Niko HD-610P User manual

HD-610P
HIGH FREQUENCY SENSOR MODULE
1INTRODUCTION
1.1 Characters of high frequency sensor module
1.1.1 High frequency signal is able to penetrate non-metallic materials such as
the wood board, brick wall, glass, etc., but it can not penetrate the water
and 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 Mainly for indoor application and it is possible to be installed under large
eaves, higher sensitivity in a smaller inner space.
1.1.4 The product can be installed in a closed non-metallic lamp housing.
1.1.5 The humidity, vibration as well as measurement of moving object can
weaken the performance of high frequency sensor.
1.1.6 The sensor is more sensitive for moving in different speeds which lead to
larger detection range and it is less sensitive for moving in same speed,
therefore, the detection range could be reduced.
1.1.7 Although the high frequency sensor can be activated by the snow & rain, it
is good for safety because the ambient light will turn to be darker while
snowing & raining.
1.2 It is easy to be false triggered because of its strong penetrability of
non-metallic materials and high sensitivity. The location of the
sensor module is very important.
2HELPFUL 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 at the place where is
easily vibratile.
2.3 Avoid installing the sensor module in lamp housing of the thickness over
5mm, otherwise, the detection range will be shortened for nearly 20%.
2.4 Be aware of the temperature inside lamp housing should be lower than
+70°C.
2.5 It is recommended to mount the sensor module on the material of plastic,
wood or PVC instead of metal if the lamp is made of different materials.
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 of loadⅠ
shall be installed in the fixed wiring for protection.
Do not mount on conductive surface.
Do not open the enclosure frequently.
Turn off power when change the light sources.
High in-rush current would be caused when bulbs of certain brands burned
which might damage the unit permanently.
CAUTION!
Only for your sample installation & testing reference purpose.
This instruction manual will not be attached with product for
regular order.
Load (L ) For Lighting:
Frequency 5.8GHz
For ceiling mount: 360o, about Φ10m at the height
of 2.5m
Operating Temperature
Environmental Protection IP20, Class Ⅱ
Rated voltage
3TECHNICAL SPECIFICATIONS
Incandescent Lamp : Max. 1000W
AC Halogen Lamp : Max. 500W
LV Halogen Lamp : Max. 200W
Fluorescent Lamp : Max. 200W (electronic)
2 x (1 x 58W); 4 x (1 x 36W);
8 x (1 x 18W); 1 x (2 x 58W);
2 x (2 x 36W); 4 x (2 x 18W)
Max. 160W / 20µF
(compensated)
LED Lamp : Max. 200W
Energy Saving Lamp: Max. 150W (include CFL
and PL lamp)
0oC to +70oC
Detection Range
Adjustable from approx. 5sec to 30min & TestAuto Off Time
Adjustment
Meter Adjustment
Adjustable from approx. 5Lux to (∞)
Adjustable from “-” (approx. Φ2m) to “+”
( approx. Φ10m)
Lux Adjustment
FIG.1
ballast
>60mm
Sensor moduleLamp holder
>60mm>60mm
Sensor module
>60mm
ballast
>60mm
5DETECTION PATTERN
5.1 The detection pattern shown below means the sensor module is not installed
in lamp housing since that will reduce the detection area according to
different materials of lamp housing.
FIG.3
R 5m
R 1.5m
Major motion Minor motion
2.5m
3m
10m
5.2 Usage of metal shield (optional purchase)
5.2.1 Fixing metal shield: insert the metal shield into the groove of housing
(See FIG.4).
FIG.4
Groove Groove
230V~±10% 50 / 60Hz
Load
Dimension: 90 x 31.5 x 51mm (See FIG.2)
4DIMENSION
FIG.2
51
84
90
31.5
For Φ3mm
screw
Photo sensor
(DO NOT cover it)
LED

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 the
false triggering problem. Please refer to the below illustrations for the effect
of using one or two metal shields.
FIG.5-A
R 5m
R 2m
R 5m
R 2m
R 1m
R 1.5m R 1m
R 1.5m
One metal shield
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).
Ceiling mount lamp housing
2U type PL lamp housing (See FIG.7):
6.1 Lamp housing type for installation
Fluorescent lamp housing with ballast (See FIG.1)
6INSTALLATION AND WIRING
This sensor module is suitable for integrating into a variety of lighting fixture made
of different kinds of materials (e.g. glass, acrylic, PVC) and lamps (For example,
the fluorescent light, incandescent lamp, PL lamp, 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 mainly, higher sensitivity in a smaller interior space.
When the sensor is mounted under eaves use, it is recommended to be
above 5m away from the borders of corridor to avoid false trigger by raining
or snowing (See FIG.6).
R 5m
R 2m
R 1m
R 1.5m
Two metal shields
FIG.5-B
R 5m
R 2m
R 1m
R 1.5m
FIG.6
5m
<
FIG.9
FIG.10
6.2.2 Connect with ballast (See FIG.10)
7OPERATION AND FUNCTION
7.1 Time, Meter, Lux knobs
Knob Function Knob setting
Range: Approx. 5sec to 30min
Test : Test mode (Load and red LED will be 2sec
on, 2sec off)
Delay off
time
Ambient
light
override
Time
15m 5m
5s
30m Test
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. 5min
5sec - 30min
+_
6.2 Wiring
6.2.1 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
N N LL’
Power
supply
switch
N N LL’
L
N
Output
Ballast
L N
Power
supply
switch
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 turn
the light(s) on for 4 hours by series connecting a power supply switch with the L
terminal of mains power and the S terminal of sensor (refer to the FIG. 11 for
wiring), the LED will be on 1sec & off 5sec repeatedly during this period.
When the light is on, switch the power supply switch “off →on →off →on
within 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 will
be off for 2sec. then enter into auto mode and sensor follows the VR settings to
work.
When the light is off, switch the power supply switch “off →on →off →on
within 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 under mentioned :
If the power supply is discontinued 2sec., the sensor will reboot and run
30sec. warm-up time again.
<
FIG.11
Lamp
L
N
N N LL’
Power
supply
switch
28-MLAUHD610P
Copyright 2010 Aurex Industries, Inc.
C
All rights reserved. No reproduction, copy, or transmission of this product may
be made without writing permission.