Happy holidays from the Northwest Railway Museum!
2018 has been another successful year for the Museum. Thousands of guests were served and several project milestones were met.
Important achievements included acquisition of a Pullman-built parlor car, substantial progress on the steam locomotive 924 rehabilitation, successful nomination of interurban car 523 to the Landmarks Register, and the fabrication and installation of five rows of pews in chapel car 5. However the really noteworthy achievement was again serving more than 120,000 guests (combined paid & unpaid) with at least one program, including more than 12,000 at the most-attended Santa Train ever.
All of our regular staff - Elizabeth (volunteer coordinator), Bob (collection assistant), Cristy (registrar), Gary (collection technician), Jessie (deputy director), Traci (bookstore clerk), Lara (visitor services), and Jennifer (bookkeeper) join me in thanking you for your patronage and support, and in wishing you and your families the happiest of holidays and the very best in the New Year.
Richard R. Anderson
Executive Director
Tuesday, December 25, 2018
Monday, November 26, 2018
Locomotive 924 fall 2018 update + Giving Tuesday
Substantial completion in 2019 for the 924 is the Northwest Railway Museum's objective for this year's Giving Tuesday , an online global charitable giving event. Donations received by the Museum on Tuesday, November 27, 2018 will be designated for locomotive 924.
The Northern Pacific operated locomotive 924 in the Puget Sound basin from 1901 until 1925. It is a King County and City of Snoqualmie Landmark, and is notable for its connection with regional development and settlement. It was built by Rogers in 1899; the Northern Pacific assigned it to class L-5 in 1900.
The 924 has been undergoing rehabilitation and restoration at the Northwest Railway Museum for several years. Prior work has included fabrication of a new tender tank, and firebox side sheet replacement. It also received a new steam dome and exhaust stack.
Work has been continuing and progress has been significant. However, much of the work performed on a steam locomotive is nearly invisible to the casual observer, and not likely to make front page news in the preservation press. Notwithstanding, some important work is being completed.
The steam turret is the manifold that distributes steam to appliances such as the air pump, water injectors, and lubricator. It features a large globe valve so that steam can be shut off, particularly if there is a broken pipe or fitting. This device must be serviced so it does not leak, and its mount must be carefully checked for problems in the seat or the mounting studs. All four of the mounting studs were found to be badly damaged so new studs were machined. Machinist Gerry P. and Ron W. took leading roles on this project, and it is coming together nicely.
Over the last several months, additional stay bolt replacements have taken place. More than 100 stay bolts were removed as part of the side sheet replacement, and 48 of those important fasteners had not yet been replaced. Volunteers, staff and contractor Steven B. have together machined and installed these missing components, which are located above and behind the rear drivers. As the name suggests, they are bolts, but are threaded specially for a boiler with 12 threads to the inch and a "tell tale" hole drilled through the center. The "tell tale" is designed to show it is broken by leaking a trace of water or steam.
Some holes in the side sheet were drilled to a larger diameter than originally designed, this requiring a larger stay bolt. This created a new issue because a larger bolt would be stronger and less flexible, which could lead to breakage. So a machinist tapered the larger bolt in the longitudinal center, allowing it to behave much like the smaller-diameter bolts.
On another assignment, the team removed the boiler check valves for servicing. These devices allow water to be injected into the boiler without letting any pressurized steam or water escape. However, once disassembled, the old valves were found to have cracks in their castings that had been previously brazed, and internal wasting (material worn away) from years of use, and that appeared to be more than 50% of the original thickness. In addition, the studs that affixed the valves to the boiler were in poor condition. In short, the valves and mounting studs were not suitable for use on an operating boiler. The team led by Lyle E. machined two flange plates that were then lapped into the boiler plate. Then the machinists produced new studs and installed them in the boiler, which in turn hold the new flange plates onto the boiler.
Most railroad track is not completely level so spring rigging is critical to keeping the locomotive riding level, and providing proper weight distribution and equalizing so the locomotive does not derail. The 924's rigging was just plain worn out. The team took everything apart and in the end machined a variety of new components; repairs just weren't practical. It was a great opportunity to dust off the Museum's metal shaper and put it to work. Jay B. got some great experience with this old-school machine, which provided parts all ready for the milling machine to finish up.
One of the more noticeable 924 assignments now under way in the Conservation and Restoration Center is fabrication of a new locomotive cab. Modeled on the cab constructed in Seattle after the 924 fell through a dock in Seattle, the cab restoration is constructed of white oak and eastern ash. The Museum's collection technician Gary James - who is a journeyman shipwright - has led this effort, with help from many skilled craftspeople. Engineer Mike D. designed the new cab and has created a detailed set of drawings documenting what the old and new look like.
The Johnson Bar is a storied part of nearly every steam locomotive. It can best be equated to a gear shift, and controls the cutoff of steam to the cylinders. There was wear in the moving parts and linkages in the 924's Johnson Bar, and Ron W. took the lead in rehabilitating this iconic part. It has now been reinstalled on the locomotive.
The 924 continues to progress, but remains one of the more costly restorations the Museum has undertaken. On Giving Tuesday please consider supporting 924, and help us achieve the goal of substantial completion in 2019.
The Northern Pacific operated locomotive 924 in the Puget Sound basin from 1901 until 1925. It is a King County and City of Snoqualmie Landmark, and is notable for its connection with regional development and settlement. It was built by Rogers in 1899; the Northern Pacific assigned it to class L-5 in 1900.
The 924 has been undergoing rehabilitation and restoration at the Northwest Railway Museum for several years. Prior work has included fabrication of a new tender tank, and firebox side sheet replacement. It also received a new steam dome and exhaust stack.
Work has been continuing and progress has been significant. However, much of the work performed on a steam locomotive is nearly invisible to the casual observer, and not likely to make front page news in the preservation press. Notwithstanding, some important work is being completed.
The steam turret is the manifold that distributes steam to appliances such as the air pump, water injectors, and lubricator. It features a large globe valve so that steam can be shut off, particularly if there is a broken pipe or fitting. This device must be serviced so it does not leak, and its mount must be carefully checked for problems in the seat or the mounting studs. All four of the mounting studs were found to be badly damaged so new studs were machined. Machinist Gerry P. and Ron W. took leading roles on this project, and it is coming together nicely.
Over the last several months, additional stay bolt replacements have taken place. More than 100 stay bolts were removed as part of the side sheet replacement, and 48 of those important fasteners had not yet been replaced. Volunteers, staff and contractor Steven B. have together machined and installed these missing components, which are located above and behind the rear drivers. As the name suggests, they are bolts, but are threaded specially for a boiler with 12 threads to the inch and a "tell tale" hole drilled through the center. The "tell tale" is designed to show it is broken by leaking a trace of water or steam.
Some holes in the side sheet were drilled to a larger diameter than originally designed, this requiring a larger stay bolt. This created a new issue because a larger bolt would be stronger and less flexible, which could lead to breakage. So a machinist tapered the larger bolt in the longitudinal center, allowing it to behave much like the smaller-diameter bolts.
On another assignment, the team removed the boiler check valves for servicing. These devices allow water to be injected into the boiler without letting any pressurized steam or water escape. However, once disassembled, the old valves were found to have cracks in their castings that had been previously brazed, and internal wasting (material worn away) from years of use, and that appeared to be more than 50% of the original thickness. In addition, the studs that affixed the valves to the boiler were in poor condition. In short, the valves and mounting studs were not suitable for use on an operating boiler. The team led by Lyle E. machined two flange plates that were then lapped into the boiler plate. Then the machinists produced new studs and installed them in the boiler, which in turn hold the new flange plates onto the boiler.
