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Detroit Diesel and MTU jointly developed the 2000 and 4000 series, with Detroit Diesel leading development of the 2000 and MTU leading the 4000, each of which are named for the per-cylinder displacement in cm 3. [17] Like the Series 149, the 4000 comes in 8V-, 12V-, 16V-, and 20V- configurations.
Generators must provide the anticipated power required reliably and without damage and this is achieved by the manufacturer giving one or more ratings to a specific generator set model. A specific model of a generator operated as a standby generator may only need to operate for a few hours per year, but the same model operated as a prime power ...
For AC-operated devices (e.g. coaxial cable, loudspeakers), there may even be two power ratings, a maximum (peak) power rating and an average power rating. [5] [6] For such devices, the peak power rating usually specifies the low frequency or pulse energy, while the average power rating limits high-frequency operation. [5]
2001: MTU Motoren- und Turbinen-Union Friedrichshafen GmbH is renamed MTU Friedrichshafen GmbH. 2005 : In late 2005, the DaimlerChrysler Off-Highway business unit, including MTU Friedrichshafen and the Off-Highway division of Detroit Diesel Corporation , is sold to the Swedish financial investor EQT AB .
The EuroPowerPack is the combination of the MTU MT883 Ka-500/501 diesel engine delivering over 1100 kW (1500 PS) shaft power with the ten-speed (five forward, five reverse) Renk HSWL 295TM automatic transmission for the use in heavy tracked vehicles like tanks.
Class 73/9, one MTU 8V 4000 R43L engine [1] Class 168, Class 170 and Class 171: MTU 6R 183TD series (one per car) Class 172: MTU 6H1800R83 (one per car) Class 195 and Class 196: MTU 6H1800R85L (one per car) Class 43s: MTU 16V4000 R41R widely installed in early 2000s, replacing original Paxman Valenta engines.
The rotor of a turbo generator is a non-salient pole type usually with two poles. [5] The normal speed of a turbo generator is 1500 or 3000 rpm with four or two poles at 50 Hz (1800 or 3600 rpm with four or two poles at 60 Hz). The rotating parts of a turbo generator are subjected to high mechanical stresses because of the high operation speed.
By feeding adjustable frequency AC power to the field windings, the magnetic field can be made to rotate, allowing variation in motor or generator speed. This is useful, for instance, for generators used in wind turbines. [1] Additionally, DFIG-based wind turbines offer the ability to control active and reactive power. [2] [3]
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