42JS & 42JT VisiSight

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1 JS & JT VisiSight mm Rectangular General Specifications Certifications culus Listed and CE Marked for all applicable directives 7-Encoders PHOTOSWITCH Photoelectric Shock g with ms pulse duration, meets or exceeds IEC 97-- Relative Humidity 9% (noncondensing) Ambient Light Immunity Incandescent light lux User Interface Indicator LEDs Green LED, Yellow LED Electrical The JT VisiSight models add flexibility by offering a tactile pushbutton that simplifies sensitivity and parameter setup. This makes the JT VisiSight a great solution for packaging and assembly applications that require some configuration in order to operate at optimal conditions. The JT offers unique "Auto /" output that continuously monitors how the load is connected and automatically configures the output for proper operation and output LED to indicate correct output status. Operating Voltage V DC Protection Type False pulse, reverse polarity, overload, short circuit Outputs Load Current -Photoelectric The JS VisiSight family of photoelectric sensors features a full range of sensing modes in a miniature rectangular enclosure. The small housing combined with minimal adjustments; makes the JS VisiSight ideal for material handling applications where simplified installation and maintenance are required. A strong and visible light source is offered in all models for ease of alignment and a fast installation. The sensors can be mounted using the industry standard. mm hole spacing or using 8 mm hole mount when using the -AJS-8 snap-on. ma max. Mechanical Housing Material ABS Lens Material PMMA Specifications for JS VisiSight Environmental Enclosure Type Rating IP7 Operating Temperature [C (F)] (-...+ ) User Interface Sensitivity Adjustment -Ultrasonic Description Potentiometer or fixed by cat. no. Electrical Features JS VisiSight Current Consumption LED for ease of alignment Complementary light and outputs Linear sensitivity adjustment knob or no adjustment models Optional snap-on enables 8 mm mount and makes sensor replacement a snap IP7 rated enclosure JT VisiSight Class "Eye Safe" red laser beam (for small object and contrast detection) and visible LED models Unique "Auto /" output reduces stocking cost and simplifies selection, installation, and maintenance Teach pushbutton for sensitivity and L.O./D.O. selection IP9K enclosure rating and ECOLAB certified to withstand food industry cleaning chemicals Laser etched markings for durability ma max. Outputs Output Type or by cat. no. Output Function Complementary light and Mechanical Connection Type m cable, -pin DC micro (M) QD, -pin pico (M8) QD Specifications for JT VisiSight Environmental Enclosure Type Rating IP7 and IP9K Operating Temperature [C (F)] - + (- + ) User Interface Sensitivity Adjustment Potentiometer or fixed by cat. no. Electrical Current Consumption ma max. Outputs Available Models Output Type or by cat. no. JS VisiSight JT VisiSight Output Function Polarized Retroreflective Polarized Retroreflective Mechanical Standard Diffuse Standard Diffuse Connection Type Fixed Background Suppression Adjustable Background Suppression m cable, -pin DC micro (M) QD on pigtail, -pin pico (M8) integral QD Transmitted Beam Clear Color Mark -Encoders Transmitted Beam Proximity JT JS Hz, mm amplitude, meets or exceeds IEC Limit Switches JS Adaptor Vibration -Photoelectric Environmental -

