Ontero TX

Flat. Functional. Efficient.

The Ontero TX surface-mounted luminaire boasts a flat, integrative design and highly efficient LED lighting technology. In the track-mounted version the lighting panel can be rotated by 330° and offers flexible options for homogeneous general illumination of surfaces, aisles and shelves.

Highly efficient LED lighting technology
Ideal for open, transparent store concepts
TIR lens optic for homogeneous planar lighting with a high proportion of useful light
Efficiencies up to 173 lm/W
Luminous flux up to 11540 lm
Light colours 830, 835 and 840
Beam characteristics:
- Double asymmetric medium 2x25°
- Double asymmetric wide 2x25°
- MediumFlood 30°
- WideFlood 60°
- Xtra WideFlood 90°
DALI version
8 power levels (38W - 72W) selectable via dip switch

Light technology

LED	SMD
Light colour	830
Luminous flux	10650 lm
System power	72 W
Luminaire Efficiency	148 lm/W
Reflector	Doppelt Asymmetrisch Wide
Beam angle	2 x 25°
Controller	On/Off

Luminaire

Rotation angle	330°
Weight	3.1 kg
Protection rating . class	IP 20 . I
Luminaire colour	white

Surface-mounted luminaire with LED, rated life of the LED L90/B50 50000 h (tambient 25°C), colour rendering index CRI > 80, chromaticity tolerance 3 SDCM (initial), double asymmetrical light distribution pattern with slight horizontal brightening, Combination of asymmetrical PMMA lenses and 60 ° TIR lenses made of PMMA, Driver with power selection via DIP switch, 220-240 V~ / 50-60 Hz, temperature protection, 8 possible levels: 38 W (6020 lm), 42 W (6710 lm), 47 W (7390 lm), 52 W (8060 lm), 57 W (8720 lm), 62W (9370 lm), 67 W (10010 lm), 72 W (10650 lm), 57 Watt preselected, rotation angle 330°, DALI OT, DIP-Switch, luminaire housing sheet steel, powder-coated, white, Multiadapter, max. 21 luminaires per circuit (B16A fuse)

inclusiv driver unit: 220-240 V~ / 50-60 Hz, DALI, max. 15 luminaires per circuit (B16A fuse), temperature protection, temperature protection

Note: All data are typical values. System features may change with product improvements due to technical advances. Errors excepted.