E58 Self Contained Thru-Beam 18mm Tubular
Contents
1. RANGE feet APPROXIMATE DIMENSIONS Shown in inches except where noted 0 125 Diameter n ea Thru Holes 2 places Use 4 Recievers Only gt 0 47 Hardware Only l Indicator AAA AAAA A i 11 LED M18x1 0 Cable 0 32 a 0 65 1 00 gt B Thread mm 3m a oa a e fits into a 0 75 inch hole allow the sensor to overcome higher levels of contamination on the lens All ranges and excess gain graphs are based on a 90 reflectance white card Source Maximum Range Optimum Range Field of View Effective Beam Effective 6 01 Sensing Infrared 880 nm Alignment Visible red 660 nm 80 feet 0 to 40 feet 40 inch diameter at 40 feet 0 25 x 0 625 inches E T N Page 4 MOUNTING BRACKETS Mounting Bracket L Shaped Bracket L Shaped Bracket with Slot Bulk Flat Bracket Flush Mount Bracket Still Need Help Contact the Cutler Hammer Sensor Application Engineers 1 800 426 9184 Fax 425 513 5356 Allows aminimum adjustment range Sensor mounts with two jam nuts included with sensor Two per package Allows aminimum adjustment range Sensor mounts with two jam nuts included with sensor Chromate finish aluminum Two per package order quantity will be sent bulk packed Allows installation of sensor with jam nuts in place on sensor body Allows aminimum adjustment range Sensor mounts with two jam nuts and washers included with sensor2. Chromate finish aluminum Contoured design with no alignment adjustment Sensor mounts with 4 studs 304 stainless steel Same as above except with contour 304 stainless steel Locking vertical and horizontal adjustments for independent adjustments in each axis Sensors is electrically insolated from mounting surface Sensor mounts with two jam nuts and washers included with sensor 304 stainless steel Allows 360 degree rotation and 10 degree vertical tilt Made from Noryl Allows 360 degree rotation and 10 degree vertical tilt Suitable for use with any 18mm threaded sensor Made from 5 glass filled Valox Cutler Hammer 720 80th Street SW Everett WA 98203 6299 425 513 5300 Fax 425 513 5302 www cutlerhammer eaton com Effective 6 01 Printed in U S A P49880 Rev 01 E57KM18 6161A 6501 6161AS7050 6161AS5295 616AS5296 616AS5297 E58KAM 18 6181AS5200 E58KAM18B E LT N
3. axis then tighten the receiver in place Now repeat the final alignment procedure for the emitter WIRING DIAGRAMS P49880 Rev 01 The reciever must be placed within the emitter beam pattern the area containing all the light rays emitted by the emitter The emitter must be placed within the receiver field of view for the detection system to operate Working f Emitter Beam Pattern Receiver 7 Field Se of View Only the emitter light rays that travel in a straight line to the receiver the diameter of the lens will be detected An object must fully block this beam in order to be detected Effective M Beam Diameter Detection Zone For wiring cable versions the color codes shown are the actual wire colors emanating from the sensor AC DC Models AC Connection L2 AC DC Sensor Switched L1 Brown AC 20 to 250 V L1 L1 Note No connection when using thru beam emitters DC Models NPN Output V V DC Sensor NPN Output Sink dM ees O Note No connection when using thru beam emitters Blue DC 10 to 30 V E T N AC DC Models DC Connection see Warning above V V AC DC Sensor NPN Output Sink Brown DC 15 to 30 V Note No connection when using thru beam emitters DC Models PNP Output V PNP gt Output 2 Source p l Black 5 Sensor O m Note No connec
4. Cutler Hammer Instruction Manual P49880 Rev 01 E58 Self Contained Thru Beam 18mm Tubular Sensors Models covered in this manual Sensor Type Emitters Receivers AC DC Models DC only Models pF E58CAL18A2E2 ES58CAL18T110E2 Light Sense N C E58CBL18A2C2 E58CBL18T110C2 NPN E58CBL18T11102 PNP E58CAL18A2C2 E58CAL18T110C2 NPN E Dark Sense N O E58CAL18T111C2 PNP A N WARNING THESE PRODUCTS ARE NOT DESIGNED TESTED OR RECOM M ENDED FOR USE IN HUMAN SAFETY APPLICATIONS USE 4 MOUNTING HARDWARE ONLY LARGER HARDWARE WILL DAM AGE THE SENSOR AND MAY CREATE AN ELECTRIC SHOCK HAZARD TIGHTEN THE HARDWARE JUST TO THE SENSOR BODY SO NO DEFLECTION OF THE BODY OCCURS DURING INSTALLATION CORRECT POWER CONNECTIONS MUST BE MADE FIRST TO ENSURE FAIL SAFE SHORT CIRCUIT PROTECTION OF THE OUTPUTS REFER TO THE WIRING DIAGRAMS IN THIS MANUAL DO NOT USE TOOLS TO APPLY TORQUE DIRECTLY TO SENSOR BODY ALIGN SENSOR BY HAND BEFORE TIGHTENING MOUNTING HARDWARE THE GAIN ADJUSTMENT POT IS A 3 4 TURN POT ANY RESISTANCE ENCOUNTERED WHILE ADJUSTING THIS POT INDICATES YOU HAVE REACHED THE ADJUSTMENT LIMIT STOP TURNING PAST THIS STOP WILL DAM AGE THE SENSOR USE ONLY A SUITABLE ADJUSTMENT TOOL OR FLAT BLADE SCREWDRIVER WHEN TURNING THE ADJUSTMENT POT SHARP OBJECTS CAN DAMAGE THE POT AND RESULT IN ELECTRIC SHOCK lt x e x INTRODUCTION An E58 thru beam photoelectric sensor installation consists of
