by Kevin Dalton
We recently worked on an interesting project at Fordham University’s Rose Hill campus in the Bronx. Our mission: to remove the clock hands from four clock faces on the tower of Keating Hall and one clock atop LaLande Hall in Martyrs Court.
The hands were removed and turned over to The Verdin Company so they could be restored. Once restored, the hands will be re-installed. The project was coordinated by Bob Rush with Structure Tone, Inc.
The crenellated parapet at the top of the tower on Keating had bird protection on the top of the walls so we had to lower ropes through the crenels and climb up to the clock which was about a 150’ climb from the roof of the main building below.
The clock hands were pretty big; the hour hand was a little over 6’ long and the minute hand was over 7’ long. We rigged all the hands to lower before loosening any of the nuts or bolts that connected them to the shaft.
One of the minute hands was stuck and we had a really hard time removing it. It typically took us 30-45 minutes to remove both hands on each of three out of four faces but we spent over 3 hours on the southeast face on the first day trying to remove the minute hand without success. It was a little over 20 degrees (Fahrenheit) and the wind was blowing 15 – 20 mph directly into my face so I decided to accept defeat and go get warm before moving onto another set of hands. We came back to the southeast face the next day with a specialty tool provided by Dennis Lindo from The Verdin Company and after a few minutes the hand was free.
We finished up the second day at Martyrs Court which was only about 50’ off the ground but in an area that is difficult to access with a lift. Due to icy conditions on the roof we thought it safer to toss the ropes out to the face of the building and climb up from the ground. After almost 1,000’ of vertical climbing at Keating Hall 50’ was a walk in the park.
When I arrived at the clock face I had the minute hand off in a matter of minutes but the hour hand looked like it might take hours to remove. It was completely rusted onto the shaft and wouldn’t budge. Luckily the entire mechanism is being replaced so Dennis cut the shaft from the inside with a reciprocating saw. The white part of the clock is just a thin piece of glass (probably 1/8” thick) so we had to saw very carefully. Fortunately we were able to keep the shaft off the glass and the hand came off without incident.