60
Component Parameters Explanation
There are 12 Groups of parameters, one group per component. In parameter printouts the first
digit in the parameter name is the component number.
RP 00010
Retry by Percent - Shortage
RD 00300
Retry by Gram - Shortage
RP is the shortage expressed as a PERCENT of the target dispense weight and RD
is the shortage expressed in GRAMS. These parameters are used together, either
one will force a "retry". No change required. A "retry" is an additional dispense that
is calculated to add the amount of material that is short of target.
Retries will occur until the difference between the required amount and the metered
amount is equal to or less than the _RP (percent) and the _RD (weight gram value).
Both RP and RD requirements must be met before the process will continue, with
one exception: If the ALARM parameter (AL) is set to 00000, indicating that you do
not want the process to stop and alarm on a shortage, the first dispense will always
be accepted and no retries will be made. RD is set with rate calibration routine, also
adjusts over time
AL 00000
Last digit = number of retries before ALARM.
00001 to 00009 = sound alarm, hold process.
00011 to 00019 = sound alarm, continue process.
These parameters set ALARM functions. When material runs out, or does not
dispense fully, these flags instruct the controller what to do. Default settings shown
are for Natural, Color, and Additive to alarm, but not Regrind.
Sets the alarm action per component, when material runs out.
The last digit is number of retries before the action.
00000 = NO ALARM, NO RETRIES
00001 to 09 = ALARM, Continue retries.
00011 to 19 = ALARM, Stop retries, Continue process.
00021 to 29 = ALARM, Stop retries, Stop process. Press Silence Alarm button to
restart retries.
00031 to 39 = NO ALARM, Stop retries, Continue process.
First 3 digits (000xx) used to STOP and ALARM on an over dispense. Specified by
grams or percent. Grams: 001 – 499.
Percent: 501 – 599 (1% to 99%).
1LA 00020 Mechanical response delay before dispense ACTUALLY starts (milliseconds)
LA is the lag time between when a device is signaled and when it actually begins to
operate. If metering device is changed LA may need to be changed.
Summary of Contents for FLEXBUS Lite
Page 6: ...6...
Page 10: ...10 Blender Parts Key...
Page 13: ...13...
Page 100: ...100 Technical Drawings...
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Page 111: ...111...
Page 112: ...112 FCA INSTALLATIONDIAGRAM...
Page 113: ...113 WSB 4088 IO wiring diagram 120V...
Page 114: ...114 D WSB E0001 Electrical Diagram WSB Export Single Phase...
Page 115: ...115 D WSB E0002 Electrical Diagram WSB Export 3 Phase...
Page 116: ...116 D WSB E0003 Electrical Diagram WSB Export 1800 3 Phase...
Page 117: ...117 D WSB E0004 Electrical Diagram WSB Export Maxibatch...
Page 118: ...118 D WSB P0001 Pneumatic Diagram WSB with Non Removable Hoppers...
Page 119: ...119 D WSB P0002 Pneumatic Diagram WSB with Removable Hoppers...
Page 120: ...120...
Page 138: ...138 Flexbus Lite Wiring Diagrams...
Page 139: ...139...
Page 140: ...140 Flexbus Lite Component Map...