82-30 pinsetter manual
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82-30 pinsetter manualRemove this notice by Registering or Logging in Bowl-Tech does not warrant or guarantee the accuracy of information found on this site. Bowl-Tech, its officers and site Admins, Mentors and Guides will not be responsible in the case of losses financial or otherwise as a result of use of ANY information on this site. Posts on this site are allowed by registered members and each registered member is responsible for the content of their posts. To visit the Bowl-Tech Terms of Service and Rules CLICK HERE Recently took on 20 machines and would like to have a manual, I cant seem to find one on the net. I typed it in the search on here and the links are all dead. I have a parts manual but would like a service manual. Any help would be great. Thanks Ric.BTW, does anyone else ever have a problem in accessing AMF's product website. It seems that since.Originally, I'm thinking it was a 4400 manual, but at some point the service portion was removed.Would anyone.Some magic triangle plastic and parchment was up there too but the. Every single part on the machine came apart to be cleaned, painted, or replaced. All new rubber,. All rights reserved. Please help improve it or discuss these issues on the talk page. ( Learn how and when to remove these template messages ) Please improve this article by removing excessive or inappropriate external links, and converting useful links where appropriate into footnote references. ( September 2013 ) ( Learn how and when to remove this template message ) Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.Prior to the machine's invention, a pinsetter (commonly known as a pin boy ) was a person who manually set the pins and returned the ball to the bowler through simple ball-return rails. The first mechanical pinsetter was invented by Gottfried (Fred) Schmidt, who sold the patent in 1941 to ??AMF??.http://www.almar-bus.pl/userfiles/decatur-genesis-ii-user-manual.xml
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Pinsetting machines have largely done away with pinsetting as a manual profession, although a small number of bowling alleys still use human pinsetters.For example, bowling-game variants may use different sizes, shapes, and weights of pins and balls, and require equipment specifically made to handle them. In most pinsetters, the sweep bar is triggered as soon as the ball enters the pit, usually via an optical sensor that detects the ball motion. In ten-pin units, it is usually in the form of a vertically-oriented toroid-shaped system at the extreme rear of the pinspotter. The ball lift is designed to separate the ball from the fallen pins in the pit, and does not send pins into the ball return track. The track is normally below the lane, although earlier pinsetters (both mechanical and automatic) have above-lane tracks similar to those of older manual lanes. Above-lane ball returns remain in use today as a low-cost alternative for miniature arcade bowling lanes, which use scaled-down balls and pins. There are three main pinspotter models, the aforementioned 82-30 (no longer produced, but still in common use, ever since the 1960s US bowling boom and the early career of Dick Weber ), the 82-70 ( prototyped in 1962, and still in production, since 1963 ) and the newest versions, the 82-90 and the 82-90XLI, both of which use the 82-70's general mechanical design. AMF pinspotters were originated by American Machine and Foundry and are now manufactured by QubicaAMF Worldwide. All operate generally the same way with small improvements.After the bowler rolls their ball, and knocking down the pins, the ball strikes the pit cushion block. This activates the machine, which lowers the sweep to the guard position. Then the table descends and the respot cells close around each neck of the standing pins.Ball and pins travel on a continuously running carpet belt at the bottom of the pit.http://todoferdistribuciones.com.co/userfiles/decatur-genesis-ii-radar-manual-canada.xml The ball, being heavier, travels to one of the side kick-backs where it enters the ball return, shared by adjacent lanes. After the table returns to its upper position, the sweep also lifts, and the machine shuts down to await the next ball. For spotting the new rack of pins, the 82-30 version tilts the pin-filled spotting cups vertically as the table descends, and tilts the cups slightly rearwards as seen here to clear the new rack of pins just as the table starts upwards, leaving the new rack of pins spotted on the lane for the next frame. Rear view of an AMF Magic Triangle screen and the patent document for it. The 82-70 is the general standard in most AMF-equipped modern bowling centers today. It