MA MOTION SENSOR 2002.10.23 7:57 PM Page 14 MA Motion Sensor (AMB) MA MOTION SENSOR Series MOTION SENSOR (AREA REFLECTIVE TYPE) * The open collector output system makes for easy load drive. These sensors provide a continuous output during detection because the output system makes it easy to drive the load. They achieve an output performance of 30V, Built-in oscillation circuit type: 100 mA, External triggering type: 10 mA. * All models with Built-in oscillation circuit type meet CE mark standards. Conforms with EMC directive for CE certification vital for use in Europe. FEATURES * Certain detection unaffected by the reflectance of the object The sensor can provide stable detection that is not affected by the condition (color or material of the clothing) or parts (skin, hair, etc.) of the object being monitored. (Reflectance 18% to 90%). Excellent performance even when the detection surface is dirty. * Only connecting DC power supply for operating Built-in oscillation circuit type obviates the hitherto existing need for start signal input. * Use in adjacent positions is possible These sensors can be located in adjacent positions, because the timing of the external trigger signals can be adjusted so that the beam frequency of each adjacent sensor will not interfere with the other. * Battery drive possible By applying longer interval for the trigger signal, you can reduce the total power consumption. * Ultra compact size Suitable for building in equipment as the size is ultra compact. * Can be used with a number of different supply voltages. 1) The DC 5V type (DC 4.5 to 6.5V) 2) The free-ranging power type (DC 6.5 to 27V) They support the DC power supplies of electronic products and equipment in general. Short type (Mounting direction: H type) Middle type (Mounting direction: H type) Long type (Mounting direction: H type) Long type (Mounting direction: V type) What is area reflective type? The sensor emits a ray of light toward the human body and detects the distance and determine whether there is a person within a given distance of the sensor. If the sensor detects a person, it sets an output noncontact switch to ON. Reflected beam Output Non-contact switch Light beam APPLICATIONS * Water-based product market 1) Automatic lighting of wash basin units 2) Toilets 3) Automatic water flow from faucets * Stores and financial instructions 1) Automatic doors 2) Automatic lighting 3) Cash dispensing machines 4) Automatic teller machines 5) Visitor detecting sensors * Amusement market Automatic lighting for game display * Medical field Non-contact switch * Others 1) Automatic ticket gates 2) Seat-taking sensors 3) Golf cart collision prevention ORDERING INFORMATION AMB; MA Motion Sensor Detection distance type (shape) 1: Short type 2: Middle type Triggering function 1: External triggering type AMB 3: Long type 4: Built-in oscillation circuit type (Internal trigger) Classification by output method & mounting direction 0: Transistor/H type 5: Transistor/V type Operating voltage 2: Free-ranging power type (DC6.5 to 27V) 9: The DC 5V type (DC 4.5 to 6.5V) 08 Part No. Detection distance Short type Middle type Long type 14 02 03 04 05 06 07 (Middle type does not need 08. 10 09 (Short type does not need 10. 20 11 12 13 14 15 16 17 18 19 (Long type does not need 20. mm 5 6 7 8 9 10 -- -- -- -- -- -- -- -- -- -- -- -- -- inch 1.969 2.362 2.756 3.150 3.543 3.937 mm 20 30 40 50 60 70 80 -- -- -- -- -- -- -- -- -- -- -- -- inch 7.874 11.811 15.748 19.685 23.622 27.559 31.496 mm 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 -- inch 11.811 15.748 19.685 23.622 27.559 31.496 35.433 39.37 43.307 47.244 51.181 55.118 59.055 62.992 66.929 70.866 74.803 78.74 MA MOTION SENSOR 2002.10.23 7:57 PM Page 15 MA Motion Sensor (AMB) DETECTION DISTANCE TYPE (distance limited) Mounting direction Type (shape) Rated operating voltage 4.5 to 6.5 V DC H type Short type 6.5 to 27 V DC 4.5 to 6.5 V DC