S13 SR469 TESTING 4. SETPOINT PROGRAMMING
4-78
relays will revert back to their normal states.
If any relay is forced, the SR469 in Service indicator will flash, indicating that the SR469 is not in protection mode.
4.14.5
TEST ANALOG OUTPUT
y
#7(67#$1$/2*#287387
y
#>(17(5@#IRU#PRUH
Õ
ÕÕ
Õ
ENTER
ENTERENTER
ENTER
ESCAPE
ESCAPEESCAPE
ESCAPE
Ö
ÖÖ
Ö )25&(#$1$/2*#2873876
)81&7,21=#'LVDEOHG
B1>75*ð5^QR\UTäð4YcQR\UT
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
Ú
ÚÚ
Ú
$1$/2*#287387#4
)25&('#9$/8(=###3#(
B1>75*ð ðãð!
CD5@*ð!
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
Ú
ÚÚ
Ú
$1$/2*#287387#5
)25&('#9$/8(=###3#(
B1>75*ð ðãð!
CD5@*ð!
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
Ú
ÚÚ
Ú
$1$/2*#287387#6
)25&('#9$/8(=###3#(
B1>75*ð ðãð!
CD5@*ð!
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
×
××
×
$1$/2*#287387#7
)25&('#9$/8(=###3#(
B1>75*ð ðãð!
CD5@*ð!
FUNCTION:
In addition to the simulation modes, the Test Analog Output setpoints may be used during startup or testing to verify that the analog
outputs are functioning correctly.
The Analog Outputs can only be forced if the motor is stopped and there are no trips, alarms, or start blocks active. When the Force
Analog Outputs Function is enabled, the output will reflect the forced value as a percentage of the range 4-20mA or 0-1mA. Selecting
'Disabled' will place all four the analog output channels back in service, reflecting the parameters programmed to each. If the SR469
measures phase current or control power is cycled, the Force Analog Output Function is automatically disabled and all analog outputs
will revert back to their normal state.
Any time the analog outputs are forced, the SR469 in Service indicator will flash, indicating that the SR469 is not in protection mode.
4.14.6
COMM PORT MONITOR
y
#&200#3257#021,725
y
#>(17(5@#IRU#PRUH
Õ
ÕÕ
Õ
ENTER
ENTERENTER
ENTER
ESCAPE
ESCAPEESCAPE
ESCAPE
Ö
ÖÖ
Ö 021,725#&2001#3257=
&RPSXWHU#567;8
B1>75*ð3_]`edUbðBC$(%äð1ehY\YQbiðBC$(%äð6b_^dð@Q^U\ðBC"#"
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
Ú
ÚÚ
Ú
&/($5#&2001
%8))(56=#1R
B1>75*ð>_äðIUc
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
Ú
ÚÚ
Ú
/$67#5[#%8))(5=
5HFHLYHG#2.
B1>75*ð2eVVUbð3\UQbUTäð BUSUYfUTð ?;äðGb_^Wð C\QfUð1TTbâäð 9\\UWQ\ð 6e^SdY_^äð9\\UWQ\ð3_e^dä
9\\UWQ\ðBUWâð1TTbâäð3B3ð5bb_bäð9\\UWQ\ð4QdQä
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
Ú
ÚÚ
Ú
5[4=#35/36/33/9:/33/
36/%7/5:/220000000000000
B1>75*ðBUSUYfUTðTQdQðY^ð85H
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
Ú
ÚÚ
Ú
5[5=#0000000000000000000
0000000000000000000000000
B1>75*ðBUSUYfUTðTQdQðY^ð85H
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
Ú
ÚÚ
Ú
7[4=#35/36/39/33/97/
33/3$/33/3)/2200000000
B1>75*ðDbQ^c]YddUTðTQdQðY^ð85H
Û
ÛÛ
Û
ESCAPE
ESCAPEESCAPE
ESCAPE
MESSAGE
MESSAGEMESSAGE
MESSAGE
×
××
×
7[5=#0000000000000000000
0000000000000000000000000
B1>75*ðDbQ^c]YddUTðTQdQðY^ð85H
FUNCTION:
During the course of troubleshooting communications problems, it can be very useful to see the data that is first being transmitted to the
SR469 from some master device, and then see the data that the SR469 transmits back to that master device. The messages shown
here should make it possible to view that data. Any of the three communications ports may be monitored. After the Comm. Buffers have
been cleared, any data received from the communications port being monitored will be stored in the Rx1 and Rx2 buffers with ‘//’ acting
as a character break between messages. If the SR469 transmits a message, it will appear in the Tx1 and Tx2 buffers. In addition to
these buffers, there is a message that will indicate the status of the last received message.
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