SHSQP360L

## **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 Descri tion p** 

The SHSQP360L is a 360° PIR sensor to detect presence and/or movement in indoor installations with a built-in luxmeter, combining two products in one. It is part of the smart-house concept and can be used to control lights, rollerblinds, 

air-conditioning, intruder alarms and all the other functions supported by the smart-house system, in an automatic way depending on people-presence. This sensor is completely programmable via the SH tool. 

## **Orderin Ke g y SH SQ P 360 L** 

**smart-house Ceiling mounting Pir sensor Detection angle Luxmeter** 

## **T e Selection yp** 

**Housing                               Colour                                             LEDs Supply by bus** Ø 90 x 40 mm                       White 1 blue **SHSQP360L** 

## **In ut S ecifications p p** 

**Inputs** PIR Lens                                          Dual detecting zones Angle                                      360° **Operating Distance** ≤ 7.5 m **Luxmeter** Characteristic deviation           -3% to + 3% Response time                         It depends on the number of variables in the system Sensor range                           0 to 20 kLux Output accuracy over temperature                             0° to 40°C ± 10% -30° to 0°C ± 15% 40° to 60°C ± 20% 

## **Du line[®] Out ut S ecifications p p p** 

|**Voltage**|**e**|8.2 V|
|---|---|---|
|**Maximum Dupline® **<br>**Minimum Dupline® **<br>**Maximum Dupline® **|**voltage**<br> **voltage **<br> **current**|10 V<br>5.5 V<br>5 mA|



## **Out ut S ecifications p p** 

**Output** LED output Blue LED 

## **Su l S ecifications pp y p** 

**Power supply** Supplied by bus 

**1** 

Specifications are subject to change without notice (17.12.13) 

**SHSQP360L** 

## **General S ecifications p** 

|**Address assignment **|Automatic:<br>the<br>controller|Automatic:<br>the<br>controller|
|---|---|---|
||recognises|the<br>module|
||through the SIN (Specific<br>Identification Number) that<br>has to be inserted in the SH<br>tool.||
|**Environment**|||
|Degree of protection|IP 20||
|Pollution degree|3 (IEC 60664)||
|Operating temperature|0° to +50°C (+32° to +122°F)||
|Storage temperature|-20° to +70°C (-4° to + 158°F)||
|Humidity (non-condensing)20 to 80 %|||
|**Connection**|||
|Screw terminals|0.2 to 1.5 mm2||
|D+<br>D-|Signal<br>GND||
|**Dimensions**OPUS(WxHxD)|Ø 90 x 40 mm||
|**Weight**<br>|25 g||



- **CE Marking** Yes **EMC** Immunity EN 61000-6-2 - Electrostatic discharge         EN 61000-4-2 - Radiated radiofrequency       EN 61000-4-3 - Burst immunity                       EN 61000-4-4 - Surge                                     EN 61000-4-5 - Conducted radio frequency   EN 61000-4-6 - Power frequency magnetic fields                                     EN 61000-4-8 

- - Voltage dips, variations, interruptions                           EN 61000-4-11 

- Emission                                   EN 61000-6-3 - Conducted and radiated emissions                               CISPR 22 (EN55022), cl. B 

- - Conducted emissions           CISPR 16-2-1 (EN55016-2-1) - Radiated emissions               CISPR 16-2-3 (EN55016-2-3) 

## **Mode of O eration p** 

crossing of active zones, sensitivity, the number of pulses and the time window in which these pulses have to be detected. These four parameters have to be set for both presence and movement recognition. Movement is used by the system in the intruder alarm function and to switch the light on, while presence is used in the light function to reload the energy-save timer (i.e. each time presence is detected, the energy-save timer starts counting from the beginning). 

This PIR sensor responds to any fluctuation in infrared heat radiation, so any object or human presence changes the thermal image detected by the sensor when entering its field of vision. 