H type Middle type 6.5 to 27 V DC H type Long type 4.5 to 6.5 V DC H type Long type 6.5 to 27 V DC Rated detection distance 5 cm 1.969 inch 6 cm 2.362 inch 7 cm 2.756 inch 8 cm 3.150 inch 9 cm 3.543 inch 10 cm 3.937 inch 5 cm 1.969 inch 6 cm 2.362 inch 7 cm 2.756 inch 8 cm 3.150 inch 9 cm 3.543 inch 10 cm 3.937 inch 20 cm 7.874 inch 30 cm 11.811 inch 40 cm 15.748 inch 50 cm 19.685 inch 60 cm 23.622 inch 70 cm 27.559 inch 80 cm 31.496 inch 20 cm 7.874 inch 30 cm 11.811 inch 40 cm 15.748 inch 50 cm 19.685 inch 60 cm 23.622 inch 70 cm 27.559 inch 80 cm 31.496 inch 30 cm 11.811 inch 40 cm 15.748 inch 50 cm 19.685 inch 60 cm 23.622 inch 70 cm 27.559 inch 80 cm 31.496 inch 90 cm 35.433 inch 100 cm 39.370 inch 110 cm 43.307 inch 120 cm 47.244 inch 130 cm 51.181 inch 140 cm 55.118 inch 150 cm 59.055 inch 160 cm 62.992 inch 170 cm 66.929 inch 180 cm 70.866 inch 190 cm 74.803 inch 200 cm 78.740 inch 30 cm 11.811 inch 40 cm 15.748 inch 50 cm 19.685 inch 60 cm 23.622 inch 70 cm 27.559 inch 80 cm 31.496 inch 90 cm 35.433 inch 100 cm 39.370 inch 110 cm 43.307 inch 120 cm 47.244 inch 130 cm 51.181 inch 140 cm 55.118 inch 150 cm 59.055 inch 160 cm 62.992 inch 170 cm 66.929 inch 180 cm 70.866 inch Part No. Built-in oscillation External circuit type triggering type AMB140905 AMB110905 AMB140906 AMB110906 AMB140907 AMB110907 AMB140908 AMB110908 AMB140909 AMB110909 AMB1409 AMB1109 AMB140205 AMB110205 AMB140206 AMB110206 AMB140207 AMB110207 AMB140208 AMB110208 AMB140209 AMB110209 AMB1402 AMB1102 AMB240902 AMB210902 AMB240903 AMB210903 AMB240904 AMB210904 AMB240905 AMB210905 AMB240906 AMB210906 AMB240907 AMB210907 AMB2409 AMB2109 AMB240202 AMB210202 AMB240203 AMB210203 AMB240204 AMB210204 AMB240205 AMB210205 AMB240206 AMB210206 AMB240207 AMB210207 AMB2402 AMB2102 AMB340903 AMB310903 AMB340904 AMB310904 AMB340905 AMB310905 AMB340906 AMB310906 AMB340907 AMB310907 AMB340908 AMB310908 AMB340909 AMB310909 AMB340910 AMB310910 AMB340911 AMB310911 AMB340912 AMB310912 AMB340913 AMB310913 AMB340914 AMB310914 AMB340915 AMB310915 AMB340916 AMB310916 AMB340917 AMB310917 AMB340918 AMB310918 AMB340919 AMB310919 AMB3409 AMB3109 AMB340203 AMB310203 AMB340204 AMB310204 AMB340205 AMB310205 AMB340206 AMB310206 AMB340207 AMB310207 AMB340208 AMB310208 AMB340209 AMB310209 AMB340210 AMB310210 AMB340211 AMB310211 AMB340212 AMB310212 AMB340213 AMB310213 AMB340214 AMB310214 AMB340215 AMB310215 AMB340216 AMB310216 AMB340217 AMB310217 AMB340218 AMB310218 Packing quantity Inner Outer 20 pcs. 200 pcs. 20 pcs. 200 pcs. 20 pcs. 200 pcs. 20 pcs. 200 pcs. Note: If you plan to use multiple sensors side-by-side, or you wish to keep the current consumption small, inquire for details about external trigger type, which is suitable for such applications. 15 MA MOTION SENSOR 2002.10.23 7:57 PM Page 16 MA Motion Sensor (AMB) DETECTION DISTANCE TYPE (distance limited) (cont.) Mounting direction Type (shape) Rated operating voltage H type 200 cm type 6.5 to 27 V DC V type Long type 4.5 to 6.5 V DC V type Long type 6.5 to 27 V DC Rated detection distance 190 cm 74.803 inch 200 cm 78.740 inch 30 cm 11.811 inch 40 cm 15.748 inch 50 cm 19.685 inch 60 cm 23.622 inch 70 cm 27.559 inch 80 cm 31.496 inch 90 cm 35.433 inch 100 cm 39.370 inch 110 cm 43.307 inch 120 cm 47.244 inch 130 cm 51.181 inch 140 cm 55.118 inch 150 cm 59.055 inch 160 cm 62.992 inch 170 cm 66.929 inch 180 cm 70.866 inch 190 cm 74.803 inch 200 cm 78.740 inch 30 cm 11.811 inch 40 cm 15.748 inch 50 cm 19.685 inch 60 cm 23.622 inch 70 cm 27.559 inch 80 cm 31.496 inch 90 cm 35.433 inch 100 cm 39.370 inch 110 cm 43.307 inch 120 cm 47.244 inch 130 cm 51.181 inch 140 cm 55.118 inch 150 cm 59.055 inch 160 cm 62.992 inch 170 cm 66.929 inch 180 cm 70.866 inch 190 cm 74.803 inch 200 cm 78.740 inch Part No. Built-in oscillation External circuit type triggering type AMB340219 AMB310219 AMB3402 AMB3102 AMB315903 AMB345903 AMB315904 AMB345904 AMB315905 AMB345905 AMB315906 AMB345906 