Introduction
The PATT2017 is part of ROBE's retro style lighting series, designed for environmentally conscious LED-driven lighting. It offers a versatile lighting solution suitable for bands, television, film, and general prop lighting, combining functionality with aesthetic appeal.

Design and Features
The fixture features 7x30W RGBW LEDs housed in a spun aluminum body, allowing for both collective and individual LED control. This enables smooth animations and effects on the aluminum reflector with a special "PATT" gold-brown coating.

Optical System
- 550mm parabolic aluminum reflector with high reflectivity coating.
- Diffusor dome for even light distribution.

Thermal Specifications
- Maximum ambient temperature: 45°C (113°F).
- Maximum housing temperature: 70°C (158°F).
- Minimum operating temperature: -5°C (23°F).

Electrical Specifications
- Power supply: Electronic auto-ranging.
- Input voltage range: 100–277 V, 50/60 Hz.
- Power consumption: 240 W.
- Connectivity: Neutrik powerCON TRUE1, DMX and RDM data in/out, Ethernet port.

Dynamic Effects
- RGBW or CMY color mixing.
- Variable CTO: 2,700 K–8,000 K.
- Virtual Color Wheel with 66 presets.
- Pre-programmed pixel effects and strobe options.
- High-resolution electronic dimming: 0–100%.

Mechanical Specifications
- PATT Driver: Height 358 mm, Width 82 mm, Depth 162 mm, Weight 3.0 kg.
- PATT2017: Height 695 mm, Width 680 mm, Depth 358 mm, Weight 10.5 kg.

Control and Programming
- External PATT Driver with LCD display and control buttons.
- Protocols: USITT DMX-512, RDM, ArtNet, Kling-Net, sACN.
- Wireless CRMX™ technology available.

Approvals and Legal
- CE Compliant.
- cETLus Compliant (pending).
- Trademark and patents pending by Robe lighting s.r.o.

Included Items and Rigging
- User Manual included.
- Mounting points for driver and PATT2017.
- Flexible operating and mounting positions.

Performance Data
The document includes detailed illuminance distribution data and beam opening measurements, indicating the fixture's performance at various distances and angles.