Regulator/cs: Difference between revisions

Revision as of 11:51, 12 March 2025

Regulator is a control device found in steam engines , similar to what throttle does in other powertrain types ). Regulator sets the amount of steam being admitted from the boiler to the steam chest. Steam chest is an intermediary reservoir from where you can admit it, using cutoff , to the vehicle's cylinders .

Based on the technology used, some vehicles may have early versions of superheaters that result in delay in response from the regulator control device operation to the steam chest charging. Similarly, closing the regulator does not immediately stop the vehicle's acceleration, but rather it stops steam from being admitted to the steam chest. The vehicle will still accelerate until the steam chest has run out.

The steam in the chest is distributed alternately at both ends of the cylinders with every cycle. It pushes the pistons inside, which are mechanically linked to the driving wheels, thus propelling the vehicle. The used steam is then expelled through the blastpipe, where it mixes with smoke from the firebox in the smokebox, and together they are released into the atmosphere through a chimney. This cycle repeats at every full rotation of the driving wheels.

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 <div lang="en" dir="ltr" class="mw-content-ltr">
-Using the regulator control device (equivalent to throttle in other motorized vehicle types), the driver sets the amount of steam being admitted from the boiler to the steam chest. Steam chest is an intermediary reservoir from where the steam finally reaches the vehicle's cylinders.
+Regulator is a control device found in {{pll|Steam Overview|steam engines}}, similar to what {{pll|Throttle|throttle}} does in other {{pll|Powertrains Overview|powertrain types}}). Regulator sets the amount of {{pll|Steam Overview|steam}} being admitted from the {{pll|Boiler|boiler}} to the steam chest. Steam chest is an intermediary reservoir from where you can admit it, using {{pll|Cutoff|cutoff}}, to the vehicle's {{pll|Cylinder Cocks|cylinders}}.
 </div>
 <div lang="en" dir="ltr" class="mw-content-ltr">
-Based on the technology used, some vehicles may have early versions of superheaters that result in delay in response from the control device operation to the vehicle motion. Similarly, closing the regulator does not immediately stop admission of steam to the cylinders, but rather to the steam chest. Thus, the vehicle will not stop attempting to accelerate immediately, but only once the steam chest has depressurized.
+Based on the technology used, some vehicles may have early versions of superheaters that result in delay in response from the regulator control device operation to the steam chest charging. Similarly, closing the regulator does not immediately stop the vehicle's acceleration, but rather it stops steam from being admitted to the steam chest. The vehicle will still accelerate until the steam chest has run out.
 </div>
 <div lang="en" dir="ltr" class="mw-content-ltr">
-The steam in the chest is distributed alternately at both ends of the cylinders with every cycle. It pushes the pistons inside, which are mechanically connected to the driving wheels, thus propelling the vehicle. The used steam is then expelled through the blastpipe, where it mixes with smoke from the firebox in the smokebox, and together goes into the atmosphere through a chimney. The cycle repeats at every full rotation of the driving wheels.
+The steam in the chest is distributed alternately at both ends of the cylinders with every cycle. It pushes the pistons inside, which are mechanically linked to the driving wheels, thus propelling the vehicle. The used steam is then expelled through the blastpipe, where it mixes with smoke from the {{pll|Firebox|firebox}} in the smokebox, and together they are released into the atmosphere through a chimney. This cycle repeats at every full rotation of the driving wheels.
 </div>
-{{See also|Cutoff|Throttle|Boiler}}
 [[Category:Steam Drivetrain|1]]