Moving head Hydro Flex 7x60W RGBL IP65

The Hydro Flex L7 is a compact yet powerful outdoor LED wash moving head fixture, equipped with seven 60W RGBL LEDs for outstanding brightness and advanced color rendering. Designed for touring, rental, and live event production, it's the perfect solution for professional outdoor applications, including festivals, concerts, and challenging environments, thanks to its IP65-rated housing that protects against dust, sand, rain, and humidity.

Advanced features include individual pixel control, integrated pixel effects, virtual CMY control, virtual color wheels, and variable white color temperature from 2700K to 10,000K. The built-in Aria X2 Wireless DMX system offers flexible and intuitive control via DMX512, ArtNet, sACN, KlingNet, and RDM, with IP65-protected network and 5-pin DMX ports covered by rubber caps for reliable operation in any setting.

Key Features:
Lumen Output: 5,600 lm (reduced, on)
LED Lifetime: 50,000 hours
Individual pixel control with integrated effects
Motorized zoom: Beam angle 4°~38°, Field angle 6°~54°
10 preset color temperatures: 2700K, 3000K, 3200K, 4000K, 4500K, 5000K, 5600K, 6500K, 8000K, 10000K
Color calibration ensures consistency between units
Built-in color macros
Virtual CMY color mixing
Virtual color wheel control (foreground and background)

Control & Connectivity:
DMX512, ArtNet, sACN, KlingNet, RDM
Aria X2 Wireless DMX management system
8 DMX channel modes: 16 / 25 / 34 / 42 / 50 / 26 / 25 (CMY) / 28 (CMY)
Color LCD display with 6-button menu navigation
Integrated pixel effects with adjustable speed and fade

Performance & Dimming:
Pan/Tilt: 540°/630° x 243°
Electronic strobe
16-bit electronic dimming from 0–100%
4 dimming curves: Linear, Square, Inverted Square, S-Curve
Dimming modes: Standard, Stage, TV, Arch., Theatre, Stage 2 + user-settable fade time (0.1s–10s)
Selectable LED refresh rate: 900 Hz ~ 25 kHz
Quiet fan cooling

Rugged & Reliable:
Protected connectors: 5-pin DMX In/Out and RJ45 with rubber seals
Fully compatible with wired digital communication networks