Photoelectric Sensor with Built-in Amplifier CSM DS_E_11_1 General-purpose Photoelectric Sensor for High Quality and Reliable Detection Be sure to read Safety Precautions on page 8. Note: -2/-/-DS10/-DS30/-R2 in this catalog have been discontinued at the end of March 1. Ordering Information General-purpose Sensors Sensing method Appearance Sensing distance Operation mode Model Convergent-reflective (narrow vision field) 30 to 100 mm (variable) -LS10XE 2M Convergent-reflective (wide vision field) 0 to 20 mm (variable) -LSXE 2M -2E * 2 m -2LE * Through-beam -2DE * -E * m -LE * -DE * Retro-reflective 0.1 to 2 m -R2E * Diffuse-reflective 100 mm 300 mm Light-ON/Dark-ON (selectable) -DS10E * -DS30E * Through-beam 2 m m -2E1 * -2LE1 * -2DE1 * -E1 * -LE1 * -DE1 * Retro-reflective 0.1 to 2 m -R2E1 * Diffuse-reflective * Production was discontinued. 100 mm 300 mm -DS10E1 * -DS30E1 * 1
Ratings and Specifications Item Sensing method Model -2E -2E1 Through-beam -E -E1 -R2E -R2E1 Sensing distance 2 m m 0.1 to 2 m Standard sensing object Opaque: - mm dia. min. Opaque: 11- mm dia. min. Opaque: 30- mm dia. min. Retro-reflective - DS10E - DS10E1 100 mm (white paper 0 x 0 mm) Diffuse-reflective - DS30E1 Transparent, opaque - DS30ES 300 mm (white paper 100 x 100) Differential travel --- % max. of setting distance Directional angle Light source (wavelength) Power supply voltage Current consumption Both emitter and receiver: 3 to 10 Infrared LED (90 nm) 3 to 10 --- 12 to 2 VDC ±10%, ripple (p-p): 10% max. 0 ma max. (: 2 ma max., : 2 ma max.) 0 ma max. * The ambient operating illumination is the illumination that changes the output ±% at 0 lx. It is not the operational limit. Convergent-reflective - LS10XE 30 to 100 mm Continuously variable (10 x 10 mm) - LSXE 0 to 20 mm Continuously variable (0 x mm) 1. mm max. at 30 mm % max. at 0 to 20 mm 10 mm max. at 100 mm RED LED (660 nm) Ambient illumination ( side) * Ambient temperature Ambient humidity Insulation resistance Dielectric strength Vibration resistance (destruction) Shock resistance (destruction) Degree of protection Connection method s Material Incandescent lamp: 3,000 lx max. Sunlight: 10,000 lx max. : 2 to C, Storage: 0 to 0 C (with no icing or condensation) : 3% to 8%, Storage: 3% to 9% (with no condensation) MΩ min. at 0DC 1,00AC, 0/60 Hz for 1 min 10 to Hz, 1.-mm double amplitude for 2 hours each in X, Y, and Z directions 00 m/s 2 3 times each in X, Y, and Z directions IEC IP6 IEC IP6 IEC IP6 IEC IP6 Pre-wired cable (standard length: 2 m) Control output (solid-state output) Output current: 1. to ma, Load current: 80 ma max. (residual voltage: 2 V max.) Refer to page. Response time Operate or reset: 3 ms max. Operate or reset: 1 ms max. Sensitivity adjustment With an indicator Light indicator (red), Stability indicator (green) Polybutylene Case tereph- Zinc die-cast thalate Lens * Polycarbonate Mounting Iron Bracket Polybutylene terephthalate Zinc die-cast Infrared LED (90 nm) 2
