HIGH FREQUENCY SENSOR MODULE PMSM

1 INTRODUCTION1.1 Characteristics of high frequency sensor module

1.1.1 High frequency signal is able to penetrate non-metallic materials such as wood, brick, glass, etc., but it can not penetrate water or metal. It is possible to change the signal direction by using a metallic shield to adjust sensor’s detection coverage. 1.1.2 High frequency sensor module has high reliability and its detection range is less affected by temperature (0°C to +70°C), airflow, wind, etc.1.1.3 For indoor application only.1.1.4 The product can be installed in a closed non-metallic lamp housing.1.1.5 Humidity & vibration can weaken the performance of high frequency sensor.1.1.6 The sensor is more sensitive for movement of objects at different speeds.1.1.7 The high frequency sensor may be activated by snow & rain if within it’s detection area.1.2 The location of the sensor module is very important as false activations can occur due to penetration of non-metalic materials.

2.4 Be aware of the temperature inside lamp housing should be lower than +70°C.2.5 IIt is recommended to mount the sensor module on plastic, wood or PVC.2.6 Ensure the sensor module is installed at least 60mm away from ballast, lamp holder, or bulb with filament (See FIG.1).

A circuit breaker (250VAC, 6A) type C according to EN60898-1 shall be installed in the fixed wiring for protection.Do not mount on a conductive surface. Do not open the enclosure frequently.Turn off power when changing the light source.

CAUTION!

Frequency 5.8GHz

Operating Temperature

Environmental Protection IP20, Class Ⅱ

Rated voltage　　 230V~±10% 50 / 60Hz

3 TECHNICAL SPECIFICATIONS

Load　　　　　　 Load (L ) For Lighting: Incandescent Lamp : Max. 1000W AC Halogen Lamp : Max. 500W LV Halogen Lamp : Max. 200W Fluorescent Lamp : Max. 200W (uncompensated) Max. 160W / 20µF (compensated) LED Lamp : Max. 200W Energy Saving Lamp : Max. 150W (include CFL and PL lamp)

0oC to +70oC

Detection Range　　 For ceiling mount: 360o, about Φ10m at the height of 2.5m

Auto Off Time Adjustable from approx. 5sec to 30min & Test Adjustment

Meter Adjustment Adjustable from “-” (approx. Φ2m) to “+” ( approx. Φ10m)

Lux Adjustment　　 Adjustable from approx. 5Lux to (∞)

FIG.1

ballast

>60mmSensor moduleLamp holder

>60mm>60mm

Sensor module

>60mm

ballast

>60mm

5 DETECTION PATTERN5.1 The detection pattern below shows the sensor module is not installed in lamp housing as material constructed of will reduce the detection area .

FIG.3

R 5m

R 1.5m

Major motion Minor motion

2.5m

3m10m

5.2 Usage of metal shield.

5.2.1 Fixing metal shield: insert the metal shield into the groove of housing (See FIG.4).

FIG.4

Groove Groove

FIG.2

51

84

90

31.5

For Φ3mmscrew

Photo sensor(DO NOT cover it)

LED

2 HELPFUL TIPS FOR INSTALLATION 2.1 DO NOT install the sensor module in a closed space made of metal.2.2 Avoid mounting the lighting fixture with sensor module in an area prone to vibration.2.3 Avoid installing the sensor module in lamp housing with a thickness of over 5mm, otherwise, the detection range could be reduced up to 20%.

Dimension: 90 x 31.5 x 51mm (See FIG.2)

4 DIMENSION

5.2.2 The detection coverage of sensor can be changed by using the metal shield which is helpful to avoid the undesired detecting area in order to reduce false activations. Please refer to the below illustrations for the effect of using one or two metal shields.

