8
2. Reclose Angle
(RA:) - This variable programs the lower limit of the reclose
region for all of the presets located on the top row.
3. Reclose Time
(RT:) - This variable programs the time between the detection
of proper conditions for closing and the issuance of the close signal.
4. Sensitive Trip
(ST:) - This variable programs the Sensitive Trip current for
the Sensitive (standard), Time Delay, Insensitive and Watt-Var modes on the
top row.
5. Sensitive Trip Delay
(STD:) - This variable programs the time between the
detection of proper conditions for tripping and the issuance of the open signal.
6. Instant Current
(IC:) - This variable programs the instant current for the Time
Delay modes.
7. Time Delay
(TD:) - This variable programs the Time Delay used in Time
Delay Mode. If the MNPR™ senses reverse current that exceeds the
Sensitive Trip (ST:) setting, it will wait this amount of time before issuing a
open command.
8. Extended Delay
(XD:) - This variable programs the Extended Delay used in
Time Delay Mode and Insensitive Mode. When the MNPR™ senses a trip
condition, it will wait this amount of time before issuing an open command.
9. Insensitive Trip
(IT:) - This variable sets the trip current to be used in
Insensitive Mode.
10. Watt-Var Current
(WC:) - This variable sets the Watt-Var Current.
Note -
This variable will only appear if Watt-Var is active - See Level 2
Programming
.
11. Watt-Var Angle
(WA:) - This variable sets the Watt-Var Angle.
Note - This
variable will only appear if Watt-Var is active - See Level 2 Programming
.
B. Level 2 Programming
Pressing
D, 4
again after the first level password has been entered the
Programmer asks for
“Enter Supervisory Password”
. Again, this password can
be acquired from the factory.
The second level of programming involves further adjustment to the operation of
the Programmer. Once again,
NEXT
can be used to scroll through the different
variables;
INC
and
DEC
can be used to adjust the variables; and
ENTER
is used
to program the Programmer. The following variables are adjustable using the
second level of programming:
