R142 (New York City Subway Car)
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R142 (New York City Subway Car)
The R142 is the first successful model class of the newest generation or new technology (NTT) A Division cars for the New York City Subway. It was built by Bombardier Transportation in La Pocatière, Quebec, Canada and Barre, Vermont, U.S. with final assembly performed at Plattsburgh, New York, from 1999 to 2003. There are 880 cars numbered 6301–7180 and another 150 cars numbered 1101–1250, for a total of 1,030 cars, all arranged as five-car sets. Together with the R142As, they replaced the Redbird trains, including the R26, R28, R29, R33, R33S, and R36. The R142s and R142As are the first New York City Subway cars to feature recorded announcements. The first R142s were delivered on November 16, 1999, though they initially experienced minor issues that were reported while undergoing testing. Following the completion of non-revenue service testing, the R142s were placed into revenue service on July 10, 2000 as part of its 30-day revenue acceptance test. After successful ...
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2 (New York City Subway Service)
The 2 Seventh Avenue Express is a rapid transit service in the A Division of the New York City Subway. Its route emblem, or "bullet", is colored since it uses the IRT Broadway–Seventh Avenue Line through most of Manhattan. The 2 operates at all times between 241st Street in Wakefield, Bronx, and Flatbush Avenue–Brooklyn College in Flatbush, Brooklyn; limited rush hour service in the reverse-peak direction originates and terminates at New Lots Avenue in East New York, Brooklyn instead of Flatbush Avenue. Daytime service makes express stops in Manhattan and all stops elsewhere; late night service makes all stops. Historically, 2 trains have also run to Crown Heights–Utica Avenue or New Lots Avenue. They ran exclusively on the IRT New Lots Line until 1983, when the 2 was routed to Flatbush Avenue. This is still the case with some rush-hour trains, albeit just to New Lots Avenue. Service history Early history The first section of what became the current 2 entered ...
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Contact Shoe
Electric current collectors are used by trolleybuses, trams, electric locomotives or EMUs to carry electrical power from overhead lines, electrical third rails, or ground-level power supplies to the electrical equipment of the vehicles. Those for overhead wires are roof-mounted devices, those for rails are mounted on the bogies. Typically, electric current connectors have one or more spring-loaded arms that press a collector or contact shoe against the rail or overhead wire. As the vehicle moves, the contact shoe slides along the wire or rail to draw the electricity needed to run the vehicle's motor. The current collector arms are electrically conductive but mounted insulated on the vehicle's roof, side or base. An insulated cable connects the collector with the switch, transformer or motor. The steel rails of the tracks act as the electrical return. Electric vehicles that collect their current from an overhead line system use different forms of one- or two-arm pantograph ...
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East 180th Street Yard
The New York City Transit Authority operates a total of 24 rail yards for the New York City Subway system, and one for the Staten Island Railway. There are 10 active A Division yards and 11 active B Division yards, two of which are shared between divisions for storage and car washing. In addition, there is one yard for the Staten Island Railway and three non-revenue (Maintenance of Way, or MoW) Division-independent yards. Many of the system's yards are used for off-peak storage, whereas some have inspection facilities where basic routine maintenance is carried out. Of these yards, rolling stock are assigned to seven A Division yards and seven B Division yards. Within the yards are 14 maintenance facilities, whereas two yards (207th Street and Coney Island) perform major overhaul and car rebuilding work. A Division yards The A Division's yards consist of the 239th Street, 240th Street, Corona, East 180th Street, Jerome, Livonia, and Westchester maintenance yards, plus three oth ...
