For Installation: LS101A, LS321A, LS321-2A, LS201-3, LS121A-2
Warning: The Luminaire should only be used complete with its protective shield (cover)
LS101A
LS321A
LS321-2ALS201A-3LS121A-2
1INSTALLATION
1. Select a suitable 12 volt isolating type transformer and locate
centrally in relation to fixtures (Figure A).
2. Mark actual locations of fixtures to be installed. Calculate
voltage drop on each run of cable (refer voltage drop
section).
3. Lay cable from transformer to each fixture (refer voltage drop
section).
4. Take supplied rubber gasket for the backing plate and peel
from backing paper.
5. When handling self adhesive gasket, try to sit the ring on the
tip of one finger allowing the seal to hold its own shape.
6. Fit the gasket to the stainless steel backing plate, ensuring
the indents on the seal match the positions of the screw lugs
on the backing plate (Figure B).
7. Before pressing the gasket down firmly, ensure alignment is
correct with the outside perimeter.
8. Fit the backing plate to the splice box cover with the cable
gland (Figure C).
9. Take supplied seal for the splice box cover and peel from
backing paper.
10. Fit seal to the back face of the splice box cover, ensuring
that the 3 holes match the 3 hole positions on the cover
(Figure D).
11. Make sure that the supply cable is plenum rated and fed
through a conduit attached to the splice box. Split cable and
strip ends to approximately 20mm (3/4”) (Figure E).
UL available
F
U
R
L
Lumascape USA Inc.
1300 Industrial Rd., Unit #19
San Carlos, CA 94070, USA
T 1-(650)-595-LUMA(5862)
F 1-(650)-595-5820
E info@lumascape.com
W www.lumascape.com
Free CallUS & Canada1-866-695-LUMA(5862)
t 90 C
1m
A.C.N. 010 572 773
12. Feed the light fixture wires through the gland in the splice
box cover. Do not trim or strip end of light fixtures wires.
The full length of these wires is required for easy fixture
removal (Figure E).
13. Note that the supply cable is indexed (i.e. one side is
marked the other is not). Gather together indexed leg/s and
one of the fixture wires. Very lightly twist the strands
together. Then fit the yellow scotch lock connector applying
pressure as you twist it on. Keep twisting until very tight.
Repeat for remaining wires (Figure F).
14. Fasten the splice box cover to the splice box with the
supplied screws (Figure F).
15. Fasten the fixture’s rear canopy to the backing plate with the
supplied screws. It is advised to place silicone caulking
around the canopy when mounting (Figure F).
16. Connect supply cable to transformer making sure indexed
legs are grouped with indexed and non-indexed with nonindexed legs.
17. Plug transformer into power point, switch on and check
each fixture is operating.
18. At night adjust and aim your fixtures to achieve the desired
effect (if applicable).
WARNING-
Overcurrent protection for the secondary circuit must be
provided at the supply transformer in accordance with the
National Electrical Code.
Should you experience any difficulty please contact your supplier.
For Lamp Replacement: LS101A, LS321A, LS321-2A, LS201-3, LS121A-2
Warning: The Luminaire should only be used complete with its protective shield (cover)
LS101A
LAMP REPLACEMENT
1
1. Ensure power is switched off. Remove the body end cap by
unfastening the two screws at the side of the body.
2. Insert a small screw driver between the inside wall of the body
and the heatshield/ lamp assembly. Gently twist the screw driver
to break the seal between the two components. You may need to
repeat this process at several points around the circumference of
the heatshield in order to ensure the seal is broken.
3. Gently pull on the lamp holder leads to remove heatshield/lamp
assembly. (Fig. B)
4. Once removed take the rim of the lamp between your thumb and
forefinger. The slots provided in the heatshield allow for ease of
grip. Pull to remove lamp.
5. Take new lamp and insert into the heatshield.
Ensure the pins at the rear of the lamp are in line with
corresponding holes in the lamp holder. This alignment can be
viewed through the side slots in the heatshield (Fig. A).
6. Press lamp in firmly.
7. Take heatshield/lamp assembly and reinsert into body ensuring
the slots are in line with the cap screws holes. Push firmly all the
way down.
8. Replace cap and fasten screws.
LS321A
LS321-2ALS201A-3LS121A-2
LAMP REPLACEMENT -
2
LS201A ONLY
1. Repeat previous steps1&2.
2. Take lamp holder lead excess in one hand and gently pull from
the body. Ensure the two leads are not tangled and lay side by
side, flat against the inside wall of the body. The slots in the sides
of the heatshield must face the rear of the fitting.
3. Using one hand to keep the leads flat against the inside wall of
the body. Gently pull the leads with your other hand to remove the
heatshield/lamp assembly from the body. Note, in some cases
the lamp may remove itself and fall inside the body (Fig. C).
4. Once removed, take the rim of the lamp between your thumb and
forefinger. The slots provided in the heatshield allow for ease of
grip. Pull to remove lamp.
5. Refer previous step 6.
6. Holding heatshield/lamp assembly in one hand and keeping the
lampholder lead in alignment with the other, push the heatshield
back into the body (Fig. D). Push firmly all the way down.
7. Replace cap and fasten screws.
F
U
R
L
Lumascape USA Inc.
1300 Industrial Rd., Unit #19
San Carlos, CA 94070, USA
T 1-(650)-595-LUMA(5862)
F 1-(650)-595-5820
Excessive voltage drop causes lamps to
have a low light output. The following
charts and illustrations apply only to
Lumascape supplied cable. The distance
and wattage shown are maximum and
should not be exceeded.
EXAMPLE 1
Using drop cable only
This example shows the correct way to install
Lumascape light luminaires using LS604
2
) drop cable. The total load on
(3.3mm
Circuit 1 is 60W over 20 metres as allowed
in the Voltage Drop table. The load on Circuit
2 is 40W and by using a doubled cable this
circuit can be 60 metres.
EXAMPLE 2
Using trunk and drop cable only
This example shows the correct way to install
Lumascape luminaires using LS604-10
2
) trunk cable. The total load on
(10mm
Circuit 3 is 60W over 50 metres which is
shorter than the 54 metres allowed in the
Voltage Drop table. The load on Circuit 4 is
40W and using a doubled cable allows the
circuit to be up to 168 metres long.
TABLE: VOLTAGE DROP
DROP CABLETRUNK CABLE
2
3.3mm
LS6046mm2 LS604-610mm2 LS604-10
SINGLEDOUBLESINGLEDOUBLESINGLEDOUBLE
The distances and wattages shown are maximum and should not be exceeded.