Mercedes Mullins
In Traincraft, there are two types of tenders: those that store water and fuel for steam locomotives and those that are diesel fuel tenders. While there is limited information on how to get fuel from a diesel tender to a locomotive in Traincraft, a user on Reddit suggested using buildcraft oil, which they assumed was unrefined black oil. However, they were unable to get it to work by sneak right-clicking with oil cells, oil cans, or oil buckets. In general, to add fuel to a locomotive in Traincraft, you should right-click on the engine with an empty hand and insert fuel as instructed.
| Characteristics | Values |
|---|---|
| How to add fuel to a locomotive in Traincraft | Right-click on the engine with an empty hand and insert fuel as instructed in diesel entries |
| How to add fuel to a locomotive in Feed the Beast | Use the standard default command R to access the train's inventory |
| How to add fuel to a locomotive in Minecraft | Use fuel cans, fuel buckets, fuel cells, or diesel canisters |
| How to add fuel to a diesel locomotive from a tender | Connect a tank car filled with diesel to the diesel locomotive |
| What is a tender | A special rail vehicle hauled by a steam locomotive containing its fuel (wood, coal, oil, or torrefied biomass) and water |
| Who refills the tender | The fireman, who is responsible for maintaining the locomotive's fire, steam pressure, and supply of fuel and water |
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What You'll Learn
Use buildcraft oil for the GP-7 locomotive
The GP-7 locomotive is a diesel-electric locomotive introduced by General Motors Electro-Motive Division (EMD) in 1949. It is a versatile locomotive used for both freight and passenger transport, and its powerful engine and sturdy design made it popular for hauling goods such as coal, oil, and other raw materials.
To fuel a GP-7 locomotive in Traincraft, you can use Buildcraft oil, according to the TC wiki. This is likely to be unrefined black oil. However, some users have reported difficulties in transferring the oil to the locomotive using oil cells, cans, or buckets.
One suggested method to address this issue is to use a liquid loader. Place the loader above a holding track, and the locomotive will position itself underneath the loader.
It is important to note that the Buildcraft version you are using may impact the process. For example, in Buildcraft 7.99, the oil-processing mechanics have been overhauled, and you need to consider different temperatures for each fluid. To heat fluids, you can use a multi-structure called a "Heat Exchanger," and to cool them down, you can use water.
Additionally, ensure that you refine the oil before burning it to avoid residue buildup in the engine, which can cause operational issues.
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Connect a tank car filled with diesel to a diesel locomotive
To connect a tank car filled with diesel to a diesel locomotive, there are several steps to follow. Firstly, ensure that the tank car is securely connected to the diesel locomotive; this involves coupling the two vehicles together using appropriate linkages and ensuring that all connections are stable and safe.
Once the physical connection is established, the next step is to ensure that the diesel fuel can be transferred from the tank car to the locomotive's fuel system. This may involve opening valves, activating pumps, or engaging specific mechanisms that facilitate the transfer of fuel. It is crucial to follow safety protocols and ensure that the transfer process is carefully monitored to prevent any spills or accidents.
After confirming that the fuel has been successfully transferred, the engineer would need to prime the diesel locomotive's fuel system. This process ensures that any air is removed from the system, as air pockets can cause operational issues. Priming typically involves specific procedures and protocols unique to each locomotive.
The engineer would then proceed to start the diesel locomotive by following standard operating procedures. This includes engaging various switches, panels, and controls to power up the locomotive, activate the fuel pump, and prepare the engine for operation. Starting a diesel locomotive is a complex process that involves numerous steps to ensure the safe and efficient operation of the train.
It is important to note that the specific steps and procedures may vary depending on the model and design of the diesel locomotive and tank car involved. Different locomotives may have unique fuel transfer mechanisms, control layouts, and operational requirements. Therefore, it is essential to refer to the manufacturer's instructions and guidelines for the specific locomotive and tank car being used.
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Craft a fuel tender in the Assembly Table I
Crafting a fuel tender in Assembly Table I is a straightforward process, but it's important to ensure you have the right components and follow the correct steps. Here's a detailed guide to help you craft a fuel tender:
Firstly, it's important to understand that the Assembly Table I, also known as the Train Assembly Table 1, is the first of three tables used in TrainCraft. This table is used to craft low-cost, low-capacity, and low-power trains, which are ideal for beginners. One of the key components crafted at this stage is the fuel tender, which stores water and fuel for steam locomotives.
