LEDALITE ID-1211 Jump Suspended Fixtures Instruction Manual
- June 8, 2024
- LEDALITE
Table of Contents
LEDALITE ID-1211 Jump Suspended Fixtures Instruction Manual
System Overview
These instructions review how to install Jump suspended fixtures. Jump 4ft and 8ft modules can beinstalled as individual standalone units, or they can be joined together to create continuous runs. The graphic below shows the components required to install a typical run of Jump suspended fixtures.
**Jump joint kit(s)***
- Mounting bracket (x1)
- Break apart joiner aligner (x1)
-
8-32 x 1/2 screw (x2)
-
8-32 hex nut(x2)
- Power Plate (x2)
- Plug 1/2 (x2)
- Gasket (x1)
- 1/4 – 20 lock nut(x1)
NOTE: 1 kit required for each in-runjoint.
**Jump end kit(s)***
- Endcap (x1), (luminous shown)
- Mounting bracket (x1)
-
8-32 x 1/2 screw TC (x2)
- 1/4 – 20 lock nut(x1)
- Power Plate (x1)
- Plug 1/2 (x1)
- Gasket (x1)
- Lock Bracket(x1)
NOTE: 2 kits required for each run (one for each end).
TOOLS REQUIRED : Philips screwdriver, 3/8” nut driver, 7/16”Nutdriver
Module Lengths
Jump suspended systems come in 4ft and 8ft modules. Overall module lengths are
shown below. Module lengths do not include endcaps.
Indicates overall length of fixture (excluding endcaps)
Endcaps
Add two endcaps to the length of each run.
Mount Spacing
For on-grid T-bar ceiling installations, mounts attach directly to T-bar. For
non accessible ceilings and off-grid T-bar installations, the graphic below
indicates mount spacing for typical run lengths.
Note: Max length is 32’
Run Configurations
The tables below indicate how 4ft and 8ft modules can be combined to create continuous runs of various lengths.
Nomina l Row Length| Number of Modules Required|
Installed Row Length (not includingend caps)
---|---|---
| 4′| 8”’|
4′| 1x| | 4′ – 3/16
8′| | 1x| 8′ – 3/8″
12′| 1x| 1x| 12′ – 9/16″
16′| | 2x| 16′ – 3/4
20′| 1x| 2x| 20 – 15/16
24′| | 3x| 24 1 – 1/16
28′| 1x| 3x| 28 1 – 1/4
32′| | 4x| 32 1 – 7/16
36′| 1x| 4x| 36 1 – 5/8
40′| | 5x| 40 1 – 13/16
44′| 1x| 5x| 44 1
48′| | 6x| 48 2 – 3/16
Nomina l Row Length| Number of Modules Required|
Installed Row Length ( not includingend caps)
---|---|---
| 4′| 8”’|
52′| 1x| 6x| 52 2 – 3/8
56′| | 7x| 56 2 – 9/16
60′| 1x| 7x| 60 2 – 11/16
64′| | 8x| 64 2 – 7/8
68′| 1x| 8x| 68 3 – 1/16
72′| | 9x| 72 3 – 1/4
76′| 1x| 9x| 76 3 – 7/16
80′| | 10x| 80 3 – 5/8
84′| 1x| 10x| 84 3 – 13/16
88′| | 11x| 88 3
92′| 1x| 11x| 92 4 – 3/16
96′| | 12x| 96 4 – 3/8
100′| 1x| 12x| 100 4 – 1/2
Installation Instructions
Snap caddy clips and 1/4 -20 threaded bolts on T-bar at specified mounting locations (caddy clips and 1/4 -20 threaded bolts supplied with mount kits). Tie-off caddy clips with guy wires (supplied by others) according to code.
POWER MOUNT LOCATIONS: Attach
supplied J-box adapter bracket to caddy clip with nut and bolt. Tieoff adapter
bracket with guy wires (supplied by others) according tocode. On 4 x4 J-box
(supplied by others), install coupler in center knockout. Attach J-box to
caddy clip with nut and bolt.
Install supplied SVT cord.
For non-accessible ceilings install 1/4 -20 stud extending 1/2 from ceiling. (see Mount Spacing Diagram on Page 1).
Remove socket saddle or LED light engine to gain access to mounting channel.
When removing LED light engine be sure to disconnect the low voltage wire
harness.