FIG.5-A

R 5mR 2m

R 5m

R 2mR 1m

R 1.5m R 1m

R 1.5m

One metal shield

Ceiling mount lamp housing

2U type PL lamp housing (See FIG.7):

Fluorescent lamp housing with ballast (See FIG.1)

6 INSTALLATION AND WIRINGThis sensor module is suitable for integrating into a variety of lighting fixtures madeof different kinds of materials (e.g. glass, acrylic, PVC) and lamps (For example, fluorescent, incandescent, PL, etc.) subject to having sufficient space inside the lighting fixture for installation. Select a proper lamp and refer to section 2 for installation.

FIG.7

>60mm >60mm

Sensor module

Lamp holder

NOTE

Indoor application only, Sensor should be located at least 5m away from theborders of corridor to avoid false trigger by rain or snow (See FIG.6).

R 5m

R 2m

R 1mR 1.5m

Two metal shields

FIG.5-B

R 5m

R 2m

R 1m

R 1.5m

FIG.9

FIG.10

6.2.2 Connect with ballast (See FIG.10)

7 OPERATION AND FUNCTION7.1 Time, Meter, Lux adjustments

Knob Function Knob setting

Range: Approx. 5sec to 30minTest : Test mode (Load and red LED will be 2sec on, 2sec off)Note : The time of the sensor will need to be adjusted to a minimum of 20 minutes if certain lamps types are wired (2D, PL, CFL & T5), this is to prevent deterioration to the lamp and its life expectancy.

Delay off time

Ambient lightoverride

Meter

Lux

500

5

100

Range: Approx. 5Lux to (∞)5Lux : Sensor module can work at dark status only : Sensor module can work at any light level

Set the sensitivity of sensor

Range: Adjustable from “-” (approx. Φ2m) to “+” ( approx. Φ10m)

min. 5min5sec - 30min

+ _

6.2 Wiring6.2.1 Connect with lamp (See FIG.9)

FIG.8

Spiral type PL lamp housing (See FIG.8):

Lamp holder

Sensor module

>60mm >60mm

Lamp

L

N

NN

LL’

Power supplyswitch

NN

LL’

L

N

Output

Ballast

L N

Power supplyswitch

NOTE

7.2 Manual override for switching light on for 4 hours ( Lux is independent )When sensor is standby under the auto mode, the sensor can be bypassed to turnthe light(s) on for 4 hours by series connecting a power supply switch with the L line of mains power and the “L” terminal of sensor (refer to the FIG. 10 for wiring), the LED will turn on 1sec & turn off 5sec repeatedly during this period.

When the light is on, switch the power supply switch “off → on → off → onwithin 2sec“, afterwards, light will turn off for 2sec. then on to confirm that sensor has entered into manual on 4 hours mode.In the manual on 4 hours mode, the sensor can be set to auto mode by switching the power supply switch “off → on within 1sec“, afterwards, light willbe off for 2sec. then enter into auto mode and sensor follows the VR or IR settings to work.

When the light is off, switch the power supply switch “off → on → off → onwithin 2sec“, afterwards, light will change its status from on 3sec & off 2sec &on to confirm that sensor has entered into manual on 4 hours mode.

The operations are as below:

If the power supply is discontinued 2sec., the sensor will reboot and run 30sec. warm-up time again.　

<

FIG.11

Lamp

LN

NN

LL’

Power supplyswitch

3.28.0218406100102

E-Matic Energy Management Solutions Distributed by: Challenger Security Products10 Sandersons Way,Blackpool, FY4 4NBTel: 01253 791888, Fax: 01253 791887Email: enquiries.ematic@adivision.co.ukWeb: www.e-matic.co.uk

Below are some examples of installation in different kinds of lighting fixtures for reference. Ensure the sensor module is installed at least 60mm far away from ballast, lamp holder, or bulb with filament (See FIG.1).

6.1 Lamp housing type for installation

FIG.6

5m<

Production monitored

Type testedProd

uktio

n ube

rwac

ht

Bauart

gepru

ft.. . .IP20

Time

15m

5m 1m

5s30m Test