It has taken me 6 years to assemble my collection of antique and vintage clocks. Although I have many clocks, wall clocks are my particular favorites. Check out my collection of antique and vintage wall clocks in this YouTube video I made in January 2019.
Feel free to comment.
A working clock for $25? You can’t go wrong.
Found this little schoolhouse clock not 10 minutes from where I live. It is a Sessions Drop Octagon. It was manufactured in Forestville Conn. USA in the early 1920s and spent most of it’s life hung in a one-room schoolhouse near Springhill, Nova Scotia (Canada). The seller said that he had taken it out of the schoolhouse when it was decommissioned in the 1970s and it has been in storage ever since.
It is small, measuring 21 inches high by 13 1/2 inches wide and with a 7 inch Arabic dial.
“It’s not running” he said. “Fine” I said. I took it home and had it running within 10 minutes. Although it ran strongly it required a good cleaning. I took the movement out of its case, dis-assembled it, cleaned all the parts in an ultrasonic cleaner, polished the pivots, cleaned and oiled the mainspring, installed 2 bushings, reinstalled the movement, tested it and set about cleaning up the case.
After a Murphy’s Soap clean-up to the case I let it thoroughly dry then applied 2 coats of shellac to bring back the natural luster of the wood which was in otherwise good condition. The clock face had some foxing, which, in clock circles, means that some of the tin byproduct had leached through to the paper label and discoloured it. A little unsightly but I decided to live with it. I hung it up over my desk as one of a trio of time zone clocks to remind me of the time where my kids live.
The clock is a loud ticker but it runs well and should be reliable for years to come.
Old Clock nice wood and brass good glass works great have both keys
Seller wants $60. Nice Sessions American time and strike mantel clock at a good price but really, 2 keys?
All American time and strike clocks require one key only.
Clock collecting and repair allows me to combine my other hobby, photography with the world of horology.
I have seen so many poor photos of clocks that I thought I would cover one small aspect of photography, macro photography. The following is a generalist approach to macro photography that is intended to allow the hobbyist to take more interesting photos of their clocks. You can make macro photography as basic or as complex as you wish it to be. Here we are talking about normal macro as opposed to true macro when you are creating an extreme close-up image of an insect, for example. Normal macro is a sharp image of a tiny object requiring the lens to be positioned much closer to the object. You do not have to be a studio pro to take macro images but you should have a macro capable lens.
Most photos on my blog are taken with an 8 megapixel Olympus E330 SLR which I have had for about 10 years. It is coupled to a 50mm F2 lens macro lens purchased around the same time (equivalent 35mm focal distance of 100mm). For photo enthusiasts the lens has has 11 elements in 10 groups with a minimum focusing distance of 0.2m. In 2008 DPReview called the 50mm a “Superb image quality (lens) even wide open – sharp, distortion-free with no lateral Chromatic Aberration”.
I do not use a cellphone when taking clock pictures. Simply put, it is NOT the resolution, it is the lens
The 50mm lens is a true macro and it permits shots that would be otherwise impossible to take on a typical cellphone camera. I do not use a cellphone when taking clock pictures. It is NOT the resolution, it is the lens. There are occasions when I will use a more up-to-date camera such as my Panasonic G85 when taking some clock shots and all videos as the E330 is not video capable.
In some of the shots you will notice a purposely blurred out background. This is known as Bokeh. The degree of blurriness or Bokeh is an indicator of the quality of the lens but more importantly Bokeh allows the viewer to concentrate on the object in question without the distraction of a background. The decrease in sharpness is gradual on each side of the focused distance. This is accomplished by setting your camera lens to the widest possible setting (lower F stop, F2 for instance) and then focusing on one particular part of the frame. The contrast between in and out of focus portions of the frame concentrating around the subject and relative distance to other things in the frame creates a deeply enriched image.
A flash attachment like the Olympus FL-36 allows you to tailor the light for the scene. Make sure your camera has a hot-shoe for an external flash. Invest in an external flash unit with a 90 degree swivel (bounce) head. Buy the flash that is correct for your camera. You don’t need to spend a lot of money, external flash attachments can be very inexpensive.
When taking a flash picture indoors, turn off the camera’s built-in flash. Point the bounce flash head at the ceiling (rather than at the object) and take the picture. This will provide a soft, diffused light and it will cut down on reflections. Bouncing light creates a more natural effect rather a direct flash on an object which can be harsh and unattractive. Bouncing also works best with light coloured ceilings, white being the preferred colour. When there is no light to bounce off, a diffuser works well. The photo below shows the FL-35 with a diffuser (white rectangular shaped plastic top) attached.
The top photo (Westclox LaSalle alarm clock) was shot with a white cloth background and a bounce flash.
Use auto white balance (AWB) in your camera settings. Shooting in JPEG is perfectly fine but for more control over the final result, shoot in RAW to correct colour temperature and exposure in post processing.
Rather than explain each shot I will allow the photos speak for themselves.
Having a capable camera with a high quality macro lens is essential to clock repair.
In a future article I will explore lighting, exposure and other techniques to enhance your clock photos. If you have any questions please leave a comment.
We have a couple of antique stores in our small town. Calling them antique stores is a bit of a stretch because there is usually more junk inside than actual antiques. We were shopping in the area of one of those “antique” stores and my wife turned to me and said, “Let’s go in”. I replied, “You know, all they have is junk”.
I thought, I might have found something important
I acquiesced. While she continued her shopping I went on ahead to look around the store and in the very back I saw a very sad looking clock that at I took for an old Sessions or a Waterbury. As I neared the clock it piqued my interest and I began to see that it was quite old. I picked it up, looked for any markings on the dial face, found none then checked the back of the clock and discovered most of an intact label revealing a what I consider to be a significant find.
It is a clock from the Canada Clock Company. The Hamilton Cottage Extra was one of a range of clocks in their Metropolitan line.
This is an important discovery. The owner of the store knew nothing about clocks. He was asking $99 but after a bit of haggling, we settled on $40. I knew that it was worth much more.
Here is an excerpt on the Canada Clock Co. found at the Canadian Clock Museum in Deep River Ontario (Canada).
This company was the last of three sequential attempts to produce clocks by factory methods in Canada during the 1872 – 1884 period. The original effort by the Canada Clock Company in Whitby, Ontario was basically unsuccessful and only limited production was achieved.In 1876, the equipment was relocated to Hamilton, Ontario to begin a second attempt as the Hamilton Clock Company, with new investors. This attempt was more successful and a fairly wide range of clocks was produced. However, sales were not very large and some of the investors left the company by 1879. At that point the president, James Simpson, ended production and proceeded with a major reorganization.The company subsequently became the Canada Clock Company using the old Hamilton Clock Company factory and resumed production in 1880 but as a result of poor sales closed its doors in 1884.For more go to this page at the museum site.
The crudely made case is not overly decorative and reflects a muted Victorian style of the times. The lower part of the tablet has an etched glass floral design typically found in Canada Clock Company clocks. The door clasp is original. The dial face is flaked in places and not in the best of condition though the 2 floral designs on each bottom corner are nicely preserved. The hands are original. The case is not heavy and made of pine with a deep walnut stained finish. It was grimy and dirty as expected. It cleaned it up nicely with Murphy’s soap and a sharp hobby knife was used to remove the numerous paint drops on the clock. Why folks do not put something over the clock when painting a room amazes me.
I will put the clock aside until I can determine my next steps. Do I pursue a full restoration including renewing the dial face or leave the clock largely in as-found condition? In the meantime I will re-attach the wood piece on the left side of the base.
What would you do?
Is clock collecting (and repair) part of the counter-technology revolution?
Many years ago, social scientists predicted with the onset of modern technology it would sap us of our knowledge. Our brains would simply melt away. Concentration and initiative would be sucked out of us. Why would you need to know anything if it is readily available at your fingertips? How often do you hear the phrase, “just google it”. Sadly, it has become an integral part of our lexicon.
People are embracing old technology and returning to the fulfillment of doing things for themselves
The term counter-technology is not a term I invented. I found it mentioned in a car magazine article some time ago. Many people are collecting and repairing antique cars more than ever. Why? Reliving past memories? Getting your hands dirty. Rejecting the modern world?
Has the analogue world returned? Yes and no. Wine and beer making has become a huge industry and there seem to be mom and pop microbreweries everywhere, antique furniture purchases have increased dramatically, backyard chicken coops are popping up everywhere, fountain pen collecting is a “new” thing, vinyl records are spinning back and stamp collecting is returning with renewed vigor.
Retro is in. But is is not just that! It is a statement. People are embracing old technology and returning to the fulfillment of doing things for themselves. We all know the value and satisfaction of pursuing a simpler way of life but at the same time we still want to feel connected to our busy modern world. We want both. This is our inevitable response to the new digital world. We are pushing back but just enough to satisfy our needs by remaining connected with the past but we still feel the need to be plugged in.
