Can we take a moment to appreciate the torque these 3-phase induction motors are putting out in order for the wheel to slip despite all the weight on top ?
More like take a moment to appreciate how much the control software restricts the torque to prevent the wheels slipping, as opposed to DC traction motors which let rip when they lose traction.
This is actually quite fascinating to watch. Despite an incredible amount of torque available to the wheels. It doesn't lack precision/control. Unlike back in the day when a steam locomotive had massive torque as well, but feathering like this wasn't an option. "GROUND'er hard today didn't ya? Left a new mark in the rail, sucks for the next guy to get stuck in it!"
@@KarolOfGutovo true it is why steam engines were filled with pipes, to controll the flow of steam. But controlling it precisely took an incredible amount of skill, especially since there was no camera screen to watch the wheels with.
@@crackasaurus_rox9740 all depends on how they're run! Look into the US rail industry some and you'll see it's not the trains themselves that are the problem. I'd be happy to provide you with resources.
Hope they build one of these new fangled "train roads" through my town, will certainly bring economic growth what with all them fancy iron wheels and carts and whatnot.
Yeah, I mean it seemed pretty easy to me. Its kind of difficult to get sand under the driver when its standing still. Once it got moving at all it was a done deal.
Apparently all Siemens have that distinctive whine, there are a few subways from the eighties still going here in Buenos Aires, as a kid I loved that sound when the train started moving, first the violin like whine and then fans starting up, for cooling I assume. These cars where made here by Fiat - Materfer, with electrics by AEG and traction by Siemens
You might want to check out the Taurus locomotives from Siemens, they have an interesting electrical circuit for driving their motors that produces a toneladder, a false one, but still, a toneladder.
@@rainbowrailroadcrossing7798 Washing machine motors are, probably not 3-phase, because some kind of pulse-modulation used on single-pole motors (our Zanussi one is using carbon brushes and only 1 coil) has already increased their efficiency so much compared to the old days. When our first Zanussi (from the 80's) broke, and we had to buy something else, we were astonished seeing that new machine being capable of 1200 rpm for final rinse, as opposed to the 300rpm the old Zanussi did and we thought that was fast. That washing machine broke down once and we had it serviced, and the person who replaced a PCB in it made it run through a test program in which it would so all parts of most programs supershort, including final spin. Since it was not actually filled with laundry however, it didn't have to find out if it was balanced well enough, so it made a low, aggressive sounding humming sound and spun up stupidly fast as if listening to a big industrial 3-phase motor being started. That one eventually broke down in a different way and the manufacturer made sure that part was unrepairable (broken bearing) and we got a new one. We now have a Zanussi again, which has final spin at 1400 rpm. When there is laundry inside and the balance is good, it sometimes also does it's first check spin and when it notices nothing to be out of balance enough for it to go into final spin immediately, it makes this same low humming sound only to keep it at 400-500 rpm, and then make a screeching sound and takes off right up to 1400rpm. It's pretty impressive what single phase motors can do these days due to the technological advancements made in engine control. Elevators probably are running at three phase yes, but usually use a big reduction gearbox. As for electric bicycle motors: not sure what they use, just like washing machines, it's much easier to get a very controlled amount of power out of single-coil/single phase motors these days, and I feel a three-phase type of setup, no matter how easy it is to make three-phase out of single-phase power feels a bit overkill and unnecessarily complicated for something like an electric bicycle.
@@rupamsaha2289they throw burst of sand to the rails so that the train can get some traction since its metal to metal contact, the fascinating thing about this whole situation is how something so small like a handful of sand can help so much to move all those tons of weight. Btw im not an expert by any means, but i did my research :)
@@adammeaders248 because there is no way to throw sand under the wheels when its stationary, when it starts moving a tiny bit then the sand helps to get that grip needed
As a freight driver in the UK, this looks like its more of a case of the driver pulling away before the brakes have fully released on the rear of the train. Vectron's are amazing machines, no doubt about it!
The noise is from the variable frequency drive supplying power to the electric motors. This is similar to the hum you hear from some electrical appliances. In this case, when starting from a stop, the main frequency is very low, but the "carrier" frequency is pretty high. You hear the carrier frequency. This is similar to how an AM radio works, although there, you hear the lower frequency. The VFD allows the motor to supply full torque at any speed.(yes I know that's untrue, but for most people its fine)
Put into perspective, it's pretty impressive how little contact the wheels have with the sleepers, and that it's metal to metal, that it manages to get forward at all considering how much weight it has to haul.
