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ThePoint Series
10
2.7
Electronic Unit
Remove housing lid to access status LEDs, time delay
adjustment, and configuration jumpers.
See Figure 2-6.
2.7.1 Time Delay
Time delay
adjustment is used to avoid an oscillating relay
output due to agitation or waves in the vessel. The time delay
adjustment can be field adjusted from 0 to 60 seconds. Unit is
shipped with time delay setting at zero seconds.
The Time Delay adjustment is a 270-Degree turn pot and is at
zero seconds when in the full counter-clockwise position. Do
not force the pot past the stop or damage will occur.
2.7.2 Time Delay Action
Time delay action
describes whether the relay contacts are
delayed from going into the alarm state or recovering from an
alarm state.
•
fwd
:
delays system from coming out of alarm.
•
rev
:
delays system from going into alarm.
•
The instrument is supplied with time delay action set in
forward mode (
fwd
) position.
•
Time delay action is field-selectable using the Time Delay
Jumper located on top of Electronic Unit.
See Figure 2-6.
Figure 2-6
Electronic Unit Adjustments
Do not push
the Recal button
without first ensuring
that the material
being measured is
below the sensing
element.
Time Delay Adjustment
- 0-60 Seconds
Failsafe Jumper
Up = High Level
Down = Low Level
Time Delay Jumper
Up = Forward Acting
Down = Reverse Acting
Green LED = Power
Red LED = Alarm
ReCal Button
Manual Calibration
Adjustment Pot
Pin #1
Summary of Contents for ThePoint Series
Page 4: ...Contents...
Page 6: ...Section 1...
Page 28: ...ThePoint Series 22 Section 3...
Page 36: ...Section 4...
Page 39: ...Control Drawings 33 Section 5 Control Drawings 5 1 FM FMc Control Drawings...
Page 40: ...ThePoint Series 34 5 1 FM FMc Control Drawings Continued...
Page 41: ...Control Drawings 35 5 1 FM FMc Control Drawings Continued...
Page 42: ...ThePoint Series 36 5 1 FM FMc Control Drawings Continued...
Page 43: ...Control Drawings 37 5 1 FM FMc Control Drawings Continued...
Page 44: ...ThePoint Series 38 5 1 FM FMc Control Drawings Continued...
Page 45: ...Control Drawings 39 5 1 FM FMc Control Drawings Continued...
Page 46: ...ThePoint Series 40 5 1 FM FMc Control Drawings Continued...
Page 47: ...Control Drawings 41 5 1 FM FMc Control Drawings Continued...
Page 48: ...ThePoint Series 42 5 1 FM FMc Control Drawings Continued...
Page 49: ...Control Drawings 43 5 1 FM FMc Control Drawings Continued...
Page 50: ...ThePoint Series 44 5 2 ATEX Control Drawings...
Page 51: ...Control Drawings 45 5 2 ATEX Control Drawings Continued...
Page 52: ...ThePoint Series 46 5 2 ATEX Control Drawings Continued...
Page 55: ...Control Drawings 49 5 2 ATEX Control Drawings Continued...
Page 56: ...ThePoint Series 50 5 3 Heavy Duty Spark Protection...
Page 57: ...Control Drawings 51 5 3 Heavy Duty Spark Protection Continued...
Page 58: ...ThePoint Series 52 5 4 Adding a Padded Capacitor...
Page 59: ...Control Drawings 53 5 4 Adding a Padded Capacitor Continued...
Page 60: ...ThePoint Series 54 5 4 Adding a Padded Capacitor Continued...
Page 61: ...Control Drawings 55 5 5 Dual Seal Assembly for 700 Series Sensing Elements...
Page 62: ...ThePoint Series 56 5 5 Dual Seal Assembly Continued...
Page 63: ...Control Drawings 57 5 5 Dual Seal Assembly Continued...
Page 64: ...Appendix A...
Page 69: ......