Tag Archives: weight

German 2 weight wall clock with gong strike

German 2 weight wall clock with gong strike. 11 1/2″ t x 10″ w x 4″ d Ca. 1950 Images Click on thumbnails to see larger images:

Continue Reading Comments ( 0 )

Howard & Davis Weight Driven Banjo Clock

Howard & Davis # 4 Weight Driven Banjo Clock: 8 day time only movement with recoil escapement. The signed dial is original 8″; in a rosewood stained hardwood case. The weight driven movement is working just fine. (The dial is darkened and crazed; the lower door has been broken off and the hinge area repaired.) […]

Continue Reading Comments ( 0 )

THREE-WEIGHT GRANDE SONNERIE WALL CLOCK, Austrian,

THREE-WEIGHT GRANDE SONNERIE WALL CLOCK, Austrian, c. 1890-1900, having a long serpentine-shaped rosewood case with glazed door and side panels, the movement striking every quarter hour on twin coil resonators, the three brass weights and brass pendulum fully visible. Case length 40 inches. Images Click on thumbnails to see larger images:

Continue Reading Comments ( 0 )

Silas Hoadley 1 Weight Shelf Clock NR

Silas Hoadley 1 weight shelf clock: wooden works; remains of interior label; nice painted wooden dial. (Case refinished with some replacement parts; a little veneer loss; feet gone.) Not running. 25″ T x 13″ W Images Click on thumbnails to see larger images:

Continue Reading Comments ( 0 )

E. Howard Weight Banjo #5 Clock

E. Howard Weight Banjo #5 Clock: time only; signed dial; works are signed; 6 3/4″ dial. (Dial has some losses; new inside weight cover; holes in back of case, where it was screwed to the wall.) 28 1/2″ All items sell As Is, Where Is, no guarantees of any kind. We accept Mastercard & Visa, […]

Continue Reading Comments ( 0 )

Howard Weight Driven #2 Banjo Clock

Howard Weight Driven #2 Banjo Clock: time only weight driven movement with original 9 1/2″ dial. In a case resembling rosewood. The lower door has Eli Holden-Boston on it. The movement is signed E. Howard & Co. Boston. No key. Did not test. (The dial is crazed all over. The edges of the pendulum ball […]

Continue Reading Comments ( 0 )