Courion iDRIVE, System Manual

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ver.071217-2.10
iLEARN System Manual
iLEARN Door Control Menu Screens
(continued)
06 - ‘1’ = DC bus voltage fell below 75V while the motor was commended to run. Should be
‘0’ in normal operation.
07 - ‘1’ = DC bus voltage has exceeded 450V. Should be ‘0’ in normal operation.
08 - ‘1’ = overcurrent (>15A) condition has been detected by the inverter circuit. Should be
‘0’ in normal operation.
1.3.15 Door Command Bits
03 Run - ‘1’ = iLEARN is commanding the hoistway doors to Run.
04 MIA/B/C - A 3-bit software motion interlock. The iLEARN must set these to ‘010’ other-
wise Run, Open, and Close Command are ignored
07 Open - ‘1’ = iLEARN is commanding the iDRIVE to OPEN the hoistway doors. This com-
mand bit is ignored unless 03 Run = ‘1’.
08 Close - ‘1’ = iLEARN is commanding the iDRIVE to CLOSE the hoistway doors. This
command bit is ignored unless 03 Run = ‘1’
1.3.49 Firmware Version - This is the actual version of firmware loaded in the iDrives.
1.4 Gate Monitor - The Gate Monitor can be used to inspect any of the Car Top Gate iDRIVEs on
the CANbus Network. These registers are read-only and come from the selected Car top iDrive.
Do not confuse them with parameters that can be manipulated by the iLearn. These items are
only for diagnosing iDrive issues. Below are the most often used Menu Items under the Door
Monitor Section. The remainder of the Menu Items are Described in the iLEARN Menu Supple-
ment.
NOTE : Using the MENU/Select Knob, select the appropriate iDRIVE VFD Control. iDRIVE
Unit Addresses correspond to their position on your COURION CANbus Network.
Front Gate Address = iDRIVE 126 Rear Gate Address = iDRIVE 127
1.4.1 Comm Rate - This is the number of good command/reply transactions between the iL-
earn and this drive in the last second. Approximately 240 transactions per second are shared
by all slaves on the network. For example, if there are 6 door openings and 2 car gates, this
number would be around 30 for a noise free network.
1.4.2 Gate Position - This is the current encoder reading