PG DRIVES TECHNOLOGY I-DRIVE TECHNICAL MANUAL – PROGRAMMING
11.8 Auxiliary 3 Output Off Delay
This parameter sets the time in seconds that the Auxiliary 3 Output remains switched on whenever the condition defined by the
parameter Auxiliary 3 Output Mode is no longer true or Battery Lockout is active or the relevant inhibit input is active for the
following modes:
Forward Traction.
Reverse Traction.
Traction.
Continuous.
The parameter can be set between 0 and 60 seconds in 1 second steps for i45 & i70 and 0.25 second steps for i140 & i180.
Refer to Auxiliary 1 Output Off Delay for example.
When set to Continuous, the Auxiliary 3 Output Off Delay Timer can only be initiated by an Inhibit
state.
12 Memory Functions
12.1 Diagnostic Logs
Diagnostic logs are used to record the history of events encountered by the i-Drive during its operational life. These logs provide
valuable information about the type of errors that have been experienced, as well as detailing how many times a particular ‘trip’
has occurred. They allow quick error diagnosis and provide useful data regarding intermittent problems.
Every error will have an assigned code that is transmitted to the appropriate log when the controller detects a fault. The fault will
be categorized as either a System error or a suspected Controller error.
System error Stored within the System Log and accessible via a dealer level hand-held or PC Programmer. It is
likely that the error will have been induced by an external component on the machine itself, e.g. an
open circuit motor connection, ‘3B01’.
Controller error Stored within the System Log as a generic ‘4401’ error, the actual code is also written to the Control
Log and is accessible via an OEM level hand-held or PC Programmer. It is possible that the error will
have been induced by an internal controller fault. Before returning the controller, all wiring and
connections should be checked and the battery charged. Contact PGDT for further advice if
necessary.
Each diagnostic log can hold up to 8 different error codes with an associated count of up to 255. Once a count of 255 has
been reached, the number of entries will be held at 255 and will not reset back to 0.
New types of fault are recorded in the order in which they occur. The newest type of fault is displayed by the programmer on the
first line. If a fault type has already been logged and this error occurs again, it will be added to the number of instances of that
type of fault, rather than listed in a separate position.
When a log is full, i.e. there are 8 different error codes recorded, a 9
th
new error will overwrite the historical entry with the least
number of occurrences.
When interrogating fault logs, it is advisable to concentrate on the number of instances of a
particular error rather than its position in the log.
SK76977-07 83
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