The sensor is equipped with a segmented lens that divides the field of vision into active and passive zones (zones not visible to the sensor, see figure “Sensitive area”). When a heat source crosses these zones, the sensor detects the change in infrared radiation and presence and/or movement are recognised. 

## **1) Mode of detection** 

How sensitive and fast the **1) Mode of detection** sensor has to be to detect A: one border between the presence and/or movement active and the passive zone can be programmed by has to be crossed to give a means of four parameters, pulse signal. This option has by means of the SH tool. to be selected for presence The four parameters are: detection and movement mode of detecting the and turns the light on as 

soon as a person moves from an active to a passive area or vice versa (very quick response). 

B: two borders have to be crossed to give a pulse signal. The person has to move from an active area to another active area, passing through a passive one or vice versa. 

This option is recommended for sensors used in the intruder alarm function, in order to avoid false alarms. 

## **2) Sensitivity** 

A number can be set from 3 to 100: the smaller this value is, the longer the detection distance, but the higher the sensitivity to heating sources. 

In the figure “Sensitive Area”, examples of different sensitivity can be seen. 

## **3) Number of pulses** 

The number of pulses is calculated according to mode A or B before sending a people detection message to the controller. This can be set from 1 to 8. 

## **4) Time window** 

This is the time interval within which the predefined number of pulses is detected. It can be set from 1 to 10 seconds. 

In the table below is an example of settings which, of course, might depend on environmental conditions, application and type of installation. 

||**Presence**|**Movement(light fx)**|**Movement(alarm fx)**|
|---|---|---|---|
|Mode of detection|A|A|B|
|Sensitivity|10..30|30..70|50..100|
|Number ofpulses|1|1|3|
|Time window|10|2|10|



**2** 

Specifications are subject to change without notice (17.12.13) 

**SHSQP360L** 

## **Mode of Operation (cont.)** 

2. LED flashes shortly every seconds if a presence/ movement is detected 

## **LED programming** 

There is one configurable seconds if a presence/ LED (blue) on board the movement is detected SHSQP360L to be pro3.LED flashes shortly every grammed. seconds if it is used as feedback of a function **Blue LED** : the user can status 

**Blue LED** : the user can select one of the following options: 1.LED always OFF 

If the blue LED is not programmed, it is always OFF. 

## **Coding/Addressing** 

No addressing is needed since the module is provided with a specific identification number (SIN): the user has only to insert the SIN number in the SH tool when creating the system configuration. 

Used channel: 2 input channels, 1 output channel. 

## **Active and passive zones** 

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**----- Start of picture text -----**<br>
B<br>B<br>A<br>A<br>**----- End of picture text -----**<br>


## **Sensitive area** 

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**----- Start of picture text -----**<br>
Sensitivity 10<br>Sensitivity 40<br>Sensitivity 70<br>Sensitivity 100<br>**----- End of picture text -----**<br>


**3** 

Specifications are subject to change without notice (17.12.13) 

**SHSQP360L** 

## **Mountin g** 

installed as follows: a) Outdoors. 

The PIR detector is installed as follows: designed for ceiling mounta) Outdoors. ing. As the SHSQP360L is a b) In places exposed either passive device, several to sunlight or to motor vehidetectors can be placed in cle headlights pointing the same room without directly at the sensor. interfering with each other. c) In places exposed to The module should not be direct air flow from a heater 

## **Wiring Diagram** 

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**----- Start of picture text -----**<br>
BUS + BUS -<br>D+<br>D-<br>**----- End of picture text -----**<br>


**Note:** If the sensor is to detect presence, please be careful to mount it so that the area where presence has to be detected is completely covered by the sensitive area of the sensor. See figure “Sensitive area”. 

or air conditioner. 

d) In places where rapid temperature changes occur. e) In places exposed to severe vibration. 

f) Close to glass or other objects which might reflect the infrared radiation. 

## **Dimensions** 

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Ø90<br>24<br>16<br>32<br>**----- End of picture text -----**<br>


**4** 

Specifications are subject to change without notice (17.12.13)