I think you mean "rails". Sleepers are what maintain the gap between the rails (4 ft, 8.5 inches if they're "Standard Gauge") The point you're making is right, tiny contact patch shifting a big load
That is exactly the reason why transportation on railroads is so energy efficient. In the street/rubber tyre system of trucks on roads, you lose much energy just by deformation of the tires.
@@samuellourenco1050 they have enough power to spin, spinning on rails is no bueno though as you can put divots into the rails. You’re just seeing a very delicate application of power that was just enough to get the train moving.
That is why there is a sand-applicator aboard to have it put on the tracks to increase grip in case if that is needed. Useful on wet tracks, iced tracks.
In the steam days that was common. You couldn't really throttle a steam engine and this resulted in Grove on difficult tracks that only got worse so the next train got stuck in the same palce...
From an article online: Siemens' modern engines produce up to 4,200 horsepower, and the generator can turn this into almost 4,700 amps of electrical current. The drive motors use this electricity to generate around 60,000 lb-ft of torque. There is also a secondary diesel engine and generator to provide electrical power for the rest of the train. This generator is called the head-end power unit, producing between 500 and 700 kilowatts (kW) of electrical power.
@@michael931 Wow! That’s awesome!!! Thanks for the info. I just got back from The Sacramento, CA Train Museum. It’s incredible to see the old steam locomotives and then to see this on here. We have come a long way.
@@michael931 Edit because I'm stupid. I was looking for the Siemens Taurus, which is an entirely electirc engine, didn't read the title and was confused why you were speaking of Diesel. However, the absolute beast named Taurus has impressive 10.000 horsepower.
Depends on where in Europe the Vectron is used. In Germany, Austria (and I believe Switzerland too, but not sure) it can pull up to 600A from the 15kV, 16 2/3 Hz overhead wire.
More than 50% comments are - "what is that thing coming out of pipe?(i.e. sand). So TH-cam should modify the software a bit & show this comment with number of people ( making that comment). This will save repeating the same question say, 300 times. 😊
From my engineering student days, I recall hearing that the coefficient of static friction is greater than the coefficient of dynamic friction. In fact, a slight amount of slip (~15%) was optimum.
Why does the traction motor make that distinctive sound? I noticed you can hear a really loud version of that same sound on German ICE high speed trains when they are moving slowly too.
I don't know about the "BWAAAAAM" at 0:39, but the high pitched whine is a motor controller, likely a Variable Frequency Drive. There are a few different ways to work it out (PWM for DC, synchronous DC and asynchronous AC), but basically what you're hearing is pulses of electricity, delivered by high power semiconductors (think transistors on steroids), changing the voltage/current going through the motor. This is needed because motors draw more current at standstill than when rotating. When spinning, they act as generators and push back against the voltage supplied (back-EMF). Each motor has unique features, but most have torque-current relationships that are fairly close to linear, especially older motors, meaning the slower they spin, the more torque they produce and the more current they draw. They also tend to have peak power at 50% "no load RPM". So if your motor is producing 100Nm at peak power (half speed) drawing 100A, when locked up (not moving) it will probably draw around 200A. Since the output power is 0 (mechanical power = rpm x torque), 100% of the power will become heat. A VFD (or other motor controller) allows you to knock back the voltage delivered to the motor, so if the above values were taken at 100V, it could run a 50% duty cycle at stand-still to only push 100A through the motor, then bump up the voltage as the train gets moving to prevent melting the motor.
Cuthbert Nibbles , very good to know how much current and voltage that the train generator produces . I'm an electronic tech myself , I work on guitar tube amps or solid state . So I have to work with high voltage all the time . Upwards of 800 volts sits on the plates of many of the tubes that are in these amps. But trains are something that captured my interest. Just amazed how much power they can produce.
@@CuthbertNibbles The drive wheel moves at the limit of adhesion to the rail. "BWAAAAM" is sometimes created in locomotives with modern three-phase drives.
From Steam to semi-conductors. Seeing the motor control unit allowing a small slip is a feast of engineering. A closed loop system following an algorythm, reading the actual movement of the train, compare it to wheel speed, and output just enough electrical impulses on the motor to achieve the desired amount of torque selected by the operator. All this in milliseconds. Humans are ingenious for good things and sadly bad things too.
they could do the same thing as was done building the IORE locomotives in Kassel - thich steel plate in the body and especially heavy boogies. The IORE was built for 30 metric ton of axle load which means that it wasn't really possible to transport them to Luleå in an assembled shape - they were delivered with unmotorized delivery boogies.