features solid state motors. The 82-90 models feature a deck that is thinner than the 82-70.Two rotating wheels, at the backside of the unit, are situated with their common axis along the bowling lane. The ball-lift wheel is the front most wheel and has a continuous smooth surface with cork strips adhered to grip and push the ball onto the lift rods. Pins fall rearwards through the unit into the pin wheel, which capture the pins and sends them up to the pin elevator, similar to the AMF unit's design.When the ball is between the lift rods and the ball wheel it is rolled upward and is dropped onto a metal track that leads the ball to an acceleration belt. The acceleration belt pushes the ball at a fast speed underneath the lanes until the ball is pushed upward by two wheels located at the head of the ball return track, where it is delivered back to the bowlers.As the pins are moving from the shaker board, they will bounce around until it lands in a pocket in the pinwheel. It's shaped somewhat like a scoop, with the lip of the scoop facing the front of the machine. Once the turret is full, and the spotting table reaches the top of its travel, all ten pins are simultaneously dropped from the turret into the spotting chutes of the table's upper level, holding them in the table's upper level as the table lowers them through its full downward travel close to the lanebed, to set the new rack of pins on the pin deck. The Model A, A-2 and JetBack series pinsetters all characteristically halt their operation, should the pin turret not yet be full of pins for the next frame, by pausing the sweep bar at the back of its rearwards travel and holding the table in its fully elevated position, until the pin-turret fills and releases its load into the spotting table's upper level. Adding an extra pin does not put undue stress on the machine, but adding more than that is not advisable due to damage that can occur to the machine. Other centers will only load the pinsetter with 19 pins. Having only 19 pins in the machine will cause fewer stops from time to time but it will slow down the progress of the game if multiple strikes are thrown in succession.This machine uses a conveyor belt on the pit floor to move the pins to a vertical elevator system similar to the ones utilized on the AMF 82 series pinspotters, while the ball exits the pit at the side through a ball door. Pins are loaded using a combination of belts. The ball return system on this machine uses an under-lane accelerator as opposed to a lift.The mechanical portion of the pinsetter was originally manufactured in the Brunswick plant located in Stockach, Germany. In 1999 the mechanical manufacturing was relocated to Hungary. The electronic control system is manufactured in Michigan, near the Brunswick plant located in Muskegon, Michigan.In 2000 the GS-X consolidated electronics was replaced with a single box electrical system called the NexGen Controller.http://moj-svet.com/images/82-corvette-shop-manual.pdf This change reduced the overall size, weight, and number of electrical components needed to operate the pinsetters and made the setup for the machine more user-friendly.A GS-X shows “gsx” on the sweep when it is down, unless this marking has been removed or covered by the bowling center proprietor.It featured a flat magnetic pin table and magnets on the head of each pin. It had a pit similar to the AMF and an elevator similar to the GSX. Pin loading involves the combination of a carousel and magazine. The company claimed this technology reduces stops in play due to table jams on out-of-range pins. Mendes was bought out by Qubica, which sold the machine as the MAG3 until its partnership with AMF.Some of these units are still in service, with at least one bowling center in Japan having continued to use them, with some design features similar to the Brunswick Model A units in appearance and function.The system is mechanically identical to the five-pin counterpart and can be found in various low-cost bowling centers, typically arcades and other recreational centers, as well as personal bowling lanes installed in private homes. Many bowling equipment manufacturers offers ten-pin string pinsetters, with notable examples being the QubicaAMF TMS String Pinspotter and the Brunswick StringPin.They found that participant sports met this requirement, and that bowling was one of the top three such sports at the time. Though no longer manufactured, refurbished units, parts and maintenance support are available from several vendors. The curtain arrests the backwards motion of struck balls and pins so that they fall onto the pit. The turntable's fences separate the ball from the pins by centrifugal force, sending pins into the pin elevator.It then turns 