Basler BE1-DFPR Instruction Manual Download

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BE1-DFPR Functional Description

3-9

81 RTD

Underfrequency restore time delay

1 - 1000 seconds

81 UV

Underfrequency voltage inhibit

40 - 120 volts

Front Panel Display

Description

Range

27 PU

Undervoltage pickup

50 - 120 volts

27 TD

Undervoltage time delay

1 - 1000 seconds

59 PU

Overvoltage pickup

50 - 150 volts

59 TD

Overvoltage time delay

0.0 - 100 seconds

79 1 TD

Reclose time delay #1

0.00 - 100.00 seconds

79 2 TD

Reclose time delay #2

0.00 - 200.00 seconds

79 3 TD

Reclose time delay #3

0.00 - 200.00 seconds

79 4 TD

Reclose time delay #4

0.00 - 200.00 seconds

79 RST

Reclose Reset time delay

1.00 - 200.00 seconds

79 RECF

Reclose Fail time delay

0.0 - 9.9 seconds

79 MAX

Reclose Max cycle time delay

0 - 999 seconds

CT PRI

Primary CT current level

5 - 5000 Amps

CT SEC

Secondary CT current level

1 - 5 Amps

NCT PRI

Primary Neutral CT current level

5 - 5000 Amps

NCT SEC

Secondary Neutral CT current level

1 - 5 Amps

VT PRI

Primary VT voltage level

1 - 65000 volts

VT SEC

Secondary VT voltage level

60 - 130 volts

DEMAND T

Demand Time Interval

1 - 60 minutes

RST DMDS

Reset demand values

Yes - No

TST MODE Test Mode Entry

Yes - No

CAL MODE

Calibration Mode Entry

Yes - No

YEAR

Year clock setting

00 - 99 years

MONTH

Month clock setting

01 - 12 months

DAY

Day clock setting

01 - 31 days

HOUR

Hour clock setting

00 - 23

MINUTE

Minute clock setting

00 - 59 minutes

SECOND

Second clock setting

00 - 59 seconds

To program a parameter, operate the Settings Select switch until the parameter is displayed. Operate the
Settings Raise/Yes Lower/No switch until the setting to be programmed is displayed. Momentarily operating
the Settings Raise/Yes Lower/No switch steps the display one digit. Holding the Settings Raise/Yes
Lower/No switch up or down will increase the rate of change for the display. To save the newly programmed
settings and leave the Settings mode, operate the Status Select switch momentarily. After the switch is
operated, SAVE SETUP? is displayed in the window. To complete the save routine, push the Status Select
switch up. All parameter settings will be saved. If the Status Select switch is pushed down, the changed
settings will not be saved and NOT SAVED will be displayed in the window. If a pickup setting is set to a
level that will cause a trip or pickup for existing voltages or current, then NOT SAVED will be displayed
followed by the type of protective function that would cause the pickup or trip.

Maximum and minimum demand values for IA, IB, IC, KW, KVAR, and KVA are recorded and saved.
Recorded demand values are reset to zero from the front panel while in the Settings mode. Resetting
procedures are provided in Section 4. Maximum and minimum demand values may also be reset with one
of the user programmable inputs if selected from the PROGRAMMABLE INPUTS screen under
REVIEW/EDIT SETTINGS menu as described in publication 9 2315 00 991,

Terminal Displays and Settings.

From the Settings mode, sensing input circuits and relay output circuits can be tested sequentially or in a
programmed automatic sequence (TEST MODE); default settings can be loaded (LOAD DEF S); or the trip
output relays can be tested (TEST TRIP). Entry into test mode, load default settings, or test trip is made
from the test mode entry parameter (refer to the list of parameters listed in the preceding paragraphs). TEST
MODE would normally be used in a bench test environment or a new installation where all sensing input and
control output circuits are to be tested and verified. Load default settings is designed to be used during relay