Q8 ensors ompact Photoelectric ensors with Universal Voltage and Wiring hamber Features conomical photoelectric sensors in NM-6P ( P67) B housing ignal (D ystem) and Output indicator LDs Wiring chamber with two conduit entrances vailable in three electrical configurations: Q8VR Models: to V ac or to V dc supply voltage, amp electromechanical output relay Q8BW Models: to V ac or to V dc supply voltage, PT. amp isolated solid-state output switch, light/dark operate switch Q8BB6 Models: to 8V dc supply voltage, bipolar solid-state outputs (one NPN sinking and one PNP sourcing), low-saturation hookup option for TTL compatibility, light/dark operate switch T9 model suffix indicates selectable output timing (8 options, configured via DP switch; see page ) Opposed Mode mitter () and Receiver (R) Models Visible Red, 68 nm Models Range upply Voltage Output Type Output Timing xcess Gain Beam Pattern Q8 ffective Beam: 9.6 mm Q8VRR Q8VRR-T9 Q8BWR Q8BWR-T9 Q86 m (7 ) V dc V ac PDT /m Relay PT olidstate witch X G N. m Q8/R Opposed Mode. m m m B M W D T H 7 mm mm mm mm mm 7 mm Q8/R Opposed Mode m m m m m Q8BB6R Q8BB6R-T9 8V dc Bipolar NPN/PNP DTN DTN ee page for more models WRNNG... t To Be Used for Personnel Protection Never use these products as sensing devices for personnel protection. Doing so could lead to serious injury or death. These sensors do NOT include the self-checking redundant circuitry necessary to allow their use in personnel safety applications. sensor failure or malfunction can cause either an energized or de-energized sensor output condition. onsult your current Banner afety Products catalog for safety products which meet OH, N and standards for personnel protection. Printed in U / P/N 779
Q8 ensors Visible Red, 68 nm Polarized Retroreflective Mode Models Models Range* upply Voltage Output Type Output Timing xcess Gain Beam Pattern Q8VRLP Q8VRLP-T9 Q8BWLP Q8BWLP-T9 8 mm.6 m (" ') V dc V ac PDT /m Relay PT olid-state witch X G N Q8LP Retroreflective Mode With BRT- Reflector B M W D T H 7 mm mm mm mm mm 7 mm Q8LP Retroreflective Mode m With BRT- Reflector m m m m Q8BB6LP Q8BB6LP-T9 8V dc Bipolar NPN/PNP. m. m m m DTN DTN *NOT: Retroreflective range is specified using one model BRT- retroreflector (" diameter). ctual sensing range may be more or less than specified, depending upon the efficiency and reflective area of the retroreflector(s) used. Diffuse Mode Models nfrared, 88 nm Models Range upply Voltage Output Type Output Timing xcess Gain Beam Pattern Performance based on 9% reflectance white test card hort Range Q8VRD Q8VRD-T9 Q8BWD Q8BWD-T9 mm (") V dc V ac PDT /m Relay PT olid-state witch X G N. mm Q8D Diffuse Mode mm mm mm B M W D T H 7 mm mm mm mm mm 7 mm Q8D Diffuse Mode mm mm mm mm mm Q8BB6D Q8BB6D-T9 8V dc Bipolar NPN/PNP DTN DTN Long Range Q8VRDL Q8VRDL-T9 Q8BWDL Q8BWDL-T9 m (") V dc V ac PDT /m Relay PT olid-state witch X G N. m Q8DL Diffuse Mode. m m m B M W D T H 7. mm mm. mm. mm mm 7. mm Q8DL Diffuse Mode. m 8". m 6".6 m ".8 m ". m "."."."."."." Q8BB6DL Q8BB6DL-T9 8V dc Bipolar NPN/PNP DTN DTN P/N 779 Banner ngineering orp. Minneapolis, MN U... www.bannerengineering.com Tel: 76..6
