ABB rec670 Commissioning Manual page 154

Section 10
Testing functionality by secondary injection
148
1. Connect the signals above to binary inputs and binary outputs.
2. Connect the voltage inputs to the analog inputs used for each bus or line
depending of the type of busbar arrangement and verify that correct output
signals are generated.
Testing the voltage selection for double breaker
This test should verify that correct voltage is selected for the measurement in the
SESRSYN function used for a diameter in a One-and-a-half breaker arrangement.
Apply a single-phase voltage of 100% GblBaseSelLine to the U-Line and a single-
phase voltage of 100% GblBaseSelBus to the U-Bus. Verify that correct output signals
are generated.
1. Connect the analog signals to the voltage inputs, in pair of two for U1 and U2.
(Inputs U3PBB1, U3PBB2, U3PLN1, U3PLN2)
2. Activate the binary signals according to the used alternative. Verify the
measuring voltage on the synchronizing check function SESRSYN. Normally it
can be good to verify synchronizing check with the same voltages and phase
angles on both voltages. The voltages should be verified to be available when
selected and not available when another input is activated so connect only one
voltage transformer reference at each time.
3. Record the voltage selection tests in a matrix table showing read values and
AUTOSYOK/MANSYOK signals to document the test performed.
Testing the voltage selection for 1 1/2 CB arrangements
At test of the SESRSYN function for a 1½ CB diameter the following alternative
voltage inputs can be used for the three SESRSYN (SESRSYN 1, SESRSYN 2,
SESRSYN 3) functions. These three SESRSYN functions can either be in one, two or
three different IEDs. Table
2 and SESRSYN 3 all are in the same IED. If SESRSYN 3 is in another IED, WA1 will
be considered as WA2 and LINE2 as LINE1. The voltage is selected by activation of
different inputs in the voltage selection logic as shown in table
Table 18: Voltage selection logic
SESRSYN CBConfig
setting
SESRSYN 1 1 ½ bus
(Operates on CB
WA1_QA1)
Table continues on next page
18 describes the scenario when SESRSYN 1, SESRSYN
Section to Activated Activated
be B1QCLD B2QCLD
synchroniz input on input on
ed IED from IED from
WA1 –
LINE1
WA1 – TIE_QA1
LINE2
WA1 – TIE_QA1 WA2_QA
WA2 1
1MRK 511 360-UEN A
18 and figure 24.
Activated Activated Indication
LN1QCLD LN2QCLD from
input on input on SESRSYN
IED from IED from on IED
LINE1_Q B1SEL,
B9 LN1SEL
LINE2_Q B1SEL,
B9 LN2SEL
B1SEL,
B2SEL
Bay control REC670 2.1 IEC
Commissioning manual