90 degrees, moving the pins horizontally past ten conveyors, each wide enough to hold a pin lengthwise. Unlike the pinspotters used for tenpins and duckpins, candlepins have identically shaped ends, so the machine does not have to orient the candlepins in a particular direction. The pins fall off the end of the conveyors into spotting tubes, mounted at their base onto the plate that forms the main part of the spotting table. As the sweep nears the forward end of its travel and begins its ascent to its resting position, the table drops to the metal plate pindeck at the end of the lanebed, releases a set of pins, then ascends to its own resting position, ready to be filled with pins again.Bowl Mor pinsetters are stocked with 24 to 27 pins, and are deemed substantially more reliable than typical Ten-pin bowling pinsetters. A Bowl Mor unit weighs approximate 1,450 pounds (660 kg), and draws 24 amperes at 110 volts from three-wire 110-220 volt service mains.String pinsetters are more prevalent, and consist of machines attached to the head of each pin, by means of a cord. Essentially, the pinsetter is triggered by the movement of any pin by more than an inch or two. With that, the machine lowers a guard, pulls up all 5 pins, and resets those that did not move. There is, on average, a three-second lag from when the pins were knocked down to when the guard is lowered. The pit floor is angled such that the ball is gravity-fed to a track that leads to an elevator. The elevator lifts the ball to the return track. If it does not recognize any standing pins, it will set up a new set for the next frame. Unlike tenpin, balls and pins are picked up in the same elevator or conveyor and are separated at the top of the machine.The Schmid machines ran using relays while the CA-1 used circuit boards.Mendes machines are easily spotted for its shield that descends on a hinge like a closing door. The machine may immediately start up if all the pins are knocked down. The early Mendes string pinsetters were pneumatic. They released an electrical version of the machine known as the ME90. Mendes was bought out by Qubica—now QubicaAMF Worldwide. The PBS version uses 12 strings—a changeover requires the headpin and the two corners to be restrung.One popular pinspotter in this sport is the Sherman model, named after its inventor, Ken Sherman, which was produced from 1953-1973. The pin table always handles the pins by the neck. A new rack of pins is created with a moving magazine that is shaped like a pin triangle. When the magazine is loaded and the bowler is ready for a new set of pins, a lever pushes the magazine unit out to the pin table so it can take the pins out of the magazine and then set them down on the lane.Most of these bowling centers use a string type pinsetter similar to five pin. Apart from five-pin, rubber band duckpin is the only bowling variant that currently sanctions string type pinsetters. The free-fall machine for this sport features a rotating turntable in the pit floor similar to a Bowl-Mor candlepin unit, conveyor belts in the gutters as required in the regular duckpin game in the US, an elevator similar to the Brunswick GSX, a turret similar to the A-2, and a rather flat looking pin table. The sweep is similar to the candlepin Bowl-Mor.The pin would now be out of alignment with the setter pickup holes, and the table mechanism would collide with these misplaced pins. Failure of the device to detect pin drift can result in setter mechanism collision damage, pin crush damage, or lane damage from blunt force pressure of the setter pressing down on the misaligned pin.This results in less than accurate gameplay since the table is changing the pin positions during the pickup process. If the pins are sufficiently out of position to not be pickable, the table will detect contact with the misplaced pin, and shut down the pinspotter to prevent mechanism damage.Since there is no table, collision damage is not possible with a string pinsetter, but they can suffer from string entanglement when the pins are being picked up, that prevents pins from aligning with the pickup holes.By using this site, you agree to the Terms of Use and Privacy Policy. For a better experience, we recommend using another browser. Mas informacion Facebook Correo electronico o telefono Contrasena ?Olvidaste tu cuenta? Registrarte Ver mas de Century Lanes Bowling en Facebook Iniciar sesion o Crear cuenta nueva Ver mas de Century Lanes Bowling en Facebook Iniciar sesion ?Olvidaste tu cuenta? o Crear cuenta nueva Ahora no Publicacion reciente de la pagina Century Lanes Bowling Hoy a las 09:37 COLORAMA!In 1936, Gottfried Schmidt invented the mechanical pinsetter while with the AMF firm, which largely did away with pinsetting as