Photoelectric. Sensors. Photoelectric Sensors 1. Contents. Description Photoelectric Sensors IntelliView Series... 2 NanoView Series...

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1 1 January 29 Photoelectric Sensors Contents Description Page NanoView Series Note: Supplement to Publication No. CA5352E and CA5353E Tab 5. IntelliView and NanoView

2 2 January 29 New Cutting-Edge Sensors Detect Color, Contrast, Luminescence and Distance with High Precision Contents Overview Model Selection, Sensors Model Selection, Cables Model Selection, Accessories Wiring Diagrams Dimensions Detection Diagrams Specifications The IntelliView Series from Eaton is a family of compact, high performance specialty photoelectric sensors designed to solve a wide array of sensing challenges. M12 Micro Connectors on All Models Sensing Adjustment Potentiometers Teach Buttons for Quick, Easy Sensor Setup IntelliView encompasses a variety of new sensing technologies: color, contrast and luminescence sensing; field-adjustable foreground and background suppression sensing; short-range distance sensing with analog outputs; and long-range, high-precision laser distance sensing with analog outputs. To fit into your application, IntelliView sensors are available in industrystandard M18 flat-tubular and compact rectangular package sizes. For ease of installation and replacement, all models are available with micro connectors. Approvals UL Listed C-UL Listed For the most current information on this product, visit our web site: Visible Sensing Beams to Simplify Alignment Product Features Flat Tubular Body Can Be Mounted Using Threads or Flat Against a Surface New Sensing Technologies Now, Eaton has solutions for sensing color, contrast, luminescence and distance with great accuracy Small Size, Big Solutions IntelliView sensors come in either compact rectangular or flat-tubular package sizes, both rugged sealed enclosures Simple Teach In Installation Most models include a teach mode, allowing for quick and simple installation and setup Adjustable Background Suppression For the first time, Eaton offers a fully field-adjustable background suppression photoelectric sensor capable of detecting targets as far as 3.9 ft. (1.9 m) away LED Indicators and Pushbuttons Multiple LEDs communicate output and power status while built-in pushbuttons and adjustment potentiometers simplify the teaching of sensor settings C-UL Listed and CE Approved Accepted worldwide For Customer Service in the U.S. call ETN CARE ( ), in Canada call For Application Assistance in the U.S. and Canada call

3 January 29 3 Overview Adjustable Foreground/Background Suppression Models Ignores nuisance foreground or background objects Field-adjustable sensing ranges Compact 5x5mm rectangular package size M12 micro connector termination with 9- and 18-degree rotation options Sensing ranges up to 47.2 in. (12 cm) Foreground/Background Sensing Basics Foreground/background suppression sensors allow the user to precisely set the minimum and maximum detection distance. This allows detection of a target only when it is inside a given area, avoiding the interference of objects lying before (foreground) and behind (background). This type of sensor is ideal for suppressing the detection of box edges and bottoms, sending an output only upon the presence of goods actually contained in the box. Model Selection Adjustable Foreground/Background Suppression Models Voltage Range Output Type Connection Adjustable Sensing Range Catalog Number Background Suppression Models Compact Rectangular (5 x 5 x 18 mm) 1 3V DC Light Operate or Dark Operate (Selectable), PNP 4-Pin Micro Connector 3 1 cm ( in.) E75-PPA1P-M cm ( in.) E75-PPA25P-M cm ( in.) E75-PPA5P-M12 Extended Range Background Suppression Compact Rectangular (5 x 5 x 18 mm) 1 3V DC Light Operate or Dark Operate (Selectable), PNP 4-Pin Micro Connector 6 12 cm ( in.) E75-PP1MP-M12 Foreground/Background Suppression Models Compact Rectangular (5 x 5 x 18 mm) 1 3V DC Light Operate or Dark Operate (Selectable), PNP 4-Pin Micro Connector Foreground: 5 2 cm ( in.) Background: cm ( in.) E75-PPA11P-M12 For compatible connector cables, see Page 7.

