KONRAD 600B SERIES INSTALLATION GUIDE
JANUARY 2019 - V4.0
PAGE 62
NOTE:
It is recommended to hold either the horizontal
or vertical offset at zero and achieve the offset in one plane.
In most cases it is easier to hold the horizontal measurement
at zero.
If your application is using another shaft, refer to the notes and chart below.
NOTES:
1) Transmission output flange and gimbal carrier input flange must be parallel within .030 in. (.762 mm).
2) Transmission output flange and gimbal carrier input flange must have a compounded vertical and horizontal
offset angle (a) which is 1.0˚ > (a) > 0.5˚. This dimension is a function of the length of the shaft.
3) To determine vertical offset (see picture below)
(x): x = tan a (y - 3.0 in.)
or
(x): x = tan a (y - 7.62 cm)
4) Fix magnetic base, arm and dial indicator assembly (GO-017) to transmission output flange.
5) Rotate transmission flange indicating the face of the alignment flange. All facial measurements must be
within .010 in. (.25 mm).
6) Rotate transmission flange indicating the circumference of the alignment flange. All measurements must be
within .010 in. (.25 mm). Offset measurements are according to calculation above.
7) Refer to Step 12 in this guide for u-joint extension shaft installation.
Step 11: Drive Shaft Alignment Procedures (continued)
7. Adjust the vertical or horizontal offset on measure points,
A-D, and C-B.
For a standard Konrad (13-430) 9 inch shaft, adjust the en-
gine mounts until the distances between the two points A-D
and C-B is within .047 - .094 inches or 1.19 - 2.39 mm. of
each other
