Air Traffic Control Simulator (Atc Simulator)

Air Traffic Control Simulator (Atc Simulator)

Application
Air traffic simulator (ATC Simulator) is a sophisticated software program designed to replicate the real-world operations and challenges of air traffic control. It provides a realistic and immersive environment for training and learning purposes.
The primary use of air traffic control radar simulator is to train and educate aspiring air traffic controllers. It provides a safe and controlled platform for students to practice their skills, decision-making and communication skills in a simulated environment before entering the actual control tower. Simulators help students familiarize themselves with procedures and protocols, improve situational awareness, and enhance their ability to handle high-pressure situations.

Description

Description
The Air Traffic Control Simulator (Atc Simulator) is a tower and radar integrated air traffic control simulation and training system trusted by military organizations worldwide. The system is built on more than 30 years of experience understanding the human element of the air traffic control training background and air traffic control environment, a team that includes many former air traffic controllers, and extensive feedback from our extensive global customer base, with a high emphasis on the human element. Today's Atc Simulator offers a comprehensive set of training and simulation capabilities

Design
  • The consoles are designed for round-the-clock duty of the personnel, and with regard to up-to-dateaesthetic,ergonomic,and hygienic requirements.
  • The consoles  are designed in a sectional approach, which enables additional extensionof sections to arrange several workstations, or for overall backup of the equipment. A line of consolesmay be designed for large ATC rooms.
  • Lighting of various illumination intensity, internal noise insulation, electrical wiring, and internalmandatory ventilation are provided for each console.
  • The console desks are made of wearproof plastic to provide industrial robust design and wear resistancefor a long time.
  • Various displaving systems, communication means, controls, and other equipment complving withinternational standards may be built in the consoles. lt is possible to make 1g" pockets for frequentlyused devices instead of faceplates.
  • The consoles for non-radar control may be provided with removable flight progress strip boards
  • Modular approach to the console design allows manufacturing equipment on a custom-design base.to suit the existing architecture of spaces. Dimensions may be changed on customer's demand. Theconsole design is constantly developing depending on industrial standards of built-in equipment andwork place ergonomics,and operator feed-back.
 
Specification Version 4 Version 5
Number of sections 3,4  3-5
Number of places for  displays installation 4 5
Dimensions: WxDxH,mm 2176×1336 x2080*(4 sections)  2805×1250×2160*(5 sections)
Number of places for  built-in units 19"(4U) Lighting: 12  15
number of the main lamps 1  2
number of the desk lamps 2  2
range of brightness control,% Power supply: 0...100  0...100
operating voltage for the main power supply (AC),V 220±10%
total power of connected
equipment,W maximum
3500  3500(for one subunit)
operating voltage for emer-
gency power supply (DC),V
27±10%
Weight, kg maximum 450  350