1
TITAN
5W x 2 LED TWIN HEAD SPOTLIGHT
5
2
1
3
4
LED Light
Beam Adjustment Ring
Wall Box
Main Body
PIR (Motion Sensor)
INTRODUCTION
The Titan twin head 10W LED Spotlight offers you an
economical lighting solution with extremely low energy
consumption.
During darkness, the built-in passive infrared (PIR)
sensor turns on the Spotlight when the PIR sensor
detects a moving heat source in its coverage area. During
daylight, the built-in photocell sensor saves energy by
deactivating the Spotlight.
Two beam adjustable spotlights allow you to provide the
optimum lighting coverage.
Note: Read this entire manual before you start to
install the system.
SAFETY PRECAUTIONS
DO NOT install when it is raining.
Isolate the power supply before installation.
UK Building Regulations require outdoor mains
installations be carried out by a qualified electrician.
BS7671: 2008 IEE Wiring Regulations must be
complied with in all respects.
HO5RNF round flexible cable and drip loops must be
used to avoid water ingress damage to the unit.
Ensure that the power supply is protected by a 6A
circuit breaker or suitable fuse.
Ensure minimum distance of 0.5m away from lighted
objects.
The unit must be installed vertically (FIGURE 1a)
NOT horizontally (FIGURE 1b).
VERTICAL HORIZONTAL
FIGURE 1a FIGURE 1b
CHOOSING A MOUNTING LOCATION
For the best results, mount the Spotlight onto normal
brickwork 2.0m above the ground.
Avoid aiming the PIR sensor at pools, heating vents,
air conditioners or objects that may change
temperature.
Avoid pointing the PIR sensor at trees or shrubs or
where the movement of pets or animals may be
detected.
Avoid locations where direct sunlight will shine onto
the front of the PIR sensor for long periods,
deterioration of the Fresnel lens may occur leading
to poor triggering response.
Prior to mounting, keep in mind that the PIR sensor
is more sensitive to a heat source moving across its
coverage area and less sensitive to a heat source
that moves directly towards the PIR sensor
(FIGURE 2).
FIGURE 2
Select a location for the unit based on the coverage
angles shown in FIGURE 3.
COVERAGE ANGLES
FIGURE 3
180°
110°
12m
2
m
