Installation and Wiring

3.Thread the cables on the back of the panel either through the wall cutout (if the cables are being routed through the wall).

4.Supporting the monitor with both hands, slide the Monitor Bracket (arrow side up) into the Surface Bracket holes and slide it down until it snaps into place.

Monitor Bracket

Surface Mount Bracket

 

 

Monitor Bracket

FIG. 17 Attaching the panel (with Monitor Bracket) to the Surface Mount Bracket (on surface/wall)

Do not plug in the power cord to the Power Adapter at this time. Power is supplied after the entire system is wired together. Refer to the Connecting the MultiMedia Components section on page 20 for powering procedures.

Wiring the AXB-TPI/3

The AXB-TPI/3 can either use a 4-pin AXlink connector for power and data or a 2-pin PWR connector from a PSN6.5 to directly supply power. When trying to provide power through the 4-pin AXlink, if the distance between the AXB-TPI/3 and the Central Controller exceeds the power consumption limits, you must connect an optional 12 VDC power supply to the 2-pin PWR connector.

Do not connect power to the TPI/3 until wiring is complete. If you are using a 12 VDC power supply, apply power to the TPI/3 only after installation is complete.

Preparing captive wires

You will need a wire stripper and flat-blade screwdriver to prepare and connect the captive wires.

Never pre-tin wires for compression-type connections.

1.Strip 0.25 inch (6.35 mm) of insulation off all wires.

2.Insert each wire into the appropriate opening on the connector, according to the wiring diagrams and connector types described in this section.

 

18

VTM-D15/A 15" MultiMedia Touch Panel Systems

 

 

 

Page 22
Image 22
AMX VTM-D15/A instruction manual Wiring the AXB-TPI/3, Preparing captive wires

VTM-D15/A specifications

The AMX VTM-D15/A is a next-generation armored vehicle designed for versatility and adaptability in modern combat scenarios. Developed to meet the evolving demands of modern military operations, it embodies advanced technologies and exceptional characteristics that make it a standout choice for armed forces worldwide.

At the heart of the AMX VTM-D15/A is its robust chassis, designed to withstand harsh terrains and explosive devices. The vehicle boasts a well-protected hull using advanced composite materials and ballistic plating, ensuring crew safety in hostile environments. It can be fitted with reactive armor systems that enhance protection against projectiles and anti-tank missiles.

The VTM-D15/A features a powerful engine that provides high mobility across various landscapes, capable of reaching speeds of up to 100 km/h on flat terrain. Its off-road capabilities are complemented by a sophisticated suspension system that allows for excellent maneuverability in rugged conditions. The vehicle is also equipped with all-terrain tires, further enhancing stability and traction.

One of the remarkable aspects of the AMX VTM-D15/A is its modular design that allows for quick configuration changes between various combat roles. This adaptability permits the integration of different weapon systems, including machine guns and anti-tank guided missiles, that can be rapidly mounted or dismounted as per operational requirements.

The vehicle's advanced battlefield management system improves situational awareness, allowing for real-time data sharing and communication with other units. It is equipped with state-of-the-art sensors and reconnaissance tools, ensuring that it can gather intelligence and operate effectively in diverse combat environments.

Moreover, the AMX VTM-D15/A emphasizes crew comfort and ergonomics, featuring a spacious interior designed for extended missions. The vehicle's climate control systems and noise-reduction technologies significantly enhance crew endurance and focus in prolonged operations.

In a world where military operations are increasingly dynamic, the AMX VTM-D15/A stands out as a versatile, powerful, and technologically advanced armored vehicle. Its combination of protection, mobility, and adaptability ensures that it can meet a wide array of mission requirements, making it a vital asset in modern military arsenals.