EKMC7607112K Panasonic

Specifications Ver.1.1 Product Name PIR MOTION SENSOR PaPIRs Model No. 1 Page: EKMC760711 K 1.Product Name PIR MOTION SENSOR PaPIRs VZ series Low profile type 170A / Digital output / Low Sensitivity 2.Model Number Lens Color Model Number White EKMC7607111K Black EKMC7607112K Pearl White EKMC7607113K Marking 3.Dimensions Top VIEW N 9 45 a) b) c) a) The Marking which was shown by a list shown below Marking Model Number D EKMB110711 E EKMB120711 F Side VIEW G H EKMB130711K I J EKMC160711 K EKMC260711K L M N EKMC760711K b) Last-digit of the year (Ex:2019=9,2020=0,) c) Lot No. st 1 week of Jan. will be 01, and further No. of 02,03, will continue up to 53. Bottom VIEW General Tolerance 0.5mm ( 0.020inch) Approved by Checked by st Issued on Mar. 1 ,2019 st Issued on Mar. 1 ,2019 Designed by (SKC0410-P01,02,140701) PaPIRs N945 Specifications Ver.1.1 Product Name PIR MOTION SENSOR PaPIRs Model No. 2 Page: EKMC760711 K 4.Characteristics 4-1 Detection Performance Conditions for measuring: Ambient temperature=25 (77 F) Operating voltage=5VDC Temperature Value Conditions concerning the target difference (Note1) 1.Movement speed: 1.0m/s 16(28.8F) up to 7m Detection 2.Target concept is human body 8(14.4 F) up to 5m Range (Object size:Around 700 250mm) Note1:Depending on the temperature difference between the target and the surroundings, detection range will change. Value Notes Horizontal 90 45 Detection Refer to the section 4-5. Vertical 90 45 Area Detection zones 32 4-2 Maximum Rated Values Value Unit Power Supply Voltage -0.37.0 VDC -20+60 (-4+140F) Usable Ambient Temperature Do not use in a freezing or condensation environment Storage Temperature -20+70 (-4+158F) 4-3 Electrical Characteristics Conditions for Measuring: Ambient temperature=25 (77 F) Symbol Min Avg. Max Unit Special mention Operating Voltage Vdd 3.0 6.0 VDC Electrical Current Consumption Iw 170 300 A Iout=0 Output Current Iout 100 A VoutVdd0.5 Output Voltage Vout Vdd0.5 VDC Circuit Stability Time Twu 30 s (when voltage is applied) st Issued on Mar. 1 ,2019 (SKC0410-P01,02,140701)