Blend plate motorization
Although those blend plates can also be used for day modes, they age faster under high-light conditions (approximately four-fold) and add another optical element in the stack reducing the overall brightness and contrast ratio. With Barco’s blend plate motorization the best of both worlds can now be combined to offer the best blending solution under all conditions: the blend plates used in night mode are moved out of the optical path during the day mode, increasing both the image quality during day mode as well as extend the life time of the blend plate. Support within the XDS RACU Golden Alignments allows for automatic transition from OSEM to ESEM and back.
Main benefits
- Excellent multi-channel blend quality at all times
- No image degradation during day time scenes
- No double blacks during night mode
- Substantial extension of blend plate lifetime
- Designed for perfect mechanical integration
- Minimal footprint
- Compatible with existing Barco blend plates & mounting frame
- Motion base compatible
- Barco support for easy system integration
- Full support embedded in XDS RACU & Golden Alignment
- Automatic reversal for additional pinch safety
- Standalone functionality possible
Features
- Safe (de)activation of blend plates with pinch protection & motion reversal
- Fully supported with Barco’s XDS RACU display management system, with automated activation based upon the scenario (Golden Alignment)
- Can be fitted on existing Barco installations as compatible with Barco’s current standard blend plate mounting frame as well as the actual blend plates
- Minimal foot print for easy integration into tight system setups and reduced risk of interference with other optical elements
- Motion base compatible if mounted on a rugged structure
- Usable in all orientations
- Standalone test tool available as well
This product is an option of the following products
SIM 7Q
QXGA LCoS projector for training and simulation
Article number: R9011201

SIM 5W
WUXGA single-chip DLP projector for multi-channel applications
Article number: R9040395

Galaxy NW-7 EX
3D stereo, network-centric, 7,000 lumens, WUXGA, three-chip DLP projector
Article number: R9040407

SIM 7H
1080p HD LCoS projector for training and simulation
Article number: R9011210

Galaxy NW-12 MK I
3D stereo, network-centric, 12,000 lumens, WUXGA, three-chip DLP projector
Article number: R9040410

SIM 7QP HB&C
High brightness and contrast QXGA LCoS projectors for training and simulation in portrait mode

SIM 7Q HB&C
High brightness and contrast QXGA LCoS projectors for training and simulation

SIM 7Q HC
High contrast QXGA LCoS projectors for training and simulation

Galaxy NW-12
3D stereo, network-centric, 12,000 lumens, WUXGA, three-chip DLP projector
Article number: R9040411

Galaxy NW-7
3D stereo, network-centric, 7,000 lumens, WUXGA, three-chip DLP projector
Article number: R9040406

SIM 7 portrait orientation
SIM 7 portrait orientation
Article number: ROPT2084

SIM 10
10 megapixel LCoS training and simulation projector
Article number: R9211250

SIM 7QP HC
High contrast QXGA LCoS projectors for training and simulation in portrait mode

Galaxy NW-7 MK I
3D stereo, network-centric, 7,000 lumens, WUXGA, three-chip DLP projector
Article number: R9040405

SIM 7Q HB
Ultra bright QXGA LCoS projector for training and simulation
Article number: R92112161,R92112162,R92112163

SIM 7D
QXGA LCoS projector with advanced warping capabilities
Article number: R9011207

Galaxy NW-12 EX
3D stereo, network-centric, 12,000 lumens, WUXGA, three-chip DLP projector
Article number: R9040412

SIM 7QP
QXGA LCoS projector for training and simulation in portrait mode
Article number: R9011212

SIM 7QP HB
Ultra bright QXGA LCoS projector for training and simulation in portrait mode
Article number: R92112181,R92112182,R92112183

SIM 7DP
LCoS projector with advanced warping capabilities in portrait mode
Article number: R9011214
Interface | USB control interface with unique serial number for identification |
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Switching Type |
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Power Supply | 90-220V, 1A max |
Shock | 4G peak during 3x 12.5 ms |
Vibration |
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Control |
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