To craft the fuel tender, you will need the following components: iron chimney, wooden cab, coal, iron boiler, iron firebox, wooden wheels, wooden frames, and sticks. These components are placed on the Assembly Table I in specific slots. Remember that Wheels, Frames, Cabs, Chimneys, Boilers, Fireboxes, and other essential train equipment will ALWAYS go in the same slots. The only things that change between items are slot 1 (ingots or wood planks) and slot 5 (buckets for tank cars, chests for boxcars, or fuel type for locomotives).
When crafting the fuel tender, ensure you have a sufficient supply of wood and iron, as these are essential materials for train equipment made on Assembly Table I. It is recommended to craft a large number of wheels and frames, as they are heavily consumed by various recipes. You can craft iron wheels and keep them on your Table 1 for easy access.
Once you have gathered all the necessary components and placed them in the correct slots on Assembly Table I, simply follow the standard crafting process. Remember that the Assembly Tables function similarly to regular crafting tables, with some unique features. You will need to use the Train Workbench to craft the Assembly Tables and then utilise them to craft your fuel tender and other train components.
By following these steps and using Assembly Table I, you will be able to successfully craft a fuel tender, which is a crucial component for your steam locomotives in TrainCraft.
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Refill the tender with the locomotive's fireman
Refilling the tender with water and fuel is the job of the locomotive's fireman. The fireman, also known as a stoker, is responsible for maintaining the locomotive's fire, steam pressure, and supply of fuel and water.
The fireman traditionally sat on the left side of the locomotive, with the engineer on the right. The fireman's primary responsibility is to maintain the locomotive's firebox, ensuring a constant and controlled burn of coal to generate the steam required for propulsion. This requires skill, stamina, and a deep understanding of the locomotive's mechanics. The fireman shovels coal into the firebox by hand or via a stoker system, ensuring a steady and appropriate supply of fuel for the locomotive's boiler.
As the engineer opens the throttle, more steam is required, and therefore more fuel must be supplied to the fire to maintain the pressure in the boiler. The fireman must also "rebreathe" the fire by increasing the temperature with fresh coal, opening the dampers to promote more air to the ashbox, and removing ash and clinker deposits.
In addition, the fireman operates the injector (or "the Gun"), which replaces the water that has been converted to steam in the boiler. The fireman first turns on the water valve fully, then the steam valve, causing the injector to feed water into the boiler.
In the early 20th century, some locomotives became so large that the fireman could not shovel coal fast enough, so steam-powered mechanical stokers became standard equipment in the United States, Australia, and South Africa.
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Use the standard default command 'R' to access the train's inventory
To access a train's inventory in TrainCraft, you can use the standard default command "R" to open the GUI (graphical user interface). This is where you can add fuel, water, cargo, and set brakes. The "R" command can be used inside the locomotive, and it may be reconfigured as necessary.
The type of fuel you need depends on the type of locomotive you have. Steam locomotives, for example, use coal and water, while diesel locomotives use diesel fuel or fuel cans. Electric locomotives are powered by redstone, electric tracks, or RF ducts for overhead wires.
It is important to note that the process of fueling a train in TrainCraft may vary depending on the specific version or modifications made to the game. The information provided here is based on the standard default commands and game mechanics.
Additionally, when adding water or fuel to a train, it is recommended to right-click with an empty hand and then insert water or fuel as instructed. Adding water or fuel by right-clicking with a bucket can cause issues as it may be added below the engine, potentially 'drowning' it.
By following these steps and using the "R" command to access the train's inventory, you can manage the fuel, water, cargo, and brake settings of your locomotive in TrainCraft.
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Frequently asked questions
Right-click on the engine with an empty hand and insert fuel as instructed in the diesel entries. Do not add fuel by right-clicking with the bucket as it will be added below the engine and will 'drown' it.
The type of fuel used depends on what is economically available locally. Steam locomotives use wood, coal, oil, or torrefied biomass. Diesel locomotives use diesel fuel.
A tender is a special rail vehicle hauled by a steam locomotive that contains its fuel and water.
Hold a stake and right-click on the engine, then the middle of the rolling stock. You will be informed that the carriage/engine has attaching mode on in the chat.