I think a locomotive like the Stadler EuroDual would be more successful in North America. Six axles and the ability to run on Diesel as well, e.g. on yards or non elecrified branches
@@georgobergfell Not enough power and no established manufacturing capable of producing and servicing enough units would stand in the way. Siemens is also currently developing a dual mode locomotive based on the Vectron, which has already been purchased by Amtrak.
Try doing this with a steam loco or early diesel. Wheel slip early locos was not recommended as control was difficult. The Siemens system allows a small percentage
@@Master10k2 There's hardly something more simple, cheap and effective to gain some grip on wet steel. No reason to change it. There's a lot less need for it these days thanks to massive improvements in electronic antislip controls but sometimes you need that little extra grip. The use of sand is usually prohibited over switches except in emergencies as it can cause wear as it mixes with grease for the mechanisms.
The Siemens traction motor's sound like the Siemens S70 light rail. The Siemens SD160 has a little bit of the hum while in regenerative braking from the braking resistors on the roof. But the DC traction motor's of the Siemens SD100 are quiet. More blower noise than motor hum.
can someone explain the liquid jet? looks like a modern version of throwing sand on tracks to increase traction. I'm guessing water would make things slide more, so it's some sort of adhesive? or is it just coolant? Wheels didn't seem to spin fast enough to warrant coolant usage for the tracks.
@@Studio23Media I thought it had to do with a rating since he said “rated torque” honestly it still seems like his comment has a little tiny bit to do with the manufacturer published rating at this time. I get what he was trying to say was a general comment, but then how would you describe the torque accurately, I believe with a unit of measurement, the rating. You are correct about the physics involved thanks, I do understand the torque output curve.
![[GoPro] Тележка пассажирского вагона 68-4095 / Passenger car bogie 68-4095](/img/n.gif)
Can we take a moment to appreciate the torque these 3-phase induction motors are putting out in order for the wheel to slip despite all the weight on top ?
That has to be at least 50 Nm.
More like take a moment to appreciate how much the control software restricts the torque to prevent the wheels slipping, as opposed to DC traction motors which let rip when they lose traction.
This train has a maximum power output of 6.4 Megawatts and a max torque of 300 KN so it's quite powerful for a 90ton class train
@@MiG21aholic We can (and we do) also control DC motors to avoid slip.
@@JeanLucCoulon nowhere near as effective as this (American locos anyway)
Vectron engineer #1: Can you call the conductor?
Vectron engineer #2: Why?
Vectron engineer #1: We need more violinists...
I never knew I will see a 🎻 joke here 😭
Just wait until you hear the motors shifting gears...
@@user2C47 be quiet
Looool
@@user2C47 I see what you did there. 😅
This is actually quite fascinating to watch. Despite an incredible amount of torque available to the wheels. It doesn't lack precision/control. Unlike back in the day when a steam locomotive had massive torque as well, but feathering like this wasn't an option. "GROUND'er hard today didn't ya? Left a new mark in the rail, sucks for the next guy to get stuck in it!"
Modern diesel electrics can slip like that. That traction control was very effective.
@@michael931Well, that is because the drive is, like you said - electric :D No difference at the wheels to a fully electric train.
Steam could be feathered. Not quite as precisely as electric, but you could control the throttle more than just on/off.
@@KarolOfGutovo true it is why steam engines were filled with pipes, to controll the flow of steam. But controlling it precisely took an incredible amount of skill, especially since there was no camera screen to watch the wheels with.
Pretty sure you could have seen the wheels jusf by looking outside or feeling it.
I think these train things are a great idea and will probably catch on as an efficient transportation system. It's something to consider investing in.
lol
They're really not. Dedicated transport lanes are not used in most cases because they are inefficient in most cases.
@@crackasaurus_rox9740 all depends on how they're run! Look into the US rail industry some and you'll see it's not the trains themselves that are the problem. I'd be happy to provide you with resources.
They're _very_ efficient - in fact, I think only ships are more efficient in terms of cargo. Unfortunately they are also very expensive to build out.
Hope they build one of these new fangled "train roads" through my town, will certainly bring economic growth what with all them fancy iron wheels and carts and whatnot.
Very impressive, the Vectron handled that amazingly well.
