Philips EasyAir SNS210 MC Manuel utilisateur

Single, compact, cost-effective

luminaire control

Philips EasyAir SNS210 MC

March 2020

Design-in Guide

Sensors

EasyAir

SNS210 MC

2Design-in Guide - EasyAir SNS210 March 2020

Contents

Introduction to this guide 3

More information or support 3

Warnings and instructions 4

Introduction of EasyAir SNS210 MC 5

Product characteristics 6

EasyAir SNS210 MC overview 6

Zigbee and Bluetooth Low Energy 6

Motion detector 7

Sensor view shield 8

Light sensor 9

LED indicator 9

Mechanical design-in 10

Wire strip length 10

Wire insertion 10

Wire separation from the connector 10

Wiring Information 10

Wire distance for remote mounting 11

Luminaire-to-luminaire distance 11

Recommendations to design-in around EasyAir

SNS210 MC with good RF signal 11

Recommendations to design-in a luminaire

around EasyAir SNS210 MC with good RF signal 11

Mounting to a luminaire 12

Mounting in a bracket (SMB-50) 13

Installing EasyAir SNS210 MC with ceiling

mount bracket (SNS210 MCCMP) 14

EasyAir SNS210 MC with multiple Philips Xitanium

SR LED drivers (1:N application) 15

Luminaire Production Test 16

FAQ 17

Contact details 19

Philips EasyAir SNS210 MC 19

Disclaimer 20

3Design-in Guide - EasyAir SNS210 March 2020

Introduction to this guide

Thank you for choosing Philips EasyAir SNS210 MC. In this

guide luminaire manufacturers will find the information

required to design this product into a luminaire and

configure it to suit specific applications. This design-in

guide covers sensor functionality, mechanical mounting,

wiring details, configuration and commissioning (grouping)

method, application notes and frequently asked questions.

For sensor specifications, please see the datasheet

available at www.lighting.philips.co.uk/oem-emea/

products/connected-lighting.

More information or support

For further information or support, please consult your

local Philips sales representative or visit

www.lighting.philips.co.uk/oem-emea/support/technical-

downloads.

Philips EasyAir SNS210 MC

4Design-in Guide - EasyAir SNS210 March 2020

Warnings and instructions

• EasyAir SNS210 MC must be used with Philips Xitanium

SR LED drivers.

• Do not apply mains power directly to the sensor.

• Do not cover the sensor during operation or mount the

sensor internal to the luminaire.

• External infrared light source in the space might have

influence on occupancy detection.

• Incorrect location of sensor (e.g., with setting up of

multiple SNS210 devices into a single network or a group

with addition of qualified wireless switches obstructions

in viewing angle) will result in incorrect functioning of

occupancy detection.

• Faulty settings of the sensor might result in undefined

startup.

• Make sure the sensor, especially the occupancy detection

lens, is protected from damage during shipment and

handling.

• The application area of EasyAir SNS210 MC is designed

for a typical indoor environment (open/private offices,

conference rooms, classrooms, corridors, etc.) in normally

heated and ventilated areas. EasyAir SNS210 has no

protection against aggressive chemicals or water.

• Make sure the the EasyAir SNS210 MC Zigbee/Bluetooth

antenna is not covered by metal for proper RF

communication.

5Design-in Guide - EasyAir SNS210 March 2020

Introduction of EasyAir SNS210 MC

The Philips EasyAir SNS210 MC is the ideal solution for

per-luminaire control of smart luminaires. It combines

occupancy sensing, daylight harvesting and task tuning in a

single, compact package for easy OEM luminaire assembly.

EasyAir SNS210 MC operates with the established Xitanium

SR LED driver standard to make a simple two-wire

connection between sensor and driver, thus eliminating

the need for multiple components and auxiliary devices.

The result is a cost-effective and easy-to-design-in

solution ideal for energy-savings. An intuitive

MasterConnect app makes commissioning and

configuration during and after installation fast and easy.

EasyAir SNS210 MC enables grouping allows scene setting

on a wireless switch (e.g., presentation mode for a

conference room) as well as occupancy sharing (i.e.,

luminaires within a group can be programmed to remain at

prescribed light levels so long as occupancy is detected

anywhere in the group).

For more details on specification and ordering codes,

please refer to the SNS210 MC datasheet on the technical

downloads page.

www.lighting.philips.co.uk/oem-emea/support/technical-

downloads

6Design-in Guide - EasyAir SNS210 March 2020

Product characteristics

EasyAir SNS210 MC overview

EasyAir SNS210 MC contains multiple functions in one

housing and uses two wires to connect with an SR driver.

(See wiring diagram in the Mechanical design-in section.)

Functions include:

• Zigbee/Bluetooth

LE antenna

• Occupancy sensor (PIR)

• Light sensor

• LED indicator

EasyAir SNS210 MC is designed for a typical indoor

environment (open/private offices, conference rooms,

classrooms, corridors, etc.) in normally heated and

ventilated areas. The sensor is normally mounted to a

luminaire and is optimized for a sensor mounting height of

2.5 m to 3 m.