a manual profession, although a small number of bowling alleys still use human pinsetters. While humans usually no longer set the pins, a pinchaser, or in slang 'pin monkey', often is stationed near the equipment to ensure that it is clean and working properly, and to clear minor jams. Many pinsetters are integrated with electronic scoring systems of varying sophistication. Common terms and design features The design of the machines varies, depending both in individual company's hardware designs, and for the particular bowling sport's playing rules and equipment specifications. Several types of bowling make use of different designs for machines due to the different size and shape of the pins and balls. The ball lift's components are designed to physically separate the ball from the fallen pins in the pit, and will not send pins into the ball return track. They have changed little since the mass-produced 82-30 version. There are three main pinspotter models, the aforementioned 82-30 (no longer produced, but still in common use, ever since the 1960s US bowling boom and the early career of Dick Weber), the 82-70 (prototyped in 1962, and still in production, since 1963) and the newest versions, the 82-90 and the 82-90XLI, both of which use the 82-70's general mechanical design. AMF pinspotters were originated by American Machine and Foundry and are now manufactured by QubicaAMF Worldwide. All operate generally the same way with small improvements. The 82-30's operation and mechanics, having been significantly developed from AMF's pioneering 82-10 experimental model, which depended much on the use of suction to hold the pins in a double-sided spotting table for both spotting remaining pins and setup of new racks of pins, are quite different from the Model A, A-2 and JetBack units from Brunswick (which the AMF 82-10 pre-dated by almost a decade), with differing sweep and table designs, and especially in how the pins are handled for storage, after they got to the top of the machinery. After the bowler rolls their ball, and knocking down the pins, the ball strikes the pit cushion block. This activates the machine, which lowers the sweep to the guard position. Then the table descends and the respot cells close around the heads of the standing pins. After the table lifts the remaining pins, the machine runs the sweep, clearing dead pins from the pin deck, then returns to the guard position. Ball and pins travel on a continuously running carpet belt at the bottom of the pit. The ball, being heavier, travels to one of the side kick-backs where it enters the ball return, shared by adjacent lanes. After the table returns to its upper position, the sweep also lifts, and the machine shuts down to await the next ball. For spotting the new rack of pins, the 82-30 version tilts the pin-filled spotting cups vertically as the table descends, and tilts the cups slightly rearwards as seen here to clear the new rack of pins just as the table starts upwards, leaving the new rack of pins spotted on the lane for the next frame. The 82-70 is the general standard in most AMF-equipped modern bowling centers today. It features solid state motors. The 82-90 models feature a deck that is thinner than the 82-70. QubicaAMF Worldwide has also introduced many different scoring systems that are compatible with all pinsetters and pinspotters. Brunswick A series pinsetters Edit The Brunswick Model A, dating from 1956, as well as the developed A2 (1962) and the JetBack (1965) versions of it, work as follows. First, the balls and pins are pushed off the end of the lane by the rake onto a shaking board the width of the lane, in place of the AMF-variety carpet belt. Two large rotating wheels, at the center rear of the unit, are situated with their common axis along the bowling lane. The ball-lift wheel is the one closer to the bowler and is smooth on its inside surfaces, with enough space between its inner and outer surfaces to allow the fallen pins to go rearwards through it into the rear-located pin-wheel (or pin elevator), placed behind the ball return wheel which has seven pockets, which capture the pins, and is somewhat similar to the AMF unit's design. When a ball rolls back to the ball-lift wheel, friction lifts the ball up to the side where it catches on two lift rods covered with a rubber material. Wedged in between, the ball is rolled upward. When it gets to the top, it is deposited onto a metal track that usually leads underground, and is pushed along by a long accelerator belt. Finally, the ball is pushed upward by two wheels located at the head of the ball return track, where it is deposited. When a pin rolls back, the smaller diameter of the pin allows it to fall rearwards through the ball return wheel. As the