@@Izziana PRAISE BE TO VECTRON
Yeah, I mean it seemed pretty easy to me. Its kind of difficult to get sand under the driver when its standing still. Once it got moving at all it was a done deal.
Hail Vectron.
This didn't look like struggling. I'd consider calling it a struggle when it takes more than 15 minutes to get the train on the go.
LOL
Apparently all Siemens have that distinctive whine, there are a few subways from the eighties still going here in Buenos Aires, as a kid I loved that sound when the train started moving, first the violin like whine and then fans starting up, for cooling I assume. These cars where made here by Fiat - Materfer, with electrics by AEG and traction by Siemens
The BART trains in the San Francisco bay area sound pretty similar as well
@@Demonslayer20111 becouse they are siemens eurosprinters with a diffrent front
Cool! Seems like lot of roller coaster motors,washing machine motors, elevator lift motors, electric bike motors are 3 phase too
You might want to check out the Taurus locomotives from Siemens, they have an interesting electrical circuit for driving their motors that produces a toneladder, a false one, but still, a toneladder.
@@rainbowrailroadcrossing7798 Washing machine motors are, probably not 3-phase, because some kind of pulse-modulation used on single-pole motors (our Zanussi one is using carbon brushes and only 1 coil) has already increased their efficiency so much compared to the old days.
When our first Zanussi (from the 80's) broke, and we had to buy something else, we were astonished seeing that new machine being capable of 1200 rpm for final rinse, as opposed to the 300rpm the old Zanussi did and we thought that was fast.
That washing machine broke down once and we had it serviced, and the person who replaced a PCB in it made it run through a test program in which it would so all parts of most programs supershort, including final spin.
Since it was not actually filled with laundry however, it didn't have to find out if it was balanced well enough, so it made a low, aggressive sounding humming sound and spun up stupidly fast as if listening to a big industrial 3-phase motor being started.
That one eventually broke down in a different way and the manufacturer made sure that part was unrepairable (broken bearing) and we got a new one. We now have a Zanussi again, which has final spin at 1400 rpm.
When there is laundry inside and the balance is good, it sometimes also does it's first check spin and when it notices nothing to be out of balance enough for it to go into final spin immediately, it makes this same low humming sound only to keep it at 400-500 rpm, and then make a screeching sound and takes off right up to 1400rpm. It's pretty impressive what single phase motors can do these days due to the technological advancements made in engine control.
Elevators probably are running at three phase yes, but usually use a big reduction gearbox.
As for electric bicycle motors: not sure what they use, just like washing machines, it's much easier to get a very controlled amount of power out of single-coil/single phase motors these days, and I feel a three-phase type of setup, no matter how easy it is to make three-phase out of single-phase power feels a bit overkill and unnecessarily complicated for something like an electric bicycle.
I have no words to explain how much I love this, I love trains, and especially their wheels
LOL
Reminds me of ASDF movie
"I like trains"
I love trains and their wheels too. Infact next time i am at rail tracks i will put my penis on the tracks to give the trains more traction.
That's some weird fetish to have... but hey my bible doesn't ban it so whatever floats ya boat
Praise Vectron!
Gotta love the sounds these units make.
The ice express makes that sound
The S-Bahn Hannover makes similar sounds, feels like home hearing it
The U-Bahn HK subways or The Amtrak Siemens ACS-64, or the Bombardier 1800’s on the MBTA redline
@@jordanfgfox7237ah yes, Intercity-Express-Express. also, no, they don't, it's different sounds
kinda sounded like a little song when it was trying to find grip
The sand perfectly placed on the tracks is amazing
Can you please tell what was that? And why was that used?
@@rupamsaha2289they throw burst of sand to the rails so that the train can get some traction since its metal to metal contact, the fascinating thing about this whole situation is how something so small like a handful of sand can help so much to move all those tons of weight.
Btw im not an expert by any means, but i did my research :)
@@MichelOcampo thanks bro ❤️, that's interesting tho , how that small amount of sand can provide intense grip .
@@MichelOcampo why it threw the sand AFTER it got moving is my question. Kind pointless at that point I think.
@@adammeaders248 because there is no way to throw sand under the wheels when its stationary, when it starts moving a tiny bit then the sand helps to get that grip needed
As a freight driver in the UK, this looks like its more of a case of the driver pulling away before the brakes have fully released on the rear of the train. Vectron's are amazing machines, no doubt about it!