AMB315907 AMB345907 AMB315908 AMB345908 AMB315909 AMB345909 AMB315910 AMB345910 AMB315911 AMB345911 AMB315912 AMB345912 AMB315913 AMB345913 AMB315914 AMB345914 AMB315915 AMB345915 AMB315916 AMB345916 AMB315917 AMB345917 AMB315918 AMB345918 AMB315919 AMB345919 AMB3159 AMB3459 AMB315203 AMB345203 AMB315204 AMB345204 AMB315205 AMB345205 AMB315206 AMB345206 AMB315207 AMB345207 AMB315208 AMB345208 AMB315209 AMB345209 AMB315210 AMB345210 AMB315211 AMB345211 AMB315212 AMB345212 AMB315213 AMB345213 AMB315214 AMB345214 AMB315215 AMB345215 AMB315216 AMB345216 AMB315217 AMB345217 AMB315218 AMB345218 AMB315219 AMB345219 AMB3152 AMB3452 Packing quantity Inner Outer 20 pcs. 200 pcs. 20 pcs. 200 pcs. 20 pcs. 200 pcs. Note: If you plan to use multiple sensors side-by-side, or you wish to keep the current consumption small, inquire for details about external trigger type, which is suitable for such applications. PERFORMANCE 1. Detection performance (Measuring conditions: ambient temp.: 25C 77F; operating voltage: 5 V DC) Detection distance Items Minimum Rated detection distance Typical Maximum Measuring tolerance Usable ambient brightness (Resistance to ambient light)*Remark 2 Typical Brightness of sensor Maximum surface Brightness of reflection Maximum surface 5 cm 1.969 inch 45 mm 1.772 inch 50 mm 1.969 inch 55 mm 2.165 inch 6 cm 2.362 inch 54 mm 2.126 inch 60 mm 3.362 inch 66 mm 2.598 inch 10% Short type*Remark 1 7 cm 8 cm 2.756 inch 3.150 inch 63 mm 72 mm 2.480 inch 2.835 inch 70 mm 80 mm 2.756 inch 3.150 inch 77 mm 88 mm 3.031 inch 3.465 inch 15% 9 cm 3.543 inch 81 mm 3.189 inch 90 mm 3.543 inch 99 mm 3.898 inch 20% 30,000 lx 30,000 lx Remarks: 1. After receipt of order, average rated detection distance to 15 cm 5.906 inch is possible. Please inquire. 2. Install so that light from direct light sources does not enter the sensor (within 30 of the sensor light beam). 16 10 cm 3.937 inch 90 mm 3.543 inch 100 mm 3.937 inch 110 mm 4.331 inch 25% Measured conditions with a standard reflection board Reflection rate: 90 to 18% See the drawing on the next page. MA MOTION SENSOR 2002.10.23 7:57 PM Page 17 MA Motion Sensor (AMB) Detection distance Items Minimum Rated detection distance Typical Maximum Measuring tolerance Usable ambient brightness (Resistance to ambient light)*Remark 2 20 cm 7.874 inch 190 mm 7.480 inch 200 mm 7.874 inch 210 mm 8.268 inch Typical 30 cm 11.811 inch 285 mm 11.220 inch 300 mm 11.811 inch 315 mm 12.402 inch 40 cm 15.748 inch 380 mm 14.961 inch 400 mm 15.748 inch 420 mm 16.535 inch Middle type*Remark 1 50 cm 19.685 inch 475 mm 18.701 inch 500 mm 19.685 inch 525 mm 20.669 inch 60 cm 23.622 inch 570 mm 22.441 inch 600 mm 23.622 inch 630 mm 24.803 inch 70 cm 27.559 inch 665 mm 26.181 inch 700 mm 27.559 inch 735 mm 28.937 inch 5% 3% Brightness of sensor Maximum surface Brightness of reflection Maximum surface 80 cm 31.496 inch 760 mm 29.921 inch 800 mm 31.496 inch 840 mm 33.071 inch 10% Measured conditions with a standard reflection board Reflection rate: 90 to 18% 30,000 lx See the drawing below. 30,000 lx Remarks: 1. After receipt of order, average rated detection distance to 15 cm 5.906 inch is possible. Please inquire. 2. Install so that light from direct light sources does not enter the sensor (within 30 of the sensor light beam). Detection distance Items Rated detection distance Measuring tolerance 30 cm 11.811 inch Minimum 285 mm 11.220 inch Typical 300 mm 11.811 inch Maximum 315 mm 12.402 inch 40 cm 15.748 inch 380 mm 14.961 inch 400 mm 15.748 inch 420 mm 16.535 inch Typical 50 cm 19.685 inch 475 mm 18.701 inch 500 mm 19.685 inch 525 mm 20.669 inch 60 cm 23.622 inch 570 mm 22.441 inch 600 mm 23.622 inch 630 mm 24.803 inch Long type 70 cm 27.559 inch 665 mm 26.181 inch 700 mm 27.559 inch 735 mm 28.937 inch 80 cm 31.496 inch 760 mm 29.921 inch 800 mm 31.496 inch 840 mm 33.071 inch 90 cm 35.433 inch 855 mm 33.661 inch 900 mm 34.433 inch 945 mm 37.205 inch 100 