It is surprisingly simple. Just
drill a 3/8" hole in front of your clock case, slide the
movement shaft through the hole and secure in place by
tightening 1 hex nut.
How do I know what shaft length
to use?
The shaft of the movement must
be 1/16" to 1/8" longer than the thickness of the
mounting surface.
How do I know what clock hands to
use?
There are 2 elements to consider
- style and size. The style you choose is a matter of
personal taste. Generally, the more traditional clock
designs use hands similar to those shown below.
Contemporary or Novelty clocks tend to look better with
plain looking hands that do not distract from the overall
design.
The size that you use is determined by the size of the clock
dial or fare that you use. Most clock dials have a minute track
that runs near the outside edge. The tip of the minute hand
should be just above the minute track. If your clock dial does
not have a minute track, then the minute hand should reach
about halfway across the numbers or indicators.
Remember, the most important thing is what looks good to you.
It is your design, it should reflect your
taste.
Do I need to use a second
hand?
Most quarts movements have the
ability to run a second hand. It is your choice to use
one or not. If you feel the step second motion would be a
distraction then don't use one. A special closed nut is
available to cover the small hole showing when a second
hand is not used.
Should I use a pre-assembled "fit-up"
or a quartz movement with separate hands and
dial?
Using a pre-assembled quartz
clock fit-up is the easiest way to make a clock. The
clock movement, hands, dial, lens and Bezel are
pre-assembled and ready to be installed. All you have to
do is make a clock case with the correct size hole cut
into it. Just set the time, put in a battery and press
into the precut hole in your clock case.
To use a quartz movement requires a little more planning, but
is still fairly easy to do. If you choose to do this you have
the flexibility of being able to se a standard time only
movement, a pendulum movement, a chime movement or a variety of
other possibilities. You can also choose from dozens of clock
dials and over 40 styles of clock hands. If you decide to use a
quartz movement with separate hands and dial, it is much easier
to create a design that is truly unique.
Do I need any special tools to
install a quartz clock movement?
No, you do not. All you really
need is a well lighted work area and a small pair of
pliers.
Can I replace a battery operated
movement in a broken clock I have?
Yes you can, and it is not too
difficult. The first step is to remove the old movement
from your clock. Remove the clock hands first by gently
pulling them off. Sometimes the minute hand is held in
place by a cap nut. Just unscrew it and continue to
remove the hands. The movement itself is normally held in
place by a hex nut on the hand shaft, or it can "snap in"
which means it is being held in place by little plastic
"fingers". Either unscrew the hex nut to remove or just
pry away from the case until snaps free.
The next step is to determine the size of
the movement you have. The most important dimension is the
shaft length. If your movement was held in place by a hex nut,
then you need to measure the height of the threaded portion of
the shaft that the hex nut was mounted to. This is referred to
as the threaded
shaft length.If your movement was a "snap in", then just
measure the overall shaft length.
Now that you know the critical dimension of your movement, look
in the movement section of our web site to find a movement that
suits your needs and budget. Please remember that the old hands
from your movement may not fit the new movement. Hour and
minute hands are included free with movements, so pick out a
pair when you order.
Radio-controlled clock
movement
A radio-controlled clock
movement for use in a radio-controlled clock which is
synchronized with timing information supplied by a
broadcast time signal includes a sound transducer for
providing an audible signal representative of the
strength of the received time signal. The clock is
synchronized by setting the clock hands to an initial set
position, decoding timing information from the broadcast
time signal, calculating the relative distance to move
the clock hands to make the displayed time synchronous
with the decoded timing information and moving the clock
hands the calculated relative distance. The initial set
position is determined based on the desired time zone. In
this manner, time zones are considered when setting the
clock.