CLM R10+
Barco
CLM R10+
Barco CLM R10+ Single-Chip, 10,000 Lumen DLP Projector
This compact, 10,000-lumen DLP projector is designed and built specifically for the demanding rental and staging market.
With its sealed engine and DLP technology, the CLM R10+ delivers a brilliant, sharp and consistent image - even after years of use - without time consuming and expensive maintenance.
The CLM R10+ features a strong, all-metal chassis ensuring the highest levels of reliability and comes with its own rigging kit, allowing for quick and easy set-up. Its compact size, light weight and low noise levels make the CLM R10+ the ideal solution for both small and midsize venues.
With its sealed engine and DLP technology, the CLM R10+ delivers a brilliant, sharp and consistent image - even after years of use - without time consuming and expensive maintenance.
The CLM R10+ features a strong, all-metal chassis ensuring the highest levels of reliability and comes with its own rigging kit, allowing for quick and easy set-up. Its compact size, light weight and low noise levels make the CLM R10+ the ideal solution for both small and midsize venues.
Product Weight: 66 lbs
Dimensions: 27.24"W x 17.40"L x 11.54"H excluding carrying handle and rigging points
Technical Tools
PDF Documents
Manufacturer Specs
Light output1: 10,000 Center lumen • 9,500 Ansi lumen
Resolution: 1,400 x 1,050 (native, SXGA+)
Contrast ratio2: 1,200:1 (full field)
High Contrast Mode3,4: contrast enhancement by optical dowser
Lamp: 4 x 300 W
Max. ambient temperature: 104°F
Power consumption: 1600 W
Mains voltage: 100–240 V / 50–60 Hz
Noise level at 77°F: 49 dB(A)
Features
Sealed DLP core: standard
Network connectivity: 10/100 Base-T, RJ-45 connection
Optical dowser (dimmer): 0 – 100% brightness control by DMX512 signal
Scenergix edge blending: horizontal and vertical electronic edge blending
Advanced picture in picture: two sources simultaneously
Inputs
Input source compatibility5: max. input resolution up to UXGA (2,048 x 1,536)
Standard inputs: configurable; 5 cable (BNC) & DVI
Notes
(1) Measured with CLD 1.6 - 2.4 lens, on axis at 220 V (+/- 10% variation)
The brightness may vary slightly depending on the mains voltage.
(2) Full white / full black on full field
(3) High Contrast Mode setting reduces light output to about 75% of the max. light output
(4) Contrast ratio’s up to 2000:1 are possible in high contrast mode
(5) all current video sources in composite, S-VHS, RGB or component or Serial digital format, all current proposed HDTV, extended and improved television standards (1080i, 720p, ...), computer and workstations with a resolution up to 1,600 x 1,200, most Macintosh computers, direct digital interfacing with current and future digital standards
Resolution: 1,400 x 1,050 (native, SXGA+)
Contrast ratio2: 1,200:1 (full field)
High Contrast Mode3,4: contrast enhancement by optical dowser
Lamp: 4 x 300 W
Max. ambient temperature: 104°F
Power consumption: 1600 W
Mains voltage: 100–240 V / 50–60 Hz
Noise level at 77°F: 49 dB(A)
Features
Sealed DLP core: standard
Network connectivity: 10/100 Base-T, RJ-45 connection
Optical dowser (dimmer): 0 – 100% brightness control by DMX512 signal
Scenergix edge blending: horizontal and vertical electronic edge blending
Advanced picture in picture: two sources simultaneously
Inputs
Input source compatibility5: max. input resolution up to UXGA (2,048 x 1,536)
Standard inputs: configurable; 5 cable (BNC) & DVI
Notes
(1) Measured with CLD 1.6 - 2.4 lens, on axis at 220 V (+/- 10% variation)
The brightness may vary slightly depending on the mains voltage.
(2) Full white / full black on full field
(3) High Contrast Mode setting reduces light output to about 75% of the max. light output
(4) Contrast ratio’s up to 2000:1 are possible in high contrast mode
(5) all current video sources in composite, S-VHS, RGB or component or Serial digital format, all current proposed HDTV, extended and improved television standards (1080i, 720p, ...), computer and workstations with a resolution up to 1,600 x 1,200, most Macintosh computers, direct digital interfacing with current and future digital standards