Engineering Data (Reference Value) Parallel Range -2E (1) -E (1) Parallel movement distance Y (mm) 100 90 80 0 60 0 0 30 Parallel movement distance Y 10 Distance X 0 0. 1 1. 2 2. 3 Distance X (m) Range -DS10E (1) -DS30E (1) position Y (mm).0 6.0.0.0 3.0 2.0 1.0 0 1.0 2.0 3.0.0.0 6.0.0 -LS10XE Optical axis (Y) ( Y) position Standard sensing object distance (X) (0 x 0 mm) -2E1-2E 0 60 80 100 1 10 160 distance X (mm) Parallel movement distance Y (mm) position Y (mm) 20 2 0 180 160 10 1 100 80 60 0 Parallel movement distance Y Distance X 0 1 2 3 6 Distance X (m) 10 8 6 2 0 2 6 8 10 -LSXE Optical axis distance (X) 0 60 80 100 1 10 160 distance X (mm) (Y) ( Y) position Standard sensing object (100 x 100 mm) position Y (mm) 3 2 1 0 1 Optical axis distance (X) 0 60 80 (Y) ( Y) position Standard sensing object (10 x 10 mm) 100 1 10 160 distance X (mm) position Y (mm) (Range at minimum setting) 1 10 3 2 1 0 0 1 2 3 Optical axis distance (X) Min. distance set 0 100 10 0 (Y) ( Y) position Standard sensing object (0 x mm) 20 300 30 distance X (mm) 2 Adjust the distance: 30 mm Adjust the distance: 100 mm 10 1 Max. distance set 3 3
Sensing Distance vs. Size of Sensing Object Parallel Range -DS30E (1) -R2E (1) (2) -DS10E (1) -LSXE distance (mm) 600 00 -DS30E (1) 00 300 0 100 The larger the sensing object, the longer the operating distance. -DS10E (1) d White paper Sensing object d distance (mm) 00 00 300 0 100 Short edge White paper Long edge Sensing object Short: Long ratio = 2:3 Parallel movement distance Y (mm) 100 80 60 0 Distance X Parallel movement distance Y 0 0 100 10 Side length (one side) of sensing object d (mm) Excess Gain vs. Set Distance -LS10XE 0 0 100 10 Short edge of sensing object (mm) -LS3RC 0 0. 0.8 1.2 1.6 2 2. 2.8 Distance X (m) Load Residual Voltage Characteristics output (mv) 10,000,000 3,000 1,000 00 300 Received light output peak: 30 mm Received light output peak: 0 mm Sensitivity adjuster at maximum setting The characteristics are for when the distance where the received light output reaches its peak is set to 30, 0, and 100 mm using the distance adjuster. Received light output peak: 100 mm Excess Gain Ratio (times) 100 0 30 10 3 Setting distance Standard sensing object (white paper) Standard sensing object (black carbon) Residual voltage (V) 2.0 1. 1.0 100 0 30 level 1 0. 0.3 voltage 0. 0 0 60 80 100 1 10 160 Distance (mm) 0 28 36 2 Set distance (mm) 0 0 80 100 10 0 Load current (ma)
I/O Circuit Diagrams Model Wire color Item Power polarity Operation mode Output circuit Timing charts Brown + Blue Brown Blue + Light-ON Dark-ON Light indicator (red) Light indicator (red) Stability indicator (green) Photoelectric Sensor main circuit 1. to ma Z Brown *1 Load 1 (relay) Black Blue *1 Load 2 Z: Zener diode (Vz = 3) *1: Reverse the polarity of the power supply to switch the operating mode. *2: Voltage output (when connecting transistor circuit) Stability indicator (green) Photoelectric Sensor main circuit 1. to ma Z Brown *1 Black Blue *1 Load 2 Load 1 (relay) Z: Zener diode (Vz = 3) *1: Reverse the polarity of the power supply to switch the operating mode. *2: Voltage output (when connecting transistor circuit) 12 to 2 VDC *2 *2 12 to 2 VDC Incident light No incident light Light indicator ON (red) OFF Output ON transistor OFF Load 1 (e.g., relay) Operate Reset (Between brown and black) Load 2 H Incident light L (Between blue and black) No incident light Light indicator ON (red) OFF Output ON transistor OFF Load 1 (e.g., relay) Operate Reset (Between blue and black) Load 2 H L (Between brown and black)