The noise is from the variable frequency drive supplying power to the electric motors. This is similar to the hum you hear from some electrical appliances. In this case, when starting from a stop, the main frequency is very low, but the "carrier" frequency is pretty high. You hear the carrier frequency. This is similar to how an AM radio works, although there, you hear the lower frequency. The VFD allows the motor to supply full torque at any speed.(yes I know that's untrue, but for most people its fine)
i called VVVF
Using sand to give the wheels more traction.
Thanks mate. Was wondering about that thing poured into the tracks. Never knew of the existence of such a dedicated mechanism.
Yep sand we used that in the coal mines for our man trip locomotive to gain traction
My train simulator game actually has sand that I use 🤣
До 10 км/ч - нельзя песок давать
0:43 u can see how spray water with sand on the rail.
Very cool, thank you! I get a warm fuzzy feeling watching railway technology videos like this haha
This is not good
Put into perspective, it's pretty impressive how little contact the wheels have with the sleepers, and that it's metal to metal, that it manages to get forward at all considering how much weight it has to haul.
I think you mean "rails".
Sleepers are what maintain the gap between the rails (4 ft, 8.5 inches if they're "Standard Gauge")
The point you're making is right, tiny contact patch shifting a big load
That is exactly the reason why transportation on railroads is so energy efficient. In the street/rubber tyre system of trucks on roads, you lose much energy just by deformation of the tires.
The contact patch is only about the size of a penny I believe
The motors are so underpowered that there was hardly any wheel slip.
@@samuellourenco1050 they have enough power to spin, spinning on rails is no bueno though as you can put divots into the rails. You’re just seeing a very delicate application of power that was just enough to get the train moving.
hats off to cameramen hanging so nicely
It’s shiey, not him
@@howado Did you just assume it's gender ?
Fascinating - perhaps I have too much time on my hands but I really enjoyed watching this!
Styx - Too much time on my hands.
2 min 40 sec should be feasible for everyone if you consider how people throw away their freetime with more pointless activities
0:30 is one epic e-guitar rift 🎸
Amazing engineering feat to tame that much power and carefully control the traction for each axis individually.
First bit i was screaming to put sand down, but was so satisfied when the operator did
you need to drive a few centemeter befor the sand works if you are standin still the sand gives a bigger obstical to climb
@@hmcredfed1836 yes, but slippage can be avoided
Amazing! I thought the sounds from an ACS-64 was cool and it’s also built by Siemens too
Also let's take a moment to appreciate the fact the wheels are still working well inspite being very thin. (likely needed fresh wheels soon after)
AJR: Worlds smallest violin
Meanwhile Siemens Vectron: 🎻🎻🎻
シーメンス社って本当いい音出す
日本では引退しちゃったけど今でも大好きです！
Engineer 🧑🔧: How much torque do you have and at which RPM??
6,400kW Induction Motor🚆: Yes
No burn outs here , gotta love the traction control
May the power of Vectron bring prosperity to your house!
I thank you, by Vectron’s kindly claw.
That is why there is a sand-applicator aboard to have it put on the tracks to increase grip in case if that is needed. Useful on wet tracks, iced tracks.
My bicycle does the same thing on gravel. I just let off on the pedal to gain traction. 😂
Never thought I’d see a train do a burn out
In the steam days that was common.
You couldn't really throttle a steam engine and this resulted in Grove on difficult tracks that only got worse so the next train got stuck in the same palce...
I wonder how many amps that draws? Also, the sand drop system is pretty cool.
From an article online: Siemens' modern engines produce up to 4,200 horsepower, and the generator can turn this into almost 4,700 amps of electrical current. The drive motors use this electricity to generate around 60,000 lb-ft of torque. There is also a secondary diesel engine and generator to provide electrical power for the rest of the train. This generator is called the head-end power unit, producing between 500 and 700 kilowatts (kW) of electrical power.
@@michael931 Wow! That’s awesome!!! Thanks for the info. I just got back from The Sacramento, CA Train Museum. It’s incredible to see the old steam locomotives and then to see this on here. We have come a long way.
@@michael931 Edit because I'm stupid. I was looking for the Siemens Taurus, which is an entirely electirc engine, didn't read the title and was confused why you were speaking of Diesel. However, the absolute beast named Taurus has impressive 10.000 horsepower.
Depends on where in Europe the Vectron is used. In Germany, Austria (and I believe Switzerland too, but not sure) it can pull up to 600A from the 15kV, 16 2/3 Hz overhead wire.