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239th Street Yard
The New York City Transit Authority operates a total of 24 rail yards for the New York City Subway system, and one for the Staten Island Railway. There are 10 active A Division yards and 11 active B Division yards, two of which are shared between divisions for storage and car washing. In addition, there is one yard for the Staten Island Railway and three non-revenue (Maintenance of Way, or MoW) Division-independent yards. Many of the system's yards are used for off-peak storage, whereas some have inspection facilities where basic routine maintenance is carried out. Of these yards, rolling stock are assigned to seven A Division yards and seven B Division yards. Within the yards are 14 maintenance facilities, whereas two yards (207th Street and Coney Island) perform major overhaul and car rebuilding work. A Division yards The A Division's yards consist of the 239th Street, 240th Street, Corona, East 180th Street, Jerome, Livonia, and Westchester maintenance yards, plus three oth ...
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R33S (New York City Subway Car)
The R33S (also known as R33 World's Fair or R33WF) was a New York City Subway car that was built by St. Louis Car Company in 1963 for the IRT A Division. They were purchased for service on the IRT Flushing Line ( 7 and trains), which was the closest line to the 1964 New York World's Fair. A total of 40 cars were built, arranged as single cars. While in regular service, each R33S was coupled to five two-car consists of R36 cars to make 11-car trains for the 7 and routes. The R33S fleet entered service on September 26, 1963, and was originally painted in a light blue turquoise "Bluebird" scheme. The fleet was overhauled in the mid-1980s, during which the cars were painted red, leading to the nickname " Redbirds". The R33S fleet was replaced in the early 2000s with the delivery of the R142 and R142A cars, with the last train of R33S and R36s running on November 3, 2003. After being retired, some R33S cars were preserved, but most were kept for work service; many of the work ...
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R33 (New York City Subway Car)
The R33 was a New York City Subway car model that was built by St. Louis Car Company in 1962 and 1963. The cars are a "follow-up" or supplemental stock for the A Division's R29s and closely resemble them. The cars were also referred to as R33MLs (R33 Main Line) to distinguish them from the R33S's. A total of 500 cars were built, numbered 8806–9305, and arranged in pairs. The R33s entered service on November 15, 1962, and were the first A Division fleet to be retrofitted with air conditioning, being retrofitted between 1972 and 1982. The R33 fleet was overhauled between 1987 and 1991. The R33s were replaced in the early 2000s with the delivery of the R142 and R142A cars, with the last train running on April 20, 2003. After being retired, most R33s were sunk into the ocean as artificial reefs, but several cars have survived. Description The R33s were numbered 8806–9305. The cars were referred to as R33MLs (R33 Main Line) to distinguish them from the R33S's. The R33s a ...
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R29 (New York City Subway Car)
The R29 was a New York City Subway car model built by the St. Louis Car Company in 1962 for the IRT A Division. A total of 236 cars were built, arranged in married pairs. The R29s entered service on April 28, 1962, and received air conditioning by 1982. The fleet was rebuilt by Morrison–Knudsen between 1985 and 1987. The R29s were replaced in 2001 & 2002 with the delivery of the R142 and R142A cars, with the last train running on October 24, 2002. After being retired, most R29s were sunk into the ocean as artificial reefs, but two cars have survived. Description The R29s were numbered 8570–8805. Between 1985 and 1987, the R29s were overhauled under contract ''R99''. Therefore, the cars are also known as R99s in their post-overhaul state. The R29s are very similar to appearance to the R26s and R28s, with the exceptions that they were built by a different company and permanently paired with link bars (instead of couplers). The R29s were split into two sub groups: * Car ...
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R28 (New York City Subway Car)
The R28 was a New York City Subway car model built by American Car and Foundry (ACF) from 1960 to 1961. The cars were a "follow-up" or supplemental stock for the A Division's R26s and closely resemble them. The average car cost per R28 was $114,495. A total of 100 cars were built, arranged in married pairs. The R28s entered service in late-1960 and received air conditioning by 1982. The fleet was rebuilt by Morrison–Knudsen between 1985 and 1987. The R28s were replaced in 2001 & 2002 with the delivery of the R142 and R142A cars with the last train running on October 7, 2002. After being retired, most R28s were sunk into the ocean as artificial reefs, but four cars have survived. Description The R28s were numbered 7860–7959. They were the second order of cars to not be built with operating cabs at both ends after the R26s. They were also the last passenger cars built by ACF, with the closure of the Berwick assembly plant following the delivery of the final cars delivered in ...
