Worked a bit on the manual actuator for the main friction clutch....
HMS Holland 1 - 3D CAD model in the making
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More work on the drive train and the auxiliary equipment. The air compressor and the main bilge pump didn't have their own motors but were driven by the man drive train. The feed to the pump and the compressor was accomplished by a bevel gear located at the upper main gear. The respective axis was tilted upwards and went through a friction clutch into two additional bevel gears that drove the drive axis of the auxiliary equipment. There were dog-couplings between the respective bevel gear and the pump and compressor. Those will be designed next....
And: I'd need some help. I read that the bilge pump was a Marburg type pump built in the US. I couldn't find anything on that Company or type of pump. Does anyone have material or references on these pumps?
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More work on the drive train and the auxiliary equipment. The air compressor and the main bilge pump didn't have their own motors but were driven by the man drive train.I designed the bilge pump (upper right) and the air compressor (lower left) with help of the Lambert plans and very limited additional info. There is one photo showing the edge of the pump and nothing about the compressor. So there is guesswork involved. For the compressor I lent the design of a steam driven compressor of a locomotive. Astonishingly the cylinders fit quite well in the contours shown in the lambert plans....
Last edited by DrSchmidt; 12-02-2024, 12:56 PM.👍 1Comment
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More details on the actuation mechanics for the clutches of the bilge pump and the air compressor. The main clutch is a friction clutch and was actuated by the lever in the front. The individual dog bone clutches for pump and compressor were actuated by a shaft-in shaft assembly, with the upper lever actuating the clutch for the compressor and the lower one the clutch or the pump via push rod.
Last edited by DrSchmidt; 12-07-2024, 03:42 AM.Comment
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Actually the H.M.S. Holland 1 still exists, hen it was towed to the breakers yeard in 1913, it sank. It was rediscovered years later, raised, restored and is now on dsply at the National Roayl Navy Musem in Gosport
When you step aboard Holland 1 you'll get a glimpse of what it would have been like to live and work aboard the Royal Navy’s most experimental and cutting-edge technological innovation of 1901. Discover the significant impact Holland 1 has on the Royal Navy and how she was a pioneer that revolutionised naval warfare. Unfortunately, it wasn’t all glory for Holland 1 as the boat sank in 1913 while being towed to breakers yard. Holland 1 was recovered in 1982 and has since undergone an extensive programme of conservation to preserve this significant vessel.Comment
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Progress on my 3D CAD model of the H.M.S. Holland 1, the first submarine of the Royal Navy. After completion of the drive train I designed the buoyancy tank in the center section of the boat. It was embedded between the forward and the aft battery tank and the auxiliary ballast tanks on port and starboard. Above the tank were the hand wheels for the Kingston valve operating the tank and some manifolds. All that was located below the floor, and I haven‘t found out yet how they were accessed for operation. Any idea?
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Thank you, Andreas,
They did look somewhat similar. I am sure the person that did the STL files took some liberty in his design as to its authenticity. Looking forward to seeing your finished build. Thank you for posting up all the great progress photos. I really enjoy following all your builds.
Rob
"Firemen can stand the heat."
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