@@MrMarci878 Wow!
This was so satisfying to watch!
Great video. ☺
I don't know enough to say that that was impressive, but it definitely seemed impressive. :)
Very neat.
Nice View Under the Verctron Greetings From Germany
Nice informative video. Thanks
👏👑🏆🚅🚅🚄🚄☕🌴🌴💞👍👍
Powerfull Motor , I Feel That Power .I Love Locomative .
BELLISSIMO VIDEO!!
More than 50% comments are - "what is that thing coming out of pipe?(i.e. sand). So TH-cam should modify the software a bit & show this comment with number of people ( making that comment). This will save repeating the same question say, 300 times. 😊
This was awesome, thanks.
¡ Excelente vídeo de la
locomotora Siemens Vectron !
That motor sounded like my washing machine motor at the end.
Wow loved the pouring of the sand. First time seeing it.
Constant torque constantly... very COoL
From my engineering student days, I recall hearing that the coefficient of static friction is greater than the coefficient of dynamic friction. In fact, a slight amount of slip (~15%) was optimum.
Very nice traction motor sounds
The Vectron Sounds Like my Lego City Train when its battery is Out😂😂😂
Fine play with legoa
@@xlncy haha
Why does the traction motor make that distinctive sound? I noticed you can hear a really loud version of that same sound on German ICE high speed trains when they are moving slowly too.
I don't know about the "BWAAAAAM" at 0:39, but the high pitched whine is a motor controller, likely a Variable Frequency Drive. There are a few different ways to work it out (PWM for DC, synchronous DC and asynchronous AC), but basically what you're hearing is pulses of electricity, delivered by high power semiconductors (think transistors on steroids), changing the voltage/current going through the motor.
This is needed because motors draw more current at standstill than when rotating. When spinning, they act as generators and push back against the voltage supplied (back-EMF). Each motor has unique features, but most have torque-current relationships that are fairly close to linear, especially older motors, meaning the slower they spin, the more torque they produce and the more current they draw. They also tend to have peak power at 50% "no load RPM". So if your motor is producing 100Nm at peak power (half speed) drawing 100A, when locked up (not moving) it will probably draw around 200A. Since the output power is 0 (mechanical power = rpm x torque), 100% of the power will become heat. A VFD (or other motor controller) allows you to knock back the voltage delivered to the motor, so if the above values were taken at 100V, it could run a 50% duty cycle at stand-still to only push 100A through the motor, then bump up the voltage as the train gets moving to prevent melting the motor.
@@CuthbertNibbles interesting
Cuthbert Nibbles , very good to know how much current and voltage that the train generator produces . I'm an electronic tech myself , I work on guitar tube amps or solid state . So I have to work with high voltage all the time . Upwards of 800 volts sits on the plates of many of the tubes that are in these amps. But trains are something that captured my interest. Just amazed how much power they can produce.
@@CuthbertNibbles The drive wheel moves at the limit of adhesion to the rail. "BWAAAAM" is sometimes created in locomotives with modern three-phase drives.
@@dennismundt7378 This "BWAAAAM"-sound is a wheelslip
From Steam to semi-conductors. Seeing the motor control unit allowing a small slip is a feast of engineering. A closed loop system following an algorythm, reading the actual movement of the train, compare it to wheel speed, and output just enough electrical impulses on the motor to achieve the desired amount of torque selected by the operator. All this in milliseconds. Humans are ingenious for good things and sadly bad things too.
I'd love to see Siemens make heavy freight electrics for America.
Would certainly be interesting. It's a shame we no longer have an electrified mainline like the Milwaukee Road.
I'd imagine they'd just keep the same Vectron design and either add weight or make it a double unit, since tractive effort would be the biggest issue.
they could do the same thing as was done building the IORE locomotives in Kassel - thich steel plate in the body and especially heavy boogies.
The IORE was built for 30 metric ton of axle load which means that it wasn't really possible to transport them to Luleå in an assembled shape - they were delivered with unmotorized delivery boogies.
I think a locomotive like the Stadler EuroDual would be more successful in North America. Six axles and the ability to run on Diesel as well, e.g. on yards or non elecrified branches
@@georgobergfell
Not enough power and no established manufacturing capable of producing and servicing enough units would stand in the way. Siemens is also currently developing a dual mode locomotive based on the Vectron, which has already been purchased by Amtrak.