cm 39.37 inch 950 mm 37.402 inch 1000 mm 39.37 inch 1050 mm 41.339 inch 3% 5% Brightness Usable of sensor Maximum 30,000 lx ambient surface brightness (Resistance Brightness to ambient of reflection Maximum 30,000 lx light)*Remark surface Remark: Install so that light from direct light sources does not enter the sensor (within 30 of the sensor light beam). Detection distance Items Rated detection distance Measuring tolerance 120 cm 47.244 inch Minimum 1140 mm 44.882 inch Typical 1200 mm 47.244 inch Maximum 1260 mm 49.606 inch Typical 5% 130 cm 51.181 inch 1235 mm 48.622 inch 1300 mm 51.181 inch 1365 mm 53.740 inch 140 cm 55.118 inch 1330 mm 52.362 inch 1400 mm 55.118 inch 1470 mm 57.874 inch 150 cm 49.055 inch 1425 mm 56.102 inch 1500 mm 59.055 inch 1575 mm 62.008 inch Long type 160 cm 62.992 inch 1520 mm 59.842 inch 1600 mm 62.992 inch 1680 mm 66.142 inch 170 cm 66.929 inch 1615 mm 63.583 inch 1700 mm 66.929 inch 1785 mm 70.275 inch Measured 110 cm conditions 43.307 inch 1045 mm 41.142 inch 1100 mm with a standard 43.307 inch reflection board 1155 mm 45.472 inch Reflection rate: 90 to 18% See the drawing below. 180 cm 70.866 inch 1710 mm 67.323 inch 1800 mm 70.866 inch 1890 mm 74.409 inch 10% 190 cm 74.803 inch 1805 mm 71.063 inch 1900 mm 74.803 inch 1995 mm 78.543 inch 15% Brightness Usable of sensor Maximum 30,000 lx ambient surface brightness (Resistance Brightness to ambient of reflection Maximum 30,000 lx light)*Remark surface Remark: Install so that light from direct light sources does not enter the sensor (within 30 of the sensor light beam). Measured 200 cm conditions 78.74 inch 1900 mm 74.803 inch 2000 mm with a standard 78.74 inch reflection board 2100 mm 82.677 inch Reflection rate: 90 to 18% See the drawing below. * For short type: 100 mm 3.937 inch square area, 90% reflection rate. * For middle type: 200 mm 7.874 inch square area, 90% reflection rate. * For long type: 500 mm 19.685 inch square area, 90% reflection rate. Notes: 1. Detecting an object within the maximum preset detection distance. 2. Distance deviation = a -a b x 100 (%) a: detection distance of standard detection target with reflectance of 90%. b: detection distance of standard detection target with reflectance of 18%. [Brightness of sensor surface] (1, 1) > 15 Sensor 30 [Brightness of reflection surface] 30 *(2, 2)*45 1 Area for prohibit direct 1 light Light meter Sensor 2 2 Light meter Rated detection distance Reflection board Note: Light from direct light sources (sunlight, strobe light, inverter illumination, reflected light from glass or mirrors etc.) that enters the sensor from within the prohibited range can cause the sensor to operate erroneously. 17 MA MOTION SENSOR 2002.10.23 7:57 PM Page 18 MA Motion Sensor (AMB) 2. Absolute maximum rating (Measuring condition: ambient temp.: 25C 77F) Built-in oscillation circuit type Type Items External triggering type DC 5 V type -0.3 to 8 V DC Free power supply type -0.3 to 30 V DC 30 V 100 mA -25 to +75C +5 to +131F (No freezing) -30 to +85C -4 to +176F Power supply voltage Output dielectric strength Output flow current Usable ambient temperature Storage temperature DC 5 V type -0.3 to 8 V DC Free power supply type -0.3 to 30 V DC 30 V 10 mA -25 to +75C +5 to +131F (No freezing) -30 to +85C -4 to +176F 3. Electrical characteristics (Measuring conditions: ambient temp.: 25C 77F; operating voltage =5 V DC) 1) Built-in oscillation circuit type Items Symbol Rated operating voltage Average current consumption (Iout = 0 mA) No detection Minimum Typical Maximum Vdd Minimum Typical Maximum It Minimum Typical Maximum Minimum Maximum Maximum Detection Measuring cycle Remain voltage Output characteristics Leakage current Short type Middle type Long type DC 5V type: 4.5V Free-ranging power type: 6.5V -- DC 5V type: 6.5V Free-ranging power type: 27V -- DC 5V type: 4.5mA Free-ranging power type: 5.6mA DC 5V type: 6.2mA Free-ranging power type: 7.8mA Measured conditions -- DC 5V type: 7.0mA Free-ranging power type: 9.1mA DC 5V type: 11.2mA Free-ranging power type: 14.2mA It T Vr Il 8ms/cycle 1 V DC It = 100 mA V = 30V 3A 2) External triggering type (trigger conditions: trigger pulse width = 20s and trigger synchronization = 5ms) Items Symbol Minimum Typical Maximum Rated operating voltage Ib Minimum Typical Maximum Id -- DC 5V type: 0.5mA Free-ranging type: 1.4mA DC 5V type: 3.4mA Free-ranging type: 4.5mA Notes: 1.