being damaged when it's mounted. BL--POLF M pecifications BG- DM-8T Model NPN able type PNP NPN M8 onnector type PNP ensing distance Response time Operating mode Hysteresis Light source ensitivity adjustment ontrol output upply voltage Power consumption LD Indicator Protection category hock resistance nvironmental illuminance Operating temp/humidity Materials Thru-beam T-N T-P T-N T-P m. meter Polarized Retro-reflective R-N R-P R-N R-P.m (- reflector) meter Light On/Dark On selectable NIL Red LD -turn trimmer ( degree) NPN or PNP Open collector, ma Max / D D - incl. % ripple ma Max Dual Indicator (Output : orange, table : green) IP7 G (,m/ ) unlight :, lux Max., to to 8 AB with glass fiber (ase), PMMA (Lens) Diffuse-reflective D-7N D-7P D-7N D-7P 7cm 7mm % Max Incandescent lamp :, lux max. onvergent D-L9N D-L9P D-L9N D-L9P -9 cm 9mm % Max Divergent D-WN D-WP D-WN D-WP - mm mm % Max Glass detection R-QN R-QP R-QN R-QP m (- reflector) meter NIL 7

11 Photoelectric Retro-Reflective with oaxial LD The best for transparent Plastic / Glass detection oaxial LD source gives extremely tight alignment to the target. Alignment of sensor is easy thanks to bright projected LD spot. sec fast response (R-, coaxial beam type) World's standard model R-Q (general type) and R-Q (coaxial beam type) for Plastic and Glass applications. Features ero dead area! The sensor has no dead area in the sensing field. This makes it ideal for use on conveyors where the position of the target changes. Dead area Good selection of sensors for various types of bottles. Glass and plastic bottles come in various shapes / sizes and with many different contours which require testing in the field to determine the best sensor for the application. The series is offered with both o-axial and onventional LD light sources to provide a solution for the detection of any bottle type. Typical sensor No Dead area R-Q Repeat Accuracy oaxial LD ery tight Repeat Accuracy,. -.mm for BG type. ven Thru-beam and Retro types have.mm Repeat Accuracy(*). *=Tested at the middle point of sensing range.. -.mm oaxial LD light source provides extremely tight alignment to the target, Alignment of sensor is very easy thanks to bright projected LD spot. BG- pecifications M Model NPN PNP ensing distance Response time Operating mode LD Indicator Light source ensitivity adjustment ontrol output upply voltage Power consumption Protection category hock resistance nvironmental illuminance Operating temp/humidity Materials Retro Reflective for Transparent General Use m able R-QN R-QP M8QD pin R-QN oaxial Beam m able R-QN R-QP - meter (PF reflector) R-QP. - meter (- reflector). msec mm / at m mm / at m Light On / Dark On selectable Output : orange, table : green Output : orange Red LD -turn pot. NPN or PNP open collector, ma max / D D -, including % ripple ma max IP 7 G (,m/ ) unlight :, lux max., Incandescent lamp :, lux max to o / to 8% RH AB(ase), PMMA(Lens) M8QD pin R-QN R-QP "M8-QD in pins for uropean machines " are available with extention code of -N(P), for instance, "R-QN". Polarized Retro-reflective (oaxial Beam) m able M8QD pin R-N R-N R-P R-P -. meter (- reflector) mm / at m Output : orange, table : green BG- DM-8T 7

12 Photoelectric BG - LD General purpose applications BG (Background uppression ) s are not influenced by the background, available with conventional LD light source. R-Q BG- M BG- Features sec response Good for fast moving objects. High power narrow beam LD LD beam spot can be seen easily even in bright environment that helps installation. pecifications Model NPN PNP Adjustable distance ensing distance Response time Hysteresis (white to white) Operation mode LD Indicator Light source ensitivity adjustment ontrol output upply voltage Power consumption Protection category hock resistance nvironmental illuminance Ambient temp / humidity Materials long distance m able BG-N BG-P - mm (*) - mm (*) s mm / mm % Light On / Dark On selectable Output : orange, table : green Red LD -turn, endless pot. M8QD pin BG-N BG-P NPN or PNP open collector, ma max / D D -, including % ripple ma max IP 7 G (,m/ ) unlight :, lux max., Incandescent lamp :, lux max to o / to 8% RH AB(ase), PMMA(Lens) Large projected spot size The LD version of the BG sensors projects a large mm spot that will not be affected by small holes in a P board. For P boards that may have larger holes, the BG- has an 8 mm projected spot size. Turn adjustment pot. A four turn adjustment pot. is built-in for precise adjustment of the sensing distance. The potentiometer has a slip clutch that protects it from damage when it is turned past the end. short distance m able BG-N BG-P - mm (*) - mm (*) mm / mm % "M8-QD in pins for uropean machines " are available with extention code of -N(P), for instance, "R-QN". turn pot. M8QD pin BG-N BG-P ømm * white paper mm DM-8T 77

