Installation Instructions
LightSpot HD QuickLink Bus PIR Sensors
Only suitably qualified personnel should install this equipment
Part Number
LS3260F
Flush
Mount
● ●
LS3260SM
LS3270F
● ● ●
LS3270SM
LS3283RF
● ● ● ● ●
LS3283RSM
LS3260MBF
● ●
LS3260MBSM
LS3260HBF
● ●
LS3260HBSM
50093558-001 / QuickLink Bus Sensor
Surface
Mount
Mains
Switching
Low Voltage
Office
Switch Inputs
Mid Bay
High Bay
● ●
● ● ●
● ● ● ● ●
● ●
● ●
Positioning the Sensor
Tilting
Macro
Detection
High Sensitivity Micro Detection
fig 1
Macro
Detection
The sensor should be positioned on the ceiling in the centre of the occupied
space. This product is available in three different mounting height variants;
see fig.1 and the table below. Ensure that the maximum recommended
mounting height is not exceeded.
h
Avoid mounting next to an AC unit.
For additional information on
positioning please refer to Tilt
and Lock the Sensor, overleaf.
Aspect ratio
(diameter : height)
Type
Office
Mid Bay
High Bay
Micro Detection -
High Sensitivity
(7m diameter @ 2.5m height)
2.8:1
N/A
N/A
(10m diameter @2.5m height)
(20m diameter @10m height)
(27m diameter @14m height)
The sensor is more sensitive
to movement across the beam
compared with movement
towards the centre.
Macro Detection -
Standard Sensitivity
4:1
2:1
1.9:1
Max recommended
mounting height
3.5m
12m
16m
Installing the Sensor into Ceiling Tile
73mm
Electrical Connections
Removing the Terminal Cover
Fixing to Ceiling – Standard Method
1
11 2
2
2
Adding an Extra Low Voltage Sensor Using QuickLink Bus (fig 3)
The wiring diagram below shows how to connect sensors together using the QuickLink Bus. QuickLink is a
convenient way of wiring multiple sensors so that they share information (e.g. occupancy) and are able to work
in harmony. Some sensors operate from a low voltage derived from the QuickLink bus and therefore do not
require a mains connection – this enables fast and convenient installation. At least one sensor on the QuickLink
bus must be mains-powered, then a further 3 (or fewer) low voltage sensors may be added. It is also permissible
to connect two mains powered sensors together via the QuickLink bus.
QuickLink Bus QuickLink Bus
To Next
Sensor
Fixing to Ceiling – Secure Lockring Method
Ratchet Component x4
2
1
4
Ceiling tile
thickness range
1-20mm
NOTE: To remove sensor
rotate Lockring and
pull up
Ceiling tile
thickness range
1-20mm
(Available separately, please order lockring)
1 2
Remove spring
3
Ratchet
moulding
QuickLink System (fig 4)
The diagram below shows a more sophisticated low voltage sensor added to the QuickLink bus. This sensor not only
extends the presence detection coverage as in the diagram below, but also adds the capability to control an additional
switched load (volt free relay) and provides a 3-wire ELV switch input which may be configured for two single pole
switches or a single pole two-way centre-off retractive switch e.g. MK K4900WHI.
To Next
Sensor
3
Channel S1
(Mains rated
volt free
connection)
Cable clamps can
be reversed to
reduce aperture
Channel D0
(QuickLink
connection)
ELV
switch input
Switch
SW1
Ch D0
Data & Control
LS3043DR
IEC 60669-2-1
Digital Dimming
+
_
230VAC 15%
Ch D1
Ch S1
50-60Hz
SW L NLout
SWITCHING
LUMINAIRES
DIGITAL
DIMMING
LOAD
DALI
DIMMING
LOAD
Channel S1 Channel D1 Channel D0
Ch D0
Loop in
Data & Control
Low voltage
D D
LS3260
Loop Out
IEC 60669-2-1
Ch D0
SW L NLout
Ch S1
Data & Control
LS3043DR
Digital Dimming
+
_
230VAC 15%
50-60Hz
IEC 60669-2-1
Ch D1
Ch D0
DD
Ch D0
D D
Loop in
Ch D0
DD
Data & Control
Mains rated
volt Free
Loop Out
ELV Switch Input
A B
com
Ch S1
Low voltage LS3283
A
Switch
SW2
B
E
N
L
Supply
Switch
SW1
SWITCHED
LOAD No.1
DIGITAL
DIMMING
LOAD
DALI
DIMMING
LOAD
SWITCHED
LOAD No.2
E
N
L
Supply
fig 4fig 2 fig 3
Fixing to Ceiling – Surface Mounting (optional)
Product variants with “SM” suffix on the part number are supplied with the surface fitting kit
as standard. The surface mount kit is available as a separate part, please order Surfmt.
The sensor may be mounted to any suitable surface, but is most commonly fixed to a
conduit stop-end
(fig 5 set) (BESA)
box or bushed to
trunking.
See fig 2 for
connections
Uninstalling and Repositioning
Insert a flat headed screwdriver into the slot as shown and twist the collar anti-clockwise to release,
fig 6
. To separate the sensor from the surface mount casing, push a flat headed screwdriver onto the
tab via the inside void of the casing and pull the sensor upwards,
Drill point for optional
secure locking with
a 3mm tamperproof
screw (not supplied).
Tab
fig 6 fig 7fig 5
fig 7
a x2
.
Eight segments on the collar
2
1
8
7
allow up to four different
3
rotational positions for the
4
sensor, when inserting
tabs (a) into slots (1-8).
5
See positioning the sensor.
6
NOTE: Setting the
correct position is
important when
using products with
tilting lenses
Tilt and Lock the Sensor
Some products feature the ability to tilt the sensor
(before fitting) by up to 10° in 2° increments,
in order to extend the range in one direction.
