
electric locomotive DB type 181/184 for transnational operation between Germany and France

electric locomotive DB type 181/184 for transnational operation between Germany and France, LS-models configuration
H0 N XL L M4 
Austrian State Railways ÖBB was first Siemens customer for diesel-electric mainline diesel loco Eurorunner ER 20. Between 2002 and 2011 manufacturer delievered 181 samples to ÖBB and several european private owners. The MTU 16 V 4000 R41 develops 2000 kW and enables the loco to reach a maximum speed of 140 km/h.
F5 enables the heavy load mode: The diesel notch is always one up compared with normal operation. If you want to jump two notches, simply set CV 104 to 170 (instead of 150).
F27 turns on the manual ntoching. Once F28 is on, you can use F28 to notch up and F29 to notch down. F27, F28, and F29 must be turned off to return to normal mode. If F27 is off and you press F28, the prime mover will run to full speed.
F17 will bring the locomotive to full stop. Hide description more…
H0 N XL L M4
H0 N XL L M4 
The 4-12-2 represents the wheel arrangement of four leading wheels, twelve coupled driving wheels, and two trailing wheels. This arrangement was named the Union Pacific type, after the only railroad to use it, the Union Pacific Railroad.
Only one type of locomotive with a 4-12-2 wheel arrangement was built: the Union Pacific Railroad's 9000-series locomotives, 88 of which were built by ALCO between 1926 and 1930. These locomotives were used to increase the speed of freight trains in flat country, and were fairly successful, but were maintenance nightmares, largely because of their use of an inside third cylinder driving the cranked second driving axle between the frames. There was no inside valve gear to worry about, however. ALCO had obtained permission to use the conjugated valve gear invented by Sir Nigel Gresley. This system used two hinged levers connected to the outer cylinder's valves to operate the inner cylinder's valve. The 9000 class locomotives were the largest to use Gresley gear.
In this front view of the same locomotive the third cylinder and the mechanism that controlled it can be seen below the smokebox.
Between 1934 and 1940 eight of the first fifteen locos had their Gresley gear removed and were converted to a "double Walschaerts" valve gear which utilized a double eccentric (return) crank and second link on the right side (similar to the gear Baldwin used on its 3-cylinder experimental compound 4-10-2 #60000), which operated the valve for the inside cylinder. Union Pacific referred to this system as the "third link." The 4-12-2's constructed from 1928 utilized roller bearings in the Gresley lever bearings, thus none of these engines were converted. The pre-1928 engines not converted received the roller bearing levers in 1940, and no further conversions were made.
During design the third and fourth driving axles were planned to be "blind" (flangeless) in order to improve curve handling, but ALCO's lateral motion devices on the first and sixth axles (which allowed the axles to slide up to two inches to the side) made this unnecessary. They had the longest rigid wheelbase in North America, and the longest in the world until the Soviet Union built their 4-14-4 locomotive in 1934. The trailing truck carried the same axle load as the drivers, which was unusual.
There has been debate as to whether the first driving axle of the 4-12-2 was cranked to provide clearance for the main rod connected to the second axle. Union Pacific drawings show no such crank on the first axle, and the Railway Age article says "The 67 in (170 cm) drivers permit the use of a straight axle on the front drivers..." The spacing between the first and second axles was increased by 18 in (46 cm) to provide clearance. Based on the published dimensions, this means at its closest the centerline of the inside rod was 11.645 in (29.58 cm) from the centerline of the first axle. (UP drawings reproduced in Kratville and Bush's "Union Pacific Type" books show the inside rod 113 in (290 cm) long and the first and second driver axles 88 in (220 cm) apart. The inside cylinder axis was inclined 9.5 degrees and was 32 in (81 cm) above the plane of the driving axles at a point 181 in (460 cm) ahead of the second driving axle, so the cylinder axis missed the centerline of the second axle by 1-11/16 inches. The rod centerline is closest to the axle when the crank is 54.49 degrees below horizontal.)
There is one surviving UP 4-12-2 "Union Pacific" type locomotive. It is number 9000 displayed at the Los Angeles County Fairplex in Pomona, CA
Whistles:
CV163=0 UP 844 "Steamboat" - Default
CV163=1 Union Pacific 3-chime steamboat
CV163=2 Steam Whistle 1
CV163=3 SP 4449 Daylight
CV163=4 DRG&W 5 Chime
CV163=5 SOO Line 1003
CV163=6 DL&W 5 Chime
CV163=7 WM 6 Chime
Bells:
CV164=0 Pnuematic Bell 1
CV164=1 Pnuematic Bell 2
CV164=2 Steam Loco Rope Pull Bell
CV164=3 SOO Line 1003 Bell
CV164=4 UP 844 Air Ringer Bell - Default
CV164=5 SP 4449 Bell
CV164=6 DRG&W K27 Bell
Dynamos:
CV165=0 Soo Line 1003 Dynamo
CV165=1 K27 463 Dynamo
CV165=2 SPTriple Dynamo
CV165=3 UP Dual Dynamo
CV165=4 Z27 Dynamo
CV165=5 T16.1 Dynamo
Air Pumps
CV166=0 Cross Compound #1 Soo Line 1003
CV166=1 Cross Compound #2 K27 463
CV166=2 Cross Compound #3 SP 4449
CV166=3 Cross Compound #4UP 844
CV166=4 Single Stage #1 Z27
CV166=5 Single Stage #2 T16.1
The ESU Full Throttle Steam files now include a few new logic features for added operational realism while still leaving you in control of HOW YOU wish to run your locomotive.