Q8 ensors Output indicator lignment indicator Time adjustment (ome models) ensitivity adjustment Timing logic selection switches (some models) Figure. Features; wiring chamber shown with sensor cover removed L.O. Timing logic selection switch detail: D.O. W W W Overview Most adjustments are made to the sensor via switches accessible under the sensor s gasketed cover. For Q8VR.. models, the light/dark operate selection is made via the hookup. For other models, the selection is made via a switch (see Figure ). Light operate (L.O.): the sensor s outputs are energized when the sensor sees its own modulated light source (after any ON-delay). Dark operate (D.O.): the outputs are energized when the sensor does not see its modulated light source (after any ON-delay). ensor sensitivity is set at the single-turn ensitivity djustment potentiometer. Timing Logic election (T9 Models) The output timing logic function (on sensor models with T9 model number suffix) is selected at the Timing Logic selection switches, according to the table below. The output timing logic delays are set at the single-turn Time djustment potentiometer. When the timing function involves more than one time (as in ON- and OFF-delay, ON-delayed one-shot, and ON-delayed limit timer functions), the potentiometer sets both times to the same value, between. and seconds. Logic Function witch W W W Both ON- and OFF-delays ON-delay only OFF-delay only delay ON-delayed one-shot ON-delayed limit timer One-shot Limit timer Banner ngineering orp. Minneapolis, MN U... www.bannerengineering.com Tel: 76..6 P/N 779
Q8 ensors upply Voltage and urrent upply Protection ircuitry Output onfiguration Output Rating Output Protection ircuitry Output Response Time Repeatability djustments ndicators onstruction nvironmental Rating Q8VR Model pecifications to V ac, /6 Hz or to V dc ( watts maximum) Protected against transient voltages. D hookup is without regard to polarity. Q8VR.. models - PDT e/m relay, ON/OFF output Q8VR..-T9 models - PDT e/m relay, selectable timer Maximum switching power (resistive load): 9W, 7 V Maximum switching voltage (resistive load): V ac or V dc Maximum switching current (resistive load): Minimum voltage and current: V dc, m Mechanical life:,, operations lectrical life at full resistive load:, operations Protected against false pulse on power up. losure time (no time logic in use): milliseconds max. Release time (no time logic in use): milliseconds max. Maximum switching speed: operations per second ll sensing modes (no time logic in use): millisecond ingle-turn ensitivity control potentiometer, accessible beneath the B wiring chamber cover. Timing logic (for T9 models) is configured via DP switch. Pulse length and delay are set by a single-turn potentiometer (under the wiring chamber cover). The adjustable time range for both functions is. to seconds; both functions are automatically set to the same value. xclusive lignment ndicating Device system (D ) lights a red LD indicator whenever the sensor sees its own modulated light, and pulses at a rate proportional to the strength of the light signal. Yellow indicator lights whenever the sensor s output is energized. Yellow B housing, acrylic lenses, and steel-plated hardware. Maximum wire size (for connection to wiring terminals) is # WG. Meets NM standards,,,,, X, 6, 6P,, and ; P67 Operating onditions Temperature: to + ( to + F) Max. Relative Humidity: 9% at (non-condensing) Vibration and Mechanical hock pplication tes ertifications Meets Mil. td. F requirements. Method (Vibration: frequency to Hz max., douple-amplitude.6", max. acceleration G) Method B conditions H & (hock: 7G with unit operating; G for non-operation) nstall transient suppressor (MOV) across contacts switching inductive loads. NRTL/ Q8VR Model Hookups Q8 mitter Other Q8VR Models -V ac or -V dc* -V ac or -V dc* N NO *NOT: onnection of dc power is without regard to polarity *NOT: onnection of dc power is without regard to polarity P/N 779 Banner ngineering orp. Minneapolis, MN U... www.bannerengineering.com Tel: 76..6