*d Minimum Output OFF Typical Maximum Ia -- DC 5V type: 2.2mA Free-ranging type: 3.1mA DC 5V type: 6.2mA Free-ranging type: 7.2mA Notes: 1.*a Minimum Typical Maximum Ic -- DC 5V type: 2.4mA Free-ranging type: 3.3mA DC 5V type: 11.2mA Free-ranging type: 9.3mA Notes: 1.*c Minimum Tt 5ms/cycle Pulse width Minimum Maximum Tw 20s 1/2Tt Half off the distance period Level Minimum Maximum VTL VTH 0.8V 3V Notes: 2 Maximum Tr 5ms Maximum Vr 1 V DC I = 10 mA Maximum Il 3A V = 30 mA Output ON Average current consumption With trigger input Output ON Measuring cycle (Trigger interval) Response performance: time from trigger pulse fall to detection output Remain voltage Output characteristics Leakage current Notes: 1. The ratio between the 4 operating modes (*a to *d) depends on the external trigger period and detector time, and the current consumption corresponds with this varying ratio. *a *b *c *d (approx.) 2 ms (approx.) 2 ms (approx.) 2 ms (approx.) Operation Internal sensor operation Notes: 3. The output transistor is open collector. The output transistor is turned ON by the sensor detection status and turned OFF by its non-detection status. Detection status: output transistor ON Non-detection status: output transistor OFF Stand by OFF 2 ms (With trigger input) (Without trigger input) (With trigger input) (Without trigger input) Output transistor Notes: 1.*b Sensor Trigger input OFF ON Non-detection status Detection status (The output is latched (The output is latched by the previous trigger.) by the previous trigger.) Notes: 2. A high level is established in the open state due to pull-up by the internal circuit. (Refer to the connector wiring diagram.) 18 Measured conditions Minimum Output OFF Typical Maximum Without trigger input External trigger Vdd 200 cm type 10 cm type 80 cm type DC 5V type: 4.5V Free-ranging type: 6.5V -- DC 5V type: 6.5V Free-ranging type: 27V -- DC 5V type: 0.1mA Free-ranging type: 1.0mA DC 5V type: 0.3mA Free-ranging type: 1.8mA Output Output transistor GND MA MOTION SENSOR 2002.10.23 7:57 PM Page 19 MA Motion Sensor (AMB) TIMING CHART 1) Built-in oscillation circuit type ON Power supply OFF OFF Output transistor (open collector) ON Circuit stability time Non-detection status Detection status Non detection status Notes: 1. Circuit stability time : Max. 12 ms Notes: 2. During the time taken for the circuit to stabilize after the power is turned on, Notes: 2. the ON/OFF status of the output transistor is not determined by whether the sensor is Notes: 2. in the detection status or non-detection status. 2) External triggering type ON Power supply OFF Tt: Min. 5ms Tr: Max. 5ms VTH External trigger VTH VTL External trigger VTL Output transistor (open collector) OFF Tw ON Change (ON to OFF or OFF to ON) Output Nondetection status Detection status Nondetection status Circuit stability time Note: 1. The sensor recognizes at the VTH VTL edge of an external trigger that the external trigger has been input. Notes: 1. Circuit stability time : Max. 12 ms Notes: 2. During the time taken for the circuit to stabilize after the power is Notes: 2. turned on, the ON/OFF status of the output transistor is not determined Notes: 2. by whether the sensor is in the detection status or non-detection status. HOW TO USE 1. Wiring diagram of connector Built-in oscillation circuit type + Power source Min. 33 F Notes: 3. External triggering type + + 3 Power source Min. 33 F Notes: 3. + 3 Output Output 1 Notes: 1. 