Zigbee and Bluetooth Low Energy (BLE)

The Zigbee-BLE antenna should not be covered by metal

and should be exposed to free air to ensure there is

sufficient range.

For more information on mechanical design in of the

sensor, please refer the section on page 11.

7Design-in Guide - EasyAir SNS210 March 2020

Motion detector

The occupancy sensor is a PIR (Passive Infrared) sensor

that detects movement with an X-Y cross-area under an

angle of X = 62° and Y = 84°. Two types of movements

are defined as follows:

• Major movement: movement of a person walking into or

through an area.

• Minor movement: movement of a person sitting at an

office desk reaching for a telephone, turning the pages in

a book, opening a file folder, picking up a coffee cup, etc.

When installed in a typical office ceiling at height, the

sensor is sensitive to minor movements within X1 by Y1

area. It will respond to minor movements down to a few

centimeters at the task area of a desk and is sensitive

to major movements within a range of X2 by Y2. The

directions X1, X2 are parallel to direction X; likewise for Y1,

Y2 being parallel to Y. The maximum recommended height

to place the sensor in the ceiling is 3 m to assure

movement coverage and detection. The PIR sensor reacts

on movement by means of a temperature difference, such

as the human body temperature versus its surrounding

temperature e.g. people. People sitting behind a

transparent shield or glass window are not seen by PIR

sensor of SNS210. Please refer to the table below for

coverage area details.

Figure 1. Motion detection area. H: ceiling height. Minor movement detection area: X1 by Y1. Major movement detection area: X2 by Y2.

Minor movement Major movement

Height X1 Y1 X2 Y2

2.4m 1.9 2.9 2.9 4.3

3.0m 2.4 3.6 3.6 5.4

8Design-in Guide - EasyAir SNS210 March 2020

Sensor view shield

The sensor comes with an occupancy view shield that can

be used to block the movement detection by the sensor in

a certain area. The shield comes inverted. (See Figure 2.)

This view shield can be pulled out, flipped and inserted

back in the sensor and then rotated so the correct area is

shielded off from the detection area. If such shield is not

needed in the application, it can be easily pulled out from

the sensor or left as in the original position.

To prevent false triggers, the EasyAir SNS210 MC must

be mounted more than 2 m away from air vents in all

directions, see figures below:

> 2m

Luminaire

> 2m

• Occupancy view shield

Figure 2. Sensor view shield.

9Design-in Guide - EasyAir SNS210 March 2020

Photocell

Window

Windowsill

eld of view

(= 0.7 x h)

Field of viewY (cm)

H (cm)

100

120

150 200

300

250

Light sensor

The light sensor is a photo diode that reads the average light

level captured under an angle of approximately 40°. This

level depends on the amount of artificial and/or natural

light supplied in the office, as well as how this light is

reflected toward the ceiling/sensor. The EasyAir SNS210 MC

converts the illuminance signal into ON/OFF or dimming

commands to the Philips Xitanium SR LED driver in order to

maintain a constant light level on the desk.

The sensor should be installed with a minimum distance of

0.6 m to the window to avoid the sensor looking outside.

When the sensor is mounted too close to the window it will

look partly outside. Sun reflection from cars or snow can

reflect directly into the sensor. The sensor will then measure

such high illumination levels that it will drive the artificial

light to its minimal level or even switch off the artificial

lights. The optimum distance [Y] from the window to EasyAir

SNS210 MC can be obtained from Figure 4. This graph

shows the relation between the distance from the window

to the sensor [Y] and the height [H] of the sensor (H, height

of the sensor measured from ceiling to bottom of window

sill).

LED indicator

The product contains a LED indicator. This is enabled by

default, and it can be disabled through the app. The

behavior of the LED is as follows:

Yellow LED on: = vacancy & light sensor are functional.

Red LED on: = motion is detected and hold time is not

expired yet.

Figure 3. Sensor placement.

Figure 4. Sensor mounting height from window sill (Y) vs. sensor horizontal distance from

window sill (H).

10 Design-in Guide - EasyAir SNS210 March 2020

Mechanical design-in

Wiring Information

Applicable wires

Conductor size: solid 0.2 - 0.75 mm2

Conductor size: fine-stranded 0.2 - 0.75 mm2

Conductor size: fine-stranded 0.25 - 0.34 mm2

(with insulated formule)

Conductor size: fine-stranded 0.25 - 0.34 mm2

(with insulated formule)

AWG 24 - 18

Strip length 7 - 9 mm / 0.28 - 0.35 in

Note: Stranded wires without ferrule should be soldered

Strip length

8.0 ± 0.5 mm

Conductor

[ Conductor: Bare Copper / Strand wire ]

Insulation

5°~7° Angle Max

Insertion

[ Inserting solid conductors via push-in terminal ]

2. Pull-out

1. Push

Wire strip length

Wire insertion

Wire separation from the connector

Inserting solid conductors via push-in terminal

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