This was like watching James Stewart fire up the Phoenix (c'mon girl, c'mon). I'm not an enthusiast by any stretch, but these beasties used to keep me awake on a warm summer night and on 'til early morning. Not because they were annoying, but because the sound was so addictive, and the station is a good half mile away. Took me ages to nail down which loco was responsible, and without youtube I couldn't have done it. So great to hear that sound again! 5 stars from me.
This video is one of, if not the best cold start of these trains on youtube.. it has everything. that cold lifeless cranking, building heat, then firing, with fireworks and an awesome sound.
To clarify further: English Electric engines don't have cylinder pre-heaters, unlike German engines of the time that were used in some other locos. This is why they have trouble starting from cold, as effectively the starter motor is used to heat the cylinders enough to let one or two of them fire. The "hunting" at cold idle is probably due to the cold governor being sluggish to react - this runs off the engine oil which is still very cold. Once warmed up, it all behaves normally.
@joha77johaa The idle governor on these things gets its data from the oil pressure; as the oil is cold and thick the pressure is higher than normal so the governor think it's revving faster than it really is. So it cuts the engine back. Then of course the pressure drops so it revs up again - and cuts it back - and revs it up and so on. All settles down as the oil warms up
@3DPeter Hi Peter, This engine is definitely not worn out at all, it has not long ago been fully rebuilt. It is only smoking like this because of the excess fuel that has built up in the exhaust system. When this does finally burn it does so very inefficiently but the smoke soon clears once all cylinders are firing. If it was burning oil in the way you say, it would run away with catastrophic consequences. So dont make ill researched comments about something people have worked very hard on.
@rechelieu Well said! In any case no diesel would start at Siberian temperatures. They are fitted with block heaters to make sure they start at all, they do that in Canada as well I believe. The engine in the class 40 when running hot and set up correctly are very clean burning engines. The emergency supply for the Post Office Tower in London uses three 16SVT engines and they are not allowed to emit smoke at all!
Benjamin Hill, Some British locos take ages to start now because they don't have engine pre-heaters fitted. They were designed to be in use most of the time and never cooled down to the temperatures they are started from now in preservation. When in regular service they start on the button with ease. This loco is a Class 40 and has an English Electric 16SVT MKII engine fitted. It is a 2000hp engine and has 16 cylinders all of which are 15.445 Litres displacement. In US terminology that's 942 cu in per cylinder. Not easy to start from dead cold.
To give you an idea on how long technology takes to catch up to today's standards EMD/Progress Rail finally has a tier 4 compliant engine they can sell. The old 2 stroke 710G class engine wouldn't pass tier 4 standards without after exhaust treatment. EMD didn't want to use that system so they had to design with Caterpillar a new locomotive engine EMD's first 4 stroke engine. EMD used the same basic two stroke platform since 1939 and went progressively like this Each engine model is the cubic inch displacement per cylinder 567 in v-6 thru v-16 idle 275 rpm to 800-900 rpm 645 v-8 -12 -16 v-20 710 series v-12 to v-20 rated max was 5000 hp New SD70ACe-T4 rated at 4400 hp with the new 1010 4 stroke engine multiple turbos 1010 cubic inches per cylinder NO After engine exhaust treatment required. Max rpm is 1000 Long live the two stroke engine the two stroke is dead. EMD will continue to make parts for all the 2 strokes they made As that is really their core business PARTS is profit.
How common is the fire ball at 2:38? I am JUST getting into sound in DCC. These videos make me want to get a similar loco to have sounds like these for startup! I wonder if I could have two schemes in the decoder, one for a cold engine and one for a warm engine ;)
@joha77johaa: An answer to your question. Because it was so cold, the throttle was opened slightly to allow the fuel to flow through the engine better. Because of this sudden change, the engine builds up the revs and looses them again as the power is overloaded, and so the process repeats. The engine run fines in idle, and many british locos have a similar fault when started in cold conditions.
@Rainhill1829 - The fire bell rings like a fire bell in a building would. If there's a fire in the engine room, the bell would ring. The bell usually tinkles a few times when the engine starts because of how everything is wired up, but when the engine is constantly being turned to get it fired up, the bell is still being rung as part of the starting circuit.
