GM-L · MULTISOURCE LED
GML SPIDER 760
Zoom 8–50°7 × 60W RGBW 4-in-1 LED
GML SPIDER 760
Product Overview
Concept and Optical Capabilities
The GML SPIDER 760 is a versatile LED moving head luminaire combining Wash, Beam, Graphic, and dynamic multi-effect capabilities. Its optical core is driven by 7 high-output 60W RGBW 4-in-1 LEDs with full individual pixel control.
Key Functional Features
- Optical Assembly and Lens Rotation: An 8–50° motorized linear zoom enables seamless shifts from a punchy beam to a wide wash, complemented by an endless bi-directionally rotating front lens.
- Specialized Dynamic Effects: Signature Spider Web, Vortex, and Kaleidoscope patterns produce intricate geometric aerial textures.
- Color Synthesis and Control: Linear RGBW color mixing, calibrated color temperature from 2500K to 8000K, prominent color macro mode, and 4 selectable linear dimming curves (0–100%).
- Control and Mechanics: Native DMX512 control across 19/44 channels, responsive Pan (540°) and Tilt (270°) motion, and a 1–25 Hz strobe with pulse and random flash macros.
Application Scope
Weighing 10.5 kg, the fixture delivers dynamic aerial visuals for live event venues, clubs, broadcast studios, and touring rental inventories.
03 // TECHNICAL SPECIFICATIONS
Specifications
Zoom range
8–50°
Strobe
1–25 Hz, random and pulse flash
Tilt movement
270°
Light source
7 × 60W RGBW 4-in-1 LED
Light source lifetime
50,000 h
Color temperature
2500–8000 K
Color mixing
RGBW linear color mixing adjustment
Color macro mode
Prominent color macro mode
Control protocols
DMX512
DMX channels
19/44 channels
Input voltage
AC 90–240V, 50/60 Hz
Power consumption
450 W (@ 220 V)
Fixture dimensions
430 × 246 × 512 mm
Net weight
10.5 kg
Fixture type
LED Wash / Beam / Graphic Effect Moving Head
Optical system
Endless bi-directional front lens rotation
Pixel mapping
Individual LED control
Dynamic effects
Spider Web, Vortex, Kaleidoscope effects, built-in dynamic macros
Dimmer
Electronic 0–100%, 4 linear dimming curves
Pan movement
540°
09 // RELATED FIXTURES