However, every now and then we feel the need to dis-engage. Digital detoxification. It’s a thing. Somehow we want to wash the digital world from our lives, however briefly. I spend summers at our family cottage in Quebec (Canada). There is no Internet and I am totally fine with that. But what’s the first thing I do when I return home? You got it!
Simplicity breeds complexity
To truly embrace the analogue world the mechanical clock is my personal statement. Not only do I collect antique and vintage clocks I repair them as well. As readers know I am not a trained horologist but I love the challenge of repairing a clock and I love accumulating knowledge in the pursuit of my hobby. Needless to say I am not always successful and my office has a few notable failures. I am fine with that. Failure breeds learning. It is my response to the increasing pressures of the digital world. It is my response to our increasingly complicated world. Simplicity breeds complexity.
Like the juggler who can keep all the balls in the air at once
Analogue verses digital. It is a question of balance, like the juggler who can keep all the balls in the air at once. I admire people who have “analogue” hobbies but I especially admire those who remain connected to our modern world by maintaining a delicate balance between both.
I enjoy the ritual of winding my clocks once a week. It gives me a chance to “see how they are doing”. Each one is like a friend and my mission is to take care of them. As I go from clock to clock I listen carefully as I wind each one, adjust as necessary to speed it up or slow it down depending on the season of the year, humidity and so on and think about the last time it was serviced and what might need to be done.
Some keep very good time, especially the weight driven ones, because they release power at a steady rate while others, like the spring driven clocks either need adjustments often or only occasionally. Like friends, they are all quite different.
This is the energy I need to keep going by doing physical things
It is Saturday. I wind my clocks up and then decided to mow the lawn. But you know how it is, you can’t just go out to the lawn mower and start it up and mow the lawn. First I had to go buy gas. I buy 10 liters of gas and wouldn’t you know it I return from the gas station to find that I already had another half full 20 liter container tucked away in a corner of the garage.
Mowing a lawn is unnecessarily complicated. I have been mowing my lawn for 20 years and each time I mow it I look at it and decide, which pattern will I use this time? But I end up mowing it pretty much the same way every time. It is a tedious task; it is a mindless task but it needs to be done. But, you know, the lawn looks great after it is cut!
Clock collecting and repair is good for the mind and soul
Anyway, the point is that this is the energy I need to keep going by doing physical things. Even cutting the lawn allows me to think about life’s little problems and provides the exercise that I need. Winding clocks is great therapy because it gets me off the couch and off the internet which is a time-sucking monster. Repairing clocks takes less physical energy but much more mental energy that keeps the brain cells from drying up.
Looking for new clocks to acquire or repairing my clocks takes a certain level of both physical and mental energy. It is a good feeling. Unlike lawn cutting there is nothing about clock collecting and repair that is mindless or tedious, you have to think about everything you do, meet each challenge with the thought that I might even learn something new.
For example, faced with two identical Sessions time and strike movements each one might have very unique challenges like a worn escape wheel tooth on one or a broken mainspring on another. Or, faced with a decision to buy or not to buy I must weigh the cost against my desire to have that particular clock. These weighty decisions take a lot of mental energy.
Clock collecting and repair is good for the mind and soul. One of the things I enjoy most is facing a difficult challenge and seeing it through to the very end, stepping back and saying….yeah, I did that. Take my Junghans Crispi wall clock for example.
I decided that I would do my best to fully restore this clock
My mission from the very beginning was to have a Victorian style showpiece. I imagined what it might eventually look like and decided that I would do my best to fully restore this clock. Yes, there were challenges working on the case and learning new ways to fashion complex pieces, stain, glue and so forth. There were also challenges addressing issues with the movement which had not been running in 100 years.
I made the difficult decision to bring the clock to a horologist that I have used in the past. Why, it had two issues that I could not fix because I do not have the proper tools. I decided that while it was in the shop instead of having those two issues addressed, why not have it serviced completely. The horologist who worked on the clock did a fantastic job. When I picked it up she was very curious about its history and remarked that it was the first style of clock she had ever worked on.
Was it worth the many hours and the money to bring this fine Victorian style clock back to its former glory? Absolutely, without question! The before and after photos of this clock constantly remind me that when I put my mind to something I can achieve a fantastic result and every time I look at it I feel a sense of immense achievement. It gives me energy!
Yes, clock collecting and repair is good for the mind and soul. It is clock therapy and it works!
Regulating your clock is the process of making repeated, precise adjustments to its mechanism with the goal of enhancing its accuracy and ensuring it functions as a reliable timekeeper over an extended period.
The running of your mechanical clock is influenced by three key factors: neglect, friction, and the environment. These elements will determine whether your clock can maintain accurate timekeeping. The article ends with tips on regulating your clock and the effects of mainspring power on timekeeping.
Let’s look at each factor.
Neglect is easy to understand: without proper care, a clock will lose its reliability as a timekeeper. Placing a clock in a sunny spot, especially in a hot window, can cause the case to age prematurely and dry out the movement. Setting a clock near a heat source, like a heating vent, can affect its performance. Transporting a weight-driven clock without securing the weights can result in broken case parts and shattered glass. Moving a pendulum clock without removing the pendulum can cause internal damage.
Additionally, turning the hands backward should be avoided unless the manufacturer specifically permits it in the clock’s instructions.
Each moving part of a clock must be in optimal condition. The gear train should move freely, but excess friction will negatively impact the clock’s performance. Regular lubrication is crucial to prevent this. Friction causes wear, and over time, wear can lead to costly and time-consuming repairs. As bushing wear accelerates, the clock’s functionality will deteriorate, eventually causing it to stop.
It’s good practice to inspect your clock’s movement every year or two and add oil if the pivots are dry. If you notice a buildup of thick, dirty oil around the pivot holes during your inspection, it’s time to service the clock’s movement. This can be done either by you, if you have the necessary skills, or by a clock specialist.
Once the lubricating oil is used up or dries out the clock continues to run but the wheels are running without lubrication in their pivots holes. Once the pivot holes are enlarged (see above) the gears begin to run too deep into each other and the clock eventually stops. In clock circles the proper function of one gear operating with another, smoothly is referred to as “meshing”. Once wear becomes a factor, winding the springs no longer helps, as the springs lack sufficient power, or the gears fail to mesh properly, preventing them from overcoming friction in the gear train.
This leads some owners to think the clock is stopping due to being “over-wound,” when in reality, it’s simply worn out, or there is so much debris and dried oil in the mainspring that it sticks and refuses to unwind.
Preventative maintenance can help avoid costly repairs.
Servicing a clock is a separate topic altogether but black or green oil around or in the pivot holes is an indication that re-oiling will be ineffective; dis-assembly and cleaning of the movement is necessary.
Mixing old, dirty clock oil with new oil will speed up wear, and adding more oil won’t improve its performance.
Changes in the ambient temperature of your environment will affect it’s timekeeping rate. It is quite common to make seasonal adjustments to your clock. If you are in a temperate climate such as my part of the world, humidity, and temperature changes have a noticeable effect on the rate-keeping of any clock. Increasing the ambient temperature will slow it down, from the expansion and lengthening of the pendulum rod (unless it has a compensating type pendulum).
Clocks perform better in the more controlled environment of a home, but damp basements, window sills, bathrooms, areas above heating elements or vents, garages, and other humid spaces are unsuitable for mechanical clocks. Harsh environments can damage both the movement and the case, leading to issues like cracks, fading, and detached veneer in addition to a myriad of problems with the movement.
Regulating a clock often means making incremental changes to the length of the pendulum by means of a rate adjustment screw located at the end of the pendulum, or as in the case of a French clock pendulum (above) a rating screw inside the bob. Turning the rating screw clockwise shortens the pendulum (faster) and counterclockwise lengthens (slower) it.
Usually, one full turn of the screw means adding or subtracting a minute per week. To simplify the process some clocks have a rate adjustment arbour on the dial, typically at the 12 o’clock position. That way you do not have to open the access door at the back of the clock to adjust the rating nut on the pendulum.
If you have a double-ended key, the smaller end is used for the rate adjustment arbour. The “S” (slow) and “F” (fast) settings correspond to adjusting the clock’s speed—slowing it down or speeding it up. Clocks may have either one of these adjustments, but sometimes both (adjustable pendulum and rate adjustment arbor), as on this French shelf clock.
Rate adjustment is a trial-and-error process and typically takes a week or longer. If you can adjust your mechanical clock within a minute or two per week you are doing well. You will gradually gain a feel for the kind of adjustment required to regulate your particular clock.
Clocks without pendulums are those that have lever escapements, floating balance escapements, or balance wheel escapements. Regulation is achieved by moving a lever from slow to fast (as indicated on a wheel for instance) or adjusting weights in one direction or another on the escape wheel. There are specific directions on how to this and it is best to consult the instruction manual on your clock or search for resources online.
