I finally wrapped up my clock project. Today I put the restored movement in the case and ran new cable for the weights. It is keeping perfect time.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiZslr_0zDEcHgALZRQ6FOggKc_8ApfXz4jdWFobV3qmQPyXr_la4mf_nI8rEJdt6HQQio2xzCUMLvCCRxrmCljhbptFtDW6ESJHZUQ2sj6Dt-aoqXIBtTS3t3k3xsd3LxICmVonAIfpyiv/s320/hahl+crop2.jpg) |
Picture shows weights, pendulum and bell relays. Each weight is 70 pounds. The brass tube on the left side of the clock contained a glass vial that was filled with glycerine and red dye. This was a visual check to see if you had an air leak in the system. |
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEi5yUfuxus2fmfMRfnVs4jrm-jCxBZGpBdQpg5ttq1gh-shTm9_BSdM_FCimH-iPpT8apawlhiWvB5r6pFJdg2mfoGRTMw87y4iUZ2jZ6svG5PmGHAynMxxbj_JybTISeYy93RrFagrPTn4/s320/hahl+crop3.jpg) |
Cylinder below clock mechanism is the device to program when the school bells would ring |
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