SloanLED Prism12 Nano+ Instruction Manual
- June 6, 2024
- SloanLED
Table of Contents
SloanLED Prism12 Nano+
Installation
WARNING:
Risk of electrical shock. New installation and LED Retrofit Kit installation
require knowledge of sign electrical systems. If not qualified, do not attempt
installation. Contact a qualified electrician. Follow all NEC and local codes.
SloanLED Prism12 Nano+ is not suitable for submersion or direct exposure to
water for extended periods of time.
New Installation
-
Optional tools: Measuring tape,wire strippers, crimp tool.
-
Components list:
-
SloanLED Prism12 Nano+ modules, model numbers 701269-(XX)12NJ1-MB
-
SloanLED 12 V Class 2 output power supply (refer to “SloanLED Power Supply Guide for Sign Products” for appropriate 12 V power supply models).
-
UL approved 18 AWG or larger diameter supply wire.
-
UL approved wire connectors appropriate for wire gauge used.
NOTE: 701269-(XX)12NJ1-MB has 22 AWG wire. -
Optional: 3M™ Scotchlok™ UR2 (3-port) and UY2 (2-port) IDC connectors (EU only). Use with 3M IDC Crimp Tool (part number E-9J).
-
Optional for mounting: Electrical grade silicone.
-
Channel Letter Applications
Layout: To populate sign, refer to SloanLED Prism12 Nano+ density guidelines as well as power supply loading chart (page 4) to determine an appropriate number of modules and power supplies peel and stick: Clean inside sign with rubbing alcohol and allow to dry. Using predetermined layout and LED placement from Step 3, remove tape backing and stick modules into place. Ensure modules are firmly attached. NOTE: If installing in a narrow channel, the tape may be unnecessary. Other means of securing strip (sealant, vinyl, etc.) are also acceptable. . Fasteners: Use provided tape or silicone as necessary to fix modules in place.
WARNING:
Connect Red striped wire of LED modules (+) to Red wire of power supply (+).
Connect White wire of LED modules (-) to Black wire of power supply (-).
Reverse polarity connections may damage LEDs and will void product warranty.
AVERTISSEMENT: Connectez le fil rouge des modules LED (+) au fil rouge de
l’alimentation (+). Connectez le fil blanc des modules LED (-) au fil noir de
l’alimentation (-). Des connexions inversées peuvent endommager les DEL et
annuler la garantie du produit.
Connections: Modules may be
connected in series or parallel. Tip: Discarding a module can allow longer
wire lengths for connections.Cap all unused wires: Using appropriate UL Listed
wire connectors (refer to components list on page 1), cap all unused wires.
The strand of modules should not be looped to create a closed circuit. Connect
the power supply to first module on string: See power supply install guide for
more information regarding power supply installation.Replace sign face:Clean
any debris from inside of sign and replace the sign
face.
- Preparing block: It is recommended to mill Preparing block: It is recommended to mill down the module mounting surface 0.43″ (11 mm), giving 0.08″ – 0.12″ (2-3 mm) space between lens and back tray.
- Preparing block: Mill 0.31″ (8 mm) wide channel an additional 0.28″ (7 mm) down (0.71″ [18 mm] total) to improve light transmission around edges
- Preparing block: Maintain up to 0.31″ (8 mm) return and use block-out film along return.
NOTE:
Ensure adhesive layer on block-out film is white for optimum light reflection and uniform distribution on face.
Optional:
Paint may be used instead of block-out film. Different color paints may be
used, as long as first layer is white for optimum light
reflection.
Module placement: Mount
modules ~1.2″ (30 mm) apart (center-to-center) using provided tape, modules ~1.2″ (30 mm) apart (center-to-center) using provided tape,
NOTE:
Avoid silicone on top of lenses. Connections: Follow steps 6 through 8
under installation for Channel Letter Applications.
To populate sign, refer to SloanLED Prism12 Nano+ density guidelines as well as power supply loading chart (page 4) to determine appropriate number of modules and power supplies. important that back tray is completely sealed to prevent water entry. It is also recommended to add minimum 0.125″ (3 mm) drain holes at lowest points of sign as exits for any potential water ingress. NOTE: Ensure back tray inside surface is matte white for optimum light reflection.
Retrofit Instructions for Existing Signs
WARNING:
Risk of fire or electric shock. Install this kit only in host signs that have
been identified in the installation instructions, and where the input rating
of the retrofit kit does not exceed the input rating of the sign. Installation
of this LED retrofit kit may involve drilling or punching of holes into the
structure of the sign.
- Identify sign to be retrofit and ensure branch circuit supplying existing sign are within voltage range for LED power supply. Refer to components list (page 1) and “12 VDC Power Supply Capacity Chart” (page 4).
- Remove existing lighting equipment intended to be replaced, such as neon or fluorescent, and all power supplies, transformers, or ballasts. Remove existing neon and all standoffs to leave an empty channel letter can. NOTE: All materials removed must be disposed of in accordance with applicable local, state, and federal laws.
