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EMERGENCY | ONE-LED
SOLO
| NON MAINTAINED LED LAMP, DRIVER & LiFePO4 BATTERY KIT
TM
Product description
One-LED Solo
is a non-maintained, self-contained LED emergency
TM
luminaire comprising an Omni-LED emergency LED driver, hinged
LiFePO4 rechargeable battery and a flush-mount SELV lamp head. Its
compact, low-profile hinged design means it can be installed through
a 42mm lamp mounting hole, so making it ideal for use fixed ceiling
applications.
The LED lamp incorporates a hidden 'push to test' switch and provides
constant power output of 1.5W, so maintaining spacing throughout
rated duration. The symmetrical distribution of light gives 9.3m
spacing from a typical 2.5m height, when using an open area lamp
head. For the most efficient spread of light along corridors, an optional
corridor lens version is available to provide spacing of 19m from the
same height.
Properties
>
Optional lensed versions for corridor applications
>
Available with Self-Test and DALI
>
Incorporating LiFePO4 battery technology
>
Built-in charge indicator LED on the lamp head
>
Manualy test with a 'push to test' lamp bezel*
>
Pre-wired for simple installation
>
SELV enclosure incorporating insulated terminals
>
Deep discharge protection (DDP) to protect cells from over
discharge
>
Constant current/ constant voltage battery charger
>
Driver complies with: EN61347-1, EN61347-2-7, EN55015,
EN61000-3-2, EN61547
>
Luminaire conforms to EN60598-2-22
>
Suitable for installations to EN50172
Issue-A Mar 2023
Product specifications may be subject to change without prior notice.
TM
Technical Data
Input Supply Voltage
Minimum Emergency Output
Maximum Spacing (2.5m ceiling)
Battery
Ambient Temperature Range
Earth Leakage Current
IP Rating
Recommended Cut-out Size
Weight
Standard Pack Quantities
Model Number
OLS/NM3/LFP
OLS/NM3/LFP/CL
For DALI Self-Test versions add '/DST' to the model numbers above.
230V +/- 10% - 50/60 Hz
210lm Open Area/ 173lm Corridor
9.3m Open Area/ 19m Corridor
3.0Ah LiFePO4
5-50°C
<0.5mA
IP20
42mm
<90g
10
Description
Articulated Driver, LiFePO4 Battery & Open
Area Lamp Head
Articulated Driver, LiFePO4 Battery Battery &
Corridor Lens Lamp Head
Also available corrdior lens
www.one-lux.com
1
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Table of Contents
Summary of Contents for One Lux ONE-LED SOLO
- Page 1 SOLO | NON MAINTAINED LED LAMP, DRIVER & LiFePO4 BATTERY KIT Product description Technical Data One-LED Solo is a non-maintained, self-contained LED emergency luminaire comprising an Omni-LED emergency LED driver, hinged Input Supply Voltage 230V +/- 10% - 50/60 Hz LiFePO4 rechargeable battery and a flush-mount SELV lamp head.
- Page 2 EMERGENCY | ONE-LED SOLO | NON MAINTAINED LED LAMP, DRIVER & LiFePO4 BATTERY KIT TECHNICAL INFORMATION Input Characteristics - Charging Mode Model Number Circuit Watts Input Current Inrush Current Power Factor 3.5W 30mA 4.5A 0.44 Battery & Emergency Output Characteristics Model Number Battery Volts Range Uout Max...
- Page 3 Prepare supply cables with a strip length of 6mm (10mm maximum). Min/max Conductor sizes: 0.2 - 1.5 mm2. One-LED SOLO must be installed in accordance with the current wiring and building regulations. It is recommended that a 42mm diameter hole is provided to insert the recessed ceiling lamp head and luminaire.
- Page 4 (See page 5 for begin the commissioning process. details). After applying power, the One-LED Solo will stay in commissioning mode If Standalone Self-Test is detected, it will establish randomised delay times for a minimum of 48 hours + the Duration Test period.
- Page 5 EMERGENCY | ONE-LED SOLO | NON MAINTAINED LED LAMP, DRIVER & LiFePO4 BATTERY KIT INSTALLATION & OPERATION of ‘/DST’ DALI Self-test versions. Continued. Luminaire Status Information On Time Off Time Sounder LED Colour LED Status Purpose Action required (Seconds) (Seconds) Activated Very Slow Flash Normal status with fully charged battery (Commissioned unit)
- Page 6 LED. a) If the indicator LED flashes red then green at power on, the One-LED Solo module did not pass its initial commissioning duration test and was awaiting further instruction. Cycling the power as per above has now reset the process and a new test will be attempted in 24hs time.
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