Run Mode
Lubrication Mode (Pump ON) Controls
In Max models the Lubrication Mode (Pump ON) can be controlled by either cycle and/or pressure sensors.
If cycle and/or pressure controls have been set to some- thing other than OFF the display will alternate between cycles (C1, C2, C3) and/or active sensors (P1, P2, P3) and Backup Time.
If cycle or pressure controls have been set to OFF then the Lubrication Mode (Pump ON) will be controlled by On Time (see Time Control, page 51).
With cycle and/or pressure controls set, the lubrication cycle (Pump ON) is ended by meeting all required cycle and/or pressure settings.
Cycle Control
•A set number of triggered counts in a cycle based system (C1). Typically a proximity switch connected to a divider valve.
•The LED next to the appropriate sensor (C/P1, C/P2, C/P3) illuminates.
•The display indicates the sensor (C1, C2, C3) and the remaining cycles for that sensor (FIG. 30).
The example shown in FIG. 30 shows sensor C1 with 5 cycles remaining.
HH | MM | SS | ## | ! |
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ON OFF
MM : SS HH : MM
Pressure Control
•A single triggered count in a pressure based system (P1). Typically a pressure switch on the end of a line of injectors.
•The LED next to the appropriate sensor (C/P1, C/P2, C/P3) illuminates (FIG. 31 and FIG. 32).
•The display indicates the sensor (P1, P2, P3) and whether the pressure switch for that sensor has been triggered or not.
-01 = pressure switch has not been triggered
-00 = pressure switch is triggered.
The example shown in FIG. 31 shows sensor P1 with a pressure switch that has been triggered.
FIG. 32 (page 53) shows sensor P2 with a pres- sure switch that has NOT been triggered.
HH | MM | SS | ## | ! |
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ON OFF
MM : SS HH : MM
CP 1
CP 2 | C | 1 2 3 |
CP 3 | P |
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C 1 |
| FIG. 31 |
P |
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CP 2 | C | 1 2 3 |
CP 3 | P |
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FIG. 30
52 | 332305B |