Pentek 6230 Operating Manual page 29

Pentek Model 62 30/ 6231 O pera t ing M a nu a l
2.3 Installing the Model 6230/6231 on a VIM Baseboard
2.3.1 Installing Model 6230, or Model 6231 w/o Option 102
5) With the VIM baseboard's component side (the side with the VIM
connectors) facing up, align the four VIM connectors on the Model 6230
VIM−4 module (J1, J2, J3, and J4) with the four VIM connectors on the
baseboard. For the Model 6231, align the two mezzanine connectors on
the VIM−2 module (J1 and J2) with two of the VIM connectors on the
baseboard—the Model 6231 VIM−2 module may be installed in either the
top or bottom mezzanine position on the VIM baseboard. See
and 2−2 for location of the Models 6230 and 6231 VIM connectors, and see
Figure 2−4 for location of the VIM connectors on a typical VIM baseboard.
6) GENTLY but firmly, press down on the VIM module opposite the
connectors, to fully seat the module's connectors into the baseboard's. If
you meet with significant resistance, check the connector alignment.
NOTE:
7) After seating the connectors, secure the front of the VIM module to the
VIM baseboard by screwing four [two for the Model 6231] pan−head
Phillips screws through the holes at the front of the VIM module into the
threaded holes in baseboard's panel brackets (indicated at positions (a),
(b), (c), and (d) on
8) Turn the assembly over, such that the VIM module is on the work surface
and the solder side of the VIM baseboard is facing up. Secure the
baseboard to the nylon spacer(s) on the VIM module, using the two nylon
screws removed earlier [one for the Model 6231], through the rear
mounting hole(s) on the baseboard (indicated at positions (e) and (f) on
Figure 2−4).
9) Attach the VIM module's front panel(s) to the baseboard, by screwing the
countersunk Phillips screws through the holes of each VIM panel into the
threaded holes in the front of the baseboard's panel brackets. Note that
the Model 6230 panels fit only in their proper locations on the baseboard.
The Model 6230/6231 installation is complete.
Misalignment can cause bent pins or break connector
housings, so NEVER APPLY EXCESSIVE FORCE.
Figure 2−4).
Pa g e 2 9
(continued)
(continued)
Figures 2−1
Rev.: B.4