elgin quartz anniversary clock manual

elgin quartz anniversary clock manual

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elgin quartz anniversary clock manual

I remember there were specific instructions as to how many turns to make Thank you for contacting FixYa. I would contact Elgin at this link with the information on your clock.How do I set the chimes to match the clock. It has a red button and a black button on the rear of the clock. The black button beeps when you. Move MINUTE HAND ONLY. It has two buttons in the back, one red and one black. How do I restart the clock. Usually the problem is a bad batch of. It has no back anymore, it has a red and black button and is powered by one D cell battery. The time is correct but the It has no back anymore, it has a red and black button and is powered by one D cell battery. The time is correct but the Tried moving There is a screw adjustment on the back with markings like a numberless analog clock. Is that something I can adjust to get the time correct? There is a screw adjustment on the back with markings like a numberless analog clock. Is that something I can adjust to get the time correct.You need to contact a Jeweler for this info, they have keys. Take it to your local jeweler or a clock repairer. There is a video in the links. The sites that say they have manuals don't and a. Answer questions, earn points and help others. By continuing to use this site, you are agreeing to our use of cookies. Learn More. It may not display this or other websites correctly. You should upgrade or use an alternative browser. It has a black button that makes the loudspeaker emit a ping and a red button that stops the clock. There's a trimmer capacitor adjustment, a volume control, and a setting knob. I have been trying without success to set up and synchronize the chime, time and strike. It chimes the quarters, and I have repaired the bogus pendulum's suspension spring. There seems to be no source for a manual, and no model number either. Has anyone had experience with these. There's no indication that this is a mechanically-switched trigger movement.

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Time runs fine, and occasionally the sounds come to life when you fool with the buttons enough. Oh: the other picture is from a mercury refinery in Spain. If you sit in a meters-deep vat of liquid Hg you won't sink, as demonstrated here. The picture was in amongst my clock photographs, so I included it for no reason. No idea if that will work on yours, but you might give it a try.No idea if that will work on yours, but you might give it a try. Click to expand. Prior to that, however, I have to correct some errors committed due to the fact that I didn't know what I was doing regarding the bogus pendulum drive. I thought the problem was in a slip clutch that allows the clock to keep going if the pendulum is somehow jammed, but it turns out that I didn't position the pendulum-stop spike correctly, and this is critical. This particular version is a sort-of copy of an Atmos, which I personally find hysterical. I like it better than a real Atmos. Mark KinslerIt had a suspension spring which connected to the pendulum.it functioned more like a 400-day clock. KurtThe liquid isn't particularly poisonous, but the vapor will kill you outright and various salts of mercury will do the same. Swiss watches were a cottage industry: each family would work on a portion of the watches over the winter and then be paid, maybe, by the manufacturer's subcontractor in the spring. It is said that if you look at the mountain crags that loom above watch-making villages you can find globules of liquid mercury lurking in cracks in the rock. Mark KinslerContact our site Administrator at NAWCC Web Services. Antique 400 Day Anniversary 1000 Day. Schatz Modern. Cuckoo Antique Cuckoo Quarter-hour. Chime Insert an AA Duracell battery according to the symbol on the battery cover. Clock is now keeping time. Press the TEST button once. Push the TEST button once and the clock will strike 6:00. Your chime is now programmed. Set the hands to 2:30.