5. an emitter and a receiver positioned on opposite sides of a detection zone The emitter emits infrared and visible red light which is detected by the receiver The receiver output switches on when this beam of light is either blocked when set in dark sense mode or completed light sense mode A complete system consists of an emitter and receiver mounted such that the emitter directs its light beam at the receiver and the receiver is aimed to detect the beam The emitter and receiver can be separated by up to 26 5 meters 80 feet MOUNTING The E58 sensor features a threaded housing and includes jam nuts and washers This allows mounting into any 0 75 inch hole or any of the mounting brackets shown on page 4 of this manual Use caution to avoid cross threading the jam nuts on the sensor body Tighten jam nuts to less than 4 Nm 36 in Ibs or 3 ft lbs torque to avoid stripping threads A second mounting method is to use 4 hardware in the 0 125 inch diameter mounting holes in the flat sides of the sensor This is ideal for mounting the E58 against a wall piece of equipment rail mounting bracket etc P j 7 Mounting E58 s sensor using Mounting i E58 sensor en using 4 hardware MOUNTING LOCATION AND SETUP Mount the emitter and receiver units so they are aimed directly at each other from opposite sides of the target The receiver should be on the dirtier side because the light scattering effect of dirt c
6. ollecting on the lens is less significant if it takes place at the receiver Ensure the area of the target to be detected will block the entire effective beam see illustration on next page Apply power to both units Accurate sensing depends on proper alignment of the emitter and receiver To begin the emitter and receiver must be positioned in rough alignment so that emitter light is received by the receiver check by placing a solid object in front of the emitter beam the output indicator on the receiver will change state when the object blocks the beam and change back when E T N Page 2 the object is removed If the output indicator does not change state follow one or both of these two rough alignment methods 1 The emitter emits visible red light Look at the emitter with your eye positioned close to the reciever Mount the receiver in the area where the emitter light is brightest 2 Place a retroreflector over the lens of the receiver Look at the reciever with your eye positioned close to the emitter Mount the emitter in the area where the light reflected from the retroreflector is the brightest Obtain final alignment by moving the receiver back and forth in the horizontal axis to find the extreme positions where the output indicator on the receiver goes OFF for dark operate models or ON for light operate models Position the receiver midway between the two extremes Repeat this procedure for the vertical
7. s alcohols or ketones 3 meter cable 3 wire Vibration 30 g over 10 Hz to 2 kHz Shock 100 g for 3 mS 1 2 sinewave pulse Emitter Lights when powered in ON Receiver Lights steady when output is ON Flashes when short circuit protection is in latch condition 10 000 foot candles NEMA 1 2 3 4 4X 6 12 and 13 Our products conform to NEMA tests as indicated however some severe washdown applications can exceed these NEMA test specifications If you have questions about a specific application contact our Applications Department UL recognized CSA approved CE compliant AC DC MODELS AC DC MODELS AC Operation Operation 20 to 264 V AC 50 60 Hz 4 5 W maximum ssid W maximum VMOS bi directional 300 mA maximum AC DC MODELS DC Operation 15 to 30 V DC EUr to 24 V DC above 55 C 131 1 5 W 4 5 W maximum S NPN sink 300 mA maximum OPTICAL PERFORM ANCE All optical specifications are guaranteed to be the minimum performance under clean conditions of any product delivered from stock Typical performance may be higher Dirt in the environment will affect optical performance by reducing the amount of light the control receives For best results sensors should be used at distances where excess gain is higher than 1 5 1 5 times the amount of sensing power required to detect an object under ideal conditions Higher excess gain will EXCESS GAIN RANGE m 0 3 3 0
8. tion when using thru beam emitters Effective 6 01 P49880 Rev 01 SPECIFICATIONS Input Voltage Power Dissipation Output Type Current Switching Capacity Voltage Switching Capacity Off State Leakage Surge Current On State Voltage Drop eS 1 8 V at 10 mA 3 5 V at 300 mA Response Time Short Circuit Protection Light Dark Operation Temperature Range Material of Construction Cable Connector Vibration and Shock Indicator LED Sunlight Immunity Enclosure Ratings Approvals Page 3 DC ONLY MODELS 10 to 30 V DC 10 to 24 V DC above 55 C 131 1 W maximum NPN or PNP PNP source 100 mA maximum NPN sink 250 mA max 120 mA max above 55 C 131 375 V peak maximum 375 V peak maximum 30 VDC maximum 250 uA typical 500 uA maximum 250 uA typical 500 uA maximum 10 uA maximum 2 A maximum 2 A maximum 1 A maximum NPN 400 mV at 10 mA 1 5 V at 250 mA PNP 2 8 V at 100 mA 8 mS 3 5 mS Sensor will turn off immediately when a short or overload is detected Indicator LED will flash Turn power OFF and back ON to reset IMPORTANT During installation correct power connections must be made first to ensure fail safe short circuit protection of the outputs By receiver model Operating and Storage 40 to 70 C 40 to 158 F Thru beam Emitter 4 to 158 F 20 to 70 C Lens Polycarbonate Cable jacket PVC Body Structural polyurethane foam do not expose to concentrated acid
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