4 4 January 29 Overview Distance Sensing Models with Analog Outputs Long-Range, High-Precision Laser Distance Measurement Sensor When within the effective range of the sensor, outputs a 1V signal proportional to the target s distance from the sensor face Class II laser emitter detects objects from.3 to 4 m (1 to 13.1 ft.) away Two additional PNP outputs can be programmed to switch at predetermined ranges Simple three-step teach routine to program range cutoffs Unmatched accuracy and resolution at long sensing distances Distance Sensing Explained Distance sensors output a 1V analog signal in proportion to the measurement of the distance between the sensor and target. Optical triangulation, a technology similar to that used in Eaton s Perfect Prox or diffuse sensors, is used for short- to mid-range distance sensing applications that do not require a high degree Short-Range Distance Sensor When within the effective range of the sensor, outputs a 1V signal proportional to the target s distance from the sensor face Visible red LED emitter detects objects from 5 to 1 cm (1.9 to 3.9 in.) Two indicator LEDs communicate sensor status: a yellow LED with light intensity proportional to the target's distance within the sensor's range, and a red LED that activates when the target is beyond maximum sensing range Flat tubular package can be mounted using the body threads or flat against a surface of accuracy. Time-of-flight technology, a method of measuring the time it takes for the emitted beam to bounce off the target and return to the detector, is used for longer range distance sensing applications. Time-offlight is highly accurate with precise resolution over long sensing distances. Model Selection Distance Sensing Models with Analog Outputs Voltage Range Output Type Adjustable Sensing Range Connection Catalog Number Long-Range Laser Distance Sensor with Time-of-Flight Technology Rectangular (8 x 53 x 31 mm) 15 3V DC Analog Output ( 1V), Dual Teachable PNP Outputs, Light Operate Mode.3 4. m ( ft.) 5-Pin Micro Connector E75-DST4A1-M12 Short-Range Distance Sensor Flat Tubular (18 mm) 18 3V DC Analog Output ( 1V) cm ( in.) 4-Pin Micro Connector E75-DST1A1-M12 For complete connector cables, see Page 7. This sensor is a Class II laser device. Eye irradiation for over.25 seconds is dangerous. Refer to the Class II Standard (EN6825-1) for additional safety information.

5 January 29 5 Overview Color, Contrast and Luminescence Sensing Models Color Sensors Contrast Sensors Luminescence Sensors Can be programmed to recognize three different colors independently Capable of sensing targets 5 45 mm away from the sensor face Rectangular plastic package features a four-digit display, two programming buttons and output status LEDs Optional serial connection (RS485) allows for remote communications Standard M12 8-pin micro connector (mating cable available on Page 16) Ideal for detecting different colored or grayscale contrasts, such as registration marks Capable of sensing targets out to 1 mm from the sensor face Simple three-step setup routine for quick installation or optional fine setup routine for more complicated applications Complementary outputs can function in either light operate or dark operate modes Standard M12 4-pin micro connector (mating cable available on Page 17) Perfect for the detection of any luminescent target, even on reflective materials such as ceramics, metal or mirrored glass Capable of sensing from 8 2 mm from the sensor face Simple three-step setup routine and optional fine setup routine for more complicated applications Can function in either light operate or dark operate mode Standard M12 4-pin micro connector (mating cable available on Page 18) Color Sensing Basics Color sensors work by using a chromaticity detection algorithm. Chromaticity is determined by two characteristics: hue and saturation. Hue is determined by the reflected light s wavelength, while saturation indicates the pureness percentage (with white representing %). Eaton s color sensor goes one step further and provides an optional chromaticity plus intensity algorithm. This mode provides a higher sensitivity to tone variations and is recommended for detection of different colors on the same type of material. It will also better distinguish between gray tones. The color of a target is determined by the color components of the reflected source light. The target color is identified by analyzing the red (R), green (G) and blue (B) channels of reflected light. For example, yellow can be identified by the following reflections: R5%, G5%, B%; Orange can be identified by R75%, G25%, B%; Pink by R5%, G%, B%. The RGB combinations are practically limitless. Applications for color sensors are common in many industries, ranging from quality and process control, to automatic material handling for identification, to orientation and selection of objects according to their color. Contrast Sensing Basics Contrast sensors (also defined as color mark readers, according to their most popular application) go beyond simple presence/absence detection to distinguish two surfaces according to the contrast produced by their difference in reflectivity. For example, a dark reference mark (low reflectivity) can be detected by comparing it against the contrast of the lighter surface (high reflectivity). A white LED light source is used for general purpose contrast sensing, enabling detection of the very slightest of contrast variations even those that share the same general material and color. Contrast sensors are frequently used in automated packaging applications for registration mark detection to automate the folding, cutting and sorting phases.