1 Notes: 1. 4 N.C. (No connection) Tr External trigger input 4 Notes: 2. 2 GND 2 GND Notes: 1. The output transistor has an open collector structure. Detection status: Output transistor ON (connected to GND) Non-detection status: Output transistor OFF (open state) Notes: 2. The status of the external trigger input is as follows: Open at the high level GND (less than 0.8V) at the low level Under no circumstances must a high-level voltage be applied. Notes: 3. In the case of the external trigger type, to maintain the power supply noise performance, be certain to connect a capacitor (33F or more) to the sensor power supply input terminal in order to stabilize the power supply voltage. 19 MA MOTION SENSOR 2002.10.23 7:57 PM Page 20 MA Motion Sensor (AMB) REFERENCE DATA Operating region characteristics * How to interpret the graph Detection distance L (mm inch) Example: Operating area of the Short Type with rated detection distance of 8 cm 3.150 inch. Operating area within the dotted lines 100 3.937 90 3.543 80 3.150 70 2.756 60 2.362 50 1.969 40 1.575 30 1.181 20 .787 10 .394 0 Objects that enter the entire area are detected. Object Operating region for rated detection distance of 8 cm 3.150 inch Operating area within the dotted lines Note: If only part of the object is in the detection area, it is not detected. Operating area within the solid lines Objects that even partially enter the area are detected. Object Operating area within the solid lines 20 0 20 .787 10 10 .787 .394 .394 Detection width W (mm inch) 800 31.496 8 cm 3.150 inch Reflection board 200 x 200 mm 7.874 x 7.874 inch (reflectivity: 90%) Y Operating region for rated detection distance of 80 cm 31.496 inch 70 cm 27.559 inch 7 cm 2.756 inch 6 cm 2.362 inch 5 cm 1.969 inch Reflection board X 700 27.559 600 23.622 500 19.685 60 cm 23.622 inch Reflection board 200 x 200 mm 7.874 x 7.874 inch (reflectivity: 90%) 400 15.748 50 cm 19.685 inch 40 cm 15.748 inch Y 30 cm 11.811 inch 300 11.811 200 7.874 20 cm 7.874 inch Reflection board 100 3.937 (3) Long type (AMB34MMMMM) Detection distance L (mm inch) 100 3.937 90 3.543 80 3.150 70 2.756 60 2.362 50 1.969 40 1.575 30 1.181 20 .787 10 .394 0 (2) Middle type (AMB24MMMMM) Operating region for rated detection distance of 10 cm 3.937 inch 9 cm 3.534 inch Detection distance L (mm inch) Detection distance L (mm inch) (1) Short type (AMB14MMMMM) X Operating region for rated detection distance of 200 cm 78.74 inch 2000 78.74 1750 68.898 1500 59.055 1250 49.213 150 cm 59.055 inch Reflection board 500 x 500 mm 19.685 x 19.685 inch (reflectivity: 90%) 1000 39.37 750 29.528 500 19.685 50 cm 19.685 inch Reflection board X 250 9.843 0 0 40 40 20 0 20 1.57530 .787 10 10 .787 30 1.181 .394 .394 1.181 Detection width W (mm inch) 20 0 20 .787 10 10 .787 .394 .394 Detection width W (mm inch) 100 cm 39.37 inch Y 40 40 20 0 20 1.57530 .787 10 10 .787 30 1.181 .394 .394 1.181 Detection width W (mm inch) DIMENSIONS (Common to the Built-in oscillation circuit type and External triggering type) 1) Short type (H) (10 cm 3.937 inch) 16 .630 6.5 .256 2) Middle type (H) (80 cm 31.496 inch) 22 .866 2.5 dia. .098 dia. 10 Connector surface .394 (Front lens surface) 6 11 Optical surface .236 .433 22.5 .886 20 Receiver 31.2 1.228 Projector 20 .787 3.1 dia. .122 dia. Connector surface (Front lens surface) Optical surface 19.35 .762 16.25 .640 Receiver Projector 4 .157 mm inch 5 .197 19.5 .768 14 .551 29.5 1.161 23.1 .909 0.4 .016 MA MOTION SENSOR 2002.10.23 7:57 PM Page 21 MA Motion Sensor (AMB) 3) Long type (H) (200 cm 78.74 inch) mm inch Long type (V) (200 cm 78.74 inch) 33 1.299 4.2 dia. .165 dia. 10 .394 24.7 Connector surface .972 (Front lens surface) Optical surface 20 .787 10 .394 Optical surface 4.2 dia. .165 dia. 7 .276 Connector surface Receiver 46 1.811 Projector 7 .276 20 .787 43 1.693 55 2.165 46 65 1.811 2.559 Projector Receiver 29.7 1.169 Max. 1 .039 29.7 1.169 MAX. 1 .039 WIRING