Press TEST button once before inserting the batteries into the base. Insert the batteries into the base. Press TEST button and the clock plays the Westminster melody and strikes 6:00. Press TEST button 8 times - clock strikes 2:00. The next full hour the clock will strike 3:00. If everything is set correctly as described above, the clock will not chime from 10:00 p.m. to 6:00 a.m. Unscrew knurled screw counterclockwise in the base until it stops so that the pendulum can rotate.) Be sure that the bottom of the pendulum is centered in the cup. If the chimes stop, replace the two batteries in the base. Of Page Available hours are usually weekdays 9 to 3 and Saturday mornings 9 to 12. Payment Secure. Shopping Privacy Links Thomas Electric Time Company. Subject: Clock, Elgin, Quartz, Westminster Chime, Anniversary clock, probably mid-'70's. Problem: Keeps great time, and ball-device works fine. But.the number of chimes it rings are 5 hours behind (or, 7 hours ahead, take your pick) ie: at noon, rings 5 chimes. I wrestled around in your library to see how to set it and looked at several of the regular postings but did not see this covered.maybe because it's too simple of a question. I rang up Elgin when I couldn't find a link for a manual, but.the service person I talk to was basically clueless. So, what the heck, I'll come to the pros. I hate to think I'm dumber than the clock, but I hate to mess around with this neat old clock without a little coaching.Good Luck and Welcome.My thinking was.trying to imagine what the original instructions must have been. I hardly think that would be an issue, but by then I had just stopped and started checking things out on the 'net.I tried the suggestons, and, armed with your comments, I became a bit more aggressive in checking a couple of more tricks on my own, but the chimes remained 5 hours behind the true time. I think your right, the movement has probably ended it's useful life and I'll check out Empire.

Again, many thanks for your help.The object then, is to get the HOUR hand moved to the chimed hour. As opposed to what one might think, the hour hand is not on friction, but rather on a simple sleeve. The hour hand can be moved (either direction) to the chimed hour. From there, simply move the minute hand around to the correct time, stopping each hour to allow the clock to cycle it's chimes. The deed is done and clock works perfectly. Film at 11:00. Regardless, many thanks for your post. Additionally, please ask questions before bidding as the condition of each item is based on our personal opinion and may vary from yours. We try to provide plenty of pictures and describe to the best of our knowledge. By placing a bid you are the expert. If you have questions or are unsure of what is shown please ask questions before you bid. All items are used unless otherwise stated. Item (s) SOLD AS IS. Please do not leave negative or neutral feedback because you did not read the ad listing carefully, had buyer’s We will happily work with you. We do our best to package items very well and very carefully to avoid breakage as we both lose when an item is broken. Unfortunately sometimes breakage occurs anyway. Some of these publications are the original, factory manuals and many we have enhanced to make it easier to understand. We have also included many help files with information not displayed in the manuals to help you better understand and enjoy your clock. We do not have any manuals for older clocks or clocks we have never seen or sold. A beautiful Clock but gains time too fast. Can you help? The instructions for this movement can be seen at: Good Luck, Robert It’s running fine so far but seems a bit stiff to wind. I’m concerned about how much pressure to exert for fear of “over winding” or otherwise messing up the mechanism. Do you happen to have instructions for this clock. Thank you!

Wind it as far as you feel comfortable and see how many days you get from that wind on your clock. If you only get three or four days it is not being wound far enough or you could just wind the clock twice a week and not worry about it.Carolljean on Grandfather Clock Chimes the Wrong Hour. To lock the balls into place, lift them slightly so the lock arm can be moved over to the locked position. These clocks are pretty touchy because of the suspension spring that holds the pendulum balls in the air. This spring must not get kinked AT ALL and this is why the Anniversary Clocks Pendulum balls are removed or locked during transit. To operate this clock, first find a home for it on a shelf or mantle that does not shake or get bumped. Hang the balls on gently while the spring is sitting right where it normally sits. Adjust the feet of the clock base so the clock sits level with the balls centered in the middle of the cup below it. In this position the balls should be totally suspended in the air, not touching anything, even slightly. Let the Anniversary Clocks Pendulum balls settle down from jiggling around and notice where they stop. This should let the balls swing 180 degrees, one full revolution. Do not bother to set the time until about 15 minutes have gone by and the balls are in there pattern of swinging back and forth with the movements power only. It is the speed in which these balls rotate that determine how accurate the timekeeping will be. The speed of the balls when you first start the clock will be too fast to have accurate timekeeping and therefore the time is set after they settle into there rhythm. Wait 15 minutes and set the time of the clock by moving the minute hand around until you reach the proper time. Put the dome back on the clock and its done. When it's time to repair a 400 day clock, two things usually need to be done. The suspension spring gets replaced and the movement gets cleaned. These two procedures will fix most Anniversary Clocks.

