Smart Dupline PIR Sensor for Ceiling and Luxmeter Type SHSQP360L Passive infrared detector (PIR) with built-in luxmeter Detects movement and presence Light measuring range: 0 to 20 klux Indoor applications Smart-house output Operating distance: max. 7.5 m Operating angle: 360 LED indication Supplied by bus Ceiling-mount Product Description Ordering Key SH SQ P 360 L The SHSQP360L is a 360 air-conditioning, intruder smart-house PIR sensor to detect pres- alarms and all the other Ceiling mounting ence and/or movement in functions supported by the Pir sensor indoor installations with a smart-house system, in an Detection angle built-in luxmeter, combining automatic way depending Luxmeter two products in one. It is on people-presence. This part of the smart-house con- sensor is completely pro- cept and can be used to grammable via the SH tool. control lights, rollerblinds, Type Selection Housing Colour LEDs Supply by bus 90 x 40 mm White 1 blue SHSQP360L Input Specifications Dupline Output Specifications Inputs PIR Voltage 8.2 V Lens Dual detecting zones Maximum Dupline voltage 10 V Angle 360 Minimum Dupline voltage 5.5 V Operating Distance 7.5 m Maximum Dupline current 5 mA Luxmeter Characteristic deviation -3% to + 3% Response time It depends on the number Output Specifications of variables in the system Output Sensor range 0 to 20 kLux LED output Blue LED Output accuracy over temperature 0 to 40C 10% -30 to 0C 15% 40 to 60C 20% Supply Specifications Power supply Supplied by bus Specifications are subject to change without notice (17.12.13) 1SHSQP360L General Specifications Address assignment Automatic: the controller CE Marking Yes recognises the module EMC through the SIN (Specific Immunity EN 61000-6-2 Identification Number) that - Electrostatic discharge EN 61000-4-2 has to be inserted in the SH - Radiated radiofrequency EN 61000-4-3 tool. - Burst immunity EN 61000-4-4 Environment - Surge EN 61000-4-5 Degree of protection IP 20 - Conducted radio frequency EN 61000-4-6 Pollution degree 3 (IEC 60664) - Power frequency magnetic Operating temperature 0 to +50C (+32 to +122F) fields EN 61000-4-8 Storage temperature -20 to +70C (-4 to + 158F) - Voltage dips, variations, Humidity (non-condensing)20 to 80 % interruptions EN 61000-4-11 Emission EN 61000-6-3 Connection 2 - Conducted and radiated Screw terminals 0.2 to 1.5 mm emissions CISPR 22 (EN55022), cl. B D+ Signal - Conducted emissions CISPR 16-2-1 (EN55016-2-1) D- GND - Radiated emissions CISPR 16-2-3 (EN55016-2-3) Dimensions OPUS (WxHxD) 90 x 40 mm Weight 25 g Mode of Operation This PIR sensor responds to crossing of active zones, soon as a person moves 3) Number of pulses any fluctuation in infrared sensitivity, the number of from an active to a passive The number of pulses is cal- heat radiation, so any object pulses and the time window area or vice versa (very culated according to mode or human presence changes in which these pulses have quick response). A or B before sending a the thermal image detected to be detected. These four B: two borders have to be people detection message by the sensor when entering parameters have to be set crossed to give a pulse sig- to the controller. This can be its field of vision. for both presence and nal. The person has to move set from 1 to 8. The sensor is equipped with movement recognition. from an active area to anoth- a segmented lens that Movement is used by the er active area, passing 4) Time window divides the field of vision system in the intruder alarm through a passive one or This is the time interval with- into active and passive function and to switch the vice versa. in which the predefined zones (zones not visible to light on, while presence is This option is recommended number of pulses is detect- the sensor, see figure Sen- used in the light function to for sensors used in the ed. It can be set from 1 to 10 sitive area). When a heat reload the energy-save timer intruder alarm function, in seconds. source crosses these zones, (i.e. each time presence is order to avoid false alarms. the sensor detects the detected, the energy-save change in infrared radiation timer starts counting from 2) Sensitivity In the table below is an and presence and/or move- the beginning). A number can be set from 3 example of settings which, ment are recognised. to 100: the smaller this value of course, might depend on How sensitive and fast the 1) Mode of detection is, the longer the detection environmental conditions, sensor has to be to detect A: one border between the distance, but the higher the application and type of presence and/or movement active and the passive zone sensitivity to heating installation. can be programmed by has to be crossed to give a sources. means of four parameters, pulse signal. This option has In the figure Sensitive by means of the SH tool. to be selected for presence Area, examples of different The four parameters are: detection and movement sensitivity can be seen. mode of detecting the and turns the light on as Presence Movement (light fx) Movement (alarm fx) Mode of detection A A B Sensitivity 10..30 30..70 50..100 Number of pulses 1 1 3 Time window 10 2 10 2 Specifications are subject to change without notice (17.12.13)