pins are still moving from the shaking by the board, a pin will bounce around until it lands in a pocket in the pinwheel. It may be seated in the pinwheel head-first or base-first. It's shaped somewhat like a scoop, with the lip of the scoop facing the bowler. The weight of the pin's body makes it drop into the pan base-first, so that the pin's base is facing the bowler. Once the turret is full, and the empty deck reaches the top of its travel, all ten pins are simultaneously dropped from the turret into the spotting chutes of the table, which lowers them onto the lane to set the new rack of pins on the pin deck. Adding an extra pin does not put undue stress on the machine, but adding more than that is not advisable due to damage that can occur to the machine. Other centers will only load the pinsetter with 19 pins. Having only 19 pins in the machine will cause fewer stops from time to time but it will slow down the progress of the game if multiple strikes are thrown in succession. The later A2 and JetBack versions, otherwise each virtually identical to the original Model A design, were augmented enough to have much faster ball return action than the original Model A units.The visible deck shield, as well as the noticeable sounds of pins entering the pin elevator (sounding like bowling pins rattling in a metal drum) and of the next set of pins dropping from the turret into the deck chutes, are unique to the Brunswick A series. Brunswick GS series pinsetters The GSX is Brunswick's current pinsetter. This machine uses a conveyor belt on the pit floor to move the pins to a vertical elevator system similar to the ones utilized on the AMF 82 series pinspotters, while the ball exits the pit at the side through a ball door. Pins are loaded using a combination of belts. The ball return system on this machine uses an under-lane accelerator as opposed to a lift. The mechanical portion of the pinsetter was originally manufactured in the Brunswick plant located in Stockach, Germany. In 1999 the mechanical manufacturing was relocated to Hungary. The electronic control system is manufactured in Michigan, near the Brunswick plant located in Muskegon, Michigan. Also, software and hardware improvements to make the pinsetter more efficient and user-friendly. In 2000 the GS-X consolidated electronics was replaced with a single box electrical system called the NexGen Controller. This change reduced the overall size, weight, and number of electrical components needed to operate the pinsetters and made the setup for the machine more user-friendly. A GS-X shows “gsx” on the sweep when it is down, unless this marking has been removed or covered by the bowling center proprietor. Other types of ten-pin pinsetters The Mendes company produced a magnetic pinsetter known as the MM-2001. It featured a flat magnetic pin table and magnets on the head of each pin. It had a pit similar to the AMF and an elevator similar to the GSX. Pin loading involves the combination of a carousel and magazine. The company claimed this technology reduces stops in play due to table jams on out-of-range pins. Mendes was bought out by Qubica, which sold the machine as the MAG3 until its partnership with AMF. The now-defunct Bowl Mor firm of central Massachusetts (no relation to Bowlmor AMF) that was more famous for their candlepin pinsetters, also made tenpin pinspotters early in their history. Glenn had done a parts run to Snyder, Texas, and as usual, he brought home all the manuals he could find. Why an 82-30 house would have a book like this is anyone’s guess, but in any event, Glenn thought it was more relevant to my collection than to his. The new machine offered many improvements over the 82-30, including continuous pin distribution (thanks to storage bins above the table) and a circuit through which the table could detect out-of-range pins and automatically advance to second ball. It was brilliant in theory, but the debut version was highly prone to failure in the field. Most notoriously, the micro-switches in the pin distributor were easily fouled by dirt and debris, and if just one of them failed, the distribution sequence was compromised and pins piled up on the bin assembly. Proprietors were thoroughly unimpressed, and AMF engineers scrambled to redesign the distributor and bin. By 1964 they had completed the 82-70B, which featured a fully mechanical distributor and bin that wholly eliminated the troublesome electrical system. The new assemblies proved hugely successful, and most “A” machines were converted. Today there are just six unconverted units known to exist, one of which is seen in operation here: By the early sixties, the bowling boom had already begun to plateau, and the number of new installations each year had