Heavy Load: F9 by default.
Similar to the “Drive Hold” button on the Full Throttle Diesel files “Heavy Load” allows you to adjust the “Steam Cut Off Valve” at any speed allowing for a fierce full chuff or drifting with snifters and rod clanks. Heavy load can also act as an offset allowing speed adjustments when engaged if desired.
Coast: F4 by default.
Opposite of “Heavy Load” Coast allows for a negative offset allow drifting sounds of Rods and snifter valves at any speed. You again have the option to hold the speed to adjust the speed with this offset active. Even allowing for an increase of speed with no chuffs as if drifting downhill.
Independent brake: F10 by default
Identical to the Full Throttle Diesel files. This allows for the locomotive to stop more quickly than its regular momentum would normally carry it. This one is pretty self-explanatory – just press the brake and come to a stop! For additional options there are 3 Braking rates that can be set up for user preference.
Articulation: Sound Slot 2
By adding Sound Slot 2 to the F8 Function Mapping and enabling the "Secondary Trigger" (CV250) you can add a second set of drivers making any ESU Steam File articulated.
Function Mappable Air Horn: F21 by default
Sound Slot 21.
Many Steam locomotives had a single chime airhorn equipped. Those modelling SP, MILW, and others can now have this feature and put it where they would like in the function mapping in addition to the whistle.
S0785 - Release Notes
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V-2 R-2:
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- updated independent brake
- updated boiler hiss
V-3 R-3:
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- updated steam chuffs sound slot
V-4 R-4:
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- changed whistle sound slot 3 maximum sound slot speed to 128 Hide description more…
H0 N XL L M4
H0 N XL L M4 
Piko KM ML4000 (SP9001) - 58412 LokSound 5 PluX22
In 1959, the two US railroad companies Denver & Rio Grande Western D&RGW and Southern Pacific SP each ordered three mainline diesel locomotives from the German manufacturer Krauss-Maffei. Contrary to US practice, these six-axle locomotives featured diesel-hydraulic drive technology. The two medium-speed, sixteen-cylinder Maybach MD 870 engines, equipped with exhaust gas turbochargers and intercoolers, each produced 1470 kW at 1585 rpm, the same engines already used in the pre-production locomotives of the DB Class V160. Voith L830rU transmissions, similar to those used in the production V160 locomotives, were installed. The maximum speed was 113 km/h. The two compressors for compressed air generation were US-made Gardner Denver products, driven by the diesel engines and therefore running at excessively high speeds. The fact that the locomotives, considered the most powerful single-frame diesel locomotives in the world at the time, were not destined for lasting success was due to the excessive demands of the dispatchers, who constantly sent the ML4000 out on the line at maximum load. Nevertheless, the six pre-production locomotives were followed by an order for 15 production locomotives with a completely different hood-unit design. SP retired its last Hydraulics locomotives in 1968.
This project is for the PIKO model (KM ML 4000 SP 9001) including all light functions.
These CVs were changed in the SUSI module to make the light functions work:
CV1021=2
CV983=1
CV985=0
CV987=1
CV989=0
CV1021=3
CV983=16
CV987=16
CV1000=64
CV1004=64
CV1021=4
CV982=32
CV986=32
CV1021=7
CV1001=2
CV1005=2
Horn:
F2 – Activates the air horn (5 different horns selectable with CV164 values 0-4)
CV164=0 KM ML 4000
CV164=1 Nathan P-3-R4 (Default)
CV164=2 Nathan P-3
CV164=3 Nathan P-3-R1
CV164=3 Nathan P-3-R2
Brake functions:
F16 – Dynamic braking with brake fan sound. Simulates a downhill run (speed reduction adjustable with CV181 and CV184). The locomotive significantly reduces its speed.
F17 – Brake Function 2: The locomotive brakes slowly to a standstill with brake valve sound.
Heavy Load Operation:
F29 – Activates heavy load operation. Acceleration now takes noticeably longer, and the diesel engine works harder.
Deactivate Brake Sound:
F30 – Deactivates the brake squeal when the train stops. (4 different brake sounds selectable with CV162 values 0-3)
Basis File - S0046 Hide description more…
H0 N XL L M4 If you download the designated file, you agree to be legally bound by the license given above.