Basler Electric BE1-BPR - Manual (Page 67)

9272000990 Rev J BE1-BPR Functional Description 4-15
Targets are reset using the RESET command.
RESET Data erasure HMI Menu Branch: N/A
Parameter Parameter Selections Comments
log none (targets)
tar (targets)
flog (fault log)
tlog (timer log)
diag (relay diagnostics)
This command clears data once the source of the
target has been cleared. Data can be cleared through
the HMI by viewing the data on the HMI screen and
pressing the Reset key.
RESET Command
Purpose:
Clears latched data.
Syntax: RESET[<log>]
Comments: No access area password is required to clear latched data. Entering RESET without a log
parameter will clear the target information.
Inputs and outputs may be programmed as targets through the communication port with the PTARGET
command. Inputs and outputs not included in the PTARGET mask will not give a target indication when
the input or output is active.
PTARGET Target operation and display HMI Menu Branch: N/A
Parameter Parameter Selections Comments
iiiiiii 0 (no target)
1 (target)
Input target status for I1 through I7. Leftmost
digit represents the status for I1. Rightmost
digit represents the status for I7. An input
target status will not latch unless the related
input target is programmed active. Inputs may
be targeted for diagnostic purposes when an
output target is latched.
ooooo 0 (no target)
1 (target)
Output target status for OUT1 through OUT5.
Leftmost digit represents the status for OUT1.
Rightmost digit represents the status for
OUT5.
PTARGET Command
Purpose:
Reads or programs the target operation and display.
Syntax: PTARGET[=<iiiiiii>,Kooooo>]
Comments: Access area 1 or 2 password is required to change settings.
PTARGET Command Example:
Program outputs 1, 2, and 3 to target.
PTARGET=0000000,11100
Relay Setup
BE1-BPR protective functions are controlled by the operational logic that is programmed into the relay
and the setting values associated with that logic. BE1-BPR relays with standard options have three
preprogrammed breaker failure logic schemes that are stored in nonvolatile program memory. BE1-BPR
relays with enhanced options have six preprogrammed breaker failure logic schemes that are stored in
non-volatile program memory. A logic scheme can be selected using the front panel controls or through
serial port communications.