|Brian Morgan posted|
The year was 1955 and the Roarin Elgins clock is beginning to wind down. This an ironic photo of car # 401 racing past the Elgin Watch manufacturing plant in Elgin, Illinois on a brisk cloudy day. This photo say's a lot about irony in both transportation and business.
Bob Bresse-Rodenkirk Business at the watch factory was also winding down.
|1939 Aerial Photo from ILHAP|
The company was founded in 1864. Elgin donated 35 acres of land so that it would operate in that city. "The Elgin National Watch Company was for a time, one of the largest industrial concerns in the world." Elgin was one of the first watch manufactures to use the principles of mass production such as special tooling and interchangeable parts. This allowed them to make high-quality watches in great numbers at relatively affordable prices. They also had organized quality control. These practices are now considered standard practice, but in 1864 they were still revolutionary. The interchangeable parts also made them easy to repair. "The company introduced more than half the watches made in America from 1920-1928. An Elgin advertisement in 1928 claimed that there were more than 14,418 retail jewelers in the United States and all but 12 carried Elgin watches." The photo below is the final stage of the plant's growth. "At its peak it employed over 4500 people, more than half of which were women." The plant was vertically integrated. "Trainloads of raw material - iron ore, gold, brass, leather, rubber, oil, everything - came in, and finished watches came out. The Elgin shops literally made the machines that made the machines that made watches, from the most basic materials, all under one roof." The entire complex was destroyed in 1966 because jeweled watches were replaced by battery operated quartz watches. [ElginTime] (I could believe they received iron, but I find it hard to believe that they received iron ore. That would mean they also had to receive coal and limestone and have a blast furnace.) They made just watch movements. Up until the 1920s it was common for the local watchmaker or jeweler to fit the movement into a customer selected watch case.
During their production run of over 100 years, they produced almost 60 million watches, which is nearly half of all the jeweled watches produced by American watch companies. During their peak years the were producing over a million watches. [PocketWatchRepair]
Since 1910 was long before atomic clocks were developed, the effort to achieve an accuracy within a tenth of a second is worth noting. An operator would set at the telescope and watch for the transit of a particular star across, I presume, a line placed in the field of view.
At the moment of the transit, the observer would press a button activating an electrical relay and setting two Riefler chronographs to exact time.A 60-foot concrete pier would not be needed to hold the weight of the Rieflier Clock. I assume the purpose of a deep pier is to avoid movement due to surface vibrations such as a train passing by or lightning striking close by. A Riefler Clock was a pendulum clock and the National Institute of Standards and Technology purchased one in 1904 as its first technology for accurate time keeping. The "better methods" was an atomic clock: "1958 -- Commercial cesium clocks become available, costing $20,000 each." "1967 -- The 13th General Conference on Weights and Measures defines the second on the basis of vibrations of the cesium atom; the world’s timekeeping system no longer has an astronomical basis." [NSIT timeline]
The chronographs were kept in a separate room which only two people were allowed to enter at a time in order to avoid temperature shifts. The room was heated to a constant 81 degrees by dozens of light bulbs all around the room. Each light bulb had an individual thermostat turning it on and off as needed to maintain temperature. To control air pressure, each chronograph was sealed in a glass enclosure connected to an apparatus allowing air to be pumped in or out as needed.. Each clock was mounted on a concrete pier that extended down into the ground 60 feet. The exact time, within 10-hundredths of a second, was transmitted electrically from this facility to the factory. Thus, using this facility, Elgin was able to accurately measure time to within hundredths of a seconds, and update clocks in the main building. Elgin operated this system until 1958 when technology began providing better methods. [ElginTime]
I include this engraving because it is another example that black smoke was considered a symbol of prosperity in the 1800s.
|David Hahn posted|
CA&E National Street Platform, Elgin, IL - Beside the Elgin National Watch Factory
Jerry Hund Did the name National Street station (CA&E and Metra Milwaukee West Line) come from the Elgin National Watch Company?David Hahn I believe so. On a non railfan note, one of the cool things about the watch factory was the observatory they had to set the time according to the stars. It's still there and is now a planetarium fir the school district.Jim Kelling You can ride in a car like this at the Illinois Railroad Museum.
The top photo was taken at National Street in Elgin in 1959 and shows a commuter train passing by the Elgin National Watch Company. The bottom picture was taken at the same location in 2016 with Metra Locomotive 215 carrying passengers along the Milwaukee District West line.
|Chuck Edmonson posted|
When the Elgin Watch Co. began operations in the Fox River town of Elgin after moving from Chicago around 1866, the village became known as the 'Geneva of the West,' as it was felt it was the answer to the great Swiss watchmakers. From a 1873 publication, this drawing of the early plant. Sorry for the poor quality of the photo, it comes from a rather large old volume.
Hayden B. Baldwin One of the inventors that worked for the Elgin Watch Company was a man named Fed Francis from Kewanee, IL. He had so many patents while working at the Elgin Watch Co. that he retired at 32 ! More about him here, https://dreamstreamr.wordpress.com/tag/elgin-watch-co/Rich Behrends During WWII they made parts for 4.2 mortar rounds fuzes that were assembled at Fenzel Fuse in Huntley.