When winding a spring-driven clock you are winding a sturdy coiled metal spring. The mainspring is an energy storage system or a power source. When you turn the key the winding gets tighter until you cannot turn the key any further. This stored energy (or potential energy) is now ready to be released but because a clock has reduction gears and an escapement (method for energy to escape) the energy is designed to be released at a steady and controlled rate. The purpose of the gear train is to convert the slow rotation of the main wheel into the faster rotation needed to tell the time. Each wheel in the train turns faster than the previous one.
A spring-driven clock tends to release most of its energy at the beginning of a cycle and releases less energy towards the end of it’s winding cycle which is typically an 8-day period. Most clocks will run longer than eight days but will lose more time as the spring supplies less power.
Regulating some spring-driven clocks can be challenging due to the way they release their power, though this can vary depending on the clockmaker. If your vintage or antique spring-driven mantel or wall clock is accurate to within 1-2 minutes per week, it’s performing quite well.
My Sessions time and strike tambour-style clock typically runs about one minute fast at the start of the week and around one minute slow by the end of the week. This is normal.
On the other hand, weight-driven clocks are more accurate since they release power at a constant rate through the winding cycle. Weight-driven clocks are generally more reliable timekeepers and are easier to regulate.
Neglect, friction, and environmental factors play a significant role in a clock’s ability to keep accurate time. By ensuring proper maintenance, placing your clock in a location free from heat and humidity, and regularly checking for adequate lubrication, you can extend its lifespan, maintain its value, and enjoy dependable performance for years to come.
It this day and age it is very common to have family scattered to the four winds. What time is it is such and such? Why not create timezone clocks? I live in Canada and I have one daughter in Calgary, Alberta, one of our mid-western provinces and one in Victoria, BC, on the west coast of Canada. We keep in touch with Skype and telephone and as I am working on my computer in the kitchen area of my home all it takes is one glance upwards to see what time it is in Calgary or Victoria.
This is my trio of clocks. The two on either side are eight inch while the centre clock has a 12 inch dial. The centre clock is a New Haven time and strike from the 1930s taken out of a decommissioned school house in Saskatchewan in the 1950s. My aim is to have three 8 inch dial clocks. Once I find another 8 inch time-only clock the New Haven will be replaced.
The clock on the left is a Waterbury Arion. It came to me without glazing and bezel but ordering a replacement was easy enough through a clock supplier, Perrin in Canada. While writing this blog I decided to touch-up the 7, 8, and 9 numerals. It is the quietest of the three clocks.
The one on the right is Sessions Drop Octagon. The dial face is in rough shape but I decided to leave it as-is. The clock came from a decommissioned schoolhouse in Springhill, Nova Scotia in the 1960s.
It is by far the noisiest of the three but you get used to the sound. All three will be time-only clocks, preferred if you are looking for the dedicated function of simply telling the time. Of the three my favorite is the Waterbury. Even with the “messed-up” dial face, it is the most accurate of the three and will run for 12-15 days on a single wind.
Keeping track of family all over the country is part of being a normal modern family and timezone clocks certainly help.
Do you like the challenge of working on a mechanical clock? This one might have you ripping your hair out. These are not the best clocks to start on and can be a headache for the experienced clock-maker.
You will find Part I of this project here and Part II, here.
In August 2015 I wrote, “This a good project clock that is not for the inexperienced. As I gain more knowledge I will tackle this fascinating clock.” Well the time is now
With a little experience under my belt it time to tackle this vintage circa 1931 Sessions Westminster A chiming clock.
I had removed the movement from it’s case in 2015 to replace a bad click since the mainsprings can be easily removed without dis-assembly. The click holds the tension or power of the mainspring and is identified by a clicking sound when the key is turned on the winding arbour. Although I have not run the clock much since then the click is holding up well.
The movement required a total of 17 bushings. There was some movement of the pivots in the pallet arbour bushing holes, not enough to be overly concerning but they were addressed during servicing.
I was unable to pull the centre cam off because I do not have a puller which was unfortunate as the hole might have called for a bushing.
I was also unable to pull the arbour for the gathering pallet pins. It also might have needed a bushing though luckily I was able to bush one end. I mentioned in Part II that parts that are pressure fit on any movement are frustrating when said parts cannot be removed without special tools. Fortunately I was able to hand pull other chiming/striking parts off this movement.
There are two racks on this clock (see photo #4). One rack was missing it’s retaining spring. I made a new one out of brass wire. The clock was not striking properly and this small, seemingly inconsequential part might be the reason.
It shows very well for a vintage 86 year old clock
Between re-assembling the movement and testing of the time side I had an opportunity to address the finish on the case. I used a wood stain to hide scuffs and nicks, applied 5 coats of Minwax Satin Wipe-on Poly using 1500 grit emery cloth between coats to bring up the finish. Although not quite the deep luster of a clock coming out of the factory it shows very well for a vintage 86 year old clock. Purists might argue that I am using a modern finish on a classic clock but I don’t mind since the clock was found in a dusty old barn and cost me only $25.00.
Robert Croswell’s guide for the Sessions Westminster A clocks is excellent
The dial bezel was polished using Brasso.
Five Days Later
The clock has been running for a few days and I am satisfied that the time side is functioning well. I can now proceed with the strike and chime side, following Robert Croswell’s excellent manual.
One Week Later
The time is running well and I am getting a full cycle (8 days+) however I am still having issues with the strike side. It manages the quarter hours as it should, 4 strikes on the quarter, 8 on the half, 12 on the three quarter and 16 on the top of the hour. However it is obvious (to me) that I do not have the hour strike sequence set up properly. Robert Croswell’s guide for the Sessions Westminster A clocks is excellent but I am having difficulty understanding how the racks, and there are two, and the snails, again two, are set up.
Stay tuned, I know I will solve this little annoyance eventually.
Tick-Talk Tuesday is about the letters and comments I have received from you, the reader, concerning your clocks, issues you might have had and challenges you face and my responses to your questions with advice on your particular clock concern(s). For those comments and questions that stump even me, I consult within my clock circles for the best possible answer.
This is a Sessions Westminster A mantel clock made in Forestville Conn. The first year of production for this model was 1927. This particular clock was made in October of 1930 and features minor improvements to parts of the chime / strike train. Between 1903 and 1933 Sessions produced this and 51 other models of mechanical clocks, ranging from Advertisers, large and small clocks with logos of various businesses, to wall, or regulator clocks, and shelf or mantel clocks, designed for the home. Many of the Sessions clocks from this period are prized by collectors.
Everything seems to working very well with my clock except for the chimes which seem to have a rather peculiar problem
JD writes. “I stumbled across your WordPress blog about your Sessions Westminster clock and thought I’d reach out as I’m in the process of finally getting mine running. Everything seems to working very well with my clock except for the chimes which seem to have a rather peculiar problem. The hourly chimes work great. Full Westminster, then the correct number of hour strikes. The half hour chimes are also correct. The problem is that the quarter hour & three-quarter chimes are reversed. The quarter hour has 12 notes and the three-quarter hour has only 4. I haven’t even taken the movement out of it’s case yet, and at this point I’m just trying to figure out what the problem might be, and how complicated it may be to resolve it. This is one of about a dozen old clocks that my father had in his collection when he passed away, all of which I had been led to believe were non-functional. I’ve got ten of them running and would like to get an idea what I’m up against with this peculiar problem. Thanks in advance for any insight you may be able to offer.”
Co-incidentally I have been working on the same clock. Mine also had issues with the strike and chime sequence. I received JDs letter prior to working on my Westminster A mantel clock so I could not advise him on his specific issue but hope to share my experience with him once I have completed work on it.
The Sessions Westminster A mantel clock was made in Forestville Connecticut, USA. The first year of production for this model was 1927. Between 1903 and 1933 Sessions produced 52 models of mechanical clocks, ranging from advertisers, large and small clocks with logos of various businesses, to wall, or “Regulator” clocks, and shelf or mantel clocks, designed for the home. Many of the Sessions clocks from this period are prized by collectors. Having a unique and innovative design, the Westminster A is particularly sought after.
My reply was. ” Thanks for your letter JD. I have yet to tackle this clock and know that it is not a good clock for the novice clock repair person to work on. If you have the skill-sets to have worked on other clocks then you are prepared for this one. I have attached a detailed guide which will help you through the servicing of this clock. It was prepared by Robert Croswell a member of NAWCC. One thing I should mention. The clicks are very weak on this clock and click failures are common. I need not remind you that when clicks fail they may also take parts of a clock with them. If you decide to tear it apart, do yourself a favour and replace the clicks. I have a number of clocks that I have to service before I get to the Westminster A. Let me know how you are progressing with the clock and any insights you can pass along to me.”
I attached Robert Croswell’s excellent manual called Taming the Sessions 2-Train clock.