DIAGRAM (Connector surface view) 1) Short type (H) (10 cm 3.937 inch) 2) Middle type (H) (80 cm 31.496 inch) IL-Z-4P-S125L3-E (Japan Aviation Electronics Industry, Limited) 1 2 3 4 3) Long type (H) (200 cm 78.740 inch) IL-Z-4P-S125T3-E (Japan Aviation Electronics Industry, Limited) 1: Output 2: GND 3: Power source 4. Built-in oscillation circuit type: N.C. External triggering type: start signal input 1 2 3 4 4) Long type (V) (200 cm 78.740 inch) IL-Z-4P-S125T3-E (Japan Aviation Electronics Industry, Limited) IL-Z-4P-S125T3-E (Japan Aviation Electronics Industry, Limited) 1: Output 2: GND 3: Power source 4. Built-in oscillation circuit type: N.C. External triggering type: start signal input 1: Output 2: GND 3: Power source 4. Built-in oscillation circuit type: N.C. External triggering type: start signal input 1 2 3 4 1: Output 2: GND 3: Power source 4. Built-in oscillation circuit type: N.C. External triggering type: start signal input 1 2 3 4 (Notes) Purchase the follwing connections: 1. Socket housing IL-Z-4S-S125C3(Japan Aviation Electronic Industry, Ltd.) 2. Lead wire (with metal connector at one end) OPTIONAL 1. Connector with cable AMB9001 Lead wires AWG 28 4.3 .169 1. Output (Black) 2. GND (Blue) 3. Power source (Brown) 4. Built-in oscillation circuit type: N.C. External triggering type: start signal input (Purple) The edge is soldered 6.45 .254 1505 5.906.197 4.51 .177.039 mm inch Note: Mistaken cable assembly can cause damage to the internal circuits, so please check the power cord before switching ON. (Particular care must be taken as to avoid reverse connection of the power.) Socket housing IL-Z-4S-S125C3 (Japan Aviation Electronics Industry, Limited) NOTES 1. Environment 1) Avoid using the sensor in environments containing excessive amounts of steam, dust, corrosive gas, or where organic solvents are present. 2) When the sensor is used in noisy environments, connect a capacitor (minimum 33 F) across its power input terminals. 2. Wiring 1) Check all wiring before applying power. Incorrect wiring may damage the internal circuit (in particular, check that the connection to the power supply is not reversed.) 2) Avoid excessive removing and replacing of the connector. 3. Detector surface (Optical surface) 1) Keep the detector surface clean. Excessive dust or dirt on the detector surface will deteriorate the sensing performance. 2) Do not allow condensation or freezing to occur on the surface of the sensor. If 12/1/2002 condensation or freezing does occur at low temperatures, the sensor may not detect objects correctly. 3) This product is designed to detect the existence of human body. The sensor will not detect objects consisting of a low reflective material (e.g., an object coated with black rubber, etc.) or of a highly reflective material (e.g., mirror, glass, coated paper, etc.) 4) The front surface of the lens and case are made of polycarbonate resin and can withstand water, alcohol, oils, salts and weak acids. Other fluids such as alkalines, aromatic hydrocarbons and halogenated hydrocarbons may melt or swell the lens and case, please do not have such fluids touch the lens and case. 5) If you use the sensor with a cover or filter connected to the front of the sensor, the sensor may detect the cover itself, the detection distance can change, and unstable operation can result. 6) When using multiple sensors in parallel, leave a space of at least 5 cm 1.969 inch between adjacent sensors, and confirm that they do not interfere with each other before use. 7) To protect the inner circuit, wiring should be max. 3 m 9.843 ft.. 4. Recommended installation procedure Install the photoelectric sensor so that it is orientated correctly in relation to the pass directions of the target objects as shown in the figure below. Object Pass directions Object Object stands for pass direction of the target object. All Rights Reserved, (c) Copyright Matsushita Electr ic Works, Ltd. MA MOTION SENSOR 2002.10.23 7:57 PM Page 22 MA Motion Sensor (AMB) NOTES FOR MOTION SENSOR 1. Ambient operating conditions 1) Temperature: Refer to the absolute maximum ratings for the temperature of each individual sensor. 