Love this startup. Each engine is distinct and depends on cylinder/injector condition. What little heat is in the atmosphere is compressed into a small space, raising the temperature to ignite as much atomized fuel as is present. The best cylinder injector combo starts this off and hopefully others will lend help as pressure seals off the rings and cylinder heat builds from cranking. The motorman holds back on the fuel rack to prevent too much fuel from cooling things off.
remember we use to work them coupled in multi to a class 25 we use to call them combo's then you would see some shite come out of them when you fired them up :-D
he was starting that up wrong battery switch in then key in select engine only wait for priming pumps to stop then turn her over why she took so long to start think that driver needs revision on that traction ;-)
@joha77johaa The governors these old engines use are controlled by oil pressure. When the engine is cold the oil is thick, this causes the governor to be slow in reacting to the change in crankshaft speed and consequently to adjust the fuel rack to obtain a smooth idle. When the oil warms up and becomes thinner, the governor can control the fuel rack quicker and so get a smooth idle.
The bell sounds as a warning to make sure no one has a naked flame anywhere near the loco at start up. All that white stuff you see coming out of the exhaust ports before the engine fires is Diesel vapour and air. Do I need to explain the hazard further?
A class 40 has 16 cylinders, each with a 10" bore, hardly the size of a coffee table. It's an English Electric 12SVT (Turbocharged V aligned Traction unit). Trust me, I work voluntarily as a fitter on 40012 ;-)
@canellenac "The origins of the Class 40 fleet lay in the prototype diesel locomotives (Types D16/1 ordered by the London, Midland and Scottish Railway and British Railways and D16/2 ordered by British Railways between 1947 and 1954) and most notably with the Southern Region locomotive No. 10203, which was powered by English Electric's 16SVT MkII engine developing 2,000 bhp (1,460 kW). The bogie design and power train of 10203 was used almost un-changed on the first ten production Class 40."
Does newer locos have some kind of engine preheater to assist cold starts? For the first 30 seconds of cranking it's only vaporising diesel fuel, then one cylinder starts to work... one of sixteen!
In any case you need the priming pump to get oil pressure to the engine governor to open the fuel racks. No point turning over the engine and draining the batteries until there is oil pressure at the governor (and of course all the bearings). Note that whilst the engine is turning the battery volts are low so the priming pump runs slowly with low pressure to the governor. Wise folk waited until they heard the oil pressure switch click out at full pressure before they pressed the start button
@MihalisNavara Makes perfect sence. While prime-ing ( or engine purging) raw fuel makes its way into the exaust manifold... when the power cell is not burning the fuel, it becomes waist and ignights aft of the power stroke causing a spontainious igition... Physics at its best. Great feed back. I Love to learn.
None, all withdrawn in the late 70's / early 80's. Some are preserved and two, including this one, are passed for use on the main line hauling railtours.
@gw4pjq Greetings from U.S. Yes, American locs might not be the best lookers, but their beauty is not to be questioned. I love them! That power is hypnotizing sometimes. And I fell in love with these old Brit locs. I enjoy listening looking at them as well.
@singletrackmatt Before the cylinders fire up, the diesel is forced to the exhaust by the piston. When it gets in contact with the frozen exhaust pipe, it becomes liquid again. (Exactly the same happens with cold cola cans and steam). When the cylinders fire up at last, there is already much diesel concentrated in the exhaust pipes. The fire from the cylinders ignite it and that΄s why we see the fire.
Great vid, loving all the comments re the engine should have this and that yet I`d guess most of the people that have made such comments dont realize that the engine design goes way back to the 1940s with the 16SVT Mk1 that was in LMS 10000 and most of the technology hadnt been thought of back then
This type (Class 40) was well known for the whistling sound of the turbochargers at idle. And as a diesel-electric, it does have a governor as part of the main control gear - the other half of which is the load regulator which adjusts the generator field strength.
There is something beautiful about these old English diesels. They are not the pretties looking locos but they have a character. I love looking at them. American locos are not the prettiest either, but who said they need to be pretty. Nice engine.