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R142A (New York City Subway Car)
The R142A is the second order of new technology cars (NTTs) for the A Division of the New York City Subway. These cars were built by Kawasaki Heavy Industries in the U.S. at Yonkers, New York and Lincoln, Nebraska, and in Japan at Kobe, Hyōgo. They replaced the Redbird trains, including the R26, R28, R29, R33, R33S, and R36. The R142A fleet initially comprised 600 cars, arranged as five-car units. The first R142As were delivered on December 20, 1999. The cars initially experienced minor issues while undergoing testing, but entered service on July 10, 2000, as part of its 30-day revenue acceptance test. After successful completion, the cars entered revenue service by November 2, 2000. The fleet initially ran on the and services of the IRT Lexington Avenue Line. The R142As, along with the R142s, are the first New York City Subway cars to feature recorded announcements. In 2011–2016, 380 cars (7211–7590) were retrofitted with communications-based train control (C ...
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Barre (town), Vermont
Barre ( ) is a New England town, town in Washington County, Vermont, Washington County, Vermont, United States. The population was 7,923 at the 2020 census, making it the 3rd largest municipality in Washington County, Vermont, Washington County and the 16th largest municipality in Vermont. Popularly referred to as "Barre Town", the town of Barre almost completely surrounds "Barre, Vermont (city), Barre City", which is a separate municipality. The original town now known as Barre was first chartered in 1780 as the Town of Wildersburgh. In 1793 the name Wildersburgh was unpopular with the inhabitants and the name of the town was changed to Barre. In 1895 the City of Barre was incorporated and separated from the town of Barre, and both continue to exist as separate municipalities. Geography According to the United States Census Bureau, the town has a total area of 30.7 square miles (79.5 km2), of which 30.6 square miles (79.4 km2) is land and 0.1 square mile ...
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A Division (New York City Subway)
The A Division, also known as the IRT Division, is a division of the New York City Subway, consisting of the lines operated with services designated by numbers ( 1, 2, 3, 4, 5, 6, 7) and the 42nd Street Shuttle. These lines and services were operated by the Interborough Rapid Transit Company before the 1940 city takeover. A Division cars are narrower, shorter, and lighter than those of the B Division, measuring . List of lines The following lines are part of the A Division (services shown in parentheses; lines with colors next to them are trunk lines): * IRT 42nd Street Shuttle () * IRT Broadway–Seventh Avenue Line () *IRT Dyre Avenue Line () *IRT Eastern Parkway Line () * IRT Flushing Line () *IRT Jerome Avenue Line () *IRT Lenox Avenue Line () * IRT Lexington Avenue Line () *IRT New Lots Line () *IRT Nostrand Avenue Line () *IRT Pelham Line () *IRT White Plains Road Line () Service history Numbers were assigned to subway services in 1948: The 42nd Street Shuttle and ...
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Train Stop
Part of a railway signalling system, a train stop, trip stop or tripcock (sometimes called a tripper) is a train protection device that automatically stops a train if it attempts to pass a signal when the signal aspect and operating rules prohibit such movement, or (in some applications) if it attempts to pass at an excessive speed. Basic operation The train stop system comprises two basic components. One is the trip arm mechanism, mounted on the ground adjacent to the rail, which essentially consists of a spring-loaded arm connected to an electric motor (or pneumatic cylinder in electro-pneumatic systems). The other is the train-mounted trip cock, which is connected either directly or electrically to the train's braking system. The trip arm is raised automatically whenever a train should be brought to a halt. When the signalling system determines it is safe for the train to proceed, the motor drives the trip arm down to the lowered position. The spring ensures that the t ...
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