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IL17569
Page 11-2
Effective June, 2001
11.2.3.1 Verifying Current and Voltage Inputs
Using a current source provides a three-phase input current to the
current transformer input terminals (TB4). See Section 6 for phase
identification and wiring tips. Also provide a three-phase voltage
input to the unit under test. Refer to the FP-5000 time current
curves. Set the unit’s setpoints as desired and note the expected
trip time as indicated on the trip curve. Apply the test current and
note the start time. Select the “Monitor” button on the front panel
and verify the proper current and voltage inputs. Polarity and
phasing of the currents and voltages must be considered. Next,
note the trip time of the trip coil. The FP-5000 should trip within the
time indicated on the time current curves. For tolerances see the
Table of Specifications in Section 3.1.
11.2.3.2 Verify Zone Interlock
Connect the contact of the Zone Interlock output to the contact of
the Zone Interlock input. Verify settings, input current and expected
trip times as mentioned above in Section 11.2.3.1. In the View
Settings menu, verify the Zone Interlock is enabled. Test the unit by
applying current as in the test in 11.2.3.1. Trip times should be as
indicated in Table specification. Remove the short from Zone
Interlock Out to Zone Interlock In. Repeat the previous test. The trip
times should be much faster (around .050 seconds).
The Zone Interlock output can be checked through the use of the
“Test Zone Interlock” menu item from the test menu. A simple
voltmeter can be used for this test. This function is available under
the bottom lower protective cover labeled “Set” and “Test.” This
function is found under Test/Test Zone Interlock menu. You will have
a choice of “Turn on ZI Output” or “Reset ZI Output.” Move cursor and
press Enter to select either mode. Using a voltmeter, measure the
voltage on TB3 connector J3-1 and J3-2. A voltage of 4.5 to 5.0 volts
should be measured when on and then near zero when off.
11.2.3.3 Testing Over-voltage and Under-voltage Protection
Under the View Settings menu, find the setting of both the under-
voltage and over-voltage protection. If the settings are not as
desired then modify it in the setting’s menu under Protection/Main V
Protection. Set the under-voltage to 60 volts and then the over-
voltage to 120 volts, both with no delay. Starting with 100 volts,
apply the test voltage to the voltage input terminals TB2 213-215.
Decrease the voltage input to just below 60V and the unit should trip
on under-voltage, raise the voltage to just over 120V and the FP-
5000 should trip on over-voltage as expected.
11.2.3.4 Testing Trip Monitors
The trip monitor feature status can be viewed under the “Status/
Control” menu - Input status/Trip # Monitor. The trip monitor circuits
can be tested on the bench by simply applying a fused AC voltage
source and series load across the trip relay contacts TB117 and 118
or TB115 and 116 – see
Figure 11.1
. The fuse and load should limit
current to stay within the relay rating in case the relay contacts are
engaged. A 120V AC indicator lamp can serve this purpose. With
the trip relay open, apply the 120V source to trip relay 1. The Trip 1
monitor display should indicate the “on” status. Remove the source
or close the relay and the status should indicate “off.” Repeat this
procedure for the Trip 2 relay.
Figure 11-1. Testing Trip Monitors
Summary of Contents for 66D2041G01
Page 1: ...IL17569 Effective June 2001 Instructions for FP 5000 Protective Relay ...
Page 7: ...IL17569 Table of Contents 6 Effective June 2001 This page left blank intentionally ...
Page 13: ...IL17569 Page 2 2 Effective June 2001 Figure 2 2 FP 5000 Simple Wye Connected Application ...
Page 14: ...Page 2 3 IL17569 Effective June 2001 Figure 2 3 FP 5000 Simple Open Delta Application ...
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Page 108: ...IL17569 Page 6 10 Effective June 2001 Figure 6 10 Common Ct Wiring Configurations ...
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Page 165: ...IL17569 Page Appendix 6 Effective June 2001 Figure 13 2 ANSI Very Inverse ...
Page 166: ...Page Appendix 7 IL17569 Effective June 2001 Figure 13 3 ANSI Extremely Inverse ...
Page 167: ...IL17569 Page Appendix 8 Effective June 2001 Figure 13 4 IEC A Figure 13 4 IEC A ...
Page 168: ...Page Appendix 9 IL17569 Effective June 2001 Figure 13 5 IEC B ...
Page 169: ...IL17569 Page Appendix 10 Effective June 2001 Figure 13 6 IEC C ...
Page 170: ...Page Appendix 11 IL17569 Effective June 2001 Figure 13 7 IEC ...
Page 171: ...IL17569 Page Appendix 12 Effective June 2001 Figure 13 8 ANSI ...
Page 172: ...Page Appendix 13 IL17569 Effective June 2001 Figure 13 9 Thermal ...
Page 173: ...IL17569 Page Appendix 14 Effective June 2001 Figure 13 10 Phase I4 t ...
Page 174: ...Page Appendix 15 IL17569 Effective June 2001 Figure 13 11 Phase I2 t ...
Page 175: ...IL17569 Page Appendix 16 Effective June 2001 Figure 13 12 Phase It ...
Page 176: ...Page Appendix 17 IL17569 Effective June 2001 Figure 13 13 Phase 12 I4 t ...
Page 177: ...IL17569 Page Appendix 18 Effective June 2001 Figure 13 14 Phase I2 t ...
Page 178: ...Page Appendix 19 IL17569 Effective June 2001 Figure 13 15 Ground IT ...
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Page 187: ...Publication No IL17569 June 2001 Pittsburgh Pennsylvania U S A ...