How long do these engines typically have to run before you can move the loco? do they have to be warmed up or can you go for the direct thrash straight after start up ?
years later.....by start up do you mean self sustaining ei, start motor not being used, or running on all cylinders?....self sustaining was at 1:15......running on all cylinders probably took another 2 minutes afterbthe video ended....
Almost sounds like an Alco, it certainly smokes like one' A query if I may, I noticed that the loco has four exhaust stacks; does it have four turbo-chargers?
This engine could really use a valve rework and adjustment (Exhaust valves are worn). Nearly all exhaust valves lose lots of compression (The hissing sound when the starting motor turns the motor with lots of smoke and no combustion) Since these motors are even in perfect condition low on compression rate and hence end-of-compression-temperatures every bar (PSI) counts
Glowplugs. No not a silly question but a good idea........ until you consider the size of this engine. Each cylinder is 10 inches in diameter with a stroke of 12 inches and there are 16 cylinders. Because the cylinders are so big there is a "pocket" of well insulated hot air in the cylinder so unlike a small engine it will fire eventually. Remember when these were in revenue earning service they were kept in warmer engine sheds. Also cold air is denser so that will compensate for the "cold".
@joha77johaa This behavior is quite common in many different diesel engines. When the lube oil is cold, the governor is a bit "sticky" letting the revs build up a bit too much before it reacts and then letting the revs to drop too much. This fixes it self when the oil heats up a bit :-)
In the States, we often have to use ether to cold-start a diesel. There are a couple of problems with that, however: 1) a cylinder can blow open!; 2) a mechanic once told me, "Once you start using ether on a diesel, it's like alcohol to an alcoholic -- they just want more!"
@pznerd - It's a very costly way of keeping it going.. especially when seen as it's a preserved line, it wouldn't be attended to 24 hours a day. The machine your talking about, over here is known as a Pre-Heater.
@D335Media Alright then: if the UK isn't cold enough, and you reckon Poland is, point us to a video of a diesel engine starting in your kind of cold. Personally I'd just like to see snow PROPERLY in certain parts of Australia where it does fall! For us, snow is rather a novelty, and very rarely do we see trains in it. :-(
The need for Ether or Start-Pilote in US-Industrial Diesels is caused by two factors: US-made diesels use a lower compression rate compared to European or Japanese industrial diesels. US-Industrial diesels are often equiped with injection systems with a late and single flow fuel injection. Even in good condition these motors will have trouble to coldstart without preheating or other starting help. The benefit of low compression is a much lower peak-load on bearings and piston rings.
@florianska6 This locomotive is maintained to the highest possible standard, as it is a UK Mainline registered loco, meaning it has to be on top form 100% of the time. It it fails just 1 part of a fitness to run exam before a railtour, the loco is declared as unusable. Nothing gets by un-noticed. As I have said before, the technology is well into it's 60th year of operating, and I can CERTAINLY vouch for the freezing cold temperatures.
Let me ask a question... I've seen alot of train cold start videos now, and it seems like once they fire up, they let them sit there running for a while revving it up for a second, and letting it die back down. Is this deliberate, or is that an effect of the turbos spooling up more and forcing cold air in, causing cylinder temps to drop and dropping RPM's? I know basically nothing about engines such as those, so my curiosity is aroused. Thanks in advance for anyone who can answer that for me.
Its the high viscosity of the oil in the engine governor causing it to hunt. Engine slows governor opens the fuel racks a lot engine revs past idling governor closes the fuel racks etc. Once the oil is warm the feedback loop revs, fuel rack position settles down
This was like watching James Stewart fire up the Phoenix (c'mon girl, c'mon).
I'm not an enthusiast by any stretch, but these beasties used to keep me awake on a warm summer night and on 'til early morning. Not because they were annoying, but because the sound was so addictive, and the station is a good half mile away.
Took me ages to nail down which loco was responsible, and without youtube I couldn't have done it.
So great to hear that sound again! 5 stars from me.
