EKMB1108111 Panasonic

45 4 PIR MOTION SENSORS EKM - Wide Detection Type Large detection area: 12.9m ( 3m installation height) Extremely small lens: 14mm diameter Same mechanical dimensions like the Ultra Slight Motion Detection Type Specifi ed detection distance (Note 1) 2.5m ~ 5.9m Typical applications Typical ceiling installation height(Note 2) 3.0m Lighting controls for Field of view 130 x 130 offices, schools and Detection zones 208 smart homes Note 1: Note 2: Entrance lighting T 4C The sensitivity of passive infrared Object speed: 1.0m/s sensors is influenced by environmental Ventilation systems and Object size: 700 x 250mm conditions, so a performance evaluation air conditioners Crossing 2 detection zones test under representative conditions is recommended Security cameras Dimension (in mm, inches in brackets) Detection area 16.6 (0.654 dia.) 16 (0.630 dia.) 14.9 (0.587 dia.) 14 (0.551 dia.) AA 0.45 (0.018 dia.) 11 (0.433 dia.) P.C.D. 5.08 0.2 3- 1.5 0.1 (0.2 dia.) (0.059 dia.) Vdd GND OUT SECTION A-A Standby current Notes Output type Sensitivity White Black Pearl White consumption 1A Digital Standard EKMB1108111 EKMB1108112 EKMB1108113 High-end 2A Digital Standard EKMB1208111 EKMB1208112 EKMB1208113 6A Digital Standard EKMB1308111K EKMB1308112K EKMB1308113K Economy 170A Digital Standard EKMC1608111 EKMC1608112 EKMC1608113 170A Analog Adjustable EKMC2608111K EKMC2608112K EKMC2608113K 6A Digital High Special 170A Digital High Please contact us if a higher or a lower sensitivity is required. 170A Digital Low Note: The specification shows the X-Y cross section at 2.5m. Further information at /www3.panasonic.biz/ac/e/control/sensor/human/index.jsp 45 4 7.9 (0.311) 10.7 (0.421) 12.1 (0.476) 17.2 (0.677)PIR MOTION SENSORS EKM - Characteristics EKM - Maximum rated values Items EKMB series EKMC series Power supply voltage -0.3 to 4.5V DC -0.3 to 7V DC -20 to 60C Ambient temperature -20 to 55C (high sensitivity type) (no frost, no condensation) Storage temperature -20 to 70C EKM - Electrical characteristics (digital output types) EKMB11 series EKMB12 series EKMB13K series EKMC16 series Item Symbol Conditions (1A) (2A) (6A) (170A) Max 4.0V DC 6.0V DC Operating voltage V DD Min 2.3V DC 3.0V DC Ambient temperature: 25C Current consumption I = 0A OUT (in standby/sleep mode) I Ave 1A 2A 6A 170A W EKMB series: V = 3V DC DD Note 1 EKMC series: V = 5V DC DD Output current Ambient temperature: 25C (during detection period) I Max 100A OUT V V 0.5V DC OUT DD Note 2 Output voltage V Min V 0.5V Ambient temperature: 25C OUT DD (during detection period) Ambient temperature: 25C Ave 25 seconds Circuit stability time I = 0A OUT t WU (when voltage is applied) EKMB series: V = 3V DC DD Max 210 seconds 10 seconds 30 seconds EKMC series: V = 5V DC DD Note 1: The total current consumption during detection is the current consumption in standby mode (I ) plus the output current (I ). For the 1A type the average current con- W OUT sumption (I ) is 1A in sleep mode and 1.9A in standby mode. Please also refer to the timing charts on the next page. W Note 2: Please select an output resistor (pull-down concept) in accordance with V so that the output current is maximum 100A. OUT EKM - Electrical characteristics (analog output) Item Symbol EKMC26K series Remarks Max 5.5V Operating voltage V DD Min 3.0V Ave 170A Current consumption Ambient temperature = 25C I W (in standby mode) Note1 I = 0A OUT Max 350A Output current I Max 200A OUT (during detection period) Note 2 V High Min. 1.9V H Analog output saturated voltage V Low Max. 0.2V L Max 1.2V Ambient temperature: 25C Output offset voltage V Ave 1.1V Steady output voltage at non OFF (at non detection) detection Min 1.0V Max 150mV PP Steady noise V N Ave 80mV PP Circuit stability time Ambient temperature: 25C t Max 30 seconds WU (after applying voltage) I = 0A OUT Note 1: The total current consumption during detection is the current consumption in standby mode (I ) plus the output current (I ). W OUT The output offset voltage has a certain tolerance. Please assure to measure the offset voltage before setting the upper and lower threshold values. Note 2: Otherwise the threshold window could be unsymmetrical relative to the offset voltage. Further information at www3.panasonic.biz/ac/e/control/sensor/human/index.jsp