6 6 January 29 Luminescence Sensing Basics Luminescence is defined as visible light emission from fluorescent or phosphorescent substances. Luminescence sensors emit ultraviolet light, which is then reflected at a higher wavelength from the target surface. The UV emission from the sensor is modulated and the visible light received is synchronized, resulting in immunity against external interferences such as reflections caused by shiny objects. Luminescence sensors are used in various industries to detect labels, fluorescent marks or signs, fluorescent glues on paper, to distinguish cutting and sewing guides, and to check fluorescent paints or lubricants. Model Selection Color, Contrast and Luminescence Sensing Models Color Sensors Rectangular (5 x 5 x 25 mm) Voltage Range Sensing Range Connector Output Type Catalog Number 8-Pin Micro Connector 3 N.O. PNP Outputs E76-CLRMKP-M12 1 3V DC 5 45 mm ( in.) 3 N.O. NPN Outputs E76-CLRMKN-M12 3 N.O. NPN Outputs, RS485 Connection E76-CLRMKRS-M12 Contrast Sensors Flat Tubular (18 mm) 1 3V DC 1 mm (.39 in.) ideal 4-Pin Micro Connector Light Operate or Dark Operate, PNP Output E76-CNT1P-M12 Light Operate or Dark Operate, NPN Output E76-CNT1N-M12 Luminescence Sensors Flat Tubular (18 mm) 1 3V DC 8 2 mm ( in.) 4-Pin Micro Connector Light Operate or Dark Operate, PNP Output E76-UV2P-M12 Light Operate or Dark Operate, NPN Output E76-UV2N-M12 Refer to Detection Diagram on Page 13. For complete connector cables, see Page 7. Remote sensor communications is possible using the RS485 serial interface. For additional information, see Installation Manual P5278.

7 January 29 7 Model Selection Compatible Connector Cables Voltage Style Number of Pins Gauge Length Catalog Number Pins PVC PUR IRR PUR M12 Micro Connector Cable, Straight Female DC 4-Pin 4-Wire 22 AWG 6.5 ft. CSDS4A4CY222 CSDS4A4RY222 CSDS4A4IO ft. CSDS4A4CY225 CSDS4A4RY225 CSDS4A4IO ft. CSDS4A4CY221 CSDS4A4RY221 CSDS4A4IO221 1-Brown 2-White 3-Blue 4-Black 5-Pin 5-Wire 22 AWG 6.5 ft. CSDS5A5CY ft. CSDS5A5CY ft. CSDS5A5CY Brown 2-White 3-Blue 4-Black 5-Green/Yellow 8-Pin 8-Wire 24 AWG 6.5 ft. CSDS8A8CB ft. CSDS8A8CB ft. CSDS8A8CB White 2-Brown 3-Green 4-Yellow 5-Gray 6-Pink 7-Blue 8-Red

8 8 January 29 Model Selection Accessories Description Sensor Compatibility Catalog Number Approximate Dimensions Mounting Bracket L-shaped mounting bracket for IntelliView sensors Mounting hardware included All models starting with E75-PPA E75-MTB1 R.8.8 (2.3) 2X Ø.165 2X Ø.15.8 (2.) 1.5 (26.7).33 (8.4) (21.1) (16.) 1.98 (5.3).4 (1.2) 4X R.188 Ø.2 (5.1).22 (5.6) Ø.16 (4.1) Ø.19 (4.8).28 (7.1).38 (9.7) 1.55 (39.4).59 (15.).2 (5.1) Mounting Bracket Long L-shaped mounting bracket for IntelliView sensors Mounting hardware included All models starting with E76-CLR and E75-PP1MP-M12 E76-MTB1.8 (2.3) R.8 (2.).9 (22.9) Ø.17 (4.3) 2.35 (59.7) 12º 95º R.13 (3.3) 11º 1.63 (41.4) R.2 (5.1).8 (2.) Ø.17 (4.3) 1.18 (3.) 1.97 (5.).2 (5.1) 2.28 (57.9) Ø.25 (6.4).22 (5.6).28 (7.1) 1.55 (39.4).59 (15.).17 (4.3).25 (6.4).38 (9.7).38 (9.7) Mounting Bracket Ball Swivel Mounting Bracket L-Shaped Allows 36 rotation and 1 vertical tilt Hole spacing is identical to our 5 and 55 Series sensors Ideal for mounting right-angle sensors Made of Noryl Adjustability: Allows some adjustment in one axis and allows for aiming of the sensor through a short arc All 18mm flat tubular sensors All 18mm flat tubular sensors 6181AS AS (18.8).37 (9.4) 1.5 (38.1) 1.75 (44.5) 1.18 (3.) 1.64 (41.7) ø.2 (5.1) 2 Places.23 (5.8) Additional Mounting Brackets Sensor Mounting: Sensor mounts with two jam nuts and washers (included with sensor) Material of Construction: Aluminum with chromate finish Packaging: Two per package More mounting brackets compatible with IntelliView sensors See Section 8.75 (19.1) 1. (25.4).35 (9.) ø.75 (19.1).62 (15.7).31 (8.) ø.28 (7.1).31 (8.) 1.5 (38.1)

