DCS CGT manual Pre-Installation, Standards, AIR Supply & Ventilation, Altitude

Models: CGT

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Pre-Installation

Important:

Safe and satisfactory operation of your equipment depends on its proper installation. Installation must conform to local codes, or in the absence of local codes, with the National Fuel Gas Code, ANSI Z223.1-1988 (or latest edition). The Canadian CAN/CGA-B149.1 Natural Gas Installation code, and CAN / CGA B149.2 Propane installation code.

NOTE: Installation of any gas fired equipment should be perf0rmed by a licensed plumber. A manual gas shut off valve must be installed on the gas supply line ahead of the appliance(s) for safety and ease of future service.

CLEARANCES

The appliance area must be kept free and clear of all combustibles. Adequate clearance must be provided for air openings into the combustion chamber and for proper air supply. This unit is design certified for the following instal- lations:

1.Intended for other use than household use.

2.For installation on a non-combustible floor when equipped with the factory supplied 6adjustable legs or 5cast- ers.

3.With minimum clearance of 6side and 6rear for combustible construction.

STANDARDS

Installation must be planned in accordance with all applicable state and local codes, taking into account the fol- lowing standards (or latest edition).

Ventilating Hood - ANSI/NFPA 96-1984 Fire Detection Thermostat- ANSI/NFPA 72B-1979

Fire Extinguisher (CO2) - ANSI/NFPA 126-1985

Installation in the United States must meet: ANSI Z88.13 1991 (or latest edition) American Gas Association, and NFPA Standards # 96 and # 21-1 National Fire Protection Association.

AIR SUPPLY & VENTILATION

The area around the appliance must be kept clear to avoid any obstructions to the flow of combustion and venti- lation air as well as for ease of maintenance, service, and proper appliance operation. Keep clearance for air openings into the combustion chamber and adequate air supply. Means must be provided to exhaust combustion wastes to the outside of the building.

Air movement should be checked during installation. Strong exhaust fans in this hood or in the overall air condi- tioning system can produce a slight air draft in the room, which can interfere with pilot or burner performance. If pilot or burner problem persist, make-up air openings of baffles may have to be provided in the room.

Filters and drip troughs should be part of any industrial hood, but consult local codes before constructing and installing any hood. The duct system, the exhaust hood, and the filter bank must be cleaned on a regular basis and kept free of grease.

ALTITUDE

The Tandoor input rating (BTU/HR) is for elevations up to 2,000 feet. For elevations above 2,000 feet, the rating should be reduced four percent for each additional 1,000 feet above sea level. The correct orifices are installed if the operating altitude is known at the time of sale.

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DCS CGT manual Pre-Installation, Standards, AIR Supply & Ventilation, Altitude

CGT specifications

DCS CGT, or Digital Combat Simulator Combined Arms Ground Team, represents a significant advancement in military simulation technology and training. This cutting-edge platform is designed to provide realistic and immersive environments for training ground forces, allowing users to experience various combat scenarios with an unparalleled level of detail and authenticity.

One of the main features of DCS CGT is its high-fidelity graphics engine, which offers stunning visuals that accurately depict a variety of terrains and landscapes. From arid deserts to urban environments, the simulation incorporates realistic terrain modeling, weather effects, and dynamic lighting conditions. This enables users to train in environments that closely resemble real-world combat zones, enhancing preparedness and situational awareness.

DCS CGT's technology stack includes advanced physics modeling and AI-driven opponents, making enemy interactions more compelling and life-like. Soldiers in training can expect to encounter smart AI that reacts to player actions, providing an unpredictable adversarial dynamic. This not only boosts the training experience but also encourages more strategic thinking and adaptability among participants.

Human-computer interaction is enhanced through the use of versatile control systems. Users can engage in ground combat using a variety of vehicles and equipment, from armored personnel carriers to tanks. The simulation allows for detailed vehicle handling, weapon systems integration, and communication protocols, ensuring operators gain first-hand experience working with modern military technologies.

DCS CGT also features multiplayer capabilities, enabling users to collaborate or compete against one another in large-scale operations. This aspect fosters teamwork and communication, essential skills for effective ground operations. Additionally, mission customization tools allow trainers to design scenarios tailored to specific objectives or tactical lessons, providing flexibility in training programs.

Another characteristic of DCS CGT is its integration with other DCS modules, allowing joint warfare training scenarios alongside air and naval units. This integration provides a coalesced view of modern warfare environments, where ground forces must work alongside air support and naval assets for mission success.

In conclusion, DCS CGT is a comprehensive training tool that leverages advanced technologies to create a realistic, immersive, and adaptable combat simulation. With high-fidelity graphics, intelligent AI, versatile control systems, and a focus on teamwork, it equips military personnel with the skills and experience necessary for success in today’s complex battlefields.