JD wrote back, “Thank you very much for the reply, and especially for the very helpful guide. I also asked the question on JustAnswer.com and received a helpful response from a clock repairer who said that the chime correction cam that is behind the locking plate needs to be rotated 180 degrees after it chimes the 12 notes, to the 3/4 hour position. As I said, I haven’t even removed it from the case yet so I just wanted to get an idea how involved the repair might be before I take any action. Now I have an idea where to focus my attention, and I can at least remove it from the case and examine it to fully understand the working of the chiming mechanism. Not sure if I’m up to tearing it apart quite yet, especially since it is running well for the most part. The resource you provided will no doubt prove very helpful to my learning process. I’ll let you know if I manage to resolve the issue and of course, anything I learn along the way. Thanks again.”
I will be sharing my experience with JD once I have the clcok running as it should. I have assembled the clock and in the process of testing the time side. Although the racks and snails (there are 2) are reinstalled I have not yet managed to have the time properly aligned. Once I have determined that the going train will run it’s full cycle I will focus on adjustments to the strike and chime side racks and snails.
A great learning experience.
This is Part II of a multi part series on the Sessions Westminster A chiming mantel clock.
Inside the plates they are a conventional Sessions clock. Outside the plates is an entirely different story
Sessions Westminster A clocks are true chiming clocks that play the Westminster chime sequences on the quarter hours and strike the hour count on the hour. The unique design combines the chiming and striking functions in one train powered by a single main spring. Between the movement plates these movements are very similar to other Sessions non-chime (strike only) movements. The going (time) train is controlled by a basic recoil escapement with the strip pallets or verge located between the plates. Inside the plates they are a conventional Sessions clock.
Outside the plates is an entirely different story. At the front of the movement one will notice that this is a rack and snail strike train but it has TWO racks and TWO snails. A look at the back of the movement reveals a small cam in the middle of the plate and a large “player drum” or pin drum. The two racks working together with the little cam and the player drum, which can shift outward to play chimes or inward to strike the hour, is what makes it all work. The chime sequence is self‐synchronizing and with so few working parts, once setup correctly this can be a relatively trouble free movement. (Source R. Croswell’s Taming the Sessions Two Train Clock)
This clock requires servicing for two reasons;
There are a number of “exterior” parts that must be removed before separating the plates
Dis-assembly of the Westminster A is conventional however there are a number of “exterior” parts that must be removed before separating the plates. The regulator gearing, verge, drum assembly, hammers and racks as well as other parts are removed one after another. The additional parts add considerable complication to the movement and can lead to issues when servicing. I will describe two particular issues I have encountered in the process of working with this movement. I believe these issues, which I will describe later, are likely what frustrate most clock repair persons when working on the Westminster A.
I chose to leave the mainsprings in while taking the movement apart though I contained the power using C-clamps. On this clock the mainsprings can be removed without dis-assembly. This allows the repair person to easily service the mainsprings or the clicks (which are notoriously bad on Sessions clocks generally).
Unfastening the drum and hammer assembly went without issue since there are only two bolts securing it to the plate.
The 2 racks, a unique feature, work together to produce the strike. They are located one on top of the other and are secured to a post.
Taking them off requires releasing a pressure washer on the top of the post. They came out easily. However, one rack is missing a return spring which might partly explain the erratic striking of the clock. Such a simple thing that may make a big difference. I may have to buy or fashion a spring.
Specialized tools are needed to remove some parts. Those I don’t have
Two issues.
One, I could not remove the hub supporting the gathering pallet pins seen here. It’s unfortunate because there is more lateral movement of the arbour that I am comfortable with which tells me that a bushing is required. I did not want to risk damaging the arbour and I don’t have specialized tools to do the job. I may have to live with it. However, it may not be so bad once the other bushing work is completed.
Two, I could not remove the centre cam despite pulling and gently prying.
Again, I did not want to risk damaging the arbour. Specialized tools, such as a puller in this case, are required to remove it. That, I don’t have.
This clock has a unfortunate reputation for soft pivots
I will have to work around these two issues. Pressure fitted parts on any movement are very frustrating when said parts cannot be removed without special tools and this one is a challenge indeed. Re–assembly might be a little frustrating particularly with the centre arbour still attached to the rear plate which may effectively be “in the way” of positioning other wheels in place.
I inspected the pivots on the wheels and they all look good (no tapering) with expected wear for a clock of this period. I was worried because this clock has a reputation for soft pivots and perhaps because this is a later model, Sessions might have been introduced harder steel for the pivots. There is plenty of bushing work that needs to be done, however.
On to cleaning, bushing work, re-assembly and testing in Part III.
This is Part I of a multi-part blog wherein I explore the challenges of repairing a Sessions Westminster A tambour style time, strike and chime mantel clock. This part is the introduction.
In August 2015 I wrote, “This a good project clock that is not for the inexperienced. As I gain more knowledge I will tackle this most interesting clock.” Well the time is now.
Well, it’s been two years and I have looked at this clock often enough and wondered what it would be like to finally get it running. Time to take the plunge.
The Sessions Westminster A mantel clock was made in Forestville Connecticut, USA. The first year of production for this model was 1927. Between 1903 and 1933 Sessions produced 52 models of mechanical clocks, ranging from advertisers, large and small clocks with logos of various businesses, to wall, or “Regulator” clocks, and shelf or mantel clocks, designed for the home.
Some Sessions clocks from this period are prized by collectors. The Westminster A is particularly sought after though collectors prefer it to be serviced and in running condition.
The clock is tricky to repair and most horologists prefer to stay clear of it
This clock is 21 inches long and 10 inches high, has a mahogany finish with faux wood inlay and raised metal gold-coloured numerals on the dial face. It is a quarter-hour 8-day Westminster chime clock operating on two trains, the going train (time) with the strike and chime train combined. It also has small arbour just below the hour cannon to turn off the chimes/strike and is called “Silent Chime”. Sessions was not alone in producing two-train clocks and other makers incorporated this design later in the 1930’s and 1940’s. However, Sessions was probably the best known for this feature. This clock was sold in 1931 (inscription on label, back of access door). The sale price was $29.95 which would have been substantial considering a working man’s salary in those days.
The clock is tricky to repair and horologists will generally try to stay away from it. I will be going through a step-by-step process and relying heavily on Robert Croswell’s excellent instructional manual called Taming the Sessions Two Train Movement February 2016 edition.
In August 2015 I wrote, “This a good project clock that is not for the inexperienced. As I gain more knowledge I will tackle this most interesting clock.”
I have done some bushing work and from what I can see there is certainly bushing work to be done. I have removed the movement once before to replace a bad click which as easy fix since the mainsprings can be removed without dis-assembly. The click holds the tension or power of the mainspring and is identified by a clicking sound when the key is turned. But the real challenge will begin as I attempt to understand how the chime mechanism works and if I can re-assemble it successfully.
Follow me as I dis-assemble, clean and repair the movement in Part II.
I recently purchased a vintage Canadian made New Haven 8-day short drop octagon time and strike clock. It is in the familiar style of a schoolhouse clock.
The New Haven Clock Company lasted just over 100 years.
Sadly, The New Haven Clock Company lasted just over 100 years. Much of the history of the New Haven Clock Company comes from this informative site.
In 1853 the Haven Clock Company was founded in New Haven, Connecticut by Hiram Camp (1811‑1892) and other clock-makers. The company’s mission was to mass produce inexpensive brass clock movements for use in clocks. In April, 1856 The New Haven Clock Company buys out a competitor’s company, the Jerome Clock Company. They move their production to the former Jerome factory and New Haven begins making clocks under their own trademark. In 1870 some of New Haven’s clocks are marketed under the Jerome & Co. brand.
In 1885 the company stopped selling clocks other than their own New Haven brand. In 1890 the company developed serious financial problems and efforts were made to keep it solvent until 1897 at which time the company emerges from reorganization. In 1902 Walter Chauncey Camp (1859-1925) began to turn the company around. In 1923 Walter Camp steps down as head of the company and is succeeded by Edwin P. Root.
In 1929 Richard H. Whitehead replaces Root as president of the company but by this time New Haven is again facing financial difficulties which is compounded when the Great Depression hits in November, 1929. Whitehead is able to keep the company afloat during these troubled times and the firm becomes profitable once again. From 1943 to 1945 the company uses its manufacturing plant to aid in the war effort, producing products almost exclusively for military use. In March of 1946 The New Haven Clock and Watch Company becomes the new name of the firm after it reorganizes once again. It returns to what it did best before the War, once again making clocks and watches.
The 1946 reorganization eventually leaves the company vulnerable to foreign investors and it loses control to a consortium of Swiss watchmakers. The man who had successfully shepherded the company through the hard times of the Depression years, resigns as president. In 1956 the New Haven Clock and Watch Company files Chapter 10 bankruptcy in a U.S. court. Its fortunes have declined precipitously since Whitehead’s departure and it never recovers. In 1960 the company goes out of business and the production lines are closed. The facilities are sold through a combination of public auction and private negotiation in March of 1960.
