Chip Blaster manual - Salvex
Chip Blaster manual - Salvex
Chip Blaster manual - Salvex
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<strong>Chip</strong>BLASTER, Inc. 26<br />
12.0. OPERATION: (Cont.):<br />
12.3. THEORY OF OPERATION AUTO CROSS OPTION:<br />
12.3.1. The <strong>Chip</strong>BLASTER is designed to operate with two (2) filters. The<br />
<strong>Chip</strong>BLASTER will typically start on filter A and run until this filter<br />
becomes clogged (dirty). When the filter becomes clogged (dirty) the flow<br />
will be switched to filter B automatically. The red tower light will begin to<br />
flash indicating a clogged (dirty) filter A. The <strong>Chip</strong>BLASTER will<br />
continue to operate.<br />
12.3.2. While the <strong>Chip</strong>BLASTER is running on filter B, filter A can be changed.<br />
(refer to Section 14.9 for procedure)<br />
12.3.3. When the <strong>Chip</strong>BLASTER is running on filter B and it becomes clogged<br />
(dirty) the <strong>Chip</strong>BLASTER will go to an emergency stop condition after the “call<br />
for coolant” is shut off. This will prevent damage to the high pressure pump.<br />
12.3.4. It should be noted the filter bag A or B is monitored when the <strong>Chip</strong>BLASTER is<br />
operating. The post filter is also monitored when the <strong>Chip</strong>BLASTER is operating.<br />
If the post filter becomes dirty the red tower light will turn on steady.<br />
The reason the post filter can become dirty is do to improper changing of the filter<br />
bags. Improper changing will allow chips or contaminates into the bottom of the<br />
filter housing which than pass to the post filter. The post filter is designed to<br />
prevent chips or contaminates from going through the high pressure pump and<br />
damaging the seals. The post filter also prevents chips or contaminates from<br />
damaging solenoid vales and pressure switches.<br />
12.3.5. Refer to figure 6b section 12.2 for flow diagram<br />
12.3.6. The autocross units are also equipped to change from filter “A” to “B” after a<br />
timed period. This prevents coolant in filter “B” from becoming stagnate and<br />
allowing algae to grow. The <strong>Chip</strong>BLASTER will start out on filter “A” and after<br />
one (1) hour of accumulated run time the flow will be diverted through filter “B”.<br />
Filter “B” will be used for twenty (20) minutes and than change back to filter “A”.<br />
This cycle will repeat until a filter becomes dirty at which time the timed change<br />
over will be stopped until the filters are changed. During the timed change over<br />
the filters will still be monitored.<br />
12.2<br />
DO NOT ALLOW CHIPS OR CONTAMINATES TO FALL OUT OF<br />
FILTER BAGS INTO FILTER HOUSING WHEN CHANGING BAGS.<br />
DO NOT POUR COOLANT FROM BAG INTO FILTER HOUSING,<br />
POUR INTO MACHINE TOOL SUMP.<br />
DO NOT POKE HOLES IN BAG WHEN LIFTING OUT OF FILTER<br />
HOUSING.<br />
DO REFER TO SECTION 14.9 FOR CORRECT PROCEDURE<br />
FOR CHANGING FILTER BAGS.<br />
DO NOT REUSE DIRTY FILTER BAG.<br />
12.3