|
These mounts are a preset design and size. For taller and/or wider
sizes please see our custom solid
or collapsible
mounts.
Standard Solid Mounts fit up to 13.1" outside diameter tubes
or up to 13.6" flat to flat tube rings, and provides 23"
of swing-through room (see swing-through calculation in "fitting
requirements" below). Altitude bearings clamp solidly to
your tube using a 3/8" bolts through the bearing and your
tube. Secure with a washer and nut on the bolt inside the tbue.
The altitude bearing has bracing with a curve cut to fit your
tube. You can see bracing (shown loose in mount unassembled above).
E-mail for help in determining your tube's balance point, or follow
directions in "fitting requirements" below.
Standard Mount Kits arrive rough sanded. All parts included, screw
and stiffening internal dowel holes all predrilled, countersunk.
Requires fine sanding, paint or finish, glue bearing laminate
and assembly. Spray finished unassembled are also available.
Pricing:
|
Kit
|
$187.00
|
|
with additional bearings set for second tube.
|
$212.00
|
|
with
two additional bearing sets
|
$237.00
|
| Add
$200 for finished unassembled mounts. |
|
Add
a manual setting circle. $50.
Pair with an altimeter (examples).
|
|
|
| |
Fitting requirements and Swing Through Room
|
Telescope tube maximum outside diameter:
|
13.10"
|
|
Tube
rings maximum outside diameter:
|
13.60"
|
|
Tube
required swing through room maximum:
|
23.00"
|
We can compute your tube's swing through room, but
this an example computation using a 10" diameter
tube with 20" balance point:
1. Determine 1/2 the tube outside diameter: 5".
2. Square
that number: 25.
3. Square the 20" balance point dimension:
400.
4. Sum the two squared numbers: 425.
5. Obtain square root of that sum using a calculator:
20.62".
That square root equals the minimum required swing
through room for your tube.
7. Add one half inch (or more) to clear azimuth
bearing nut: 21.12".
|
|
Cancellation policy: receive a refund
after order less PayPal transaction fees.
|