The New Haven Clock Co. of Canada was established at Brantford, Ontario (Canada) in 1906. The New Haven Clock Company of Canada was a subsidiary of the New Haven Clock Company of America. Both mantel and wall clocks were made in the Brantford plant with Canadian wood cases, but the spring-driven pendulum movements were brought in from the U.S. The Canadian arm of the New Haven Clock Company closed in 1956.
This clock was made in the 1930s and taken out of a decommissioned one-room schoolhouse in 1963.
I am always fascinated by a clock’s history and I always ask a seller how much they know about it
I am always fascinated by a clock’s history and I always ask a seller how much they know about it. I believe a clock’s provenance is almost as important as the clock itself. The seller, a man in this seventies, related in great detail how he acquired the clock from the Lone Spruce School in Invermay Saskatchewan in 1963 when the municipality was selling off school assets. Saskatchewan is a western province of Canada. Invermay Sask is a village in the east-central region of Saskatchewan, Canada with a population of 247 in 2011. Invermay is about 75 km west of Canora or about 50 km east of Wadena on Highway 5.
Lone Spruce school was built between 1913 to 1915 on the west side of section 1 township 34 range 8 west of the second meridian, and it is noted by local historian Caroline McDonald, that the school was 1/2 mile north from each of the north and south corners of the section of land. Classes opened under Mr. Oliver, during World War 1. A new school was needed around 1950-1951, and the new school yard chosen was section 8 township 34 range 7 west of the second meridian, the old school yard having been two miles to the west of the new school. The old school house sat empty for 10 years and was removed in 1959-60. When the new school closed for classes, the Lone Spruce school house was re-located into Hazel Dell around 1959-1960 and decommissioned in 1963 at which time its assets were sold.
Why a school board would order time and strike clocks is an interesting question.
#331 appears on the inside access door. The number 331 was likely an inventory number that referred to one of a lot purchased by the municipality in the 1930s. Why a school board would order time and strike clocks is an interesting question. My other schoolhouse clocks are time-only. Why the access door is a solid sash rather than glazed is another curious question. The combination of the solid sash and time & strike movement must have hit a particular price point for the school board at that time. The teachers were likely instructed not to wind the strike side.
The New Haven clock is now one of three “time zone” clocks on our kitchen wall. I have a daughter in Victoria BC, and a daughter in Calgary, Alberta and at a glance I can see the time in those two regions of Canada. The New Haven clock is our local time; the Victoria clock is a Waterbury and the Calgary clock is a Sessions.
This clock is on my calendar for servicing which I will cover in an upcoming article.
This year I decided to part with three of my vintage clocks. Rather than sell them which would have offset tool purchases, I decided that there is no better way than gifting them. I have three adult children (is that an oxymoron?) and it was a matter of allowing them to choose what clock they wanted out of several choices.
My oldest chose a vintage Sessions American No 2 shelf clock seen here.
She loved the natural mission oak style and the simple lines. This clock required a little work before it was handed over to my daughter. A thorough cleaning of the movement as well as 5 new bushings and a new click on the strike side were required. There is similar American model made by Sessions, the No 1, which did not have the fluted columns. This one was made was around 1922 and was a very popular model for Sessions.
My second daughter chose a Sessions Raven time and strike mantel clock pictured here. It is also from the early 1920s.
She liked the ebony finish, the sound of the strike, the simplicity of the lines as well as the 4 delicate columns and added that it would go great with her furniture as you can see in the photo below. I agree. This clock was serviced just before I received it about a year ago but I took the movement out, inspected it, oiled it and returned it to its case.
My son chose one of my earlier clocks, a Daniel Dakota time and strike wall clock circa 1960s. It was in very good condition for a Chinese clock though I took it apart, cleaned it and oiled it. Made in China clocks are practically bullet proof though due to their cheap construction they are prone to explode. Not the prettiest clock around but these things last a long time if you given them just a little care and attention.
If you are a collector, why not gift your clocks to friends and family? Clocks are endearing memories by association. Children love receiving clocks from their parents not only because of their collectible value (perhaps) but as a keepsake, a reminder of good times and happy family memories. I am sure that every time they wind the clock they will think about that one or more happy occasions and if something goes wrong with their clock it provides an excellent excuse for dad and mum to visit! And we certainly will with tools in hand!
I scour the online for-sale sites frequently and I am always amused by some of the clock ads that folks write. I wish I could post some pictures, some of the clocks are truly pathetic but copyright law prevents me from doing so but at least present the unique descriptions. None of the spelling errors are mine by the way.
Here we go:
“I have an old antique wined up clock works great runs real waits”
An ad for a Chinese wall clock similar to this Daniel Dakota
“Original Carillon 1960-70 antique 31-day winding clock perfect condition. Elegant design with brass hands and pendulum. Comes with original key. Selling to people with taste $300”
No this clock does not look good!
“I made this clock myself, looks pretty good I think. $10.00”
An ad for what looks like a bracket clock:
“red color wood, in nice shape, not working, needs guts”
Not sure I’d take a chance on this one.
“Great look needs clock looked at and bulb. If I get to fixing it it will be more”
This ebony Adamantine Seth Thomas similar to this Sessions better be made of gold.
$1750.00 Good Investment, Great Gift, Excellent Condition, 8 Day, Chimes on the hour, bell on half hour, very accurate. I have owned this clock for 9 years with no problems. Circa 1890. This range of Adamantine Clocks, are known to collectors as “Black Mantel Clocks”
Ad from Value-Village. I thought one could always get great deals there but not any more. And for $600 wouldn’t you want to know the maker of the clock?
“Foreign Granddaughter’s clock, Art Deco – Solid Oak -8 day, quarterly chime , Slight damage to dial and hinge, Dimensions: 55″H x 9,5″@ x 9.5″ D , Price: was $899.00 Now: $599.00!”
And another stellar Value Village ad. Are they serious at Value Village? It looks exactly like this Forestville time and strike that I own:
“Forestville German Art Deco Clock , Wood, Westminster Chimes (quarterly), Key wind in good working condition. Ca 1920. Has some damage at top of Dial. Key, Dimensions: 22″W X 5″H Price: was $499.00 NOW $349.00!”
More ads
“royal adult on carriage clock; never used by bulova”
“Coo Coo Clock in excellant condition!”
“Beautiful antique crank clock. Still works great”
“Clock antique, brand new. Made out of wood, heavy and durable. Japan movement powered by one AA battery. Beautiful, antique, decorative. High 9 inch, wide 7 inch.
I live Dufferin x Finch $60”“Antique Citizen wall clock in working condition. Comes with key. Made in Korea. Asking $125 or make my an offer!”
Chinese or Koren clock perhaps. These quite often sell for less that $50. I might consider a Korean or Japanese clock but I would never pay $150 for a Chinese one. I wonder what might happen if I offered less, would they threaten me!
“Vintage Beacon regulator 31 day keywind wall clock. They don’t make em like this anymore! Solid wood (not veneers) The movements keep excellent time. This clock is over 50 years old and works like new! We do not know the exact age as father in law brought it to Canada from Germany in the early 50s. Its in mint condition and works like new. Seriously nice sounding chimes Dimensions: 28in h x 16in w (at round face) x 6in deep Key included Serious enquiries only please. Price is NOT NEGOTIABLE! This means asking price of $150.00 is my final price.”
And others.
I have this clock but don’t have time to use it. Works fine.
Misfits clock works great from smoke free home
Jack Daniel’s promotional advertising wooden wall clock, would look great session room, rex room. Clock works $75 obo
My recent acquisition of another schoolhouse clock stimulated my curiosity and prompted me to do some research on the origin of the name. In this article I will describe my thoughts on how the schoolhouse clock came to be and my most recent Sessions wall clock purchase.
During my research I found it very interesting that little can be found regarding the history of the schoolhouse clock. I realize that many older readers growing up in the rural areas of Canada and elsewhere in North American have fond memories of the one-room schoolhouse with a large clock in either the front or the back of a classroom. I did not live that experience rather, when I was young and attending a large urban school the Simplex master / slave clock is the one I remember best.
The schoolhouse clock that I bought recently adds to my modest collection of three schoolhouse clocks. Given that I spent many years as an educator, it seems only fitting that I would have an interest in schoolhouse clocks. My schoolhouse clocks are all a similar style; short drop octagon, constructed of oak, brass dial bezel, bottom glazed access sash, 12 inch dial or 9 inches as in this case of this clock and the Waterbury pictured below. Although 9 inch clocks were used in schoolhouses they were also found in office or workplace settings.
They were not called a schoolhouse clock when they were made
Schoolhouse clocks were the standard design for early North American school houses because of their larger, easy to read dials. These distinctive clocks were hung in many schools rooms across Canada. The majority had simple but tough time-only movements and some even came with a calendar function. Occasionally they were ordered with time and strike movements but the cheapest and most popular versions were time-only. This type of clock had a very utilitarian look and function.