Q8 ensors upply Voltage and urrent upply Protection ircuitry Output onfiguration Output Rating Output Protection ircuitry Output Response Time and Repeatability djustments ndicators onstruction nvironmental Rating Q8BW Model pecifications to V ac, /6 Hz or to V dc ( watts maximum) Protected against transient voltages. D hookup is without regard to polarity. Q8BW.. models: optically isolated PT solid-state switch, ON/OFF output Q8BW..-T9 models: optically isolated PT solid-state switch, selectable timer V ac, V dc, m Output saturation voltage: V at m, V at m Off-state leakage current: < microamps nrush current: amp for milliseconds, non-repetitive Protected against false pulse on power up Response time and repeatability are independent of signal strength: Model Response Time Repeatability Model* Response Time Repeatability Q8BWR 6 ms ON/ ms OFF 7 µs Q8BWR-T9 ms ON/ 9 ms OFF Q8BWLP ms ON/OFF ms Q8BWLP-T9 ms ON/OFF ms Q8BWD ms ON/OFF ms Q8BWD-T9 ms ON/OFF ms Q8BWDL ms ON/OFF ms Q8BWDL-T9 ms ON/OFF ms *ON/OFF operation (no timing in use) ingle-turn ensitivity control potentiometer, accessible beneath the B wiring chamber cover. Timing logic (for T9 models) is configured via DP switch. Pulse length and delay are set by a single-turn potentiometer (under the wiring chamber cover). The adjustable time range for both functions is. to seconds; both functions are automatically set to the same value. ll models have a light/dark operate switch under the wiring chamber cover. xclusive lignment ndicating Device system (D ) lights a red LD indicator whenever the sensor sees its own modulated light, and pulses at a rate proportional to the strength of the light signal. Yellow indicator lights whenever the sensor s output is conducting. Yellow B housing, acrylic lenses, and steel-plated hardware. Maximum wire size (for connection to wiring terminals) is # WG. Meets NM standards,,,,, X, 6, 6P,, and ; P67 Operating onditions Temperature: to + ( to + F) Max. Relative Humidity: 9% at (non-condensing) Vibration and Mechanical hock ertifications Meets Mil. td. F requirements. Method (Vibration: frequency to Hz max., douple-amplitude.6", max. acceleration G) Method B conditions H & (hock: 7G with unit operating; G for non-operation) ms NRTL/ Q8BW Model Hookups Q8 mitter Other Q8BW Models -V ac or -V dc* -V ac or -V dc* solated solid-state PT switch *NOT: onnection of dc power is without regard to polarity *NOT: onnection of dc power is without regard to polarity Banner ngineering orp. Minneapolis, MN U... www.bannerengineering.com Tel: 76..6 P/N 779
Q8 ensors upply Voltage and urrent upply Protection ircuitry Output onfiguration Output Rating to 8V dc at m max. exclusive of load; Q86 emitter requires m Protected against reverse-polarity Q8BB6 Model pecifications Q8BB6.. models: NPN sinking and PNP sourcing outputs, ON/OFF output Q8BB6..-T9 models: NPN sinking and PNP sourcing outputs, selectable timer tandard outputs are solid-state, one NPN, one PNP; m max. (at, either output). Derate output by m/ above Off-state leakage current: < µ Output saturation voltage: <V at m and <V at m The two standard outputs may be used simultaneously (max. load m each output) Output Protection ircuitry Output Response Time and Repeatability djustments ndicators onstruction nvironmental Rating Low-saturation voltage alternative NPN output is provided for easy interfacing to TTL and similar circuitry Output saturation voltage: < millivolts at m and <V at m Overload and short circuit protected This output is not reverse-polarity protected Protected against false pulse on power-up, overload and short circuit of outputs Response time and repeatability are independent of signal strength: Model Response Time Repeatability Model* Response Time Repeatability Q8BB6R ms µs Q8BB6R-T9 8 ms ms Q8BB6LP ms µs Q8BB6LP-T9 8 ms ms Q8BB6D ms µs Q8BB6D-T9 8 ms ms Q8BB6DL