Download ZIV 6RTV Testing Procedure

TESTING PROCEDURE FOR ZIVERCOM
6RTV RELAY
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
CONTENTS:
1) COMMUNICATION
2) CONFIGURATION
1. COMMUNICATION
a. Click ‘ZIV’ icon in Desktop
B. Then Give user name and password
User name :zivercom
Password :ziv
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
C.Click The IEDs and go to installations:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
D.Click sub_pruebas.sbs and goto Edit:
E. Select communication port, Data bits and stop bits:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
F.Click sub_pruebas.sbs and go to communication:
G.Select Address 0 and click OK:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
2) CONFIGURATION
A. Click test:
B. Click setting:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
C.Click Normal setting and change the voltage, frequency and current:
D.click Voltage regulator Configuration and units in main display Set
secondary:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
F.Click voltage Regulator control and change Dead band,Time delay type and
T1,T2 Time:
G.Click Compensations and change Line drop compensation Type selector,R
parameter and X parameter:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
Line drop compensation LCD R/X Calculate Having one Formula:
LCD R=Vnominal+ ( ILOCAL/ Inominal)*R*cosϕ
LCD X=Vnominal-(ILOCAL/ Inominal)*R*sinϕ
Example:
LDC-R = 6 V ; LDC-X = 0V ; ϕ=0º ; Vn = 120 V ; In = 5 A ; ILOCAL = 2 A
VCOM = 120 + (2/5) * 6*cos0º = 122.4 V
So, Now our Nominal Voltage is 122.4V
Our Dead band is 1%
So, lower operate 123.6V
Raise operate 121.2V
H.Goto user’s setting and click ANALOGS and Set Under, over voltage and over
current level:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
I.Click Time and Set Under, over voltage and over current time:
J.Click configuration and open Edit:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
K. Click I/O logic and open output:
L.Configure Digital Output:
1.Digital Output 1:
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Date: 20.10.2012
2.Digital Output 2:
3.Digital Output 3:
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Date: 20.10.2012
4.Digital Output 4:
M. Click I/O logic and open LEDs:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
N.Configure Led:
1.LED 1:
2.LED 2:
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Date: 20.10.2012
3.LED 3:
4.LED 4:
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Date: 20.10.2012
5.LED P1 Red:
6.LED P1 Green:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
7.LED P2 Red:
8.LED P3 Red:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
O. Click I/O logic and open input:
P.Configure Digital input:
1.Digital Input 1:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
2.Digital Input 2:
3.Digital Input 3:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
4.Digital Input 4:
5.Digital Input 5:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012
6.Digital Input 6:
Q.Send the data to Relay:
Prepared by: Karunamoorthy, Testing Engineer
Date: 20.10.2012