They were not always called schoolhouse clocks. None of the labels on my clocks have the word “schoolhouse” written on them and are either described as a”drop Octagon” in the case of this Sessions or have a specific model name. The term schoolhouse clock was not applied to them when they were made but came to be known as a particular style of clock found in school settings by later collectors. If a particular style was ordered by a school authority makers might have informally described them as clocks for schools or “school clocks”. In any event, the term has become a permanent part of the clock collector language.
With a swinging pendulum visible from a distance the clock can easily be seen running and the open-door bottom access sash allowed for restarting and adjusting the rate. In some clock collecting circles it is said that schoolhouse clocks are a derivative of the English drop dial fusee clock, an example of which can be seen here. Drop dials were produced in the late 18th through to the 19th century and closely resembled the schoolhouse clock. Unlike spring-driven schoolhouse clocks, fusee clocks have conical construction from which a chain or gut-line is pulled by the mainspring barrel allowing the power of the mainspring to be released evenly thus assuring better accuracy.
When I am in the process of buying a clock I always ask the seller this question. “How much do you know about this clock?”
When I am in the process of buying a clock I always ask the question. “How much do you know about this clock?”. I always ask this question because I am interested in a clock’s provenance and some of the stories are quite intriguing. The seller, a man in his late fifties, thought about it for a moment and said, “Well, I’ve had it since I was 14”. The clock came out of a decommissioned one-room schoolhouse in a small town called Springhill, Nova Scotia (Canada). However, when I first saw the clock I said to him, “It looks like a nice office clock”. The seller quickly corrected me and said, “It’s a schoolhouse clock”. “It runs for a little bit and then stops, maybe you can do something with it”, he added.
It is a 1920’s vintage Sessions Drop Octagon wall clock. It has a solid medium dark oak case with original hands, ornate pressed brass pendulum bob, solid brass bezel, 80% of an intact label on backboard, tin dial pan and stenciled lower glazing on the sash. The paper dial is original but it is heavily “foxed”. The movement is 8-day time only. The dimensions of the clock are a 9″ diameter dial, 19″ high, 13 1/2″ wide by 4″ deep. It is in reasonably good condition given it’s age and for $20 it was quite a bargain. It is also intact; there are no missing or broken pieces.
I don’t think this clock has been run in quite some time.
I took it home, hung it on the wall and true to what the seller said it would run less than a minute and stop. I noticed a rubbing sound around the pendulum area as it was running. The pendulum bob was hitting against the inside front of the case. I took the movement out and observed a bent crutch rod, corrected it, put it on a test stand and it ran immediately. As expected the movement had quite a bit of grime and required attention but it ran for a day before I took it apart for a thorough servicing. I don’t think this clock has been run in quite some time.
I found it curious that the suspension spring was soldered where the spring hooks into the top block. It likely kept slipping off and solder was used to keep it in place. In any event, the spring cannot be taken out without first removing the solder! The clock is in very good overall condition for it’s age and the movement was not as dirty as I first thought. The pivots are in decent condition for the most part and there is minimal wear overall. The movement was disassembled, cleaned and in the process I decided to install two bushings for added insurance, one on the escape wheel (front plate) and the other on an intermediate wheel (front plate). The movement was tested, put in beat and reinstalled back into it’s case.
I may replace the paper dial but I am going to see if I can live with it for the time being.
The dial has many brownish spots as you can see in the next photo. The clock had to have been in a moist environment for a long period for the paper to discolour. My two options are, one, leave as is or, two, replace with a paper dial. I may replace the paper dial but I am going to see if I can live with it for the time being. The brass bezel cleaned up well but the exposed tin surrounding the paper dial has blackish areas which I managed to reduce with CLR but could not totally eliminate. Of course, I later learned that CLR is really not appropriate for this purpose as it is an acid.
The case has years of grime which was easily remedied with Murphy’s soap and water. It cleaned up very nicely. Following the cleaning I gave the case a light coat of shellac to restore the luster of the oak. It looks good and it runs well.
My other drop octagon clocks are a Waterbury Arion, an unknown Ansonia and an Arthur Pequegnat Brandon II.
Time-only movements are the easiest to work on and a very good movement to learn on.
Time-only movements are the easiest to work on and a very good movement to learn on. If you are a beginner in clock collecting and repair clocks such as this are satisfying clocks to work on and presents few challenges. I am happy that I managed to bring this particular clock back to it’s former schoolhouse glory.
The term schoolhouse clock is a term that was not applied when they were made but came to be known as a particular style of clock found in school settings by later collectors. The schoolhouse clock is such an endearing name that when one thinks of a schoolhouse clock the memory of these specific styles of clock immediately comes to mind.
Sadly the number of antique shops in Nova Scotia is dwindling. We were antiquing in the city of Halifax (Nova Scotia, Canada) this past spring and one of the store owners remarked that there used to be dozens of antique shops in the city, now only a few remain. There are still a few antique shops left in the rural areas and one of our favorites is located in Great Village, Nova Scotia. We decided on a little drive to Great village on a sunny fall Sunday. We were not disappointed in the variety of clocks we discovered. Although I saw all the following clocks during our day of antiquing I bought only one, the Kern “diamond face” 400 day clock (see photo below).
I want to give readers a sense of what is out there if you are collector like myself or you are new to collecting. Now is an excellent time to buy. There are certainly deals to be found and plenty of clocks in the shops. My personal experience is that the antique stores are great places to buy clocks but it can be bit of a gamble. For example, the Kern 400 day clock was advertised for a very fair price complete with glass dome. I asked the store owner if they knew anything about clocks and they said “no, nothing at all”. Sometimes that is a very good answer! The tag on the clock said “as is”. The owner evidently thought the pendulum balls were seized. Prior to the purchase I discovered, that they were, in fact, in their locked position. I got the clock home, unlocked it, gave a little push and it has been running for the past week.
You can get a “steal” of a deal, a clunker or something in between in an antique shop. In this same shop two years ago I bought an Arthur Pequegnat Brandon wall clock for under $200. The case is in excellent shape as is the dial but the movement, though barely running, required servicing. Even though I had to put a little more money into the clock I still consider it a great deal!
Having some knowledge of clock models, styles and types in particular is an advantage. Or, perhaps you might have a good sense that what you are looking at is a good deal. In the case of the Kern 400 day clock I inspected it beforehand and found that it was not only complete but in excellent condition. The $58 Garrard time and strike (photo below) might be a good deal but if it is missing the pendulum you are going to have to search long and hard for a replacement or buy one which adds to the cost. You might ask yourself, what else is missing and how much more money would I have to put into it? The Garrard was missing the front glass and I could not figure out how it was attached so I passed on it. Those are some of the factors to consider when you see something at an attractive price.
In the case of the carriage clock (first photo) the seller wants $120 but the day I was there they were offering a 20% discount which works out to $96. There is a jewelers inscription on the front which says Ryrie Bros. Toronto. Ryrie Bros was a jeweler in Toronto and was incorporated in 1905 with James Ryrie as president and W.M. Birks as vice president. In 1924 the firm changed it’s name to Ryrie Birks and finally in 1933 became Birks. As any Canadian knows Birks (Maison Birk) is one of the premier jewelers in this country. One could comfortably date this clock at between 1905 and 1924. Although the tag says that it is French it is likely American. It might be desirable however there are two bothersome issues that I could see right away with this carriage clock. One, the left side beveled glass panel has a chip in the lower back corner and two, there are noticeable hairline cracks in the upper two corners of the face. The tag said it was in working order. $96 may not be a bad price when you consider that comparable clocks fetch upwards of $130 or more + shipping on Ebay. If it is still there before Christmas I might take a second look.
This unknown “marble” desk clock was very interesting and quite heavy. It had an alarm clock style movement with a key wind and an adjustment for the time, and what appears to be brass bird (duck?) on it’s right side.
As I mentioned I bought this Kern 400 day “diamond face” clock. It is in excellent condition; unlocked the pendulum, oiled the movement, gave it a gentle push of the pendulum and now running very well.
In decent shape, 1873 it said on the label, but the seller wanted too much, $450 if I recall. The seller claims it is running, according the tag. Is it a Sessions, Ingraham, Ansonia or …..?
This clock looked to be in decent shape, the strike side appeared to be working properly. The case is oak but when I picked it up to examine it more closely, the construction, fit and finish had a cheap feel. There was a card inside describing a servicing performed in 1994. $68 – a little high, I thought but there may not be a lot wrong with it.
I like this clock but know very little about crystal regulators. What I do know is that most American companies made them, from simple brass and glass cases to elaborate cases with cast and gilt ornaments. Equivalent French examples seem to be more valuable than American ones. They can be highly expensive. Generally, the more elaborate the case, the more expensive the clock, even though the simple cases could easily be considered more tasteful. I remember seeing a very ornate one on Antique Roadshow which was valued at $8000. Condition is very important with these clocks, including the condition of the beveled glass, dials, and original finish (generally gilt) on the case ornaments. Is the pendulum supposed to be filled with anything? Mercury? These cylinders looked empty. The seller claims the clock is running and wants $365. A fair price? I don’t know. It needs a thorough cleaning though.