- If required by local, state, or national electrical code, install a new disconnect switch.
- Determine suitability and structural integrity of existing sign after removal of existing lighting equipment. If retrofit does not require the making of any new holes, do not make or alter any open holes in an enclosure of wiring or electrical components during kit installation. If existing holes are present in a wet or outdoor location sign, repair and seal any unused openings in the electrical enclosure. Openings greater than 0.5″ (12.7 mm) diameter require a metal patch secured by screws or rivets and caulked with non-hardening caulk. Smaller openings may be sealed with non-hardening caulk.
- Clean inside of sign using the non-oil-based cleaner. Follow all manufacturer’s instructions and ensure inside of sign is dry before proceeding with installation. This is an important step for good adhesion of SloanLED channel letter module mounting tape.
- To populate sign, refer to SloanLED Prism12 Nano+ density guidelines as well as power supply capacity (page 4) to determine appropriate number of modules and power supplies. A list of acceptable power supply models is shown in the supplemental “SloanLED Power Supply Guide for Sign Products”.
- Follow all instructions under “New Installation” to properly install LED modules.
- Connect modules to power supply output as shown under “New Installation”.
- Connect power supply input as outlined in power supply installation guide in accordance with local, state and national electrical codes by qualified personnel. Refer to power supply install guide included with power supply for details.
- If required, install a disconnect switch in accordance with local, state and national electrical codes by qualified personnel.
Power Supply Loading
NOTE:
It is recommended to connect no more than the following in series to minimize
line loss:
SloanLED Prism12 Nano+ (Whites): Refer to Power Supply Loading Diagram.
SloanLED Prism12 Nano+ (Colors): Third of maximum 60 W power supply
capacity.
12 VDC Power Supply Capacity Chart
| Maximum feet (meters) / modules
---|---
SloanLED Prism 12 Nano+
Power output
| White 7200 K,
6500 K, 5000 K,
4000 K, 3000 K
(7.6/ft, 25/m)
| ****
Red, Green, Blue (7.6/ft, 25/m)
20 W| 10.9 (3.3)/
83 mods
| 18.1 (5.5)/
138 mods
25 W
(EU/ROW ONLY)
| 13.6 (4.2)/
104 mods
| 22.7 (6.9)/
173 mods
30 W
(EU/ROW ONLY)
| 16.4 (5.0)/
125 mods
| 27.2 (8.3)/
207 mods
60 W| 32.8 (10.0)/
250 mods
| 54.5 (16.6)/
415 mods
2 × 60 W| 2 × 32.8 (10.0)/
250 mods
| 2 × 54.5 (16.6)/
415 mods
2 × 75 W
(EU/ROW ONLY)
| 2 × 40.9 (12.5)/
312 mods
| 2 × 468.3 (20.8)/
520 mods
Power used per ft (m) in watts| 1.68 W (5.51)| 0.99 W (3.25)
Capacities based on 90% of power supply output.
NOTE: Refer to “SloanLED Power Supply Guide for Sign Products” for
appropriate 12 V power supply models.
Extension of Power Supply Leads
If longer lead wire from power supply to LED modules is needed, an
extension can be used. Extension should be kept as short as possible, i.e.,
under 15 ft for 18 AWG UL Listed PLTC (4.6 m for 1 mm² PLTC) or under 50 ft
for 14 AWG UL Listed PLTC (15.2 m for 2.5 mm² PLTC).
Troubleshooting
NOTE: A licensed electrician should perform all applicable steps.
Entire sign or leg does not light after complete installation| Check
connection from power supply lead to first module. Make sure polarity of
connections made at the power supply lead and any jumper wire is correct.
Power supply outputs should be connected RED-TO-RED and BLACK-TO-WHITE.
Still does not light| Check output voltage of power supply using a
voltmeter. The output voltage should be DC 12.0 V ± 0.5 V. If there is no
output voltage, have a licensed electrician check input voltage. Make sure
power supply is connected correctly and getting primary power. If power supply
is connected properly and getting primary power and there is still no output
voltage, try a different power supply.
Still does not light| If power supply is getting primary power and the
modules don’t light, there may be a short in the secondary wiring. Check all
connections and cap all loose wires.
The beginning of a leg lights, but the entire leg does not light or
lights intermittently| The primary cause of a portion of a SloanLED Prism12
Nano+ leg not lighting or lighting intermittently is a bad connection or
reverse polarity connection between the modules that light and the modules
that don’t light. Check this connection.
One module does not light, but all others in the leg
light| SloanLED Prism12 Nano+ is designed so if one module fails, it will
not cause the entire sign or leg to go out. If one module does not light, but
all others in the leg do, replace this module with a new one.
SloanLED Prism12 is covered by the following US patents issued: 6,932,495, 7,241,031.