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Mid-Continent Railway Museum

North Freedom, Wis.

Text: Mid-Continent Railway Museum. A historical and educational experience. Images of railway cars, people, and Mid-Continent logo.
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Category Archives: C&NW #1385 Status Updates

Welcome to the Chicago & North Western #1385 steam status blog! Follow along as we bring the 1907 American Locomotive Company 4-6-0 steam engine back to operating condition.

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C&NW #1385: Tender Cistern Ports – Part 2

Mid-Continent Railway Museum Posted on January 2, 2023 by Jeffrey LentzJanuary 2, 2023

This is an older update that was delayed getting posted online. Thank you for your patience. — The Webmaster

Adding Cistern Piping

In October, volunteers continued working on Chicago & North Western #1385’s tender cistern ports. This included installing bottom fill piping and ports for connecting to a canteen car, otherwise known as an auxiliary tender.

Bottom fill exterior piping.
Bottom fill pipe outlet installed.
Cistern port.

On Mid-Continent’s shortline railway, 1385’s tender has more than enough water capacity to keep 1385 steaming, but a canteen car becomes more important when water sources are harder to come by. Mid-Continent’s canteen car, which offers an additional 12,000 gallons of water capacity, was frequently found trailing 1385’s tender when the locomotive was venturing around the Upper Midwest on mainline excursions. Mid-Continent’s canteen car is currently on display near the museum’s water tower.

C&NW 1385 with canteen car at Butler, Wis. for “Butler Railroad Days” event on June 5, 1983. Jeff Kneipper photo. MCRHS Collection.

Test Filling the Tender

On October 29th, a team of volunteers including Pete Deets, Kyle Gerke, Richard Gruber, and Ed Ripp filled 1385’s tender with water up to its maximum capacity. This was done for testing purposes.

Although the Mid-Continent’s Engine House has a faucet connected to the museum’s groundwater well, that system lacks sufficient capacity to fill a tender in a timely fashion. For a quicker fill time, volunteers utilized a submersible pump that had last been used when steam was in regular service, and pumped the water directly out of the adjacent Baraboo River using a 2-inch hose. The river water contains many impurities and will not be used when running steam in the future, but for doing a test fill of the tender, Baraboo River water would work just fine.

Attached to the hose was a water meter to allow an accurate measurement of the gallons pumped into the tender. While filling the tank, one person watched the water meter and another person was on top of the tender marking a board with measurement lines. This was necessary because 1385’s tender has a new cistern. These measurements will be transcribed to a water level meter used by engine crews in the future.

Water meter
Kyle, kneeling atop the tender, adds water measurement markings to a measuring board.
Draining the tender at the end of testing.

Measurements were also taken of the drawbar pocket and the center of the rear coupler when the tender was empty and again when full. Marks were also made on each truck at the bolster and pedestal jaw at empty, half-full, and full to see how much the springs settled with the differing weights.

During this testing, some additional to-do items were discovered and added to the work list.

Upcoming Work

Volunteers kept busy preparing for and hosting Santa Express in November and December no additional work sessions on the 1385’s tender were held in 2022, but in December the tender was moved inside the Engine House to permit work to continue during the winter months. The first winter work session inside the Engine House is tentatively scheduled for January 7th and 8th. Volunteers may also be working on Western Coal & Coke #1 and performing some general shop cleanup/organization work.

Persons interested in volunteering for this or future volunteer sessions should contact Ed Ripp, General Foreman of Steam Power, or fill out the volunteering inquiry form.

Tagged tender

C&NW #1385: Tender Cistern Ports – Part 1

Mid-Continent Railway Museum Posted on November 8, 2022 by Jeffrey LentzNovember 7, 2022

There was a volunteer work session during the weekend of September 17 and 18, 2022 that focused on the CNW 1385 tender. Work concentrated on closing up the cistern ports. The ports allow water either in or out of the cistern or water tank.

One of the next steps is to fill the tender with water. This will allow project volunteers to see how much the tender settles down on its springs with the added weight of the water as well as to verify the function of the different seals.

Access panels on the sides of the tender allow volunteers to reach some of the harder-to-access cistern valves.

Right side valve access panel closed.
Right side valve access panel open.
Bottom view of the cistern valve well mounting flange.
Inside view of the left side cistern valve well mounting flange.
Inside view of the left side cistern valve well only installed.
Inside view of the cistern valve seat installed.
Bottom view of the right side cistern valve well and valve seat mounted.
Inside view of the right side cistern valve with the operating rod installed.
Top side view of the right side operating handle assembly.
Bottom view of the left side cistern valve well and valve seat mounted.

Thank you to volunteers Lloyd H, Steve P. Sr, Jay S, Ross S, and Larry S for helping out during the work session.

C&NW #1385’s tender has a capacity of 7,500 gallons of water – about the same as an 18 foot diameter swimming pool! When filled, the water will add over 31 tons to the tender’s weight.