Try doing this with a steam loco or early diesel. Wheel slip early locos was not recommended as control was difficult. The Siemens system allows a small percentage
Hail Vectron!
Nice video 👌
Greetings from Poland
Greetings from Asia
Great Power of Siemens!
Siemens is an old phone company right?
th-cam.com/video/icTrzUuWlHI/w-d-xo.html
@@xlncy Siemens is one of the worlds leading company in engeneering
We have the brake rotors and pads and shock absorbers in our storage... Its all massive
By Vectron's mighty claw!
Love the sand coming out
when rush hour hits the wheels
Cool sounds.
Opel Vectron with problems in the curves?
That's one thin rim ! They condemn wheels before or after the witness grove ?!
I love the primitive sand-dribbler in front of such a modern machines wheels. Does it have one for reverse too? How big is the sand hopper?
I was surprised to see that since I knew old steam locomotives had Sand Domes but didn't know they still used Sand to this day.
@@Master10k2 about 600 pounds for each end I believe. They have two bins, each holds 60 cubic feet of sand.
@@Master10k2 There's hardly something more simple, cheap and effective to gain some grip on wet steel. No reason to change it. There's a lot less need for it these days thanks to massive improvements in electronic antislip controls but sometimes you need that little extra grip.
The use of sand is usually prohibited over switches except in emergencies as it can cause wear as it mixes with grease for the mechanisms.
@@SimpleMechanic931 kilogrammes and cubic metres. . .
Depends on type and how many cars are there
Nice violin played by the loco.
A little train burnout.So impressive tho,It is incredible that the wheel glides despite so much weight.
You can tell this is a European locomotive because it actually has modern brakes on it.
thats because these locos are lighter and generate less heat then heavy electric locomotives.
You can tell this is a European locomotive because it says "F A G" on it.
Just look at those wheelburns on the rail head!😮
The Siemens traction motor's sound like the Siemens S70 light rail. The Siemens SD160 has a little bit of the hum while in regenerative braking from the braking resistors on the roof. But the DC traction motor's of the Siemens SD100 are quiet. More blower noise than motor hum.
just wondering why they putting the sand on after already moving without issue and not at the start? isnt that what its for?
If more traction is required, the operator should start sand _before_ starting, not _after._
Whats the thing spittin out goop on the rail called and whats it for?
This IGBTs serenade...
Sounds like old Škoda thyristor control on trolleybuses and Tatra trams :)
What is coming out if that nozzle?
can someone explain the liquid jet? looks like a modern version of throwing sand on tracks to increase traction. I'm guessing water would make things slide more, so it's some sort of adhesive? or is it just coolant? Wheels didn't seem to spin fast enough to warrant coolant usage for the tracks.
It is sand. No liquid.
Whats the fluid sprayed on the track?
When it slowed down sounded like my washing machine
great view of the sand
Good amount of grooving in the wheel brake discs.
Awesome!
Visceral. Nice
The beginning kinda sounded like thunderstruck 😂
Excellent👍💯
This is the inherent problem of frictional adhesion when you introduce burnished metal to metal components.
BY VECTRON'S HOLY BEARD!
Good traction control
what exact model is this?
A very interesting thing about torque as I understand it is that electric motors have 100% of their rated torque from a dead stop.
Yup.
Most of it, never trust a rating
@@jdmtechllc6589 What OP stated has nothing to do with the specific rating. Electric motors have near instant torque because of the physics involved.
yes but not the power since power is torque x rpm.
@@Studio23Media I thought it had to do with a rating since he said “rated torque” honestly it still seems like his comment has a little tiny bit to do with the manufacturer published rating at this time. I get what he was trying to say was a general comment, but then how would you describe the torque accurately, I believe with a unit of measurement, the rating. You are correct about the physics involved thanks, I do understand the torque output curve.
Mesmerising
Not seeing any struggle, but very nice correct function.
Bravo....👍
This looks crazy
Super video. Likes
Subscrito
What's that being sprayed on the wheels?
Good job vectron!
I always thought that using sand to increase grip was a smart idea
Flange resistance can be a bit of a bitch sometimes lol.
Damn right
I'm always surprised trains get as much traction as they do under any circumstances.
What is that spraying on the tracks , and what is it spraying??
Sehr interessant, zeigt die Realität
What is the stuff being poured onto the track in front of the train wheel? Is that for grip or something?
its Sand, it helps with getting better grip between steel track and steel wheel