I just love the sound of the turbos coming up to life...
me to, this things alive
Me 3
Most eargasmic loco coldstart I have found to date. Used to listen to this daily back a few years ago...just awesome.
This video is one of, if not the best cold start of these trains on youtube.. it has everything. that cold lifeless cranking, building heat, then firing, with fireworks and an awesome sound.
you might enjoy 50049 start up derby 19 3 18 they really are having trouble.
This is and will be for a very long time one of favorite cold start vids I have ever seen!
i love the sound , it sounds like music to my ears
Makes me want to become a train engineer seeing this. What a beautiful sound and sight.
THIS deserves more views=) but hugs to all that find this masterpiece=)
Thats a great sample for a drum and bass track right there
Thankyou for the reply. It sounds very much like alco power cranking over in the winter,
To clarify further: English Electric engines don't have cylinder pre-heaters, unlike German engines of the time that were used in some other locos. This is why they have trouble starting from cold, as effectively the starter motor is used to heat the cylinders enough to let one or two of them fire. The "hunting" at cold idle is probably due to the cold governor being sluggish to react - this runs off the engine oil which is still very cold. Once warmed up, it all behaves normally.
Beautiful! Complete with flames as well!
The 37s and 40s with the large BR logo look so good....
@joha77johaa The idle governor on these things gets its data from the oil pressure; as the oil is cold and thick the pressure is higher than normal so the governor think it's revving faster than it really is. So it cuts the engine back. Then of course the pressure drops so it revs up again - and cuts it back - and revs it up and so on. All settles down as the oil warms up
@3DPeter Hi Peter, This engine is definitely not worn out at all, it has not long ago been fully rebuilt. It is only smoking like this because of the excess fuel that has built up in the exhaust system. When this does finally burn it does so very inefficiently but the smoke soon clears once all cylinders are firing. If it was burning oil in the way you say, it would run away with catastrophic consequences. So dont make ill researched comments about something people have worked very hard on.
@rechelieu Well said! In any case no diesel would start at Siberian temperatures. They are fitted with block heaters to make sure they start at all, they do that in Canada as well I believe. The engine in the class 40 when running hot and set up correctly are very clean burning engines. The emergency supply for the Post Office Tower in London uses three 16SVT engines and they are not allowed to emit smoke at all!
Excellent sound ! Thanks for sharing.
Top clag, I bet the locals loved this!
Perfection sounds amazing and that noise will always haunt me.
s wiwnemdldd dld d dlele edoemeownw w
aaaaaaaaoowow soskw apalaaaaaaaaa☺😊😊😊😊😊😊😊😊😊😊😊😊😇😇😇😇😇😂😂😂😂😂
Ngaba unokubeka le ngxelo ngolunye ulwimi? Andikwazi ukuqonda isi-Icelandic
This is total class........wonder if anyone recorded it for their DCC sound model rail class 40?
Hooray! There's a new Pope!
Benjamin Hill, Some British locos take ages to start now because they don't have engine pre-heaters fitted. They were designed to be in use most of the time and never cooled down to the temperatures they are started from now in preservation. When in regular service they start on the button with ease. This loco is a Class 40 and has an English Electric 16SVT MKII engine fitted. It is a 2000hp engine and has 16 cylinders all of which are 15.445 Litres displacement. In US terminology that's 942 cu in per cylinder. Not easy to start from dead cold.
To give you an idea on how long technology takes to catch up to today's standards EMD/Progress Rail finally has a tier 4
compliant engine they can sell. The old 2 stroke 710G class engine wouldn't pass tier 4 standards without after exhaust
treatment. EMD didn't want to use that system so they had to design with Caterpillar a new locomotive engine EMD's first
4 stroke engine. EMD used the same basic two stroke platform since 1939 and went progressively like this
Each engine model is the cubic inch displacement per cylinder 567 in v-6 thru v-16 idle 275 rpm to 800-900 rpm
645 v-8 -12 -16 v-20
710 series v-12 to v-20 rated max was 5000 hp
New SD70ACe-T4 rated at 4400 hp with the new 1010 4 stroke engine multiple turbos 1010 cubic inches per cylinder NO
After engine exhaust treatment required. Max rpm is 1000
Long live the two stroke engine the two stroke is dead. EMD will continue to make parts for all the 2 strokes they made
As that is really their core business PARTS is profit.
