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Demonstration of material conditions of readiness system Segregation to prevent a ship from damage in the United States.
A training film depicts the segregation of vital systems of a ship to prevent it from damage in the United States. Animation depicts a naval ship with different compartments. Different vital systems for the ship's operation. Demonstration of material conditions of readiness system Segregation. A digram represents first Firemain system that is the Loop system used on larger navy ships and another diagram represents Single Line system used on small navy ships. Eight separate pumps on the ship. Valves on the ship. Seven valves are XRAY (X) . Four YOKE (Y) valves on the ship. Two ZEBRA (Z) valves secured on the ship to divide the loops in different systems. In Single Line a ZEBRA valve segregate the fire system in two independent systems.
Labeling of different material conditions of readiness on a navy ship to prevent it from damage in the United States.
A training film depicts the procedure by which material conditions of readiness are put into effect in the United States. Animation shows different conditions of readiness that are XRAY, YOKE and ZEBRA. Personnel at work in the Damage Control Center. A ship at a dock. XRAY fittings on a door and on a hatch. Animation depicts a ship divided into separate compartments. Secured XRAY valves on the ship. The ship underway. Personnel at the Control Center. A Commanding Officer gives an order of YOKE to a personnel. The hand of a personnel writing into a book. A YOKE door, a hatch and a scuttle. A personnel speaks into a phone. He tightens up the hatch. A personnel at the center keeps a record. . He tightens up the hatch and reports to the center. Animation shows XRAY and YOKE valves. Different material conditions of readiness.
Labeling of doors, hatches, scuttles and valves according to conditions to prevent them from damage in the United States.
A training film depicts the procedure by which material conditions of readiness are put into effect in the United States. Personnel at work in the Damage Control Center. An alarm rings. A personnel on a ship puts material conditions of readiness ZEBRA fittings. Men secure valves, doors , hatches and scuttles with ZEBRA condition. A battle station compartment. Battle crew secures all ZEBRA fittings. A man checks a list. A crew member speaks over a radio and reports to the Damage Control Center. A personnel at the Damage Control Center reports to a Commanding officer about the secured fittings. Animation depicts different water tight compartments in the ship. YOKE and XRAY valves. Division of pumps by two ZEBRA valves. Three main material conditions of readiness YOKE, XRAY and ZEBRA encircled. A circled XRAY door. A circled YOKE hatch. A crew member secures a YOKE hatch after he uses it. A circled ZEBRA hatch. A 'Z ' on fittings. A ' W' label on the controls. A XRAY secured door. The naval ship underway.
Setting up of water pipe boundaries to drain water from flooded compartments of a ship in the United States.
A training film titled 'Unwatering Flooded Compartments' depicts different methods used for removing water from flooded compartments in ships in the United States. A ship underway in a sea. Smoke comes out from the ship. The ship sinks. Animation depicts compartments in the ship. Flooded compartments. Water moves into different compartments. Setting up of water pipe boundaries. The water is taken out through holes and a drainage system.
Different kinds of equipment used for unwatering flooded compartments of ships and their usage in the United States.
A training film titled 'Unwatering Flooded Compartments' depicts different methods and equipment used for removing water from flooded compartments in ships in the United States. Animation depicts two kinds of unwatering equipment -- permanently installed drainage equipment, and auxiliary portable equipment and their usage. Steam or air driven reciprocating pumps. Motor driven centrifugal pumps. Eductors installed in drainage pumps. A personnel turns a valve. Another personl operates a remote equipment control board. Animations depicts different kinds of drainage systems. Total installed capacity of the drainage system. Water comes out from a hole in the ship.
Working of a portable electric submersible pump used for removing water from a flooded ship compartment in the United States.
A training film depicts different types of portable pumping equipment, their capabilities, applications, limitations and workings used for removing water from flooded compartments of a ship in the United States. Portable pumping equipment on a ship include a D-500 pump, a portable electric submersible pump, eductors and buckets. The portable electric submersible pump is handled by two men. Animation depicts the working of the pump. A man connects a hose line to the pump. He puts the pump in a wire stainer basket. A man operates an overboard discharge connection. A man attaches the hose to the discharge connection. He closes the switch. The water comes out from the hose. Three men on the deck work with the pump. The limitations of the pump. Men attach a hose to the pump and put it in a basket. A flooded compartment and a pump put in the compartment to remove water.
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