tapered off dramatically from its peak in 1959. AMF’s stock prices nearly halved in the midst of 82-70A installations, and while there were numerous factors at play, the initial problems with the new pinspotter dealt a hard blow. I heard the owner Bill Perry is getting on in years. Steve, do you know him? Notify me of new posts via email. To find out more, including how to control cookies, see here. I was surfing around the net today and came across the text to what I found to be an informative book that provided me a great deal of perspective about the sports beginnings here in the USA. I know bowling apparently dates back to over 5,000 years ago in one form or another in countries around the world, but this shed light on what it was like in the beginning, here in the USA. It also raised the post title as a question in my mind, as I know very little about AMF. Can anyone shed more light on this. Here is the excerpt that brings about the posts question title. Most of you have likely read this book long ago, if not, take sometime to acquaint yourself with it to gain perspective. The link to the full books text is included below this excerpt. In 1935, an inventor, Fred Schmidt, asked Kennedy to look at a machine he had been working on. Kennedy, whose eyes and ears were always open to new ideas, took one long look and decided that such a machine could change the entire future of bowling. When he saw that much work remained to be done in developing this machine, he formed his own company with Schmidt and an attorney named S. F. Hartman. In 1946 he took his idea to the Ameri can Machine and Foundry Company a visit that made bowling history, for in this same year this firm provided its first fully automatic pinspotter. Furthermore, for the first time in the annals of bowling, both the ABC tournament held at Fort Worth in March and April of 1957, and the fortieth renewal of the Women's International Bowling Con gress Tournament held at Dayton, Ohio in April, 1957, were Mly automatic. With greater efficiency, the automatic pinspotter sets the pins, returns the ball, and accomplishes all pit services previously done by hand. This me chanical system, which is controlled by electrical circuits, has so speeded up the game that most bowlers can roll from seven and one-half to nine games per hour. Brunswick at the time AMF was getting into the bowling industry were producing the semi-automatic B-1, B-2 and then the B-10 pin setter. All requiring a pin boy to operate them. Not to mention that they were also too expensive to mass produce and sell to bowling centers. Brunswick had control of the equipment industry, they produced the semi-automatic pin machines, the pins, lanes, ball return equipment.Brunswick did get involved with automatic pin equipment as AMF started really to refine the whole concept. As you may or may not know, Otis Elevator Company makes elevators and escalators. When Otis helped to revise the design, and build the A pin setter, they built it so well, with quality materials that the pinsetter exceeded Brunswick's pin setter life span expectancy. The original plan was a pinsetter that would last 7-10 years with little to no issues with a skilled head mechanic, then after that time frame the pinsetter would either be replaced for a newer design model or need extensive service bringing in money either way to Brunswick. I believe the original warranty was for 7 years. Brunswick was sure they had the best pin setter you could build. AMF came and tore apart their machines and threw them away. Many centers went to Brunswick equipment instead. This all told to me by a Otis employee who worked in the pin setter factory, and then went on to work for Brunswick. Your historical or factual information may vary. Many of AMF's 82-30's (the real first AMF produced pin setter, although there was many prototypes and mass produced proto types.) are no longer in operation. Many of these have been scrapped for metal, or replaced with 82-70, and 82-90 models. Brunswick also made revisions when they went to the A-2. The Brunswick A-2 has been produced in the USA, Japan, Germany and Australia. All models slightly different but the same concept and they did not change much from the Brunswick A operations. In fact Brunswick was able to allow the proprietor to upgrade to the A-2 from their A machines without having to replace the whole machine. Something that AMF really didn't offer to the owners of the 82-30s. There are still some 82-30 houses. There are alot of very good mechanics who keep these machines running good. It's a very interesting machine to see in operation if you can, and see how it's transformed to the 82-90 and beyond. I know of some of the originals still going strong today here in my town.