ms µs Q8BB6DL-T9 8 ms ms *ON/OFF operation (no timing in use) ingle-turn ensitivity control potentiometer, accessible beneath the B wiring chamber cover. Timing logic (for T9 models) is configured via DP switch. Pulse length and delay are set via single-turn potentiometer (under the wiring chamber cover). The adjustable time range for both functions is. to seconds; both functions are automatically set to the same value. ll models have a light/dark operate switch under the wiring chamber cover. xclusive lignment ndicating Device system (D ) lights a red LD indicator whenever the sensor sees its own modulated light, and pulses at a rate proportional to the strength of the light signal. Yellow indicator lights whenever the sensor s output is energized. Yellow B housing, acrylic lenses, and steel-plated hardware. Maximum wire size (for connection to wiring terminals) is # WG. Meets NM standards,,,,, X, 6, 6P,, and ; P67 Operating onditions Temperature: to + ( to + F) Max. Relative Humidity: 9% at (non-condensing) Vibration and Mechanical hock ertifications Meets Mil. td. F requirements. Method (Vibration: frequency to Hz max., douple-amplitude.6, max. acceleration G) Method B conditions H & (hock: 7G with unit operating; G for non-operation) 6 P/N 779 Q86 mitter + -8V dc NRTL/ Q8BB6 Model Hookups Q8BB6 tandard Load Load + -8V dc lternative Low aturation inking (NPN) Hookup Load + -8V dc NOT: This hookup provides a direct interface to TTL and similar circuits. UTON: The output is NOT reverse-polarity protected in this wiring configuration. Banner ngineering orp. Minneapolis, MN U... www.bannerengineering.com Tel: 76..6
Q8 ensors Q8 ensor Dimensions Bottom View Gasketed over Remove to ccess: ensitivity (Gain) djustment Logic Timing djustment (ome Models) Recess for M Nut (6 Places) ndicator LDs /- NPM ().6 mm (.89"). mm (.") 7.9 mm (.") 6 mm (.") 8 mm (.") 6 mm (.") mm (."). mm (.9") 6 mm (.6") 9. mm (.76") Mounting Brackets MB8B Bottom-mount bracket upplied with sensor MB8R Rear-mount bracket ccessory, sold separately. mm (.6").8 mm (.9") x mm (.8") 6.8 mm (.7").8 mm (.9") M x.7 x mm Mounting crew ( upplied) 89 mm (.") ø 6.8 mm (.7") R 7. mm (.8") 7.7 mm (.8") 9 mm (.") Lens enterline 6 mm (.8") mm (.6") 8 mm (.") 6.9 mm () (.7"). mm (.87") 8. mm (.").8 mm (.") 7. mm (.69") mm (.").8 mm (.9") R 7 mm (.8") M x.7 x mm Mounting crew ( crews & Nuts upplied) 6.8 mm (.7") x º Banner ngineering orp. Minneapolis, MN U... www.bannerengineering.com Tel: 76..6 P/N 779 7
Q8 ensors Quick-Disconnect (QD) Receptacles and ordsets NOT: The QD receptacles listed below in effect convert a Q8 sensor to a QD model. coordinating QD cordset is required for use with a QD receptacle. tyle -Pin Mini-style Receptacle and ordset -Pin Mini-style Receptacle and ordset -Pin Mini-style Receptacle and ordset For use with: Receptacle Q8 emitters MB- mm (") ll Q8 sensors, -wire hookup ll Q8 sensors, -wire hookup ordset Model able Length Model Length onnector MB- mm (") MB- mm (") MB-6 MB- MB- MB-6 MB- MB- MB-6 MB- MB- m (6.') m (') 9 m (') m (6.') m (') 9 m (') m (6.') m (') 9 m (') traight P/N 779 WRRNTY: Banner ngineering orp. warrants its products to be free from defects for one year. Banner ngineering orp. will repair or replace, free of charge, any product of its manufacture found to be defective at the time it is returned to the factory during the warranty period. This warranty does not cover damage or liability for the improper application of Banner products. This warranty is in lieu of any other warranty either expressed or implied. Banner ngineering orp., 97 Tenth ve.., Minneapolis, MN U Phone: 76..6 www.bannerengineering.com mail: sensors@bannerengineering.com