The Exterior™ Linears are a series of LED color changing fixtures in a robust outdoor-rated housing. The Exterior Linear fixtures provide high output and are available in both cove and graze light versions.
The Exterior™ Linear 1210 Graze QUAD and the Exterior™ Linear 310 Graze QUAD use quad-color LEDs for superior color mixing directly at the lens and to avoid multi-colored shadows.
They are designed to illuminate walls or any type of linear structure and feature superb premixed color mixing and uniform light distribution at three different beam angles, ideal for highlighting textured surfaces. The Exterior Linear fixtures are DMX controllable, easy to install due to their integrated universal power supply and connect via daisy chain using a combined power and data connector.
Superior glare control
The louvre option for Exterior Linear effectively reduces glare by restricting the view into the luminaire, achieving efficient visual comfort and reduced light pollution.
Easy infrastructure
The hybrid connector allows for easy and secture connection either end-to-end or using an extension cable. The in-built power supply allows for of long fixture runs up to 100 ft at 230V.
Flexible installation
The hinged mounting bracket allows for flexible installation.
Sophisticated control
The smart magnetic tool allows for local status information. The Exterior Linear also features Remote Device Management (RDM) for remote settings and diagnostics.
Premixed color
The QUAD color LED secures superior color mixing within the lens. This also improves the looks and aesthetics when the fixture itself is visible.
PRODUCT SPECIFICATIONS:
1210 series (4 ft.) fixtures:Length: 1219 mm (48.0 in.)
Width: 72 mm (2.8 in.)
Height: 101 mm (4.0 in.) including bracket
Weight: 6.0 kg (13.3 lbs.)
DYNAMIC EFFECTS
Color mixing: RGBW
Intensity: 0 - 100%
CONTROL AND PROGRAMMING
Control systems: DMX, RDM
Control resolution: 8-bit DMX control of each color
User interface: Magnetic button to call up fixture status and test fixture
DMX channels: 2 - 16 depending on model and mode
DMX compliance: USITT DMX512/1990 RDM
RDM compliance: ANSI/ESTA E1.20
OPTICS
Light source: Quad-color Osram OSTAR
Beam angle variants: Narrow: 15° Wide: 62° Asymmetric: 17° x 67°
Minimum LED lifetime: 50,000 hours (to >70% luminous output)*
*Figure obtained under test conditions
PHOTOMETRIC DATACCT:
Exterior Linear 1210 QUAD Graze:
Total luminous output: 2060 lumens
Red output: 800 lumens
Green output: 1260 lumens
Blue output: 304 lumens
White output: 1864 lumens
CONSTRUCTION
Housing: Aluminum
Front: Clear polycarbonate with diffuser
Protection rating: IP66
IK rating: IK08
Corrosion resistance: C5-M (very high corrosivity / marine, ISO 12944)
Vibration resistance: 1.0g, Sinusoidal (IEC 60068-2-6)
0,7g RMS Random (IEC 60068-2-64)
RoHS compliant
INSTALLATION
Orientation: Any
Minimum distance to illuminated surfaces: 0.1 m (0.3 ft.)
CONNECTIONS
Power/data in/thru: 8-pin custom connectors
ELECTRICAL
AC power: 100-277 V nominal, 50/60 Hz
Power supply unit: Auto-ranging electronic switch-mode
Maximum total length of fixtures in chain at 120 V: 15.24 meters (50 ft.)
Maximum total length of fixtures in chain at 240 V: 30.48 m (100 ft.)
Typical half-cycle RMS inrush current: 0.3 A, 1210 QUAD models 0.7 A
Maximum total length of fixtures at 120V: 15.2 m / 50 ft
Maximum total length of fixtures at 240V: 30.5 m / 100 ft
Maximum total length of fixtures at 277V: 30.5 m / 100 ft
Maximum total cable length at 120V: 70 m / 230 ft
Maximum total cable length at 240V: 100 m / 328 ft
Surge protection: 4 KV
TYPICAL POWER AND CURRENT
100-240 V, 50/60 Hz: 20 W per foot +/- 1 W, PF 0.95 +/- 0.05
277 V, 50/60 Hz: 20 W per foot +/- 1 W, PF 0.90 +/- 0.05
Power figures are typical, not maximum. Measurements made at nominal voltage. Allow for +/- 10% deviation. PF = Power factor.
THERMAL
Cooling: Convection
Maximum ambient temperature (Ta max.): 45° C (113° F)*
Minimum ambient temperature (Ta min.): -30° C (-22° F)
Total heat dissipation (calculated, +/- 10%): 70 BTU/hr. per foot
*Above this temperature, the fixture regulates output to protect from overheating.