Love hearing those turbos come on song!
How common is the fire ball at 2:38?
I am JUST getting into sound in DCC. These videos make me want to get a similar loco to have sounds like these for startup!
I wonder if I could have two schemes in the decoder, one for a cold engine and one for a warm engine ;)
what a great cold start!!
@joha77johaa: An answer to your question. Because it was so cold, the throttle was opened slightly to allow the fuel to flow through the engine better. Because of this sudden change, the engine builds up the revs and looses them again as the power is overloaded, and so the process repeats.
The engine run fines in idle, and many british locos have a similar fault when started in cold conditions.
@Rainhill1829 - The fire bell rings like a fire bell in a building would. If there's a fire in the engine room, the bell would ring. The bell usually tinkles a few times when the engine starts because of how everything is wired up, but when the engine is constantly being turned to get it fired up, the bell is still being rung as part of the starting circuit.
Love this startup. Each engine is distinct and depends on cylinder/injector condition. What little heat is in the atmosphere is compressed into a small space, raising the temperature to ignite as much atomized fuel as is present. The best cylinder injector combo starts this off and hopefully others will lend help as pressure seals off the rings and cylinder heat builds from cranking. The motorman holds back on the fuel rack to prevent too much fuel from cooling things off.
Some real foot tapping rhythms and love the turbo spooling up. How many gallons went straight out the exhaust . Magic hahaÀ
Awesome vid. Those starters had to work for it!
Bow to the god of clag, mortals!
no some are in preservation - the severn valley railway has two which can be used for heritage purposes or for main line use if they wanted
worked many of these locos when I worked for BR the D300's then class 40's then re-introduced as the class 97's. Bloody good loco.
commonly known to us as the whisslers
good old english electrics when we knew how to build engines What happened.
remember we use to work them coupled in multi to a class 25 we use to call them combo's then you would see some shite come out of them when you fired them up :-D
he was starting that up wrong battery switch in then key in select engine only wait for priming pumps to stop then turn her over why she took so long to start think that driver needs revision on that traction ;-)
only loco you had to scotch when stabling as hand brakes were useless
You have to wait for the engine to pick up revs first, usually about 20 minutes depending on various factors.
Great video, love the flaming!!!!!
@joha77johaa The governors these old engines use are controlled by oil pressure. When the engine is cold the oil is thick, this causes the governor to be slow in reacting to the change in crankshaft speed and consequently to adjust the fuel rack to obtain a smooth idle. When the oil warms up and becomes thinner, the governor can control the fuel rack quicker and so get a smooth idle.
The bell sounds as a warning to make sure no one has a naked flame anywhere near the loco at start up. All that white stuff you see coming out of the exhaust ports before the engine fires is Diesel vapour and air. Do I need to explain the hazard further?
She was COLD! Reminds me of an old Cat D-8H I used to run. It started about like this, one pop at a time!
Good Tractor that along with the 8k.
Never ran a K but I don't like suspended pedals much.@@paulnolan1352
The King/Queen of Clag and what a monster cold start.. The sound of a Beast
there must be a hell inside. fantastic start up!
What a beast! I wish my motorbike sounded like this!
@Xenon3149 Nope, the Class 40s were fitted with English Electric 16SVTs.
Class 55s were fitted with the Napier Deltics.
@teniszguru No, the Deltic was fitted to the Class 55. This is the EE16SVT.
A class 40 has 16 cylinders, each with a 10" bore, hardly the size of a coffee table. It's an English Electric 12SVT (Turbocharged V aligned Traction unit). Trust me, I work voluntarily as a fitter on 40012 ;-)
So it’s the 16svt then?
@canellenac "The origins of the Class 40 fleet lay in the prototype diesel locomotives (Types D16/1 ordered by the London, Midland and Scottish Railway and British Railways and D16/2 ordered by British Railways between 1947 and 1954) and most notably with the Southern Region locomotive No. 10203, which was powered by English Electric's 16SVT MkII engine developing 2,000 bhp (1,460 kW). The bogie design and power train of 10203 was used almost un-changed on the first ten production Class 40."
