Programming The Mio R-3

Send_Commands (Cont.)

SLEEP

This command can be used if a sleep time other than 3, 6, 9, or 12 seconds is

Set the Sleep timer or put the

desired.

remote to sleep immediately.

Syntax:

 

SLEEP

 

Forces keypad to turn backlight off.

 

SLEEP-#

 

Sets sleep time.

 

Variables:

 

• # = 0 - 60 in seconds; time to wait before going to sleep.

 

Example:

 

SLEEP-45

 

Sets the sleep timer to 45 seconds. After 45 seconds of inactivity, the remote

 

will go to sleep.

 

SEND_COMMAND panel,"'SLEEP'"

 

Force the keypad to go to sleep.

 

 

@SSL

Syntax:

Sends a string to the master

"'@SSL-<new text>'"

upon going to sleep

Variables:

 

 

• new text = 1 - 20 ASCII characters. Default string is SLEEP.

 

Example:

 

SEND_COMMAND Panel,"'@SSL-KeyPad Sleep'"

 

Sends the string " KeyPad Sleep'" to the master at time of sleep.

 

 

@SST

Syntax:

Sends a string to the master

"'@SST-<new text>'"

upon start up

Variables:

 

 

• new text = 1 - 20 ASCII characters. Default string is STARTUP.

 

Example:

 

SEND_COMMAND Panel,"'@SST-Panel Start'"

 

Sends the string " Panel Start " to the master at time of start up.

 

 

@SWK

Syntax:

Sends a string to the master

"'@SWK-<new text>'"

upon wakeup

Variables:

 

 

• new text = 1 - 20 ASCII characters. Default string is WAKEUP.

 

Example:

 

SEND_COMMAND Panel,"'@SWK-Wake KeyPad"

 

Sends the string " Wake KeyPad " to the master at time of wake up.

 

 

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Mio Modero R-3 Remote

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Image 28
AMX R-3 manual Sleep, Sendcommand Panel,@SST-Panel Start

R-3 specifications

The AMX R-3 is an advanced armored vehicle that represents a significant step forward in military technology and design, primarily aimed at enhancing battlefield capabilities for modern armed forces. This vehicle's features combine mobility, firepower, and protection, making it a versatile asset in various combat scenarios.

One of the standout characteristics of the AMX R-3 is its mobility. Built on a rugged chassis, it is equipped with a powerful engine that allows for rapid movement across diverse terrains, including urban environments and rough landscapes. This mobility is crucial in modern warfare where speed can often dictate the outcome of engagements. The vehicle's suspension system is designed to absorb shocks from uneven surfaces, providing a stable platform for its crew and equipment.

In terms of firepower, the AMX R-3 is armed with a sophisticated weaponry suite. It typically features a main armament of a high-caliber cannon capable of engaging both armored and soft targets. Additionally, secondary armaments, including machine guns and anti-aircraft systems, are often integrated to provide comprehensive defense. The vehicle's advanced targeting systems enhance its accuracy and effectiveness, allowing for precision strikes in high-pressure situations.

Protection is another critical aspect of the AMX R-3. The vehicle is constructed using advanced composite materials that offer superior ballistic resistance while maintaining a relatively light weight. Furthermore, it is equipped with active protection systems to detect and neutralize incoming threats, such as rockets and anti-tank guided missiles. This multi-layered defensive approach ensures the safety of the crew and extends the vehicle's operational life on the battlefield.

Technologically, the AMX R-3 incorporates cutting-edge systems for communication and navigation. An integrated battle management system keeps the crew informed about the battlefield dynamics in real-time, facilitating better coordination with other units. The vehicle also features advanced sensor suites that enhance situational awareness, enabling it to detect threats and targets from a distance.

Overall, the AMX R-3 is a formidable addition to any military's fleet. Its combination of mobility, firepower, and protection, along with advanced technological systems, makes it well-suited for modern warfare conditions. As armed forces continue to adapt to evolving threats, the AMX R-3 stands as a symbol of innovation and effectiveness in armored vehicle design.