2 7-Encoders -Photoelectric PHOTOSWITCH Photoelectric JS & JT VisiSight mm Rectangular Product Selection Sensing Mode Polarized Retroreflective JS JT Clear Detection JT Light Source Class laser Sensing Distance.. m (.8. ft.). m (. 9.7 ft). m (..7 ft)δ Sensitivity Adjustment Output Function Output Type Cat. No. No adjustment Adjustment knob Teach button m (. ft)δ Teach button Complementary light or Auto or Auto or JS-PMNB-F JS-PMPB-F JS-PMNA-F JS-PMPA-F JT-PLAT-P JT-P8LAT-P JT-CLAT-P -Photoelectric -Ultrasonic Proximity -Limit Switches -Encoders Diffuse JS JT Background Suppression JS JT Color Mark JT Class laser Class laser White LED Transmitted Beam (emitter and receiver sold separately) JS JT Infrared Class laser mm (. 9.8 in.) 8 mm (.. in.) mm (. 9.8 in.) mm (..7 in.) mm (.7. in.) 8 mm (. 7. in.) mm (..7 in.) mm (..7 in.) mm (.7 in.) ±. mm m (.8 ft.) m (.8 ft.) m (. ft) 8 m (9. ft) Recommended DC micro (M) quick-disconnect cordset, straight, -pin, m Recommended DC pico (M8) quick-disconnect cordset, straight, -pin, m Adjustment knob Teach button No adjustment Teach button Teach button Complementary light or Complementary light and Auto or Auto or or (push pull) JS-DMNA-F JS-DMPA-F JS-DMNA-F JS-DMPA-F JT-DLAT-P JT-D8LAT-P JS-BMNB-F JS-BMPB-F JS-BMNB-F JS-BMPB-F JT-BLAT-P JT-BLAT-P JT-B8LAT-P JT-FLET-P No adjustment NA (emitter) NA JS-EEZB-F Adjustment knob Complementary light or JS-R9MNA-F JS-R9MPA-F No adjustment NA (emitter) NA JS-EEZB-F Adjustment knob Complementary light or JS-R9MNA-F JS-R9MPA-F No adjustment NA (emitter) NA JT-EEZB-P Teach Button Auto or JT-R9LAT-P No adjustment NA (emitter) NA JT-E8EZB-P Teach button Auto or JT-R8LAT-P 889D-FAC- 889P-FAB- Sensing distance with 9- reflector. Sensing distance with 9- reflector. Δ Sensing distance with 9-8 reflector. JS connection options: The -F suffix describes a -pin DC micro (M) QD connector on a mm ( in.) pigtail. For additional connection options, replace the -F suffix with: -A for a m cable without QD connection (for example, JS-PMPB-A ). -Y for a -pin DC pico (M8) QD connection on a mm ( in.) pigtail (for example, JS-PMPB-Y). JT connection options:the -P suffix describes a -pin DC pico (M8) integral QD connector. For additional connection options, replace the -P suffix with: -A for a m cable without QD connection (for example, JT-PLAT-A ). -F for a -pin DC micro (M) QD connection on a mm ( in.) pigtail (for example, JT-PLAT-F). -

3 Optical and Response Time Characteristics Polarized Sensing Mode Retroreflective JS VisiSight nm Cat. No. Structure Product Family Clear Detection Field of View.8 Spot Size 7 m Diffuse. for mm, for 8 mm mm, 8 mm PHOTOSWITCH Photoelectric JS & JT VisiSight mm Rectangular Background Suppression Color Mark Transmitted Beam for mm, 7 for mm 7. mm,. mm 7 m Light Source and infrared Response Time ms ms ms ms JT VisiSight nm (except for color mark models) Spot Size m m 7 8 mm 8 mm, 7 mm x mm (white LED). m Response Time. ms. ms. ms. ms μs. ms JT VisiSight Class laser nm Spot Size m. mm. mm 8 m Response Time. ms. ms. ms. ms Note: For more information on spot size, refer to the typical response curves. JS P M P B F 7-Encoders -Photoelectric -Photoelectric Polarized Retroreflective P Diffuse D Background Suppression B TB Emitter E TB Receiver R Infrared LED Red LED TB Receiver 9 LO & DO M TB Emitter E P N TB Emitter Z Adjustable A Fixed B Sensing Distance Designator. 9 m cable A -pin Micro (M) QD on pigtail F -pin Pico (M8) QD on pigtail Y -Ultrasonic Product Family JT P L A T P Polarized Retroreflective P Diffuse D Clear C Background Suppression B Color Mark F TB Emitter E TB Receiver R Red LED White LED Selectable LO or DO L Auto / A Fixed B Sensing m cable A or (push pull) Pushbutton and -pin Micro (M) TB Emitter E E Designator Distance Remote Teach T QD on pigtail F Laser 8 TB Emitter Z. TB Receiver 9 -pin Pico 9 (M8) Integral QD P LO = Light operate DO = Dark operate The cat. no. structure is for reference only. Please do not use this to create a cat. no. as the result may be unavailable. Proximity -Limit Switches -Encoders -