Changing the Suspension Springs If you just dug out your Anniversary Clocks from the cellar or attic and have no idea what to check first, the suspension spring is the place to start. If it is bent or distorted AT ALL then it is no good. The suspension spring is just a very thin piece of steel running down the back of the clock. Its purpose is to suspend the balls in the air and allow them to slowly rotate back and forth. If this gets bent AT ALL the clock will not work. The only bending this spring can do is twist back and forth with the balls as they rotate. The spring being bent is the number one cause for most of these clocks not working. I would venture to guess that this is the reason for about 80 of these clocks that need repair. They are cheap to replace and it is an easy fix if your the patient type. If your not patient and careful, or there is a lot of chaos going on around you, forget it. This is a VERY delicate process.There are four pieces to a Anniversary Clocks suspension spring including the thin spring itself. First there is the brass bottom block that the Anniversary Clocks Pendulum balls attach to. Then in the upper middle of the spring there is the fork attachment that whacks the verge back and forth. (The verge is the wire that sticks straight up from the escapement). Then on top there is the top block that the entire suspension spring hooks onto to be suspended in the air. It is common for the fork and the bottom block to become lost because if the spring breaks, then the clock is usually stored somewhere because it is broken, and these small parts manage to disappear. If you need replacement blocks, they are available on the Anniversary Clocks parts page. The suspension spring is usually attached to the clock with a screw or pin through the top block. After it is disassembled it's time to attach the blocks to the new spring that you cut down to size. It is very important not to kink the new spring AT ALL while putting these on.

Leave the set screws in place, but still loose on the blocks, insert the new spring just enough into the block so the set screws will grab securely. It is easiest to do this step on the table laying the spring down flat, it will take a small hole in the table to support the bottom block to lay flat because of its cross pin. Either a small hole in the table will work or a staking block with various hole diameters could be used and would be ideal. Now with the block ready to be screwed down, hold it with a pair of needle nose pliers to be sure it will not turn and kink the spring. Be sure to get a good solid grip on the block with the pliers, but without gripping so tight the block pops out of them. As you hold steady the block with the needle nose pliers, use your precision screwdriver to tighten up the set screws that secure the block together with the spring end inside. Do this to both sides of the new spring (top and bottom block) then your ready to put on the fork. The fork only has one set screw and is put on toward the top of the spring. To find out exactly where this spring should go, hold up the suspension to the clock and get an idea on the height it should be put at. It should be able to whack the verge wire back and forth and should be positioned so it's sticking straight out of the spring at a 90 degree angle. Its height will have to be low enough on the verge to keep the clock running, but high enough so the clock will not flutter. Fluttering is the term used to describe the clock running 300 miles an hour even with the balls hung and is the result of having the fork set to low. After determining the approximate place where the fork should be on the spring your ready to tighten up the set screw that grabs on, not really tight however because it will most likely have to be adjusted again later. Best to use the pliers again to hold it secure while tightening.

Putting the Clock in beat To see if a Anniversary Clocks is in beat, turn the clock so you are looking at the back of the clock with the dome off. Get yourself into a position so you can see the escapement action and see the balls go back and forth at once. Now start the clock as described in the operating instructions. Observe the pattern of the balls going one way and having the escapement give a tick then sway back the other way and tock on the other side. This number you counted to, you want to count on the other side also. When loosening this screw be very careful not to kink the suspension spring. It is easy to turn it too quick or too far. Loosen the screw gently, just enough to be able to adjust. If not, then check the Anniversary Clocks suspension spring for any kinks. Cleaning and Oiling If you are willing to learn how your Anniversary Clocks operates and would like to clean and repair the clock yourself, it is best to start out with the simple kit we have put together for this purpose. It includes The Clock Repair E-Book that guides you through each step of this process and explains the components so you can reassemble the movement and have it run correctly. It is too much information to put in a typical HTML format such as this page because of loading time, so it is all in a downloadable zip file. This E-Book is included in the Basic Clock Cleaning Kit and you get the clock cleaning solution, the E-Book, a brush, a clock level, clock oil and a vision visor. The E-Book explains what to do with these items. More information on the Basic Clock Cleaning Kit is available at this link. This is a spring driven clock, so be sure to select the Mainspring Let Down tool also. These clocks have a huge mainspring in them so they will run as long as they do, so it is absolutely mandatory that the springs power is released before disassembly. Attempting to work on a movement that has not had the power taken out of the mainsprings will cause serious injuries.

