Motorola MW 800 Series Vehicle Installation Manual page 12

6 MW 800 Vehicle Installation Guide
The pedestal assembly is mounted on a base plate, terminating in a double clevis that accepts
the display assembly. The base plate is connected to the vehicle hump (or tunnel plate) by
eight bolts. The pedestal assembly has horizontal extension pedestal attached at the middle of
the vertical assembly to accommodate the simple attachment of the keyboard assembly and
CPU box mount.
The keyboard assembly allows for the quick insertion and removal of the MW 800 keyboard.
The keyboard platform swivels left and right freely, with adjustment friction setting. The
keyboard platform can also be tilted and locked in the required position by loosening a knob
on the underside of the platform. The keyboard is removed by pressing up on the spring
loaded flange, under the keyboard platform. The keyboard is installed by placing the back of
the keyboard against the locating flanges on the back vertical wall of the platform and
pressing down the front so that the spring flange engages the detente on the front of the
keyboard.
The CPU box mount allows the CPU box to be mounted on the pedestal and can protrude
forward or backward from the pedestal (see Figure 8 and Figure 9). The CPU box mount can
be installed in any other suitable location inside the vehicle.
The display assembly is attached directly to the MW 800 display using the provided
hardware in the display kit (not SDI supplied). The display can be swiveled a total of 20
degrees, ±10 degrees in each direction. The display tilt limits are 10 degree backward
towards the dashboard and 45 degrees forward tilt. The swivel friction is adjustable by
tightening the 10-32 nylok nuts under the display perch. The handle at the top center of the
display (part of the display) is used to bring the display down. Grabbing the display on both
sides and twisting it slightly allows the rotation of swivel to occur.
Motorola recommends the use of the CPU mount. Failure to do so may
result in hard drive damage due to vibration.
Note