Besa Lighting Rail Section (Monorail Component) - Manual

12 v monor
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Besa Lighting Co., Inc. • 6695 Taylor Rd. • Blacklick, OH 43004 • tel 614-475-7046 • fax 614-475-7048 • www.besalighting.com
m o n o r a i l s y s t e m
o r d e r i n g g u i d e
monorail system
ordering guide
Covering almost any design need, our system components have
been specifically designed to simplify the ordering process.
Follow these 3 simple steps to determine the components you
need (listed on pgs. 10-11).
Then choose your rail-ready spotlights and pendants from the
following pages, using series #RSP (for spotlights) or #RXP (for
pendants).
Total Load Suggestions
• For all 50W elements,
simply multiply QTY x50
• For elements with
different lamp ratings,
simply ADD all the
wattages
Add finish choice to your part numbers:  -BR Bronze
 -SN Satin Nickel
For optimal performance,
it is best to locate the feed
near the center of the rail.
Step
1
Select the appropriate power supply for your needs:
A) Determine total load
QTY Desired Light Elements = _________ x Wattage = _________ Total Load
B) When the Power Supply is local to the monorail (surface-mounted)
Total Load (Watts) _________ ÷ 60 = _________ (QTY) R12-SA60LED LED Surface Power Supply
OR Total Load (Watts) _________ ÷ 150 = _________ (QTY) R12-SA150 Electronic Surface Transformer
OR Total Load (Watts) _________ ÷ 300 = _________ (QTY) R12-SM300 Magnetic Surface Transformer
C) When the Power Supply is remote
Total Load (Watts) _________ ÷ 300 =_________ (QTY)
R12-RM300 Magnetic Remote Transformer
PLUS _________ (QTY)
R12-REMFC Remote Feed Canopy
(required for each 300W of remote power supply)
Step
2
Select your rail and fittings:
A) Rail Sections
Total Desired Length (in Ft) _________ ÷ by 8 = _________ (QTY) R12-RAIL8 8 Ft Sections
(if needed to achieve desired length) _________ (QTY) R12-RAIL4 4 Ft Sections
B) Live Rail Connectors
QTY Rail Sections _________ – QTY Power Supplies = _________ (QTY) R12-ICONN Live Rail Connectors
OR QTY Rail Sections _________ – QTY Power Supplies = _________ (QTY) R12-LCONN Live “L” Rail Connectors
C) Isolating Rail Connectors
QTY Power Supplies Per System _________ – 1 = _________ (QTY) R12-DCONN Isolating Rail Connectors
(may be 0 if qty of power supplies = 1)
D) End Caps
QTY Systems Ordered _________ x 2 = _________ (QTY)
R12-NDCAP End Caps
Step
3
Select the right support hardware:
A) For Standard Flat Ceiling (rigid standoffs)
Total Length of System _________ ÷ 2 = (QTY) (QTY) R12-STAN1 Rigid Standoffs
B) For Sloped Ceiling (swivel standoffs)
Total Length of System _________ ÷ 2 = _________ (QTY)
R12-STAN2 Swivel Standoffs
(sloped ceiling use typically requires extension posts, see at right)
C) For High Ceiling (adjustable cable support)
Total Length of System _________ ÷ 2 = _________ (QTY) R12-CBL60 Adjustable Cable Supports
QTY Power Supplies per system = _________ (QTY) R12-FLX60 Flexible Feed Cable
D) To Increase Height of Standoffs
QTY of Rigid or Swivel Standoffs _________ = _________ (QTY)
R12-EXT06 6” Extension Posts
(choose extension length) _________ (QTY) R12-EXT12 12” Extension Posts
_________ (QTY) R12-EXT18 18” Extension Posts
Note: 600W Remote
Magnetic Transformer
• 600W Magnetic Remote
Power Supply can be
used to replace 2x 300W
power supplies
Rail Length Suggestions
• For rail sections, round
up or add 4’ length(s)
• Curves require extra
rail, we suggest adding
20% to the total
Standoff Suggestions
• A surface transformer
often acts as a support,
which may reduce the
qty of rigid standoffs
by one
• On sloped ceilings,
typically the height
of the standoffs will
vary, so extension
posts may be required