Programming the Delta System

Adding Delay to IR Commands

On the Select Source Type screen, users have the option to add a “delay” to each IR command learned for the specified source (FIG. 36). A delay is sometimes necessary when the preceding remote command has an extended string or if it takes a small amount of time to “process” the command before the next one is recognized.

When Delay is selected, the Delay Programming screen is displayed, with .2 sec as the default delay. A delay of 0 – 2 seconds can be added in 1/10 increments.

In the example shown in FIG. 36, the DVD player is assigned as Source #2. The source number and the profile assignment could be any of your chosen sources when using this feature.

The timing increments for the delay are adjusted from the navigation button array on the front of the Delta Controller. Once the delay entry is complete, press the center button to return to the Select Source Type screen.

FIG. 36 Adding Delay to IR Commands

The delay will be sent with each IR command as it is issued from keypads, LCD keypads, remotes, i- Control, etc. The delay can be changed as many times as necessary, without having to re-learn any of the IR commands.

Labeling a Source

On the Select Source Type screen, users have the option to add change the Source Type Label for each Source Type (FIG. 37). When Label is selected, the 1st letter in the Source Type label will begin flashing and then you enter the label you want for the source component one character at a time. This operates just as the labeling custom commands did on the previous page.

Delta Series Audio Controllers

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AMX Delta Series manual Adding Delay to IR Commands, Labeling a Source
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Delta Series specifications

The AMX Delta Series represents a significant advancement in the realm of aviation and military aircraft, embodying a fusion of cutting-edge technology and innovative design. This series is particularly notable for its versatility and adaptability, making it a valuable asset for various operational scenarios from air-to-air combat to ground support missions.

One of the standout features of the AMX Delta Series is its advanced avionics suite. The integration of digital fly-by-wire technology enhances maneuverability and stability while allowing for safer operations in extreme conditions. Pilots benefit from sophisticated cockpit systems that provide real-time data, enabling them to make informed decisions rapidly. The enhanced situational awareness is further supported by multi-functional displays that present vital information in an intuitive format.

Performance-wise, the AMX Delta is powered by high-thrust engines that ensure superior speed and agility. Its aerodynamic design reduces drag and increases fuel efficiency, allowing for extended missions without the need for frequent refueling. The aircraft’s thrust vectoring capabilities also contribute to its exceptional maneuverability, enabling high angles of attack and rapid directional changes.

Another key aspect of the AMX Delta Series is its multi-role capability. This aircraft can be configured for a variety of missions including reconnaissance, ground attack, and electronic warfare. The modular design allows for the quick adaptation and integration of different weapons systems and equipment, ensuring that the aircraft can respond to diverse threats efficiently.

In terms of stealth features, the AMX Delta incorporates materials and shapes that minimize radar cross-section. This stealth technology provides a tactical advantage by reducing the likelihood of detection in hostile environments. Coupled with advanced electronic warfare systems, the aircraft can effectively disrupt enemy radar and communications.

Additionally, the AMX Delta Series emphasizes maintainability, with components designed for easy access and quick repairs. This focus on operational readiness ensures that the aircraft can be repaired swiftly in the field, reducing downtime and increasing mission availability.

Overall, the AMX Delta Series is a testament to modern aerospace engineering, blending state-of-the-art technology with practical design principles. Its combination of advanced avionics, exceptional performance, multi-role flexibility, and maintainability makes it a formidable presence in both military and aerospace sectors, prepared to meet the challenges of contemporary warfare.
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