Operating Instructions View our Operating Instructions for 400 Day Anniversary Clocks View Now Shop By Brand Shop Hermle Find the perfect Hermle movement for your clock. Howard Miller Find the perfect Howard Miller movement for your clock. Shop Kieninger Find the perfect Kieninger movement for your clock. Seth Thomas Find the perfect Seth Thomas movement for your clock. Shop Urgos Find the perfect Urgos movement for your clock. That's easy! Let us show you where it's at. Click here to Track Your Shipment Need assistance finding a clock movement replacement. Let us help you! We offer live chat support Monday through Friday 9am - 6pm Eastern Standard Time. It can shatter its own dome as it explodes. It is an extremely dangerous clock and you should consider very carefully before putting it on public or domestic display unless you are sure it is only partly wound. If you are not an experienced clock repairer, do not attempt to work on it. Put it in a strong carton, cover it with an old towel, seal the box and mark the box appropriately. Store it away from children. Most accidents occur when owners unwittingly undo the four screws on the back plate, expecting to find some sort of mechanism inside. Do not undo these screws unless you know that the mainspring has been let down fully. The clock is immediately recognisable by the unusual shape of the backplate. Do not start dismantling by undoing these screws on the back. If you do, the clock may explode. It has barely anything in common with previous and later mechanical clocks: Me rvy nP ass mo re 200 9 1: The mainspring, instead of being a flat coil wound round an arbor, is a naturally coiled spring that is reverse-wound onto a plastic drum. 2: There is no conventional ratchet. Unwinding is prevented by a coiled wire spring on a shaft. 3: The pendulum does not hang on a suspension but floats on opposing magnets underneath. 4: The train is skeletonised on the front plate, not mounted between the main plates.

5: The escapement is at the bottom of the front plate. At first glance this may seem totally unique, but further consideration will show that the designers were way ahead of their time. Some might say too far ahead, but many of these design features were to become quite standard in later quartz clocks, particularly the method of pendulum suspension by use of magnets. Co pyr igh t There is nothing special about the way this clock needs to be cleaned, lacquered and lubricated, but the dismantling and re-assembly can be daunting and dangerous to a repairer who has not worked on one before. The purpose of this document is not to explain how to repair clocks but to warn of the dangers involved and to give an insight into what to find inside this movement. Treat the clock as if you were disarming a bomb. The mainspring arrangement. When unwound, the naturally coiled spring is happily coiled around the lower storage drum. In this situation it is relatively harmless, with hardly any potential energy. When wound, the spring is coiled around the upper winding drum. It is coiled in the opposite direction to its naturally coiled state, and therefore has enormous potential energy. The tail of the spiral spring fits into a slot in this drum. A cross pin through the winding arbor locates in a groove in the back of the drum. When the winding arbor is turned in the winding direction, the plastic drum also turns due to the cross pin, which in turn rotates the tail of the spiral spring. When turned in this (anticlockwise) direction, the spiral spring expands and is therefore free to move on the brass bush, and the spring can be wound. When tension is gently taken off the winding shaft, and it is allowed to turn back a few degrees, the spiral spring tightens up on the brass bush and the drum, acting as a ratchet. Co pyr igh t Most of the time this operates correctly. The sudden and dramatic unwinding that these clocks are known for seems to occur when the coils of the mainspring bind.

