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Explains symbols and text conventions used throughout the manual for clarity.
Outlines the scope and objective of the user and maintenance manual for Series Minerva displays.
Provides contact and location details for the manufacturer, Aesys S.p.A.
States Aesys's ownership of design and intellectual property for the display.
Details Aesys's commitment to quality and safety certifications like ISO standards.
Essential safety guidelines for operating, installing, and maintaining the VMS.
Defines requirements for personnel operating and maintaining the VMS.
Specifies the role and training required for a user of the VMS.
Defines the role and qualifications of a mechanic for VMS maintenance.
Defines the role and qualifications of an electrician for VMS maintenance.
Details essential safety standards and regulations to be followed during VMS operation.
Provides guidelines for the environmentally responsible disposal of VMS panels.
Provides an overview of the Series Minerva displays and their identification via part number.
Describes the available LED colours for the Series Minerva VMS (Amber and White).
Details the pixel pitch specifications for various Series Minerva display models.
Lists the horizontal and vertical pixel resolutions for display matrices.
Explains the different container types available for the VMS, such as SLIM5 and SLIM6.
Describes the container shapes, specifically focusing on curved vs. flat displays.
Identifies the integrated controller (DC600) used in the VMS.
Details the various power connector types used for the VMS.
Explains the different data communication types supported by the VMS.
Lists and illustrates the data communication connectors used.
Describes the cable outlet options for the VMS, such as on extrusion profiles or back plates.
Outlines the intended use of the VMS in public transportation for passenger information.
Illustrates the functional block diagram of the VMS system.
Provides overall product characteristics, conformity, version, and installation type.
Details the case material, fixing methods, and internal access for VMS.
Details the design and construction of the VMS housing for installation and maintenance.
Explains the mounting configuration using female inserts and M8 bolts.
Describes the thermoplastic front masks and their purpose for LED protection and contrast.
Details how to access internal components via the rear cover and self-tapping screws.
Specifies environmental ratings like IP protection, operating temperature, and humidity.
Covers input power supply voltage and electrical protections.
Describes the internal cabling for power and signal connections.
Describes CPU type, diagnostics, brightness sensor, and data communication.
Details matrix type, pictograms, colours, luminance, viewing angles, and control.
Explains the CE nameplate and its importance for identifying serial numbers.
Technical specs for MA/MW 408x512 20px model, including dimensions and matrix details.
Technical specs for MA/MW 400x500 16px model, including dimensions and matrix details.
Technical specs for MA/MW 400x400 8PX model, including dimensions and matrix details.
Technical specs for MA/MW 350x400 24px model, including dimensions and matrix details.
Technical specs for MA/MW 375 16px model, including dimensions and matrix details.
Technical specs for MA/MW 300x375 16px model, including dimensions and matrix details.
Technical specs for MA/MW 275x342 20px model, including dimensions and matrix details.
Technical specs for MA/MW 300x300 24px model, including dimensions and matrix details.
Technical specs for MA/MW 300x300 16px model, including dimensions and matrix details.
Guidelines for safe transportation and storage of the VMS units.
Instructions for mounting and securing the VMS onto its support structure.
Steps for activating the VMS after installation and initial setup.
Recommendation to maintain an activity log for each VMS panel.
Procedures for cleaning the internal and external parts of the VMS.
Guidance on inspecting the VMS housing for deterioration and stability.
Requirement to fill out a maintenance report after completing preventive maintenance.
Information on how to contact Aesys customer service for technical support.
Procedure for safely powering down and reactivating the VMS.
Instructions for replacing modular electrical and electronic components.
Information to help identify and resolve technical problems with the VMS.
Guidance on inspecting the VMS housing after major events.
Troubleshooting steps for when no message is displayed on the VMS.
Troubleshooting steps for partial or incorrect message displays.
Troubleshooting steps for malfunctions other than display issues.
Requirement to fill out a maintenance report after corrective maintenance.
Guidance on identifying components and ordering spare parts using Aesys codes.
Explains symbols and text conventions used throughout the manual for clarity.
Outlines the scope and objective of the user and maintenance manual for Series Minerva displays.
Provides contact and location details for the manufacturer, Aesys S.p.A.
States Aesys's ownership of design and intellectual property for the display.
Details Aesys's commitment to quality and safety certifications like ISO standards.
Essential safety guidelines for operating, installing, and maintaining the VMS.