This English Garrard clock had a well constructed case and appeared to have a well-made, robust movement but was missing its front glass. I have been to this particular shop several times and nobody seems to be interested in the clock though the price has not changed.
I noticed a Seth Thomas mantel clock in a dark corner. This particular example is one that I would not recommend to anyone unless you are a fan of Talley Industries. It is a Seth Thomas Westminster chime mantel clock made by Talley Industries, Peterborough, Ontario in the early seventies with what appears to be an imported West German Hermle movement. This clock was cheaply constructed (corners were chipped), likely has the dreaded plated pivot problem and has absolutely no collector value. Those in the clock collecting world familiar with Seth Thomas know that it was a reputable clock maker for many years and produced many fine clocks but the Talley Industries era must have been a very dark period for the company!
I hope this blog article gives the reader some ideas when it comes to antique shop clock shopping. It certainly pays to do your research. Although I love browsing the shops I do not limit my shopping to them. I acquire many of my clocks from a variety of sources including Ebay, Kijiji, and word of mouth but I like browsing through antique shops because there are always other interesting items that catch the eye.
Everybody appreciates a serviced clock when they are making a purchase. However, there is no acceptable definition for the term “Fully Serviced”. Fully serviced may mean one thing for the amateur clock collector and repairer and another to a professional clock repair shop.
The other day I was responding to a FaceBook post which offered a mantel clock for sale. The owner said that the clock, a 100+ year old antique, had been “fully serviced” so I asked him what he meant by that since I was curious. He said the clock was ultrasonically cleaned, the pivots were inspected, and the clock was oiled. He did not actually state that the clock was disassembled before cleaning but I assume that it was done properly although dunk and swish (or duncan swish) techniques are used more often that we realize. Dunk and swish involves immersing the entire unassembled movement into a cleaning solution and calling it “cleaned”. However, no reputable clock repair person (horologist) would employ this method. By using the term “fully serviced” the seller naturally expects to get several tens of dollars more for the clock.
No doubt who ever buys the clock will get a couple of years of service before it again needs attention. My concern is the state of the bushing holes and of course the pivots in a 100 year old clock and chances are it was not serviced properly in it’s past life.
I have disassembled and serviced a few clocks in my limited experience and my observation is that the older the clock the more the need for bushing and other repairs. My definition of servicing is this; disassemble and totally strip down, ultrasonically clean, springs unwound, inspected and oiled, pivots inspected and polished, pivot holes pegged and bushings installed / replaced if necessary, other parts inspected and addressed and the movement tested and regulated before re-installing in the case. My servicing also includes a case refresh. I serviced a 1920s Sessions Beveled No. 2 clock this spring (2016) that required 12 bushings.
My Arthur Pequegnat Maple Leaf kitchen clock pictured here was professionally serviced in 2015 by a reputable clock shop and also required 12 bushings.
I am currently working on a 1940s Ingersoll Waterbury which was not too badly worn but still required 3 new bushings.
If you poke around some of the clock for sale sites you will see a description that reads something like this, “all of our clocks are fully serviced and tested to ensure reliable running”. But if you bring up the profile on any one of the clocks offered for sale they generally do not describe how it was serviced and / or the actual service done on the clock.
I see plenty of antique and vintage clocks on the local online for-sale sites. Many have not been serviced as you would expect but some sellers claim that their clock has been fully serviced without providing any detail about what was actually done or whether it was a backyard tinkerer who did the servicing or a professional shop. The Juba Schatz mantel clock you see in the first photo might even be described as “serviced” but all I did was take the movement out of it’s case, inspect the pivots and other parts, oil the movement and return it to its case which took about 10 minutes.
“Fully serviced” to me means defining the term when selling a clock. A reputable for sale site should say something like this, ” has been fully serviced, having been totally stripped down, ultrasonically cleaned, reassembled, runs the full length of the wind and keeping excellent time, +/- 2 minutes per 7 day period”. A little more detail would be beneficial such as specific areas that needed to be addressed or particular repairs made if required but that is about as close as you will get and for those serious about a clock purchase it might be good enough.
Fully serviced means different things to different people. Always ask before you buy.
In this fourth and final entry of the series I will discuss bushing work, re-assembly and finally, testing and mounting the movement back into it’s case. Part I of this series can be found here, Part II here and Part III here,
Once the pivots are inspected, cleaned and polished it is now time to install any bushings required as result of careful inspection.
I acquired a Bergeon Bushing Machine in the spring of this year (2016). As I mentioned in Part III, some may prefer to bush by hand which I think is commendable but I have decided to go the bushing machine route. In the last few months I have been using and learning its many tools. It comes with a set of chucks and reamers some of which (right side rear) are a bit of a mystery to me. I cannot see using any of the large reamers any time soon though I assume that if I am working on tall-case clocks which have larger movements they would come in handy.
First is selecting the correct bushing using a micrometer to measure the diameter of the pivot. Then, I select the proper bushing from my Bergeon assortment kit.
The bushing I have selected for the escape wheel pivot (measured at 1.46 mm) has a depth of 2 mm, an outside diameter of 3.5 mm and a pivot hole of 1.5 mm. In the next photo I am positioning it on top of the 3.47 mm. hole that I have just just “drilled” using one of the reamers. The outside diameter of the bushing is slightly larger allowing for a tight friction fit.
Once I have selected the correct bushing I test it on the pivot for fit and then I position it over the pivot hole and use a small hammer with it’s nylon end to tap the top of the bushing machine centre shaft lightly until the bushing is properly seated and level with the plate ensuring that the oil sink faces the outside of the plate.
To check proper fitment of the motion works bushings/pivots, I assemble all the wheels on that side (both plates), check for a smooth action and determine if any additional reaming/smoothing is required. I do the same for the strike side.
Once all the bushing work is completed and I am satisfied that each bushing fits correctly and operates smoothly, I re-assemble the mainsprings, wheels and levers and then re-attach the back plate using the five plate screws. We each have our own method of re-attaching the back plate but I work from the bottom up, that is, from the mainsprings. Once I have the mainsprings in place I immediately install the bottom 2 plate screws (loosely) and then work from the motion works side to the strike side using a pivot locator tool, if necessary, to coax the pivots into their respective holes.
Positioning the various levers can be a bit frustrating because those that have helper springs seem to slip out of their pivot holes easily as you are putting the plates together. Perseverance is certainly the key.
The one difficulty I had was adjusting the synchronization of the count and drop levers, that is, getting the drop lever to sit in the cam while I adjusted the locking lever position. The clock must be completely assembled at this point and once together loosen or take off the nearest pillar nut and pry the plates apart to take out both the flywheel and the locking wheel. Once out, the locking wheel can be re-positioned by moving the pin on the wheel so it rests on the locking lever. Once this is completed, re-install the flywheel. This is basically a trial and error process and I never seem to get it right the first time.
My only error in the first go-around was not restraining the strike mainspring during this procedure. While spinning wildly the strike mainspring flattened the protrusions off the cam that allows the hammer strike. Momentary panic! Once bent back into shape everything was fine. Naturally, I secured the mainspring for my second successful attempt.
My reference for these adjustments is Steven Conover’s Striking Clock Repair Guide which is an invaluable guide to striking American clocks.
Once the parts are re-assembled it is on to the final testing phase which takes days (and weeks, perhaps) as the clock is being carefully regulated. The following video shows the movement on a test stand (in this case, Gene’s Test Movement Stand). The sound of the pallet on the escape wheel is very quiet; you are hearing other clocks in this room. The clock is in beat and in the video you can see the movement of the escape wheel from various perspectives.
Once testing and regulating is completed and I am satisfied the clock will run reliably for 8 days I return it to it’s case. There are only 4 mounting screws. You may have to re-position the coil gong by loosening the adjustment nut on bottom of case to get that satisfying strike sound.
This attractive little Sessions American No. 2 time and strike mantel clock has now been serviced. It required 5 bushings and should run reliably for the next 3-5 years.
The movement is disassembled and now it is time for further inspection, cleaning, servicing the mainsprings, pegging the pivot holes, polishing the pivots and installing bushings where needed. In this, Part III we will cover cleaning and mainspring servicing.
I have a small ultrasonic cleaner so I tend to clean parts in batches since this one does not have a large capacity. An ultrasonic cleaner is not an absolute must as you can easily clean by hand but having one certainly helps.
Old toothbrushes are great for getting into the crevices and I use one especially for the lantern pinions as a lot of dirt and old oil tend to accumulate in those particular areas.
This photo shows a couple of bushings that I will install. I realize that some prefer to install bushings by hand and I applaud them as it does take considerable skill but I use a Bergeon Bushing Machine which I believe simplifies the task (for me, at least). More on bushing in the next part of this series.
