Titan TF10WLED-FA Instruction Manual

TITAN
5W x 2 LED TWIN HEAD SPOTLIGHT
1
3
 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
FIGURE 1a
2
4
5
HORIZONTAL
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).
Select a location for the unit based on the coverage
angles shown in FIGURE 3.
180°
COVERAGE ANGLES
1
FIGURE 2
110°
FIGURE 3