9 January 29 9 Wiring Diagrams IntelliView Series Models Micro Connector Diagram (Face View Male Shown) Foreground/Background Suppression Models Models starting with E75-PPA or E76-PP1 (+) BR N.O. BK LOAD BL N.C. LOAD WH (-) Distance Sensing Models (Rectangular Package Only) E75-DST4A1-M12 ANALOG OUT GR (+) BR BK LOAD BL LOAD WH (-) Distance Sensing Models (Tubular Package Only) E75-DST1A1-M12 ANALOG OUT BK (+) BR BL DIR/INV 1 WH (-) Color Sensing Models E76-CLRMKN-M12 E76-CLRMKP-M12 E76-CLRMKRS-M12 OUT3 GY Rx/Tx 2 OUT2 5 PK 6 4 YE (-) OUT BL GR Rx/Tx WH (+) BN Contrast and Luminescence Sensing Models Models starting with E76-UV or E76-CN (+) BR N.O. BK LOAD BL N.C. LOAD WH (-) Direct proportionality (DIR) is activated when the white wire is connected to +V DC. Inverse proportionality (INV) is activated when the white wire is connected to V. The white wire must always be connected. Available only on E76-CLRMKRS-M12 with RS485 serial connection.

10 1 January 29 Approximate Dimensions IntelliView Series Models Diagram Foreground/Background Suppression Models Models starting with E75-PP1.4 (1.1) 1.97 (5.) 1.65 (42.).43 (11.) 1.97 (5.) (.8) (42.).8 (2.) 18x45.24 (6.).55 (14.).71 (18.).19 (4.7) Receiver Emitter M12.72 (18.2).61 (15.5).63 (16.) ø.59 (ø15.).24 (6.2) Distance Adjustment Pot.42 (1.7) Output LED Position Indicator Stability LED.43 (11.).72 (18.4) Foreground/Background Suppression Models Models starting with E75-PPA.2 (.5) (5.).2 (.5) 1.57 (.5) (4.) Output LED Stability LED (E75-PPA25/5/11).71 (18.) n 2 ø (5.) 1.57 (4.) 1.6 (27.).2 (.5).28 (7.) M12.47 (12.) ø.59 (ø15.) Adjustment Screw (E75-PPA25/5/11) Distance Sensing Models (Rectangular Package Only) E75-DST4A1-M (31.) 1.5 (38.) Button 1.1 (28.) Button P Power On / Alarm LED Output LED Output LED M5 depth 6 mm max. (4 mounting holes).96 (24.5) 2.9 (53.) 1.61 (4.8) M5 depth 6 mm max. (4 mounting holes) 3.15 (8.).55 (14.).59 (15.) 1.61 (41.).62 (15.7).69 (17.5).98 (25.) 1.22 (31.) 1.85 (47.).83 (21.) Connector can rotate 9- or 18-degrees to accept different sensor mounting orientations. 1.1 (28.)

11 January Approximate Dimensions IntelliView Series (Continued) Models Diagram Distance Sensing Models (Tubular Package Only) E75-DST1A1-M (2.) (3.8).55 (14.).14 (3.5).16 (4.).6 (1.5).16 (4.) 3.21 (81.5).94 (24.).1 (2.5) 1.69 (43.) Output LED.39 (1.) M18x1 M12x (34.) N 2 Ø (25.) Field LED Color Sensing Models E76-CLRMKN-M12 E76-CLRMKP-M12 E76-CLRMKRS-M (5.) (42.) 1.97 (5.) 1.65 (42.).8 (2.) 18x45.99 (25.) 1.25 (31.7).43 (11.) M (5.5).55 (14.).59 (16.) (15.) Output Status LEDs Output LED Display.31 (7.8) SET Button OUT SET SEL.79 (2.) SEL Button.67 (17.1) Contrast and Luminescence Sensing Models Models starting with E76-UV or E76-CN.55 (14.).8.15 (2.) (3.8).14 (3.5).16 (4.).1 (2.5) M18x1.6 (1.5).16 (4.) 3.21 (81.5).98 (25.) 1.69 (43.).39 SET Button (1.) M12.94 (24.) 1.34 (34.) N 2 Ø (15.) Ready/Error LED Output LED Connector can rotate 9- or 18-degrees to accept different sensor mounting orientations.

