Meyertech ZoneVu 328 Series Technické informace stáhnout pdf (Strana 51)

A&E specification Series 3 Page 5 of 12

The information in this specification is believed to be accurate and reliable. However, no responsibility

or liability is assumed by Meyertech Limited for its use, or for any infringement of patents or other

rights of third parties which may result from its use. No license is granted by implication or otherwise

under any patent or other rights of Meyertech. Meyertech Limited reserve the right to change

specifications without notice.

2.6.ZVS3-PSU power supply module.

Provides DC power to the ZVS3-

VRM, ZVS3-VOM, ZVS3-VTM and

ZSC-1000. A 1U 19-inch module

the ZVS3-PSU has been designed to fit

into a 19-inch equipment cubicle. From a

universal AC mains supply (99VAC to

264VAC 50Hz) the ZVS3-PSU provides

+12VDC and –12VDC.

3. Product Requirement

3.1.General

3.1.1. The video matrix shall be a true ‘non-blocking’ modular design, which offers high levels of video

performance and control. It shall be compact in size and have low power requirements.

3.1.2. The video matrix shall be easily expandable in the field through the addition of additional modules,

which shall all be generic in nature and incorporate no bespoke elements.

3.1.3. The video matrix shall incorporate on-board diagnostics for each module for service and maintenance

purposes. The video matrix shall be fully configurable in the field and shall include a facility to back-up

and restore ALL configuration data to portable media.

3.1.4. It shall be possible to control the operation of the video matrix from third party equipment.

3.1.5. The design of the video matrix shall be such that it will demonstrate a high level of tolerance to faults

and exhibit high MTBF figures.

3.1.6. The video matrix shall have the capability of being supplied with either buffered video outputs or

outputs with OSD functionality.

3.1.7. The video matrix shall also have the capability of being supplied with video loss monitoring for all

matrix video inputs.

3.2.Modular Design and Construction

3.2.1. The video matrix shall be modular in design to enable system expansion without module redundancy.

3.2.2. It shall employ the same generic modules throughout the system permitting designs to be realised of

4,096 video inputs by 2,048 video outputs.

3.2.3. The video matrix shall comprise the following system modules:

Video routing module

Video output module.

3.2.4. Video matrix control module with embedded CPU. A PC based video matrix controller will not be

accepted.

3.2.5. The modules shall be housed in 19-inch Euro sub-rack enclosures, fully enclosed and incorporating

ventilation.

3.2.6. The video routing module shall incorporate a fan to circulate air through the video matrix system.

3.2.7. Video PSU module

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