Most railroad track is not completely level so spring rigging is critical to keeping the locomotive riding level, and providing proper weight distribution and equalizing so the locomotive does not derail. The 924's rigging was just plain worn out. The team took everything apart and in the end machined a variety of new components; repairs just weren't practical. It was a great opportunity to dust off the Museum's metal shaper and put it to work. Jay B. got some great experience with this old-school machine, which provided parts all ready for the milling machine to finish up.
One of the more noticeable 924 assignments now under way in the Conservation and Restoration Center is fabrication of a new locomotive cab. Modeled on the cab constructed in Seattle after the 924 fell through a dock in Seattle, the cab restoration is constructed of white oak and eastern ash. The Museum's collection technician Gary James - who is a journeyman shipwright - has led this effort, with help from many skilled craftspeople. Engineer Mike D. designed the new cab and has created a detailed set of drawings documenting what the old and new look like.
The Johnson Bar is a storied part of nearly every steam locomotive. It can best be equated to a gear shift, and controls the cutoff of steam to the cylinders. There was wear in the moving parts and linkages in the 924's Johnson Bar, and Ron W. took the lead in rehabilitating this iconic part. It has now been reinstalled on the locomotive.
The 924 continues to progress, but remains one of the more costly restorations the Museum has undertaken. On Giving Tuesday please consider supporting 924, and help us achieve the goal of substantial completion in 2019.
Monday, October 29, 2018
Learning more about an electric interurban
Interurban car 523 operated on the Puget Sound Electric Railway ("PSER") from 1908 until 1928, and represents a fascinating era in the development of King County and the region. The 523 arrived at the Northwest Railway Museum in September 2017, and was listed on the King County and City of Snoqualmie Landmark Register earlier this year. To best steward this cultural resource, a plan for how the resource will be protected and developed was needed. Now, thanks to a Special Projects grant from 4Culture, an assessment and additional research has been performed.
Finding qualified individuals to research and assess an historical landmark can be challenging. Fortunately, the Museum was able to find one of the most qualified historians anywhere: Mr. Kyle Wyatt has spent a career lifetime working in railroad heritage. He retired in April from California State Parks, and his responsibilities at Old Sacramento and the California State Railroad Museum. That allowed him to take on the 523 assignment.
Mr. Wyatt spent hours performing additional research, further supplementing work done by Museum volunteers and staff in support of the Landmarks Register nomination. Kyle discovered several new resources, and uncovered a number of significant facts. One of the more interesting revelations is that the PSER parlor observations were color-themed: one each of the four original cars had interior design motifs in blue, green, red, and brown.
The 523 is an outstanding example of early 20th Century electric railroading, and especially how it was applied in the Pacific Northwest. The 4Culture Special Projects grant has funded this assessment with additional contributions to the body of knowledge as to how the car appeared while in electric railway service. Thank you to Mr. Kyle Wyatt and 4Culture for their investment in the 523's future.
Finding qualified individuals to research and assess an historical landmark can be challenging. Fortunately, the Museum was able to find one of the most qualified historians anywhere: Mr. Kyle Wyatt has spent a career lifetime working in railroad heritage. He retired in April from California State Parks, and his responsibilities at Old Sacramento and the California State Railroad Museum. That allowed him to take on the 523 assignment.
Mr. Wyatt spent hours performing additional research, further supplementing work done by Museum volunteers and staff in support of the Landmarks Register nomination. Kyle discovered several new resources, and uncovered a number of significant facts. One of the more interesting revelations is that the PSER parlor observations were color-themed: one each of the four original cars had interior design motifs in blue, green, red, and brown.
The 523 is an outstanding example of early 20th Century electric railroading, and especially how it was applied in the Pacific Northwest. The 4Culture Special Projects grant has funded this assessment with additional contributions to the body of knowledge as to how the car appeared while in electric railway service. Thank you to Mr. Kyle Wyatt and 4Culture for their investment in the 523's future.
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