In a conventional barrel, one hears a clunk as the coils rearrange themselves after binding. The wound spring can slip at any time, and if it does, you will probably be injured if you have not protected yourself properly. Please don’t ignore these warnings. Don’t confuse them with mandatory health and safety warnings that appear in technical documents to protect the author. There is a real danger of injury. Remove the mainspring cover. The cover is a three sided folded piece of metal that fits in the two pairs of grooves in the sides of the plates. If it won’t pull up, you can slaken the screws that hold the backplate in position anticlockwise by a maximum of one quarter of a turn to release to pressure. There is a dangerous mainspring between the plates, so do not loosen these screws more than one quarter of a turn, or the spring may slip and you may be injured. Be sure to tighten the screws immediately after raising the cover. Letting down the mainspring. With no click to release, letting down the spring without waiting for it to unwind normally can only safely be achieved by allowing the clock to unwind rapidly but in a controlled manner. Co pyr igh t Removing the pendulum To let the clock unwind, you will need to remove the pendulum and the escape wheel. Put some fine pegwood or plastic through the spokes of one of the upper wheels of the train to prevent it from turning. Remove the lower skeleton front plate and carefully remove the pallets and the escape wheel. Lift off the jewelled upper pendulum support and remove the pendulum. Ease the adjustable collet on the helical suspension spring upwards and off its peg. The pendulum is now free to lift off. Me rvy nP ass mo re 200 9 Having removed the pendulum, you can allow the train to unwind Using something soft like a piece of cardboard, restrict the speed at which the train can unwind. Don’t put your fingers in the movement to act as a brake. Keep your hands and face away from the movement.

Do not permit the train to unwind uncontrollably, as this may trigger the ratchet to release unexpectedly, The escape wheel and is bad for the movement. Remove the movement from the platform. Undo the two small bolts under the platform that hold the movement in place. Notice that the front plate locates into two slots in the platform. This is to ensure accurate alignment with the pendulum’s top pivot and the jewel. Lift off the movement gently and put to one side. With no residual power on the spring, the plates can be carefully separated. The winding square has an anticlockwise thread and can be unscrewed from its arbor. Co pyr igh t Removing the pendulum cup from the base. If you plan to polish and lacquer the clock, you will need to remove the pendulum cup. Beneath the base you will see a circular spring clip on a brass shaft. The more you pull at these clips, the tighter they get, so you must ease each arm of the clip upwards with a small screwdriver blade. By moving each arm up the shaft a little at a time and by bending them up in the process, the clip will come off. Before reassembly press the arms back down, using a firm flat surface and a small block of wood. The pendulum If you plan to polish and lacquer the pendulum, you will need to remove the balls. You may need to spray them if they are badly discoloured. Removal of the balls is difficult without causing damage. Me rvy nP ass mo re 200 9 Previous models had screw threaded caps but these caps are pressed tightly onto the brass. Line the jaws of a smooth jaw bench vice with card to protect the brass caps. Clamp the caps between the jaws, and move the shaft side to side while pulling firmly. Take care when using chemicals to clean the brass. Dismantling the train The majority of the mechanism is mounted on the front plate. Having let down the mainspring, the rest of the train can be dismantled. Make sure there is no residual tension on the train from the mainspring before undoing the screws.