An Olie Baker spring winder is an indispensable tool. You can easily make one of your own to save a little money if you are handy with building things. A spring winder permits you to inspect for cracks or breaks, clean and oil the springs before reinstalling them. The photo shows a C-clamp securing the mainspring prior to cleaning.
I have never lost an eye or a finger but I believe in safety first especially when working with mainsprings. Always wear leather gloves and eye protection. You never know when a 100 year old spring will break and fly across the room.
I discovered that one click had to be replaced as it was almost slipping off the ratchet. As some clock repair folks know, Sessions clocks have a reputation for bad clicks. I had a Sessions click in my supply box, fortunately. It is an easy job; just take the old one out with pliers, secure the new click and bang the rivet (supplied) into the existing hole with a ball peen hammer.
The springs have been cleaned and oiled with Keystone Mainspring Oil and are completely serviced including the installation of one new click. Now comes the bushing work, re-assembly and testing. Stay tuned to Part IV of this series.
This is Part II of the Sessions American No. 2 servicing. As I mentioned in my last blog entry (Part I) this clock was running but is in need of a little attention. This is a fairly simple clock to work on for an American time and strike movement. I cannot stress enough that photos are so important when working on clocks! They are a valuable reference which take a lot of the guessing out of re-assembly.
The clock is now ready for the parts to be taken off, organized in a parts container, inspected, cleaned and serviced.
This the back plate. No bushings have been installed but following my inspection a number of bushings are required, three in this particular corner. The topmost “X” is the location of the escape wheel. I always mark the suspect pivot holes with a marker so that I know what work needs to be performed on those specific pivot holes.
Dis-assembly is rarely an issue when working on these clocks. However, the helper springs (see arrow below) can be damaged and although they look like they might have been added by later clock repair they are indeed part of the original design and assembly of the movement and perform a vital function. Be very careful with them though if broken they can be replaced. The helper springs and levers can be frustrating to work with particularly when lining up the levers correctly and re-positioning the helper springs upon re-assembly.
The count wheel is secured by this washer. make sure it goes back in the same way it came out.
Putting the count wheel in backwards will not stop the clock but it will count down the hours, not good! Not making the same mistake again I mark the count wheel so that I know that it goes in right the first time.
We each have our own way of doing things but I find it very helpful to separate the time and strike sides prior to re-assembly. It avoids confusion and makes for a more simplified process when working on your clock.
Now that the clock is disassembled it now time for further inspection, cleaning, installing bushings, and polishing the pivots which you will find in Part III.
I am going to take you, the reader, through the process I follow when servicing a clock. There will be several posts in this series. I am not a trained expert in clock repair, nor do I do this for profit and have learned most of what I know through trial and error, careful study and of course, listening to the advice of many experts and newfound friends on the forum site at NAWCC.
If you into clock collecting you’ve probably seen one of these mantel clocks at one time or another in your travels. Literally thousands were made. This attractive little mission styled oak-cased time and strike mantel clock is a Sessions “American No. 2” dating from 1921 according to Trans Sessions book, page 121.
When I opened the back access panel to service the movement I discovered an inscription which reads, “Jim A. Kennedy, Nov 3/63, a clear, cold nite”. One can only imagine that on that particular clear, cold night, Jim A. Kennedy was doing some work on this lovely clock. It does not say where Jim lived but Jim, wherever you are and if you are still with us, your clock lives on.
Although this clock has been running steadily since I acquired it about two years ago, the time is right to put it on the workbench. American made clocks like this tend to run on and on despite requiring much needed bushing work and this one is no exception, but now it needs some loving.
I took the movement out of it’s case and examined it closely. Fortunately it has not been botched by poor repairs over the years that one sees from time to time. Things looked good, no surprises. Although no bushings have been installed on the top (back) plate there were five bushings that were installed on the bottom (front) plate at some point in this clock’s life, perhaps on that cold, clear evening in November. My initial inspection reveals that there is wear in some pivot holes and that six bushings must be installed on the back plate and of the five previously installed bushings on the front plate, two need to be replaced and at least one new bushing is required on the pallet arbor.
Although the movement appears clean at first glance it really is very dirty. This is an example of the sludge (indicated by the arrow) that has built up in this particular pivot over the years. There are other such examples on this movement.
Once I tear it down completely I will be able to determine the condition of the pivots and other moving parts. I intend to clean the entire clock and clean/oil the springs as well as replace/install the aforementioned bushings. My first impression is that the mainsprings are in good condition. The clock easily ran eight days on a wind. The clicks are another matter. At least one looks like it needs replacement. Sessions clocks are notorious for their bad clicks but to put things in perspective the clicks have been in this clock likely since it was made (or perhaps 1961).
The escape wheel teeth may need to be filed but I will determine if filing is required once I inspect it more thoroughly.
Safety first. The first task other than taking the suspension spring/rod/bob off the movement is to secure the mainsprings using mainspring clamps that are available at any clock supply store. Mainsprings can be very dangerous and it is important to contain their power when working on a clock. I always wear eye protection and leather work gloves before I let the mainsprings down with a let down key. Once you’ve released the clock from the ratchet by moving the retaining spring out of the way, the power of the spring is transferred to the let down key which allows one to gently release it until it is contained in the C-clamp. After the springs are restrained you can safely disassemble the clock.
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The clock is now ready to be disassembled. Tune into Part II where I will post photos of the complete disassembly stage and report on what further work needs to be done.
After not having visited my sister in some time I was surprised to find that she is an avid clock collector. I must stress the word collector because although she appreciates the beauty of each clock she has acquired over the years how they run is somewhat of a mystery to her and that is just fine. While visiting her this summer three of her clocks were out of adjustment and it took no time (no pun intended) at all to get them running again. No sense paying someone to do it, that`s what brothers are for.
In my opinion the most interesting clock she has is a French time and strike bracket clock that has no visible markings yet appears to be over 100 years old. It is in beautiful condition with only a slight patina on the finish. I would love to have found out more about this clock but my stay was brief. Perhaps next time.
The next clock is one my sister absolutely loves and it is a great sounding Westminster chime grandmother clock she bought some 20+ years ago. This quarter chime clock made by Craftline Industries in the early 1990s has a Canadian made case with a German movement, likely by Hermle.
Next is a curiosity. When I saw the Sessions name on the dial I wondered why I had not seen this particular style of Sessions clock. Further investigation revealed it to be a six pillar Adamantine Seth Thomas case. The movement was clearly marked ST and as I said the case is certainly a Seth Thomas. So, why the Sessions clock face? Likely the original dial face was so badly marred as to be unreadable that the owner many years ago simply told the clock repair person to find another face, which he did. Since the replacement was a Sessions electric clock face he had to drills the holes to accommodate the winding arbors. Who would know! To those less knowledgeable it looks great.
I found this little antique time-only Hamilton and Co. French-style carriage clock made in India (Calcutta) to be very interesting and so diminutive. Hamilton and Co. is probably the best known and most celebrated British clock maker in India. I would put this clock at around the 1890s. It probably needs a good cleaning since it is not in working order.
I am not a huge fan of steeple clocks but this Waterbury clock is in very good condition save for a damaged right steeple tip. The Waterbury Clock Company is one of many 19th century Connecticut-based clock firms with a history going back to the 1850s though it closed is doors for good in 1944. More memorable are Waterbury wall and mantel clocks but like many makers of the day they had a successful line of steeple clocks.
Next is a New Haven time and strike tambour style mantel clock from about the late 1920s or early 1930s. Aside from the grandmother clock which my sister bought new the New Haven mantel clock was a wedding gift of her late husband’s parents and has been in the family ever since.
Lastly, this Chelsea ship’s bell clock is a polished beauty. A ship’s bell is used to indicate the time aboard a ship and hence to regulate the sailors’ duty watches. Unlike normal clock bells, the strikes of the bell do not correspond to the number of the hour. Instead, there are eight bells, one for each half-hour of a four-hour watch. Three bells, for example, would mean that a sailor would be 1 1/2 hours into a 4 hour watch. Each watch would take its turn with the essential activities of manning the ship’s helm, navigating and keeping a lookout.
I was quite impressed with my sister`s collection and each clock occupies a special place in her home. I find it facinating going into peoples homes and discovering the joy they experience in collecting, be it clocks in this case or anything for that matter. Collectors are truly unique people!
Regular readers have followed my progress on this 1927 Sessions tambour style clock.
Better news this time. After installing 10 bushings, repairing the strike click, replacing the pendulum bob and suspension spring and reassembling and oiling the clock and the springs I am having excellent success regulating this fine old clock. On a full wind I am getting upwards of 9 days and typically eight days through the summer. Though it sits inside our cottage in Quebec it has suffered through all manner of outside weather including high humidity and cool nights and despite these conditions it has performed admirably.
Although originally intended as a cottage clock I will be taking this clock back with me and placing it in a prominent place in my home.
All in all a great learning experience and a satisfying result.
Antique and Vintage Mechanical Clocks 
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