Does newer locos have some kind of engine preheater to assist cold starts? For the first 30 seconds of cranking it's only vaporising diesel fuel, then one cylinder starts to work... one of sixteen!
saw the flame at 2:35? :D
Merci pour le commentaire. Enfin, une langue que je comprends!
still the best cold start of these beasts i can find on here...
@MihalisNavara - That's the fuel pump priming the engine for starting.
@6995133 with that much rotating mass and bearing surfaces to be primed with oil, I feel slow start up is best
In any case you need the priming pump to get oil pressure to the engine governor to open the fuel racks. No point turning over the engine and draining the batteries until there is oil pressure at the governor (and of course all the bearings). Note that whilst the engine is turning the battery volts are low so the priming pump runs slowly with low pressure to the governor. Wise folk waited until they heard the oil pressure switch click out at full pressure before they pressed the start button
Never gets old
@MihalisNavara Makes perfect sence. While prime-ing ( or engine purging) raw fuel makes its way into the exaust manifold... when the power cell is not burning the fuel, it becomes waist and ignights aft of the power stroke causing a spontainious igition... Physics at its best. Great feed back. I Love to learn.
How many of these are left in service?
None, all withdrawn in the late 70's / early 80's. Some are preserved and two, including this one, are passed for use on the main line hauling railtours.
@gw4pjq Greetings from U.S. Yes, American locs might not be the best lookers, but their beauty is not to be questioned. I love them! That power is hypnotizing sometimes. And I fell in love with these old Brit locs. I enjoy listening looking at them as well.
@singletrackmatt Before the cylinders fire up, the diesel is forced to the exhaust by the piston. When it gets in contact with the frozen exhaust pipe, it becomes liquid again. (Exactly the same happens with cold cola cans and steam). When the cylinders fire up at last, there is already much diesel concentrated in the exhaust pipes. The fire from the cylinders ignite it and that΄s why we see the fire.
Great vid, loving all the comments re the engine should have this and that yet I`d guess most of the people that have made such comments dont realize that the engine design goes way back to the 1940s with the 16SVT Mk1 that was in LMS 10000 and most of the technology hadnt been thought of back then
That's my favourite "engine-start"-movie. Awesome.
Did they not have glow plugs at all?
I WOULD BE GRATEFUL IF YOU WOULD KINDLY LET ME KNOW WHERE I CAN GO TO SEE THESE AMAZING LOCOMOTIVES WORKING. THANK YOU.
This type (Class 40) was well known for the whistling sound of the turbochargers at idle. And as a diesel-electric, it does have a governor as part of the main control gear - the other half of which is the load regulator which adjusts the generator field strength.
a 50 year old locomotive, on a very cold day, I think it's actually very healthy!
What for motoe is under the long hood. Is it an alco motor?
Sure the neighbours will have loved this
What΄s the noise at the beginning of the video before the bell? (Sounds like a vacuum cleaner)
Did they make this much smoke and noise when starting from brand new?
That was nice to watch!Sounded good,,
Fantastic!
There is something beautiful about these old English diesels. They are not the pretties looking locos but they have a character. I love looking at them. American locos are not the prettiest either, but who said they need to be pretty. Nice engine.
Amazing turbo sound.
Oh thats why envionmentalists hated the Deltics... Awe inspiring video, great sights and sound from this old beast!
How long do these engines typically have to run before you can move the loco? do they have to be warmed up or can you go for the direct thrash straight after start up ?
About ten minutes. By the time they made air and prep was complete they could shunt onto a train still a bit smoky but it cleared quickly.
@florianska6 so at what point in the vid does the engine actually start up??
years later.....by start up do you mean self sustaining ei, start motor not being used, or running on all cylinders?....self sustaining was at 1:15......running on all cylinders probably took another 2 minutes afterbthe video ended....
Almost sounds like an Alco, it certainly smokes like one'
A query if I may, I noticed that the loco has four exhaust stacks; does it have four turbo-chargers?
