OperationInstruction_Vsision XP - 第195页
V ISION XP+ V AC Page 187 7 Alarm Messages 7.20 Heating Element Monitoring, Power Controller Operating Instructions V ersion 1.5 • Check the tempe rature controller s ettings. 7.20 Heating Elemen t Monitori ng, Powe r Co…
Page 186 VISION XP+ VAC
7 Alarm Messages
7.17 Minimum Temperature Tolerance Fallen Short
Off
Operating Instructions
Version 1.5
7.17 Minimum Temperature Tolerance Fallen Short Off
One or more actual temperature values have fallen below the Rel- tolerance
limit.
Possible causes:
• Too little heating power (Y max.) has been selected at the heater settings.
• The heater controller is defective, or has failed.
• The system is in the warm-up phase.
Procedure:
• Determine whether or not available heating power is adequate.
• The modul thermocouple is not plugged in correctly, or has failed.
7.18 Maximum Temperature Limit Value Exceeded
One or more actual temperature values have exceeded the specified tem-
perature limit MAX.
Possible causes:
• A temperature sensor is defective.
• Temperature setpoints have been set too high (close to or greater than the
upper limit value). A difference of at least 10 Kelvin is required.
• The modul thermocouple is not plugged in correctly, or has failed.
Procedure:
• Inspect the temperature sensor.
• Check the temperature setpoints.
• Determine whether or not such a high temperature is necessary. If so, de-
termine whether or not the upper limit value can be adjusted.
• Check the temperature controller settings.
• The coolant water flow rate is inadequate.
7.19 Maximum Temperature Tolerance Exceeded
One or more actual temperature values have exceeded the specified Rel+
tolerance limit.
Possible causes:
• The physical limits of the heating zones have been exceeded.
• The coolant water flow rate is inadequate.
Procedure:
• Check the selected temperature profile.
VISION XP+ VAC Page 187
7 Alarm Messages
7.20 Heating Element Monitoring, Power Controller
Operating Instructions
Version 1.5
• Check the temperature controller settings.
7.20 Heating Element Monitoring, Power Controller
7.21 PCB Feed Monitoring (option)
The PCBs have not arrived at the outlet within the specified period of time.
Possible causes:
• PCBs have jammed within the system.
• Operator’s hands are in the inlet area.
• The sensor at the inlet has been obstructed more than once.
• The sensor at the outlet has not detected the PCB.
• One of the sensors is defective.
7.22 PCB Transfer
Possible causes:
• The sensor at the outlet is obstructed too long, or continuously.
• The sensor is incorrectly adjusted or bent.
• The PCBs are becoming jammed. An error has occurred at the next down-
stream device.
Procedure:
Click the Reset PCBs button and acknowledge the error.
Fig. 7-17 Power Controller
Too little or no current at all is avail-
able to the pyrolysis system.
Possible causes:
• If the fuse has blown, perform ap-
propriate measurement of the
heater and replace if necessary.
• Fuse has not blown, e.g. in the
event of extreme mains fluctua-
tion. The power controller must be
recalibrated.
INPUT ON
Error display
Page 188 VISION XP+ VAC
7 Alarm Messages
7.23 Outlet Interface (Option-Siemens-Interface)
Operating Instructions
Version 1.5
7.23 Outlet Interface (Option-Siemens-Interface)
The PCB is at the outlet interface, but the downstream module does not al-
low enabling, or it does not acknowledge the previous PCB.
Procedure:
Assure that the downstream module is enabled.
7.24 Error Circuit
A downstream device is not ready for operation. Enabling is not allowed by
the inlet interface.
Possible causes:
• Error at the outlet.
• The magazine at the outlet is full.
7.25 PCB accumulation inlet
accumulation at inlet sensor.
7.26 Cooling section volume flow malfunction
The “Cooling section volume flow” alarm will trigger should volume flow be
out of tolerance.
Procedure:
Check all filters incl. cooling section filter F9 for dirt and replace if
necessary.