2) Humidity: 15% to 85% RH (No freezing nor condensation at low temperature) 3) Atmospheric pressure: 86 to 106 kPa 4) The operating temperature and humidity ranges are the ranges in which the sensor can be continuously operated. They are not the guaranteed environmental withstanding values. In general, degradation of electronic devices accelerates when they are operated under conditions of high temperature or high humidity. Before use, confirm the reliability of the sensors under the expected operating conditions. 5) The sensors do not have a waterproof or dust-proof construction. Depending on the ambient operating conditions, some means of providing protection from water and dust and preventing the formation of ice and condensation must be provided prior to using the sensors. If a sensor is used with a cover installed, the initial detection performance specifications may not be able to be met. Confirm the operation under the actual operating conditions. 6) Take care to avoid exposing the sensors to heat, vibration or impact since malfunctioning may result. 2. Concerning external surge voltages Since the internal circuitry may be destroyed if an external surge voltages is supplied, provide an element which will absorb the surges. The levels of the voltage surges which the sensor can withstand is given below. MA motion sensors: 500 V (1.2 x 50s unipolar full-wave voltage) MP motion sensors: Within the supply voltage given in the absolute maximum ratings. 3. Concerning power supply-superimposed noise 1) Use a regulated power supply as the power supply. Otherwise, power supplysuperimposed noise may cause the sensors to malfunction. The levels of noise which the sensor can withstand is given below. MA motion sensors: 200 V (50ms, 1s wide square waves) MP motion sensors: 20 V (50ms, 1s wide square waves) 2) To maintain the power supply noise performance, be certain to connect a capacitor (33F or more) to the sensor power supply input terminal in order to stabilize the power supply voltage. 4. Drop damage If the sensor is dropped, damage can occur resulting in incorrect operation. If dropped, be sure to do a visual check of the exterior for noticeable damage and check the operation characteristics for faulty operation. 5. Concerning the circuit sides Since the circuit sides given in this catalog are not protected in terms of circuit design, check out the performance and reliability of the circuits prior to using the sensors. SAFETY PRECAUTIONS Head the following precautions to prevent injury or accidents. * Do not use these sensors under any circumstances in which the range of their ratings, environment conditions or other specifications are exceeded. Using the sensors in any way which causes their specifications to be exceeded may generate abnormally high levels of heat, emit smoke, etc., resulting in damage to the circuitry and possibly causing an accident. 12/1/2002 * Before connecting a connector, check the pin layout by referring to the connector wiring diagram, specifications diagram, etc., and make sure that the connector is connected properly. Take note that mistakes made in connection may cause unforeseen problems in operation, generate abnormally high levels of heat, emit smoke, etc., resulting in damage to the circuitry. * Do not use any motion sensor which has been disassembled or remodeled. * Protection circuit recommended The possible failure mode is either open or short of the output transistor. An excess heat is the cause for short mode failure. For any important and serious application in terms of safety, add protection circuit or any other protection method. All Rights Reserved, (c) Copyright Matsushita Electric Works, Ltd.