4 7-Encoders -Photoelectric -Photoelectric PHOTOSWITCH Photoelectric JS & JT VisiSight mm Rectangular JS User Interface Green LED Yellow Output LED Black wire or pin of connector. Sensitivity Adjustment Knob min max LED Color State Status Green Yellow OFF Power is Off ON Power is On Flashing ( Hz) Unstable (. < Margin < ) Flashing (. hz) OFF ON Output short-circuit protection active Output de-energized Output energized JT User Interface The table below provides LED status in the RUN mode, i.e., during operation the sensor is always in RUN mode, except when being taught. Yellow LED Pushbutton Green LED LED Color State Status Green Yellow OFF Power is Off ON Power is On Flashing ( Hz) Unstable (. < Margin < ) Flashing (. hz) OFF ON Output short-circuit protection active Output de-energized Output energized Except for color mark sensors: color mark sensors have or (push-pull) output. The above table shows LED status when output is connected as. If connected as, the yellow LED is ON when the output is de-energized and OFF when it is energized. -Ultrasonic Proximity Wiring Diagrams Cable connections are shown in the following diagrams. Pin numbers correspond to an M or M8 male connector on the sensor. JS VisiSight MMale models with complementary outputs Brown () LO Black () Load DO White () Load Blue () Transmitted beam emitter Brown () Black () Blue () + + M8Male models with complementary outputs Brown () DO White () LO Black () Load Load Blue () + JT VisiSight Output wiring Brown () White () Black () Blue () MMale M8Male Transmitted beam emitter +V Brown () Remote teach/lock Output (Auto or ) White () -V Blue () Normal operation: no connection. Remote teach: Refer to the Teach section. Push button lock: connect to a -V. Refer to the Push Button Lock/Unlock section. For Normal operation, white wire (pin ) needs no connection. To disable light source, connect white wire (pin ) to +V. Output is or (push-pull) for color mark sensors. +V -V -Limit Switches -Encoders For normal operation, black wire (pin ) needs no connection. To disable light source, connect black wire (pin ) to +V. JT Push Button Lock/Unlock The push button or remote teach (RT) can be used to prevent unauthorized users from changing teach settings. To lock the push button: press and release the button three times within three seconds. Both LEDs flash synchronously for three seconds indicating that the push button is now locked. To unlock the push button: press and release the button three times within three seconds. Both LEDs flash asynchronously for three seconds indicating that the push button is now unlocked. Permanent lock: The push button may be permanently locked by connecting the white wire (pin ) to V. JT Remote Teach (RT) The sensor can be taught remotely via the white wire (pin ). Connection to +V acts the same as the button being pressed and no connection is the same as the button not being pressed. The sensor can be taught by following the same teach/timing sequence as used in the push button teach (e.g., connect to the +V for more than three seconds to teach the target, disconnect from the +V; remove the target and connect to the +V for less than one second to teach the no target condition. All push button functions can also be carried out via RT. -

5 Approximate Dimensions [mm (in.)] JS VisiSight. (.8). (.79) JT VisiSight (.7) PHOTOSWITCH Photoelectric JS & JT VisiSight (.79) mm Rectangular 7-Encoders. (.8). (.). (.). (.) 7. (.8). (.). (.) Clearance for M or # - screw ( places) M8 X. thread M8 Mounting Nut. (.). (.7). (.). (.) Sensitivity Adjustment (.) (.) (.7).8 (.) M8 x (.79). (.).9 (.9). (.). (.).9 (.9). (.) The JT mounting holes are located toward the rear end of the sensor while the JS mounting holes are located towards the front. Both sensors are compatible with the industry standard. mm mounting. The JT flexible mounting hole spacing ranges of.9. mm (.9 in.), makes it compatible with the. mm (.9 in.) hole spacing sensors. Refer to for D and D CAD drawings. Cordsets and Accessories Cat. No. Description Cat. No. Description DC Micro (M) QD Cordset, Straight, -pin, m 889D-FAC- Reflector, Corner Cube, 7 mm ( in.) diameter 9- DC Pico (M8) QD Cordset, Straight, -pin, m 889D-FAB- Reflector, Corner Cube, 8 mm (. in.) diameter 9- DC Pico (M8) QD Cordset, Right Angle, -pin, m 889P-RAB- Reflector, Corner Cube, mm (. in.) diameter 9-7 Mounting Bracket, Stainless Steel, L-Shaped for JT and JS -BJS-L Reflector, Corner Cube, x mm ( x in.) 9-8 Mounting Bracket, Stainless Steel, L-Shaped for JS VisiSight -BJS-L Reflector, Corner Cube, x mm ( x. in.) 9-9 Mounting Bracket, Stainless Steel -BKTL-SS Reflector, Micro Cube, x mm ( x. in.) for laser and clear object models 9-8 Mounting Bracket, Stainless Steel, L-Shaped for JT and JS VisiSight Replacement Mounting Bracket, Stainless Steel, for replacing larger ( x mm) sensors. Replacement Mounting Bracket, Stainless Steel, for compatible sensors using holes towards the front with JT VisiSight. -BJT-L -BJT-RCS -BJT-P Mounting Bracket, Plastic, swivel/tilt for JS VisiSight. Protective Mounting Bracket, Stainless Steel, U - Shaped for JT and JS Protective Mounting Bracket, Stainless Steel, Horizontal and Vertical for JT and JS VisiSight -9 -BJT-U -BJT-H -Photoelectric -Photoelectric -Ultrasonic Proximity -Limit Switches -Encoders -

