SOLARIS

SOLARIS

Functional Overview

The ACME SOLARIS is opening up a new way of multi-function and multi-use moving panel Light which available to provide the moonflower effect, starry sky background and pixel running with a 6x6 mapping designed. The front face of SOLARIS is comprised of a 6 x 6 array of 15W RGBW LEDs and combining a 7 x 7 array of 0.06W White LEDs -- All are designed for pixel mapping application to offer exciting but more possibilities for creating various 2D graphical effects. Coming up with 25,800lx @5m by a fixed 6 degree angle, it will be easily to split the colorful in the mid-air and create the imaginative graphic in any visual application.

What's more, its infinite Pan and Tilt rotating with a creative mirror panel at the back, SOLARIS is able to reflect any other existing beam or spot for having a funny dynamic lighting show. The dual-face SOLARIS will surely bring us all into the show and snap a unique performing above the stage.

Features

  • 36 (6x6) 15W RGBW pixel control LED + 49 (7x7) 0.06W CW star-effect LED array
  • Pre-setsfor a variety of graphical matrix effects
  • Outstanding color mixing effect
  • Variable CTO: 2500K - 8000K
  • Smooth dimming from 0-100%
  • Outstanding strobe effect with variable speed
  • Excellent thermal control
  • Low noise: fan speed can be adjusted automatically according to temperature
  • Optional reflector mirror modulecan create moonflower effect
  • Flicker-free management
  • Random strobe & pulse effects

Technical Specifications

Model

  • CM-S6

Light Source

  • Light Source: 36x15W RGBW LED + 49x0.06W CW LED
  • Total Lumen Output of Fixture: 9,600 lumens
  • LED life expectancy: 20,000 hours*
    *Source manufacturer specification

Optical System & Effects

  • Beam angle: 6°
  • RGBW color mixing+CW ‘star’ effect
  • High-resolution dimmer 0-100%

Control & Program

  • 4 button touch control panel
  • Display: LCD display
  • Protocols: DMX512,RDM,Art-Net,sACN
  • DMX Protocol modes: 4
  • Control channels: 21/22+144/166/206
  • Pan/Tilt Resolution: 16-bit
  • Dimmer: 16-bit
  • Firmware upgrade via DMX link

Pan & Tilt

  • Pan movement: Infinite
  • Tilt movement: Infinite
  • Automatic position correction

Electrical & Connectors

  • Input voltage range: 100-240V~ 50/60Hz
  • Power consumption: 580W
  • Power Connector in/out
  • Data in/out: 3-pin and 5-pin XLR
  • Art-Net input: RJ45

Fixture Specification

  • Height: 575mm (22.6")
  • Width: 466mm (18.3")
  • Depth: 246mm (9.6")
  • Weight: 20kg (44lb)

Flight Case Specification

  • Width: 1165mm (45.9")
  • Depth: 580mm (22.8")
  • Height: 785mm (30.9")
  • Weight: 141.3kg (311.5lbs)(Quad Loader Case)

Work environment

  • Maximum ambient temperature: 40°C
  • Maximum surface temperature: 65°C
  • Minimum operating temperature: 0°C

Approvals

  • CE compliant

Installation

  • Horizontal or vertical mounting
  • Operating position is universal
  • 2x fast-lock clamps for 50mm truss
  • Safety Rope Hole

Included items

  • Digital User Manual
  • 2x fast-lock clamps for 50mm truss

Optional Accessories (with item code)

  • Reflector mirror module: 3005003101
  • Raincover: 3033001749
  • Flight case: 3205001189 (4 in 1)
  • Clamp: 2060001635(C-100A)
  • Safety cable: 2060000200(SW-02)
  • Signal Line: 3-pin or 5-pin signal line

Dimensions

Photometrics

Effects

Creativity

Optional Accessories

Downloads

  Version Read Download Date
Spec.Sheet
SOLARIS Specification Sheet
en updated: 2022-05-24
  re  dw  2022-05-24
User Manual
SOLARIS User Manual J Version
fr version J, updated: 2021-11-22
re  dw  2021-11-22
Drawings
SOLARIS Hanging Dimension
updated: 2019-01-28
    dw  2019-01-28
SOLARIS Dimension
updated: 2019-01-28
    dw  2019-01-28
SOLARIS Vectorworks Symbol
updated: 2022-07-01
    dw  2022-07-01
Firmware Updates
SOLARIS (CM-S6)-V20-58097
version V20, updated: 2022-10-05
V20  dw  2022-10-05
Compliances & Declarations
SOLARIS (CM-S6) CE Certification (EMC)
en version , updated: 2023-04-18
  re  dw  2023-04-18
SOLARIS (CM-S6) CE Certification (LVD)
en version , updated: 2023-04-18
  re  dw  2023-04-18