12 12 January 29 Detection Diagrams IntelliView Series Models Diagram Foreground/Background Suppression Models Models starting with E75-PPA or E76-PP1 Black /White Difference E75-PPA1P-M12 mm Black /White Difference E75-PPA25P-M12 Gray R18% White R9% mm Gray R18% 6 White R9% 4 cm 2 cm Distance Distance Black /White Difference E75-PPA5P-M12 E75-PPA11P-M12 Variance (mm) mm Gray R18% White R9% cm Distance mm Detection Area Foreground Suppression mm Distance Sensing Models (Rectangular Package Only) E75-DST4A1-M12 Distance Sensing Models (Tubular Package Only) E75-DST1A1-M12 Analog Output (V) Analog Output (V) 1 1 Analog Output Diagram Digital Output Diagram Black/White Difference Measured Distance Measurement Field Distance (mm) Analog Output Diagram (Direct Proportionality Default) Distance (mm) Analog Output (V) 24 Configured Switching Distance Distance 2 mm 5 mm Hysteresis Analog Output (V) 1 Difference (mm) Analog Output Diagram (Inverted Proportionality) White 9% Black 4% White 9% Gray 18% Distance (mm) Distance (mm) White 9% These diagrams depict the width of the sensing beam over distance. These diagrams also show the sensing difference between white and gray targets. Because gray is less reflective than white, gray targets will typically need to come closer to the beam centerpoint to be detected.

13 January Detection Diagrams IntelliView Series (Continued) Models Diagram Color Sensing Models E76-CLRMKN-M12 E76-CLRMKP-M12 E76-CLRMKRS-M12 Luminescence Sensing Models Models starting with E76-CN Luminescence Sensing Models Object Reflectivity (%) Color Detection Diagram Detectable 63 Colors Distance (mm) Relative Sensitivity (%) Contrast Detection Diagram Luminescence Detection Diagram White Light Yellow Dark Blue Black Distance (mm) Models starting with E76-UV Relative Sensitivity (%) Distance (mm)

14 14 January 29 Specifications Foreground/Background Suppression Models Input Voltage Ripple Outputs Output Current Output Saturation Voltage Response Time Switching Frequency Indicator LEDs Gain Adjustment Operating Temperature Storage Temperature Foreground/Background Suppression Models 1 3V DC 2 Vpp max. PNP, N.O. or N.C.; 3V DC max. 1 ma max. (short-circuit protected) < 2V max. 1 ms 5 Hz Electrical Protection Class 2 For E75-PPA: Output LED (red), Stability LED (green) For E75-PP1: Output LED (yellow), Stability LED (green) For E75-PPA: Adjustment screw (except for E75-PPA1P) For E75-PP1: Six-turn adjustment pot with numerical indicator -25 to +55 C (-13 to +131 F) -25 to +7 C (-13 to +158 F) Sensing Distance Varies by model, see model selection table on Page 6 Beam Type Vibration Shock Resistance Housing Material Lenses Enclosure Ratings Connections Weight All Models Except E75-PPA1P-M12: Infrared LED 88nm E75-PPA1P-M12: Red LED Amplitude:.5 mm Frequency: 1 55 Hz for every axis (EN ) Half sine, 3 g n, 11 ms, 3 axes ABS PMMA For E75-PPA...: IP65 For E75-PP1 : IP67 M12 4-pin connector 4g max.