6 Operating Margin Beam Diameter (mm) Operating Margin Beam Diameter (mm) Operating Margin Beam Diameter (mm) 7-Encoders -Photoelectric -Photoelectric -Ultrasonic PHOTOSWITCH Photoelectric JS & JT VisiSight mm Rectangular Typical Response Curves JS VisiSight Standard Diffuse (.9) Background Suppression ( mm). (.) 8 mm mm with 8 mm snout without 8 mm snout With 8 mm (.) (.9) (.9) (9.) Without 8 mm (.9) Standard Diffuse Beam Pattern mm (.9) (7.87) (.8) (.7) (9.) Background Suppression ( mm) Beam Pattern (.9) With 8 mm (.78) (.8) (.) (.7) 8 mm 7 (7.) (.9) 8 (.) 9 (.) Without 8 mm (.) Proximity Background Suppression ( mm) With 8 mm Without 8 mm Background Suppression ( mm) Beam Pattern With 8 mm Without 8 mm -Limit Switches -Encoders. (.) (.) (.9) (.9) (9.) -8 - (.79) (.7) (.) 8 (.) (.9) (.7) (.) -

7 JS VisiSight Polarized Retroreflective Beam Pattern PHOTOSWITCH Photoelectric JS & JT VisiSight mm Rectangular -Encoders -Limit Switches Proximity Operating Margin Beam Diameter [mm] Operating Margin Beam diameter [mm] Polarized Retroreflective. (.) 9-7 with 8 mm 9-7. (.) (.8) 9- Reflector 9- with 8 mm (.8). (.).8 (.). (9.) 9-7 Reflector. (.). (.) 9- Reflector. (7.9).8 (9.). (.). (.8) 7-Encoders -Photoelectric Transmitted Beam Visible Red and Infrared Without 8 mm Transmitted Beam Beam Pattern Infrared -Photoelectric With 8 mm - -. (.) (.8) (.8) (8) - - -Ultrasonic - (.) (.) (9.7) 8 (.) (.8) -7

8 7-Encoders -Photoelectric PHOTOSWITCH Photoelectric JS & JT VisiSight mm Rectangular JT VisiSight Red Polarized Retroreflective ( m). (.) (.) (9.9) (.) (.) (9.7) 7 () Polarized Retroreflective Spot Size ( m) (.) (.) (9.9) (.) (.) (9.7) 7 () -Photoelectric Laser Polarized Retroreflective Margin Curve ( m) 9-8 Laser Polarized Retroreflective Spot Size ( m) -Ultrasonic (9.9) Standard Diffuse (8 mm) (9.7) 9 (9.) (9.) (9.) (.) Diffuse Spot Size (8 mm) 7 (.8) (9.) Proximity (.) Laser Diffuse ( mm) (7.87) (.7) (.) 8 (.) (7.87) Laser Diffuse Spot Size ( mm). (.7) (.) 8 (.) -Limit Switches -Encoders (.9) (.9) (.9) (7.87) (9.8).... (.9) (.9) (.9) (7.87) (9.8) -8

9 JT VisiSight Background Suppression (8 mm) Laser Background Suppression ( mm) Background Suppression ( mm) Color Mark (.9) (.9) (.9) (7.87) (.79) (.7) (.) black/white shift /9% grey/white shift 8/9% hysteresis 9/9% 8 (.) (.9) (.9) black/white shift /9% grey/white shift 8/9% hysteresis 9/9% (.8) black/white shift /9% grey/white shift 8/9% hysteresis 9/9% (7.87) (.7) (.7) PHOTOSWITCH Photoelectric Background Suppression (8 mm) Spot Size Laser Background Suppression ( mm) Spot Size. JS & JT VisiSight (.9) (.9) (.9) (7.87) Background Suppression ( mm) Spot Size (.9) (7.87) (.79) (.7) (.) 8 (.) (.8) mm Rectangular (.9) (.7) (.7) 7-Encoders -Photoelectric -Photoelectric -Ultrasonic Proximity [%] Limit Switches The spot is square in shape with one side dimension per graph. -Encoders -9

10 7-Encoders -Photoelectric PHOTOSWITCH Photoelectric JS & JT VisiSight mm Rectangular JT VisiSight Red Transmitted Beam ( m). (8.) (.) 7. (.) (.8). () (9.) Red Transmitted Beam ( m) Spot Size 8 (9.9) (9.7) 9 (9.) (9.) (9.) -Photoelectric Laser Transmitted Beam (8 m) Laser Transmitted Beam (8 m) Spot Size -Ultrasonic (.) Clear Spot Size (.8) (.) (.) (.) (.8) (.) (.) Proximity *. (.). (.). (.97).8 (.). (.8) -Limit Switches -Encoders -