Connection With Relay Load Through-beam Sensors Light Interrupted and Load for -2E (1) and -E (1) Retro-reflective Sensors Light Interrupted and Load for -R2E (1) (2), -DS10E(1), and -DS30E (1) 12 to 2 V Blue Brown Pink 80 ma max. Load Black Blue Brown 12 to 2 V 12 to 2 V Blue Brown 80 ma max. Load Black Output Note: The indicator will function as a light indication if the 's pink wire is connected to the 's black wire as indicated by the dotted line. The indicator will function as a power indicator if the 's pink wire is connected to the 's blue wire. Connection with S3D2 Sensor Controller Reverse operation is possible using the signal input switch on the S3D2. Sensing method Through-beam Reflective Brown Brown Black Blue Connection method Blue IN1 12 V 8 9 10 11 12 Black Blue Brown 12 V 8 IN 1 9 10 11 12 6 1 2 3 S3D2 6 1 2 3 S3D2 6
Adjustment Methods Adjusting the -LS10XE Convergent-reflective Sensor Sensitivity adjustment -LS10XE A Distance adjustment scale Adjusting the -LSXE Convergent-reflective Sensor Adjustment Method 1 Use this method if the sensing object is more reflective than the background. Distance adjuster Sensing object Distance adjuster * Align the distance adjustment scale with the groove on the Sensor. 1. Attach the distance adjustment scale as shown in the figure and set it where the * mark is equal to the sensing distance. 2. Turn the distance adjuster until the red spot is at point A (center of the distance adjustment scale). 3. Remove the distance adjustment scale once the distance has been adjusted. Put a sensing object in place, and then adjust the sensitivity. Center Background object 1. Set the sensitivity adjuster to the center as shown in the figure. 2. Turn the distance adjuster counterclockwise until it is fully turned (L to S). 3. Position the sensing object.. Slowly turn the distance adjuster clockwise (S to L).. Eventually the LIGHT (red) indicator will light. Turning the adjuster further will light the STABILITY (green) indicator. Leave the distance adjuster at this level. 6. Adjust the sensitivity in this state. Adjustment Method 2 Use this method if the background is more reflective than the sensing object. Distance adjuster Sensing object Center Background object 1. Set the sensitivity adjuster to the center as shown in the figure. 2. Turn the distance adjuster clockwise until it is fully turned (S to L). 3. Remove the sensing object.. Slowly turn the distance adjuster counterclockwise (L to S).. Eventually the LIGHT (red) indicator will light. Turning the adjuster further will light the STABILITY (green) indicator. 6. Adjust the sensitivity in this state.
Safety Precautions WARNING This product is not designed or rated for ensuring safety of persons. Do not use it for such purposes. Precautions for Correct Use Do not use the product in atmospheres or environments that exceed product ratings. If the sensing object has a metallic or shiny surface, the - R may not detect it properly. To avoid this situation, place the sensing object so that it is not at right angles to the Photoelectric Sensor. Glossy surface 10 to Sensing object Reflector Sensors with Open-collector Outputs Sensors with Open-collector Outputs Type E C B Output type Voltage or current output Opencollector output Opencollector output Output transistor NPN Rated current output 1. to ma NPN --- PNP --- The model numbers are as follows: Example: -DS10E (E type) -DS1C (C type) -DS1B (B type) C (C1, C2) Sensors Switching current 80 ma max. (sinking) 100 ma max. (sinking) 100 ma max. (sourcing) Output protection circuit Provided against an