Overview
Endless Features
Fitted with 7x ultra-bright OSRAM® 4-in-1 RGBW LEDs, the Stiletto™ I7 moving head is jam-packed with features, like the 4°- 60° beam angle with the ability to produce a narrow-to wide zoomable wash and a sharp parallel beam. Add in infinite bidirectional lens rotation plus 540/270° pan/tilt to the mix for even more spectacular aerial effects.
Take Full Control
The Stiletto™ I7’s 5-button LCD control panel allows you to set the fixture to run automatically in your choice of 3 auto modes or 2 sound active modes. Alternatively, control via 22/55-channel DMX to gain full control of every aspect including zoom, lens rotation, strobe, pan/tilt, color macros, effect shape selection, speed, fade, color, shape offset between multiple fixtures, plus dedicated shape effect foreground and background dimmers. DMX mode also allows quick access to linear CTO presets (2500k-8000K) and 4 dimming curves, plus, each of the LEDs are individual controllable for pixel mapping in 55-channel DMX mode!
Main Features
- 7x 15W ultra-bright OSRAM® 4-in-1 RGBW LEDs• Pan: 540°/ Tilt: 270° (8-16 Bit Resolution) • Variable 4-60° beam angle• Moving beam, wash, or kaleido effects• Infinite bidirectional rotating lens• Built-in auto and sound active programs• Ultra-smooth 32-bit dimming• Internal fan cooling system• Easy-to-use 5-button LCD control panel• powerCON® compatible
Product Specifications
Optical
Light Source: 7x15W OSRAM RGBW 4-in-1 LEDs
Beam Angle: 4°- 60°
Luminous Intensity: 31,869 Lux @ 2m (narrow), 1,587
Lux @ 2m (wide), 3,404 Lux @ 5m (narrow)
Movement
Pan: 540 degree ((8-16 Bit Resolution)
Tilt: 270 degree (8-16 Bit Resolution)
Weight & Dimensions
11.8” (300 mm) x 8.3” (210 mm) x 15" (380 mm)
Weight: 9.3 lbs. (4.2 kg)
Control
Protocol: USITT DMX-512
27/55-channel DMX Modes
Standalone, Master/Slave, Auto, Sound Active
3-pin XLR In/Out Connections
5-button LCD control panel
Power & Current
100-240VAC, 50-60 Hertz
Power Consumption: 152W, 1.92A, PF: .65
Warranty
2-year limited warranty, does not cover malfunction caused by damage to LEDs.