Stay tuned for Part 2 of this update, coming soon…

Tagged tender

C&NW #1385: The Looking Glass

Mid-Continent Railway Museum Posted on September 14, 2022 by Jeffrey LentzSeptember 15, 2022

What are those 3 most important things about a boiler? Water! Right Again! How can you tell where it is at? Peer through the looking glass although it is more commonly known as the water glass, sight glass or gauge glass.

The 3-dimensional chess continues with placing the water glasses on the backhead of the boiler. The board clamped in place served not only as a way to locate both FRA-required water glasses correctly but to facilitate checking for enough clearance around and under the other appurtenances already in place.

Water glass mockup.

The metal plate clamped to the backhead serves as a nice flat baseplate for the magnetic based drill used to drill the holes for the appurtenances and studs.

Baseplate mounted to assist drilling water glass hole.

The plate is lined up for drilling of the hole for the first glass. The result is seen here. And like the bottom try-cock the lowest indication of the water glass is 4” above the highest point of the crownsheet per C&NW practice.

First water glass installed.

The plate was then moved to the fireman’s side where the single glass had been mounted on the original boiler and X marks the spot.

Water glass hole location marking.

After drilling and tapping in the threads the second glass is seen here.

Second water glass installed.

With both glasses mounted the backhead is looking more like a locomotive all the time.

Both water glasses installed on backhead.

A volunteer session is being held on September 17 and 18 to work on the the C&NW #1385 locomotive tender. Tasks planned include filling the tender with water to check the truck spring compression and making any necessary adjustments. Additional work planned includes brake pipe fabrication. Persons with experience heating/bending pipe are highly encouraged to participate in this session. If there is sufficient help, other tasks in the Engine House will be tackled. Sign up by contacting project lead Ed Ripp or using the form on our Volunteering page.

Tagged backhead

C&NW #1385: Mounting Achievements

Mid-Continent Railway Museum Posted on July 28, 2022 by Jeffrey LentzJuly 28, 2022

The next item to be mounted to the backhead of the 1385 is the hydrostatic lubricator.  That is merely a complicated name for the device that delivers steam cylinder oil to the valves and pistons as well as to the steam end of the engine’s air compressors.  Steam cylinder oil is specially compounded to mix with and then be carried by the steam to all the internal moving parts.

The lubricator lives in the cab of the engine within reach of the engineer so he or she can keep a constant eye on this vital function.  If the oiling stops the engine will begin to make some really ugly noises in a very short time and if not immediately corrected those noises become quite expensive. 

Once again the 3-D chessboard is set to mock up the placement of several pieces at once and the lubricator is hanging from the chain hoist.  The bracket for the lubricator is mounted using 2 studs and its position is being verified between the try-cocks, throttle and one of the two required water gauge glasses.

A chain hoist is used to hold the lubricator in place during test-fitting.
Placement of the lubricator bracket between the try-cocks and water glass.

Here is the lubricator mounted in its final position showing how it is studded to the boiler.  Our parting shot shows the upper right corner of the backhead and the top of the boiler with the body of the throttle peeking up out of the steam dome area.  The dome was made to be removable to better facilitate maintenance work in the future.

Hydrostatic lubricator installed.
Hydrostatic lubricator with top of boiler and throttle in view.
Tagged backhead, lubricator

Installing the Throttle Rod, Part 2

Mid-Continent Railway Museum Posted on June 23, 2022 by Jeffrey LentzJune 22, 2022

This post is a follow-up to the 2020 post Installing the Throttle Rod.

One of the next steps at SPEC Machine has been to finish the installation of the throttle rod and handle on the backhead of the boiler.  Many of the new parts were shown in the December 25, 2020 update and now they have found their final home.  The chromed end of the throttle rod has been mated to the long reach rod and is being fed through the boiler to the throttle proper.  The half-lap and bolted connection is per the C&NW drawings and replaces the threaded coupling that was found when the throttle rod was disassembled.

Throttle rod installation in progress.

The packing gland was installed to properly position the rod so the throttle handle anchor could be properly located and studded to the boiler per the C&NW drawing. 

Throttle packing gland and throttle handle anchor installed.

As another part of the 3-dimensional chess moves, the throttle handle support was mocked-up to check not only for correct placement of the handle but also proper clearance over the gauge-cocks and around the boiler stays. 

Throttle handle support mock-up to check for clearances.

The original support was an “L” shape with the short leg pointed down.  The new support has the short leg pointed up because the new boiler has a stay rod in the way of the old mounting.  Here is a look at the completed assembly with the support studded to the backhead.  The anchor does have a dog-leg in it per the C&NW drawings.  It also does connect squarely at the stud end even though the camera lens distortion makes it look differently.

Throttle support.

Last but not least is a look down the top of the boiler from the throttle handle down to the throttle itself.

View of both the throttle and throttle rod.

In the next update: Installing the hydrostatic lubricator

Tagged throttle

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