13 Photoelectric ircuit diagram NPN output Main circuit Protection Load circuit Brown D Black ontrol output Blue mitter of Thru-beam type Main circuit Brown D Blue PNP output Main circuit Protection Load circuit Brown D Black ontrol output Blue Dimensions General Use except BG BG Output indicator (orange) LD type : table indicator (green) onnector mitter/receiver of oaxial type mitter of thru type mitter of reflective type <able> D GND ontrol Output Laser OFF (Laser type only) (NPN connect to GND / PNP connect to D)..8 Potentiometer L.ON/D.ON selector Remark : R-Q type (coaxial beam for transparent detection) has single LD (orenge for output indicator). M P..8 cable onnector. M8 connector < Pin configuration> D ontrol Output Output indicator (orange) LD type : table indicator (green) 8. onnector Optical axis..8.8 cable ensitivity adjustor L.ON/D.ON selector M P. onnector. M8 connector < Pin configuration> D Laser OFF (Laser type only) (NPN connect to GND / PNP connect to D) ontrol Output R-Q BG- tandard bracket BF-W-A for M8 QD type sensors. tandard bracket BF-W-B for cabled type sensors lit mask BL-- (for Thru-beam type) 8 a x b c Metal (U) lit mask BL--M (for Thru-Beam ).. M x 8.. -R R lit a lit b lit c ize.mm mm mm Attached to Receiver,mitter Receiver,mitter Receiver,mitter Object size (Min).mm.mm.mm. canning range.8mm.mm mm. (Unit : mm) BG- DM-8T 78

14 Photoelectric s for LD tandard reflector - (tandard, LD type) mall reflector - (Optional, LD type) Tiny reflector PA (Optional, LD type) for M s for oaxial LD PF (tandard,r-q). 7 PLF (Optional) PLF (Optional) Detection distance by reflectors PF PLF PLF R-Q..8. (Unit : mater) R-Q Options tandard reflector - (xcept R-Q).. mall reflector - Tiny reflector PA BG- PF (R-Q,standard) PLF (Optional) PLF (Optional) M N-M8 traight type N-LL-shape M8 type Protective mounting brackets L- L- BL--POLF: ross-talk prevention filter for T- BG- N- : meter N- : meter N- : meter N-L N-L N-L : meter : meter : meter DM-8T 79

15 Photoelectric Reference (typical) T- ensing distance (m) Operating point (cm) ender Receiver Distance (m) Approx.mm Approx.mm Approx.8mm Approx.7mm 8 ensing distance (m) T- & LIT R- Distance (m) Width: mm Width: mm Width:.mm ensing distance (m) - - PA Diamond grade mm ensing distance (m) :PA Angular deviation with PA Receiver angle angle :PA Operating point (mm) Operating point (cm) Distance (m) ender lit.mm Receiver lit mm Distance (m) Diamond sheet mm Distance (m) lit mm P Angular deviation with / Receiver angle angle Approx.mm Approx.7mm Approx.9mm Approx.mm ensing distance (m) Distance (m) Angular deviation with Diamond grade sheet. Receiver angle angle.... Diamond grade Diamond grade (mm) (mm)... Angle ( o ) R-Q BG- Angle ( o ). Angle ( o ) D-W paper (Reflectance 9%) Gray paper (Reflectance 8%) Black paper (Reflectance %) 8 8 Operating point (mm) paper Gray paper 9%(Reflectance) 8%(Reflectance) Black paper %(Reflectance) Distance (mm) M BG- DM-8T 8

16 Photoelectric Reference (typical) D-7 paper (Reflectance 9%) Gray paper (Reflectance 8%) Black paper (Reflectance %) Operating point (cm) 9%(Reflectance) Gray 8%(Reflectance) 8 Black %(Reflectance) ensing distance (cm) Approx.mm Approx.mm Approx.mm Paper Distance (cm) 7 R-Q D-L9 R-Q paper (Reflectance 9%) Gray paper (Reflectance 8%) Black paper (Reflectance %) PF PLF PLF Diamond grade 88mm ensing distance (m) Operating point (mm) Operating point (cm) Gray 9%(Reflectance) Black 8%(Reflectance) %(Reflectance) 8 Paper Distance (mm) :PF ensing distance (m) ensing distance (m) Approx.8mm Approx.9mm Approx.mm 9 :PF... Angular deviation The angle of reflector is changed The angle of reflector is changed :PF Angle ( o ) Distance (cm) No 8 :PF... ensing distance (m) BG- R- P Diamond grade 88mm ensing distance (m) Operating point (cm). :.... ensing distance (m).. ensing distance (m) :... Angular deviation The angle of reflector is changed The angle of reflector is changed : Angle ( o ) Distance (cm) No 8 :... ensing distance (m) M R-Q BG-.... DM-8T 8

17 Photoelectric Reference (typical) Hysteresis Operating point (mm) 9 9 Distance (mm) Distance (mm) No ensing distance (mm) mm mm mm mm mm Hysteresis (%) %/9% 8%/9% 9%/9% BG- olor response Distance mm Material response mm ensing Distance (mm) mm mm white green red orange brown blue yellow black paper black paper Plywood black rubber orrugated paper black sponge Operating point (mm) at 9% reflectance (mm) Distance (mm) Distance (mm) No ensing distance (mm) mm 8mm mm 8mm mm 8 Hysteresis (%) Hysteresis %/9% 8%/9% 9%/9% 8 R-Q BG- olor response Distance mm Material response mm BG- 7 ensing Distance (mm) 7 7mm mm white green red orange brown blue yellow black paper black paper Plywood black rubber orrugated paper black sponge M BG- DM-8T 8