AMX TX-CT5 instruction manual Computer, Slides, CD-I Player

Page 9

Using the TX-CT5

VCR

1.To access an optional feature, press ALT,

2.Then, choose one of the following number buttons and press ENTER:

4Tracking up

5Tracking down

6Reset counter

7Clear

9 Text display on/off

CD-I Player

To control the CD-I mouse, use the buttons labeled in yellow. Then, press one of the eight outer number buttons (1 – 4 or 6 – 9). Select from four mouse speeds.

5 increases mouse speed while 0 decreases it.

To activate CD-I functions:

!Press the right button (ENTER) or the left button (CLEAR) to activate the first CD- I function button.

!Press the right button (FRAME) or the left button (CHAPTER) to activate the second CD-I function button.

Computer

To control the CD-I mouse, use the buttons labeled in yellow. Then, press one of the eight outer number buttons (1 – 4 or 6 – 9). For information on the Speed and how to activate functions refer to the CD-I Player subsection.

Slides

To control video slide projectors and still video players, use the following buttons::

PLAY (slides on)

STOP (slides off)

PAUSE (still video standby)

FFWD (zoom in)

REV (zoom out)

FWD (forward)

REV (reverse)

TX-CT5 Classroom Transmitter

5

 

 

 

 

Image 9
Contents TX-CT5 AMX Limited Warranty and Disclaimer Table of Contents Table of Contents Product Information Setting the IR FrequencyProduct Information Local Mode Using the TX-CT5Media Mode Television ControlSystem Media Control Office, Security, or Media Center ControlCalls MotionComputer SlidesCD-I Player AMX reserves

TX-CT5 specifications

The AMX TX-CT5, an advanced tactical vehicle, represents a significant advancement in military ground mobility and operational capability. Engineered for versatile applications, this platform combines cutting-edge technologies with robust design to meet modern battlefield demands.

At the heart of the TX-CT5 is its powerful propulsion system. The vehicle is equipped with a high-performance engine that provides impressive horsepower and torque, enabling it to navigate diverse terrains with ease. Its all-wheel-drive capability ensures optimal traction in challenging environments, while an advanced suspension system enhances stability and comfort for crew members during operations.

The TX-CT5 features a modular design, allowing for adaptability in various mission profiles. This flexibility is evident in its payload capacity, which accommodates a range of equipment and weapon systems. The vehicle can be configured for roles such as troop transport, command and control, reconnaissance, or logistics support, making it a valuable asset in joint and combined operations.

One of the standout characteristics of the TX-CT5 is its state-of-the-art defensive systems. The vehicle is armored to withstand ballistic threats and shrapnel, providing enhanced protection for crew members. Active protection systems are also integrated to counter incoming projectiles, ensuring survivability in high-threat environments.

Technologically, the TX-CT5 is equipped with advanced communication and navigation systems. This includes secure, real-time data-sharing capabilities that facilitate coordination among units. The integration of GPS and inertial navigation systems allows for precise positioning, essential for situational awareness and mission planning.

Moreover, the TX-CT5 is designed for ease of maintenance, featuring modular components that simplify repairs and reduce downtime. This aspect is critical for military operations, where reliability and readiness are paramount.

In terms of operational range, the TX-CT5 boasts an impressive fuel efficiency, extending its operational envelope without frequent refueling stops. This extends the vehicle's endurance on missions, allowing it to operate further from support bases.

Ultimately, the AMX TX-CT5 stands as a testament to modern military engineering, embodying versatility, protection, and advanced technology. As armed forces around the globe evolve their capabilities, the TX-CT5 is positioned to play a crucial role in future operations, meeting the demands of contemporary warfare while ensuring crew safety and mission success.