15 January Specifications Distance Sensing Models Distance Sensing Models For E75-DST4 (Long-Range Distance Sensor) For E75-DST (Short-Range Distance Sensors) Input Voltage 16 28V DC 18 3V DC Burden Current 2 Vpp max. Current Consumption 12 ma max. 3 ma max. (Output Current Excluded) Outputs Analog, 1V Analog, 1V 2 PNP outputs 3V DC max. Output Switching Mode Light operate (output on when target present) Output can be inverted via button Output Current 1 ma max. (short-circuit protected) Output Saturation Voltage < 2V max. Response Time 12 ms 7.3 ms Switching Frequency 42 Hz 68 Hz Indicator LEDs 2 Output LEDs (yellow) Power/Alarm LED (green) Output LED (yellow) Field LED (red) Distance Adjustment Dual buttons Warm-Up 15 min. Operating Temperature to +5 C (+32 to +122 F) -1 to +55 C (+14 to +131 F) Storage Temperature -2 to +7 C (-4 to +158 F) -2 to +7 C (-4 to +158 F) Measurement Range.3 4. m ( ft.) cm ( in.) Linearity < 1% (24V DC, 25 C, with 9% white target) Repeatability ± 4 mm Hysteresis 2 mm Temperature Drift < 1 mm per C Beam Type Red Laser (665 nm), Red LED (63 nm) Class 2 EN (1994) + A1 (22) + A2 (21) Vibration Amplitude:.5 mm, Frequency: 1 55 Hz for every axis (EN ) Shock Resistance Half sine, 3 g n, 11 ms, 3 axes Material of Construction ABS PBT Lenses PMMA Enclosure Ratings IP67 Connections M12 5-pin micro connector M12 4-pin micro connector Weight 92g max. 25g max. Approvals UL, C-UL, CE

16 16 January 29 Specifications Color Sensing Models Color Sensing Models Input Voltage Burden Current Current Consumption (Output Current Excluded) Outputs 1 3V DC 2V max. 6 ma max. Output Current Output Saturation Voltage Response Time 65 µs Switching Frequency 77 Hz Indicator LEDs 3 PNP outputs 3V DC max. (short-circuit protected) 1 ma max. < 2V 4-Digit Display (green), Output LED (yellow), 3 Status LEDs (green) Sensing Adjustment SET, SEL buttons Operating Temperature -1 to +55 C (+14 to +131 F) Storage Temperature -2 to +7 C (-4 to +158 F) Protection Class 2 Sensing Distance 2 mm (.79 in.) Beam Spot Dimension Ø 4 mm Beam Type White Light LED (4 7 nm) Vibration Amplitude:.5 mm, Frequency: 1 55 Hz for every axis (EN ) Shock Resistance Half sine, 3 g n, 11 ms, 3 axes Material of Construction ABS Thermoplastic Lens Material Glass window and lens Mechanical Protection IP67 Connections M12 8-pin micro connector Approvals UL, C-UL, CE

17 January Specifications Contrast Sensing Models Contrast Sensing Models Input Voltage Burden Current Current Consumption (Output Current Excluded) Outputs 1 3V DC 2V max. 25 ma max. Output Current Output Saturation Voltage Response Time 185 µs Switching Frequency 2.7 khz Indicator LEDs Data Retention Operating Mode Operating Temperature Storage Temperature Operating Distance Beam Type Vibration Shock Resistance Material of Construction Lenses Enclosure Ratings Connections Weight Approvals PNP or NPN by model, NO and NC, 3 Vcc max. (short-circuit protected) 1 ma max. < 2V Output LED (yellow) Ready/Error LED (green/red) EEPROM non-volatile memory Light operate on NO output Dark operate on NC output -1 to +55 C (+14 to +131 F) -2 to +7 C (-4 to +158 F) 1 mm ± 2 mm White LED (4 7 nm) Amplitude:.5 mm, Frequency: 1 55 Hz for every axis (EN ) Half sine, 3 g n, 11 ms, 3 axes PBT PMMA Plastic IP67 M12 4-pin micro connector cable 25g max. UL, C-UL, CE

18 18 January 29 Specifications Luminescence Sensing Models Luminescence Sensing Models Input Voltage Burden Current Current Consumption (Output Current Excluded) Outputs Output Current Output Saturation Voltage Response Time Switching Frequency Indicator LEDs Data Retention Operating Mode Operating Temperature Storage Temperature Sensing Distance Beam Type Vibration Shock Resistance Material of Construction Lens Material Enclosure Ratings Connections Weight Approvals 1 3V DC 2V max. 25 ma max. PNP or NPN by model, N.O. and N.C., 3 Vcc max. (short-circuit protected) 1 ma max. < 2V 1.1 ms 445 Hz Output LED (yellow) Relay/Error LED (green/red) EEPROM non-volatile memory Light operate on N.O. output Dark operate on N.C. output -1 to +55 C (+14 to +131 F) -2 to +7 C (-4 to +158 F) 8 2 mm (best signal at 1 mm) White LED (4 7 nm) Amplitude:.5 mm, Frequency: 1 55 Hz for every axis (EN ) Half sine, 3 g n, 11 ms, 3 axes PBT PMMA Plastic IP67 M12 4-pin micro connector cable 25g max. UL, C-UL, CE