This may be useful in cases where the ideal
mounting location is not available. The incresed
range is indicated in fig 8.
NOTE: Do not place in
a position where
access is limited
fig 8
increased
range
Office
Radius extension at full tiltType
up to 67%
WalkTesting / Lens Masking
In order to verify correct installation, walk-testing is recommended.
An infrared commissioning tool will be required to put the detector(s)
into walk-test mode. Two infrared commissioning tools are available:
QuickSet and QuickSet Pro (Sold separately).
QuickSet
fig 9
Two lens masks are provided which may be used to restrict the viewable
footprint of the sensor e.g. unwanted detection through a doorway. Cut the
mask segment(s) as desired and install by pushing the mask lip between the
bezel and the lens on the sensor as shown in fig 9.
IMPORTANT NOTES
1. A means for disconnection must be incorporated in the fixed wiring in
accordance with the current wiring regulations.
2. Dimming and QuickLink terminals have only basic isolation from mains
and therefore should be wired in mains-rated cable and treated with
the same respect as mains with regard to wiring practice.
3. This equipment is designed to switch lights no more frequently than
normal manual operation. However, manufacturers of some particular
lighting types (e.g. '2D' luminaires) may specify a maximum number of
switching cycles and/or a minimum on-time in order to achieve a
predicted lamp life. Please check with the manufacturer of the
luminaires to ensure that they are compatible with automatic controls
in this respect.
QuickSet Pro
Follow the instructions provided with the selected commissioning tool. While the sensor is in walk-test mode,
the LEDs on the sensors are automatically enabled and it will turn on the lighting for only a few seconds
each time occupancy is detected.
1
Stand out of the sensor’s viewable footprint or remain motionless within the
viewable footprint and wait for the lights to go out.
2
5
secs
Wait a further 5 seconds for the sensor to stabilise then make a movement,
the lights should come back on. Observe that the detection / non-detection
is as expected.
NOTE: After 5 minutes, the sensor will automatically
exit walk-test mode without requiring any action
from the operator.
This range of products features a rich set of adjustable parameters that may be
programmed via the hand-held infrared commissioning tools in order to create
a sophisticated lighting control installation. There are no physical switches or
potentiometers on the product.
Out of Box Behaviour
Prior to commissioning, the default settings for each channel of the sensor
will be as follows:
Time Delay: 20 minutes
Photocell Setting: Always turn lights on when occupied
Dimming Level: 100%
Occupancy Mode: Automatic (lights Auto ON, Auto OFF)
Movement Sensitivity: Maximum
Digital Ballast Type DALI
NOTE: Please go to www.ex-or.com for a complete list of
programmable parameters.
4. In order to achieve satisfactory light level regulating operation, a sensor
must observe a substantially greater proportion of artificial light from the
luminaire(s) under its control than from neighbouring luminaires not under
its control. This is particularly important when planning the installed layout
of linear luminaires that have an integral detector positioned at one end.
5. All information given in this document was correct at the time of
publication.
Technical Data
Marking
Colour
Terminal type
Terminal capacity
Recommended
cable
Maximum length
Function
Operating voltage
Power
consumption
Maximum Load
current
Permissible load
types/connections
Earth
E A B D D D DCom
Pluggable rising
cage clamp
1 x 0.5-2.5mm sq
solid or stranded
Derive from appropriate
wiring regulations
Termination
only
230VAC+/-15% 50-60Hz
Recommended circuit
protection: 16A MCB
Zero
10A (maximum
inrush 80A)
Magnetic-ballasted
fluorescent,
Compact fluorescent,
Electronic-ballasted
fluorescent,
LED (maximum
inrush 80A),
Tungsten lamps (max 6A)
TECHNICAL SUPPORT
+44 (0)1942 719229 Opt 1
Mains Rated
Volt Free
Black Green Red Red
Output Input Input Output
ELV Switch
Input
Pluggable
screwless
1 x 0.5-1.5mm sq
solid or stranded
0.75mm sq 0.75mm sq
10m 100m total system length
(ELV) 12-22VDC
Negligible
N/A N/A N/A
N/A N/A N/A
QuickLink
Loop In
Pluggable
screwless
1 x 0.5-1.5mm sq
solid or stranded
160mW (12mA) 160mW (12mA)
QuickLink
Loop Out
Pluggable
screwless
1 x 0.5-1.5mm sq
solid or stranded
per additional
device
Diagnostics
Detectable wiring faults are always indicated by the LEDs, irrespective of
whether they are enabled.
LED indication Meaning
G GG
Movement detected
Green in response to movement or not
B
Light level demand – photocell striving for
1 blue flash every 2 seconds more light in order to reach set-point
B B B B
A manual switch is being activated
2 blue flashes every 2 seconds
R R
100hr lamp burn-in is in progress – this
Long red flash every 2 seconds means dimming will not be permitted
for the duration
R R
Channel D0 error – e.g.
2 red flashes every 2 seconds 1. Too many QuickLink mains-powered
devices connected together, or
2. Dimming terminals connected
somewhere they shouldn’t be
R R R
Channel D0 error – e.g.
3 red flashes every 2 seconds 1. Possible short circuit, or
2. Too many luminaires, or
3. Too many QuickLink low voltage
sensors, or
4. QuickLink mains-powered
sensors connected together with
wrong polarity
Ex-Or
Novar ED&S Limited
Haydock Lane, Haydock
Merseyside WA11 9UJ
Tel: +44 (0)1942 719229
Web: www.ex-or.com
B
R R
R R R
At the end of their useful life the
packaging and product should
be disposed of via a suitable
recycling centre.
Do not dispose of with normal
household waste. Do not burn.
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