14
Turn the unit off. Rotate the hook (1) out of the
way of the battery door. Unscrew the battery door
thumbscrew (2) and remove the battery door. Lift
the battery pack out somewhat to allow access to
the battery connection (3). Reconnect the battery
pack. Tuck the battery harness to the side of the
battery compartment as shown if Figure 6-2 as
the battery assembly is lowered into the battery
compartment.
Coin Cell Battery
If the unit is not maintaining the correct time and
date, follow the instructions above to remove the
main battery pack and expose the coin cell battery
through an access hole in the floor of the battery
compartment. Using a tool such as a small screw-
driver, deflect the battery to the side until a corner
of the battery springs up slightly. It may be lifted
out of the battery socket at this point. Reverse this
procedure to install the fresh battery.
Spare Parts
Spare parts are listed in Table 6-1. See Chapter
1 for contact information. See the included TITAN
manifold instructions for manifold-related spare
parts.
Table 6-1 Spare Parts
UPC#
Description
40820
Battery Holder, ‘AA’ Size, 2x4
40821
System Analyzer Instrument Boot
40823
System Analyzer Battery Door
40824
System Analyzer Bumper,
Plugs, & Sensor Boots
40827
USB cable
69101
Vacuum Sensor/Cord Assembly
69217
“K-Type” Clamp Probe (10 ft.)
Software Updates
Details related to software updates are available
online at www.yellowjacket.com/sa or by contact-
ing Ritchie Engineering. See Chapter 1 for contact
information.
Replacing the Batteries
The main batteries will need to be replaced on
a routine basis. Battery performance issues are
discussed in Chapter 2. The coin cell battery
maintains the time and date information. It may
need to be replaced once or twice in the life
of the instrument. To exit the Set-up display, press
the “Menu” key.
Figure 5-6. Battery Access
Figure 5-7. Battery Servicing
Main Batteries
See Chapter 7 for battery type specifications.
Warning
Because this instrument allows for various
inputs including electrical and mechanical,
care must be taken to observe any ways that
an electrical shock hazard could develop.
Example: Wet or humid conditions, along with
a damaged thermocouple or vacuum sensor,
could allow an electrical path across the instru-
ment and over wet hoses. Keep all intercon-
nected equipment clean, organized, and in
proper condition. Do not use the instrument
if you are not qualified to recognize potential
electrical faults.