Remove socket saddle or LED light engine to gain access to mounting channel.
When removing LED light engine be sure to disconnect the low voltage
wire harness.
Slide power plates into fixture ends. Slide the supplied bushings over the SVT cord and snap into the power plate. If it is a non power location plug the hole with supplied plug bushing.
Install supplied strain relief and feed the remaining SVT cord out the end of
thefixture.
For non-accessible ceilings, drill 7/8 hole (location marked on Flat endcap:
see diagram on right for drill location on Luminous endcap). Attach armored
cable from the junction box (supplied by others) according to code.
On the floor, slide variable mount bracket into next fixture in run. Attach
joineraligner brackets, power plate and plug into opposite side.
Raise next fixture to ceiling and insert the joiner aligners into the corresponding slots on the already installed fixture.
Using the supplied 1/4 -20 nuts attach the fixture to the ceiling through the
slots in the top of the fixture. DO NOT FULLY TIGHTEN. The mount should be
able to slide, but be snug.
Complete power connections between fixtures.
Note: For electrical connections at fewer feed locations remove quick
connects and use twist on wire (i.e., Wire-Nut or Marrette )
Join fixtures using supplied #8 screws and lock-nuts.
Tighten mounting bracket. Reinstall socket saddles or LED modules (remember to reconnect the low voltage wire harness). Install power plate and plug.
Snap on the gasket to the end of the fixture and attach end caps using
supplied #8 screws.
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interreference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.
Sensor in Rows
Single Sensor Controlling Whole Row
-
Purple & brown (or purple & grey/pink) control wires MUST be connected between fixtures.
Note : A maximum of 8 drivers can be wired to 8 sensors; confirm fixture driver count with factory
Multiple Sensors Controlling Separates Zones in a Row
-
Purple & brown (or purple & grey/pink) control wires MUST NOT be connected between zones.
Notes :-
A maximum of 8 drivers can be wired to one sensor; confirm fixture driver count with factory.
-
Only one sensor is allowed on a wired zone. (Sensors can be paired together wirelessly via a mobile app).
Sensor Spacing
-
For correct operation, sensor should be placed a minimum distance of 8ft apart.
-
Wireless sensor should be placed no further than 40ft apart for good wireless signal connection.
-
Important Consideration When Using Sensor in a Row
- For fixtures with wireless sensors (CS, SB or RA options): DO NOT connect fixture purple and brown (or purple & grey/pink) control wires to an external dimming switch. Fixture mains wiring should not be connected to a circuit with an external on/off switch.
- For best aesthetic condition, place sensors at ends of row only so as not to break the continuous lens.
- For better occupancy coverage in longer rows, sensors may be placed mid run, but keep in mind this will break the continuous lens into discrete sections. Alternatively, remote sensors may be used, note the same wiring rules will apply
Occupancy Sensor Coverage
Note: Longer dimension of detection area (Y1, Y2) is parallel to longer
dimension of the luminaire.
Daylight Sensor
The light sensor measures the total amount of light in a circular field of
approximately 80% of the PIR detection area. The following aspects should be
observed during installation:
- Minimum distance from the window = 2ft (0.6m).
- Prevent light reflections from outside entering the sensor (for example sunlight reflection on a car hood) as this will lead to incorrect light regulation.
As a guideline the formula 0.72 X H can be used to calculate the minimum distance between the window and sensor whereby H is the height from the bottom of the window to the sensor.
| H eight | Minor movement | Major movement |
|---|
h
| XI| Y1| X2| Y2
m (7.9 ft)| 19 m (6.2 ft)| 2.9 m (95 ft)| 2.9 m (9.5 ft)|
4.3 m (14.110
3m(98 ft)
| 2.4 m (79 ft)| 36 m (118 ft)| 36m (118ft)| 54 m (177 ft)
The detection area for the movement sensor can be roughly divided into two parts;
- Minor movements (person moving = 3ft/s or 0.9m/s).
- Major movements (person moving = 3ft/s or 0.9m/s).
Photosensor spatial response
ATTENTION: Install in accordance with national and local building and electrical codes.
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Signify North America Corporation. 400 Crossing Blvd, Suite 600 Bridgewater, NJ 08807. Telephone: 855-486-2216 Signify Canada Ltd. 281 Hillmount Road, Markham, ON, Canada L6C 2S3. Telephone: 800-668-9008