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Translations:Steam Overview/2/en: Difference between revisions

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The steam that accumulates in the boiler can be admitted to cylinders, with pistons tied to the wheels via a mechanical connection. This propels the vehicle. With every cycle, after pushing the pistons in one direction, the steam gets released outside through the blast pipe. This creates a vacuum pull in the firebox, drawing fresh air into it, further boosting the fire.
Through a series of components, such as the {{pll|Regulator|regulator}}, {{pll|Regulator|steam chest}}, {{pll|Cutoff|cutoff}}, and {{pll|Cylinder Cocks|cylinders}}, the steam can be admitted to push the engine pistons and propel the vehicle. With every cycle, after pushing the pistons in one direction, the steam gets released outside through the blast pipe. This creates a vacuum pull in the firebox, {{pll|Blower & Damper|drawing fresh air into it}}, further feeding the fire.

Revision as of 12:58, 12 March 2025

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Message definition (Steam Overview)
Steam is then used to propel the vehicle, but also to power {{pll|Electricity|electrical}} and {{pll|Air Brake System Overview|braking}} systems. Through a series of components, such as the {{pll|Regulator|regulator}}, {{pll|Regulator|steam chest}}, {{pll|Cutoff|cutoff}}, and {{pll|Cylinder Cocks|cylinders}}, steam pushes the engine pistons, linked to the wheels. With every cycle, after pushing the pistons, used steam is released to the atmosphere. This creates a vacuum, improving {{pll|Blower & Damper|airflow}} and kindling the fire.

Through a series of components, such as the regulator , steam chest , cutoff , and cylinders , the steam can be admitted to push the engine pistons and propel the vehicle. With every cycle, after pushing the pistons in one direction, the steam gets released outside through the blast pipe. This creates a vacuum pull in the firebox, drawing fresh air into it , further feeding the fire.