increase in the residual output voltage Provided: Output transistor cutoff Provided: Output transistor cutoff Create an angle. Brown * +V Attaching the E39-S Slit The Slit can be fitted vertically or horizontally as indicated by the dotted line. Make sure that Slits for the and the are fitted in the same orientation. Place the packing in the supporter and hook the claws on the indentations in the Sensor head. If the supporter is contacting the mounting surface, insert a spacer to separate it. (Refer to Slit Dimensions.) An operating position accuracy of 0.1 mm max. can be achieved for a Through-beam Sensor without Slits. Cut-out section Claws Supporter Slit Packing B Sensor head Photoelectric Sensor main circuit C (B1, B2) Sensors Photoelectric Sensor main circuit 2.2 Ω 2.2 Ω Z Z Black (output) Blue * Brown * Black (output) Blue * Load (relay) +V Load (relay) Sensor with Slits Protrusion Packing A Indentation Applicable Photoelectric -E, -E1-2E, -2E1 Sensor Model E39-S1 E39-S2 Item Slit width 0. mm 1 mm 2 mm mm 0. mm 1 mm 2 mm Sensing distance 230 mm 80 mm 10 mm 200 mm 10 mm mm 8 mm Sensing object 0. mm 1 mm 2 mm mm 0. mm 1 mm 2 mm Degree of protection IP60 Z: Zener diode (Vz = 3) * The operation mode depends on the wiring of the brown and blue lines. Note 1. Only C2 models with die-cast cases are available. 2. The for a Through-beam C-type Sensor is the same as the for an E-type Sensor. (E.g., -LE) 3. When a C- or B- type Sensor experiences a load short-circuit or overload, the output transistor will be turned OFF. Check the load conditions before turning the power back ON. 8
Sensors with Different Orientations The -, -DS30, and -R2 that sense in different directions can be made. Sensing method -E3 Sensing direction -E -DS30E3 -R2E3 Throughbeam Retroreflective Diffusereflective 9
Dimensions (Unit: mm) Unless otherwise specified, the tolerance class IT16 is used for dimensions in this data sheet. General-purpose Sensors -2E -2E1 9.9 18.8 a* 1 Lens: dia. -dia. vinyl-insulated round cable with 2/3 conductors (Conductor cross section: 0.2 mm 2, Insulator diameter: 1.1 mm), Weight: and, 80 g each Sensitivity adjuster* 2 0 (0) 16 9 11. 6 dia. a* 1 8.3 18.8 Lens: dia. -dia. vinyl-insulated round cable with 2/3 conductors Weight: and, 80 g each (0) 0 32.3 9 11. Sensitivity adjuster* 2 6 dia. 1.2 2. 9 16.2 2.1 16. Two, M3 1. 16. 30 E39-L3 9 16. * 1 The mounting bracket can also be used on side a. * 2 only. 12.8 dia. 1.2 9 2.1 16. Two, M3 1. 16. 30 9 16. * 1 The mounting bracket can also be used on side a. * 2 only. 12.8 dia. -E -E1 -dia. vinyl-insulated round cable with 2/3 conductors (Conductor cross section: 0.2 mm 2, Insulator diameter: 1.1 mm), Weight: and, 1 g each -dia. vinyl-insulated round cable with 2/3 conductors Weight: and, 16 g each 23 a* 1 Lens: 11 dia. (6) 11 13 Sensitivity adjuster* 2 23 a* 1 Lens: 11 dia. () 63 11 13 Sensitivity adjuster* 2. 13 dia.. 13 dia. 22.2 22.2.2.2 1.6 12 22 (32) Two, M slotted hexagonal bolts 6..2 2. 39 1.9 E39-L6 * 1 The mounting bracket can also be used on side a. * 2 only. 1.6 12 (32) Two, M slotted hexagonal bolts.2 18.6 6. 2. 39 1.9 * 1 The mounting bracket can also be used on side a. * 2 only. Note: Models numbers for Through-beam Sensors (-@E, -@E1) are for sets that include both the and. The model number of the is expressed by adding "L" to the set model number (example: -2LE), the model number of the, by adding "D" (example: -2DE.) Refer to Ordering Information to confirm model numbers for and s. 10