Co pyr igh t Cleaning the mainspring Due to the nature of the mainspring, you must take extreme care when handling it. Every well written document describing the handling of mainsprings includes warnings about safety and many choose to ignore them, but with this clock it is vital to follow these warnings, plus all other normal safety procedures and common sense or you or someone else may be injured. Failure to adhere to these warnings may cause injury to you and to anyone in the vicinity who is not properly protected. Me rvy nP ass mo re 200 9 You will need something solid to screw the tail of the mainspring to, such as a solid bench, and to pull out the mainspring to its full length, you will need up to 6 metres (20ft) of unobstructed space. Remove the screw that holds the tail of the mainspring to the winding drum. Using a strong steel wood screw, and not the small self tapping screw it uses, screw the tail to a solid immovable object. Use a flat washer or nut to clamp the spring tightly. It is important that it cannot rotate around the screw. If it can, it will, causing unwanted spirals. Make yourself a handle to hold the plastic drum. Co pyr igh t Having pushed out the arbor from the centre of the drum, insert the handle. Bend the wire back to ensure that the coils cannot come off unexpectedly. Now walk away, making sure no one is anywhere near the screwed tail. If it slips off, that is where it will go. The inner end of the spring is not secured, so be prepared for the spring to be able to slip off. Observe the galvanised steel arm in the centre of the lower storage drum. This arm hooks into a long slot in the end of the spring. Me rvy nP ass mo re 200 9 You can clean as you go. The blemishes on the surface of the spring illustrated are not dirt but discolouration as a result of the heat treatment used to create this type of coiled spring.

You can use your preferred method to clean it, or use 0000 grade wire wool with a solvent, followed by a wipe with a clean kitchen towel or rag. When clean, lubricate the surface with mainspring grease or thick clock oil. Be sure to coat the entire surface of both sides. In a conventional clock one can get away with lubricating a spring with less care because the surfaces pass each other frequently, causing the lubrication to spread itself. A 400 day clock spring moves very slowly. This clock works on a storage drum and a wound drum, so the surface travel is even further reduced. As you approach the inner end, you will find it theoretically retained by a steel toggle arm, and at this point it may slip and rewind itself unexpectedly. A long slot in this end of the spring is there for the steel arm to engage in, to grip the spring, but this is not fixed like a conventional barrel. However, if it slips it is not a major problem apart from the danger involved. A spring that slips will try to rewind itself but probably end up looking much like this. Co pyr igh t Assuming the spring has not slipped, very carefully allow the spring to coil itself back on the storage drum by walking back towards it. If it has slipped, pull out the last few inner coils and fit them over the drum, being sure to do this in the correct direction. One side of the drum has a flange. If it slips, locate the start of the spring on the storage drum and wind it back on by hand. Now gradually rewind the coils over each other, rotating the drum if necessary, until the spring is fully wound back on the drum. Me rvy nP ass mo re 200 9 Reassembly Having dismantled the clock, it should no longer be a mystery and should be fairly straightforward to put together. Normal lubrication will be required. Screw the tail of the spring back to the drum Reassemble the main plates with the spring and wheel in place. Lubricate the coiled wire spring that acts as a ratchet with oil, not grease.

Fit the movement to the platform. Locate the pendulum in its cup and mount the going train on the front plate. Use the friction fitting ends of the helical balance spring to set the clock in beat. Using a 6mm key, wind the clock a few turns. With each turn, allow the key to come back a few degrees to let the coiled spring clamp on the bush. Due to the risk of sudden release of the spring’s tension, it is prudent to partly wind this clock monthly rather than winding it fully. If the spring slips when fully wound, damage to the train and injury to anyone in the vicinity can occur. Co pyr igh t These clocks are becoming rare due to their ability to self destruct. A fully wound clock that slips can destroy its gears, its mainspring cover and even the dome. One way of preserving them is to modify the clock and add a conventional ratchet wheel and click, but this damages its originality. The clock may be inherently dangerous, but its floating balance, skeleton movement and unusual style make it an elegant and very collectable clock.We are a non-profit group that run this service to share documents. We need your help to maintenance and improve this website. Quartz-movement clocks are battery driven and do not have a manual winding key. Some quartz Westminster clocks have other options to set, such as a nighttime chime shut-off or volume reduction setting. Turn the minute hand gently and slowly to set the time, and never force a hand to turn. Warning Never set a clock by turning the hour hand. This action will destroy the clock movement and the clock will not keep time correctly. Never turn the minute hand counterclockwise to set a clock. This action will break the internal spring in the movement, and the clock will no longer function. There are many models and styles of Westminster chiming wall clocks with quartz movement for accurate timekeeping and beauty.