Overview
3200K Tungsten Color
Oberon profile ellipsoidal imaging spotlights produce high intensity sharp or soft edged beams that are perfect for theatre, studio applications, nightclubs, museums, or anywhere that precisely controlled accent spotlighting is needed. The Oberon Profile NZ (narrow zoom) is capable of a 15-28 degree zoom and come equipped with a 200W high-intensity 3200K tungsten COB LED and an incredible CRI of 95. The light quality is comparable to natural sunlight and incandescent lighting, while consuming much less energy.
Manual Zoom + Focus
Users can manually zoom and focus the fixtures via two locking adjustment knobs located on the side of the housing. One knob controls the zoom/beam angle, and the other controls the focus. When the knobs are loosened, they easily slide back and forth to allow for a smaller or larger spot, with either a soft or sharp, finely focused edge. The Oberon Profile NZ come equipped with a stainless-steel shutter blade assembly, an attachable color gel frame, and gobo holder.
Main Features
- 1x 200W tungsten color COB LED, 50,000 hours
- Color temperature: 3200K, CRI: 95
- (4) blade manual framing shutters
- 1-20 fps strobe effects
- Smooth 0–100% linear dimmer
- 15-28º zoom
- Low power consumption
- Standalone, master/slave mode
- 3/5-pin DMX input/output
- USITT DMX-512 (1/2-channels)
- 4-button LCD control panel menu
- PowerCON compatible in/out power connectors
- Available in black or white housing
Product Specifications
Optical
Light source: 1x 200W Tungsten 3200K COB LED, 50,000 hours
15-28 degree zoom
Luminous Flux: 17,000lm/18,000lm, CRI: 95Ra
Gobo Size: 86mm,
image size 64.5mm
Weight & Dimensions
29.3 x 10.9 x 10.9 in (745 x 277 x 276 mm)
Weight: 22.5lbs (10.2kg)
Control
USITT DMX-512, 1 or 2-channel DMX
4-button LCD control panel
Input: 3/5-pin XLR Male, Output: 3/5-pin XLR Female
Standalone, Master/Slave Mode
Power & Current
Voltage: 100-240VAC, 50-60 Hertz
Power Consumption: 234W, 2.2A, PF: .98
Warranty
2-year limited warranty, does not cover malfunction caused by
damage to LED