-DS10E -DS10E1 Lens: x 13 21 10. a* -dia. vinyl-insulated round cable with 3 conductors Weight: Approx. 80 g 16 (0) 0 9 11. Sensitivity adjuster a* Sensitivity adjuster 21 11 Lens: x 13 -dia. vinyl-insulated round cable with 3 conductors Weight: Approx. 80 g. (0) 0 29. 1.2 9 16.8 2.3 16. 1. Two, M3 16. 30 9 16. 6 dia. 12.8 dia. * The mounting bracket can also be used on side a. 1.2 9 2.3 16. 1. Two, M3 16. 30 9 16. * The mounting bracket can also be used on side a. 6 dia.12.8 dia. -R2E -DS30E -R2E1 -DS30E1 -dia. vinyl-insulated round cable with 3 conductors Weight: Approx. 1 g -dia. vinyl-insulated round cable with 3 conductors Weight: Approx. 16 g a* 23.1 Lens: 10 x 1 (6) 11 13 Sensitivity adjuster a* 23 Lens: 10 x 1 () 63 11 Sensitivity adjuster 13. 13 dia.. 13 dia. 1.6 12 22 2.9 (32) 22.2 6. Two, M slotted hexagonal bolts.2 2. 39 1.9.2 * The mounting bracket can also be used on side a. 1.6 12 (32) 22.2 18.6 Two, M slotted hexagonal bolts 6..2 2. 39 1.9.2 * The mounting bracket can also be used on side a. 11
-R2E2 -dia. vinyl-insulated round cable with 3 conductors Weight: Approx. 16 g Lens: 10 x 1 21. 18.6 -LS10XE -LSXE -dia. vinyl-insulated round cable with 3 conductors Weight: Approx. 22 g 3 2.2 6 3.2 11 1 23.1 63 () 11 13 Sensitivity adjuster Two, M slotted hexagonal bolts Lens: 1 x a* 26 11 Distance adjuster Sensitivity adjuster 6. 10.2 22.2 13 dia. 0 Optical axis.9 8 dia..2 1.6 12 (32) Two, M slotted hexagonal bolts 6..2 2. 39 1.9 1.6 Two,. dia. 16 0 * The mounting bracket can also be used on side a. Mounting Hole Dimensions -2E -LS10XE -2E1 -LSXE -DS10E -DS10E1 Two, M3 -E -E1 -R2E -R2E1 (2) -DS30E -DS30E1 Two, M 2. 12
Accessories (Order Separately) Special Mounting Bracket E39-L2 92.1 82.1 Mounting Holes Two, M 10.2.2 2. 1 2..2.6 2.2 Two, M slotted hexagonal bolts 2. 9 29.1 Applicable models: -E1 -R2E1 -DS30E1 E39-L 68. 60.8 Mounting Holes 1.0 Two, M3 33 Two, M3 28. Applicable models: -2E1 -DS10E1 Reflector E39-R1 (Provided with the -R2E(1) Retro-reflective Reflector.) Two, 3. dia. 0.3 3. 9.9 2 Material: Reflective surface: Acrylic Rear surface: ABS 8 1.6 2. Sensitivity Adjuster (Provided) E39-G1 9.3 dia.13 dia. Applicable models: Provided with the -E(1), -DS30E(1), -R2E(1). Note: Cannot be used for the -DS10E (1). 13
Slit (Order Separately) E39-S2 13 1.9 (16.) 1.8 1.8 1.2 E39-S2 10. Slit Applicable Sensors E39-S2-2E -2E1 Note 1. Three sets of slits are provided: 6. x 0. mm, 6. x 1 mm and 6. x 2 mm 2. One set consists of two slits, one each for the and. *Spacer E39-S1 2.1 8.3 Slit Applicable Sensors E39-S1 -E -E1 23. (22.2) 22. 1.2 Note 1. Four sets of slits are provided: 11 x 0. mm, 11 x 1 mm, 11 x 2 mm, and 11 x mm 2. One set consists of two slits, one each for the and. E39-S2 Note: The dimensions in parentheses are for when the Spacer is not used. *Spacer * With the -2E (1), use the Spacer as shown in the figure above so that the supporter and Mounting Bracket will not be struck when the optical axis is adjusted. With the -E (1), the Spacer is not particularly required. Use the Spacer, however, to directly mount both the -2E (1) and -E (1). In the interest of product improvement, specifications are subject to change without notice. 1
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