Defines requirements for personnel operating and maintaining the VMS.
Specifies the role and training required for a user of the VMS.
Defines the role and qualifications of a mechanic for VMS maintenance.
Defines the role and qualifications of an electrician for VMS maintenance.
Details essential safety standards and regulations to be followed during VMS operation.
Provides guidelines for the environmentally responsible disposal of VMS panels.
Provides an overview of the Series Minerva displays and their identification via part number.
Describes the available LED colours for the Series Minerva VMS (Amber and White).
Details the pixel pitch specifications for various Series Minerva display models.
Lists the horizontal and vertical pixel resolutions for display matrices.
Explains the different container types available for the VMS, such as SLIM5 and SLIM6.
Describes the container shapes, specifically focusing on curved vs. flat displays.
Identifies the integrated controller (DC600) used in the VMS.
Details the various power connector types used for the VMS.
Explains the different data communication types supported by the VMS.
Lists and illustrates the data communication connectors used.
Describes the cable outlet options for the VMS, such as on extrusion profiles or back plates.
Outlines the intended use of the VMS in public transportation for passenger information.
Illustrates the functional block diagram of the VMS system.
Provides overall product characteristics, conformity, version, and installation type.
Details the case material, fixing methods, and internal access for VMS.
Details the design and construction of the VMS housing for installation and maintenance.
Explains the mounting configuration using female inserts and M8 bolts.
Describes the thermoplastic front masks and their purpose for LED protection and contrast.
Details how to access internal components via the rear cover and self-tapping screws.
Specifies environmental ratings like IP protection, operating temperature, and humidity.
Covers input power supply voltage and electrical protections.
Describes the internal cabling for power and signal connections.
Describes CPU type, diagnostics, brightness sensor, and data communication.
Details matrix type, pictograms, colours, luminance, viewing angles, and control.
Explains the CE nameplate and its importance for identifying serial numbers.
Technical specs for MA/MW 408x512 20px model, including dimensions and matrix details.
Technical specs for MA/MW 400x500 16px model, including dimensions and matrix details.
Technical specs for MA/MW 400x400 8PX model, including dimensions and matrix details.
Technical specs for MA/MW 350x400 24px model, including dimensions and matrix details.
Technical specs for MA/MW 375 16px model, including dimensions and matrix details.
Technical specs for MA/MW 300x375 16px model, including dimensions and matrix details.
Technical specs for MA/MW 275x342 20px model, including dimensions and matrix details.
Technical specs for MA/MW 300x300 24px model, including dimensions and matrix details.
Technical specs for MA/MW 300x300 16px model, including dimensions and matrix details.
Guidelines for safe transportation and storage of the VMS units.
Instructions for mounting and securing the VMS onto its support structure.
Steps for activating the VMS after installation and initial setup.
Recommendation to maintain an activity log for each VMS panel.
Procedures for cleaning the internal and external parts of the VMS.
Guidance on inspecting the VMS housing for deterioration and stability.
Requirement to fill out a maintenance report after completing preventive maintenance.
Information on how to contact Aesys customer service for technical support.
Procedure for safely powering down and reactivating the VMS.
Instructions for replacing modular electrical and electronic components.
Information to help identify and resolve technical problems with the VMS.
Guidance on inspecting the VMS housing after major events.
Troubleshooting steps for when no message is displayed on the VMS.
Troubleshooting steps for partial or incorrect message displays.
Troubleshooting steps for malfunctions other than display issues.
Requirement to fill out a maintenance report after corrective maintenance.
Guidance on identifying components and ordering spare parts using Aesys codes.
General| Response Time | 5ms (typical) |
|---|---|
| Viewing Angle | 170° horizontal, 160° vertical |
| Power Consumption | 35W (typical) |
| Display Size | 19-inch, 22-inch |
| Native Resolution | 1280x1024 (19-inch), 1680x1050 (22-inch) |
| Brightness | 250 cd/m² (typical) |
| Contrast Ratio | 1000:1 (typical) |
| Input Signal | Analog RGB, DVI-D |
| Screen Size | 19-inch, 22-inch |
| Resolution | 1280x1024 (19-inch), 1680x1050 (22-inch) |
| Aspect Ratio | 5:4 (19-inch), 16:10 (22-inch) |
| Input Connectors | DVI-D |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -20°C to 60°C |