Yes
@ASS3464 its the turbos they got in them mate.
This engine could really use a valve rework and adjustment (Exhaust valves are worn). Nearly all exhaust valves lose lots of compression (The hissing sound when the starting motor turns the motor with lots of smoke and no combustion) Since these motors are even in perfect condition low on compression rate and hence end-of-compression-temperatures every bar (PSI) counts
They don’t have Starter Motors, they have an auxiliary winding in the auxiliary Generator which when contacted turns the Engine over.
Glowplugs. No not a silly question but a good idea........ until you consider the size of this engine. Each cylinder is 10 inches in diameter with a stroke of 12 inches and there are 16 cylinders. Because the cylinders are so big there is a "pocket" of well insulated hot air in the cylinder so unlike a small engine it will fire eventually. Remember when these were in revenue earning service they were kept in warmer engine sheds. Also cold air is denser so that will compensate for the "cold".
@D335Media unlike a Western were the engine has to be preheated
You need a mains-powered engine pre-heater. It would save a lot of wear and tear on the battery.
0:37 music :)
how much hp does a train like this have?
@joha77johaa This behavior is quite common in many different diesel engines. When the lube oil is cold, the governor is a bit "sticky" letting the revs build up a bit too much before it reacts and then letting the revs to drop too much. This fixes it self when the oil heats up a bit :-)
In the States, we often have to use ether to cold-start a diesel. There are a couple of problems with that, however: 1) a cylinder can blow open!; 2) a mechanic once told me, "Once you start using ether on a diesel, it's like alcohol to an alcoholic -- they just want more!"
wonder how many batteries involved in this? ( starting)
Holy smokes!
And it took until 1:55 for turbo to finally start spinning.
@florianska6 I'd be very interested to know where you come from?
Great vidio. Thanks.
@pznerd - It's a very costly way of keeping it going.. especially when seen as it's a preserved line, it wouldn't be attended to 24 hours a day.
The machine your talking about, over here is known as a Pre-Heater.
Wonder if that set off the smoke alarm in that house. Amazing!
Now, Thats one cold starting momma.
Now that;s a cold start, You guys in England know how to do it.
@D335Media Alright then: if the UK isn't cold enough, and you reckon Poland is, point us to a video of a diesel engine starting in your kind of cold. Personally I'd just like to see snow PROPERLY in certain parts of Australia where it does fall! For us, snow is rather a novelty, and very rarely do we see trains in it. :-(
Is it a v twin ?
The need for Ether or Start-Pilote in US-Industrial Diesels is caused by two factors: US-made diesels use a lower compression rate compared to European or Japanese industrial diesels. US-Industrial diesels are often equiped with injection systems with a late and single flow fuel injection. Even in good condition these motors will have trouble to coldstart without preheating or other starting help. The benefit of low compression is a much lower peak-load on bearings and piston rings.
Is this deltic engine?
@florianska6 This locomotive is maintained to the highest possible standard, as it is a UK Mainline registered loco, meaning it has to be on top form 100% of the time. It it fails just 1 part of a fitness to run exam before a railtour, the loco is declared as unusable. Nothing gets by un-noticed. As I have said before, the technology is well into it's 60th year of operating, and I can CERTAINLY vouch for the freezing cold temperatures.
Let me ask a question... I've seen alot of train cold start videos now, and it seems like once they fire up, they let them sit there running for a while revving it up for a second, and letting it die back down. Is this deliberate, or is that an effect of the turbos spooling up more and forcing cold air in, causing cylinder temps to drop and dropping RPM's? I know basically nothing about engines such as those, so my curiosity is aroused. Thanks in advance for anyone who can answer that for me.
Its the high viscosity of the oil in the engine governor causing it to hunt. Engine slows governor opens the fuel racks a lot engine revs past idling governor closes the fuel racks etc. Once the oil is warm the feedback loop revs, fuel rack position settles down
dont understand where did the engine actually start???
How often do the starters need replacing on old engines like this?
Don't have starters. Battery power is used to turn the main generator into a motor to turn the engine over during starting.
where is this place?