ELATION / PUL024

Variations

ELATZION's IP65 compliant strobe visual effects bar. 960 1.5W RGB LEDs arranged in 40 zones around the housing. Additionally, there are 400 5W cool white LED strobe lines divided into 40 zones in the center and 160 1.5W RGB LEDs divided into 20 zones in the center. The total output exceeds 25,191 lumens, providing powerful light. Approximately 1m long.

■ Light source
- 1.5W RGB LED x 1120
- 5W CW strobe LED x 400
- Average LED lifespan 50,000 hours (*Note 1)

■ Photometry data
- Total lumen output
- Integrating Sphere
- All LED: 22,614 lumens
- CW LED: 25,191 lumens
- RGB LED: 8,434 lumens

■ Effect
- 40 zone RGB plate LED (20 x 2)
- 40 zone CW strobe LED (20 x 2)
- 20 zones RGB strobe line LED (20 x 1)
- 1-20Hz strobe rate
- Library of customizable RGB and CW strobe effects
- Variable dimmer mode and curve

■ Color
- RGB color array

■ Control/Connection
- 9 DMX channel modes (3ch, 11ch, 22ch, 52ch, 92ch, 234ch, 132ch, 242ch, 220ch)
- 4-button control panel, LED display
- RDM (Remote Device Management)
- IP65 5-pin XLR DMX input/output
- IP65 RJ45 Ethernet input/output (Art-Net, sACN, KlingNet)
- IP65 locking power cable input

■ Size/weight
- Length: 1000mm
- Width: 176mm
- Vertical height: 205mm
- Weight: 12.5kg

■ Electrical/thermal management
- AC 100V 50/60Hz
- Maximum power consumption: 1300W
- Operating temperature range: -15°C to 45°C (5°F to 113°F)
- BTU/hr (±10%): 4433

■ Accessories
- safety cable
- IP65 locking power cable
- Fixture connection splice

■Optional items
- BAR L NSP lens (BLL021)
- BAR L WFL Lens (BLL061)
- BAR L XFL Lens (BLL101)
- BAR L L140 lens (BLL141)
- BAR L L1060 lens (BLL161)
- # 8050000053 - Omega bracket (2 pieces)
- Instrument Connection Splice Package (FISP06)
- L-Track to M10 adapter, 70mm (LTR001)
- L-Track to M10 adapter, 44.5mm (LTR008)
- L Track C Clamp & Adapter Assembly, 70mm (LTR100)
- L Track C Clamp & Adapter Assembly, 44.5mm (LTR112)
- Connection clamp adapter (FICA01)

■ Approval/Evaluation
- CE | cETLus | IP65 | FCC | UKCA

Note 1: Under test laboratory conditions. May vary due to factors including, but not limited to, environmental conditions, power/voltage, usage pattern (on/off cycles), controls and dimming.