You will need:
- 3mm hex ball head driver or 3mm Allen key
supplied with your processor (JOBO Part #16227)
- Standard blade screwdriver
- Small wire cutters
- Wrench or Channel Lock® Pliers or Vise Grip®
locking pliers
- Wire tie or Ty-wrap (JOBO Part #35015)
or equivalent
Procedure:
1) Remove the Upper Head of the
ATL from the Lower Motor Unit as described in Bulletin # B005A for ATL-1,2,2+, and 3
or Bulletin # B005B for ATL-3000, and 2X00's.
2) Disconnect the main power cord from the
electrical outlet!
3) Disconnect the sensor for the
front/back bottle air switch from the lower half of the air switch assembly by removing
the two (2) small standard screws that hold the sensor in position.
NOTE: Please
note there is a small steel washer below the head of each screw. Make sure you do not lose
the washers. |
 |
| 4) Remove the six (6) 3mm cap head screws
that secure the motor unit to the trough. Three are located across the front of the motor
unit as well as three across the rear. |
 |
| NOTE: If these screws are too
tight to remove, you may need to use Vice-Grip® Pliers to loosen them. |
 |
| 5) For ATL-3's: Unplug the bottle
(chemical) temperature sensor from the motor unit by following its wire into the motor
unit's fuse access panel area to a circuit board location labeled "CHE". Simply
pull the small black colored connector off of the circuit board. Do not be concerned with
the polarity of the connection. |
 |
For ATL-3000's: In
Bulletin # B005B, you already unplugged the bottle (chemical) temperature sensor wires,
however you must now pull the REAR bottle (chemical) temperature sensor wire out through
the rear of the motor unit. This wire follows the sensor wire for the front/back bottle
air switch through a wire channel.
NOTE: The foam at
the opening of the wire channel located at the rear of the motor unit is important. Make
sure you save this foam and install it when the temperature sensor wire in
inserted back into the wire channel. The foam blocks air from being drawn into the wire
channel. |
|
6) If your processor is an ATL-3
or ATL-3000 tabletop model (4172 or 4272), you may now lift the lower motor unit
out of the trough.
The Following steps
are only applicable to ATL-3's and ATL-3000's with chemical refilling capability:
A) Disconnect the main power cord from the
electrical outlet!
B) Pull out the 15L bottle cart
from underneath the processor.
C) Remove the standard screw
that holds the pump drawer in place. For early production ATL-3's, remove the standard
screw from the door to access the refill pumps.
D) Open the door located below
the refill pump power switch.
E) If applicable, pull the pump
drawer forward approximately 1 foot.
| F) The power cord for the motor unit exits
the motor unit housing on the left side of the unit (in the sink area). The power cord
then runs to the rear of the processor, then down through a hole in the top of the trough.
The power cord then leads to the front of the pump drawer or to a terminal block located
just above the refill pumps (in the early production ATL-3's). |
 |
G) Follow the power cord as
described in Step F, then cut the ty-wraps that are holding the power cord for the motor
unit.
For ATL-3's with a pump
drawer and all ATL-3000's, proceed to Step H.
For early production ATL-3's,
skip to Step K.
H) Remove the screw and clamp
holding the motor unit's power cord located on the bottom of the drawer and toward the
front (the power cord runs through a clamp).
I) Lift up the gray hinged door
that covers the front compartment of the pump drawer.
J) Locate the power terminal
block inside the front compartment of the pump drawer. You will find it on the left side
of the compartment. The power cord is connected by 3 wires on the right side of the block.
Disconnect the cord. SKIP STEP K AND CONTINUE WITH STEP L.
K) Release the three wires to
the motor unit power cord by pressing a small standard screw driver into the front of the
power block. While pressing the front of the power block, pull the wires out of the power
block.
L) Thread the power cord back
through the hole in the top of the trough.
M) You may now remove the lower
motor unit by lifting it out of the trough.
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