2. SAL
  3. PATHWAY 2 WAY S9348

SAL PATHWAY 2 WAY S9348, GEO S9342, GEO S9343, GEO S9344, GEO S9345, GROUND S9338, PATHWAY 1 WAY S9351, PATHWAY 1 WAY S9352, PATHWAY 2 WAY S9349, PATHWAY 4 WAY S9346, PATHWAY 4 WAY S9347 Installation guide

  • Hello! I've analyzed the document you've provided, regarding the SAL brand Bollard lights, specifically models SE7103BK/LGLS, SE7104BK/LGLS, SE7105BK/LGLS and SE7106BK/LGLS. This document primarily focuses on preventing water ingress issues, explaining the causes and recommending solutions. The guide also details the design specification of the device, including its aluminum body, black powder coat, and opal diffuser, and that it has a IP54 rating. I'm ready to answer any questions you have about these bollard lights based on the information in this guide.
  • What is the main problem this guide addresses?
    What is the recommended solution for water ingress?
    Where are these bollard lights ideally used?
BOLLARD
SE7103 - SE7106
Circular IP54, E27 lamp base (only) bollard
Application
Design Specications
Ideal for residential or apartment
exterior pathways
• Die-cast aluminium body
• Durable BLACK powder coated nish
• Opal polycarbonate diffuser
• E27 lamp base, lamp NOT included
• Lamp options LG5, LG9, LGS4, LGS8,
LGS10, LT407, LT409
Technical Specications
Performance
•Dimmable - Refer model No.
Model No.
SE7103BK/LGLS
SE7104BK/LGLS
SE7105BK/LGLS
SE7106BK/LGLS
Input
(V)/(Hz)
Power
(W) CCT (K) CRI
Lumen
(lm)
Fitting Colour
Black
Refer to the Lamp section of this catalogue Black
Black
Black
H 1000 mm
Ø 160 mm
Dimensions
SE7103BK/LGLS SE7105BK/LGLS
SE7104BK/LGLS SE7106BK/LGLS
IP
54
L
A
M
P
B
A
S
E
E
2
7
ta40
IP
54
IK10
376
For interior products, the IP rating stated is from below the ceiling
Guide to outdoor lighting conductor termination
The following guide addresses a common water ingress fault, where moisture and air
enters through the cable structure with IP65/IP66/IP67/IP68 lighting products.
Water
Plug and play inline Multi port boxes Plug & play boxes
single insulation exposed using water-proof tape terminations exposed
Moisture
So what is the problem?
Well it is all in the science. When a luminaire operates, the inside temperature increases
and when it is turned off, the temperature naturally returns to its original static position.
This process in turn creates thermal expansion and contraction, resulting in a difference
between the inside and outside air pressure of the product. Thus creating a siphon effect,
resulting in moisture and air infiltrating the luminaire housing, commonly through the cable
structure when the internal air pressure is lower than the external environment.
Water
Moisture
Water
What is the solution? easy, use a water-proof connector, which maintains
the products designated IP rating as follows.
Common examples of incorrect terminations
Exposed open Air Underground Underwater
For safety, all electrical work should be conducted by an authorised electrical installer.
issue Feb23
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