Thytronic SSG

SSG000\08
12-2005
58
MODE,COMMONMODE,COMMON
MODE,COMMONMODE,COMMON
MODE,COMMON SELF -------------------------- OFF  K1  K2  K3  K4 
K1 ----------------------------------------------------------------------------- DE-ENERGIZED  ENERGIZED 
K2 ----------------------------------------------------------------------------- DE-ENERGIZED  ENERGIZED 
K3 ----------------------------------------------------------------------------- DE-ENERGIZED  ENERGIZED 
K4 ----------------------------------------------------------------------------- DE-ENERGIZED  ENERGIZED 
K1 -------------------------------------------------------------------------------- NO-LATCHED  LATCHED 
K2 -------------------------------------------------------------------------------- NO-LATCHED  LATCHED 
K3 -------------------------------------------------------------------------------- NO-LATCHED  LATCHED 
K4 -------------------------------------------------------------------------------- NO-LATCHED  LATCHED 
MODE,BANK A(B)MODE,BANK A(B)
MODE,BANK A(B)MODE,BANK A(B)
MODE,BANK A(B) TR U < -------------------------- OFF  K1  K2  K3  K4 
TR 3U>-------------------------- OFF  K1  K2  K3  K4 
TR I > --------------------------- OFF  K1  K2  K3  K4 
TR I>> -------------------------- OFF  K1  K2  K3
 K4 
TR I>>> ------------------------- OFF  K1  K2  K3  K4 
TR I
θ> --------------------------- OFF  K1  K2  K3  K4 
TR I
θ>> ------------------------- OFF  K1  K2  K3  K4 
TR I
θ>>> ----------------------- OFF  K1  K2  K3  K4 
TR I E> -------------------------- OFF  K1  K2  K3  K4 
TR I E>> ------------------------ OFF  K1  K2  K3  K4 
TR I E>>> ----------------------- OFF  K1  K2  K3  K4 
TR U E > ------------------------ OFF  K1  K2  K3  K4 
TR U E >>----------------------- OFF  K1  K2  K3  K4 
TR I ED > ----------------------- OFF  K1  K2  K3  K4 
TR IED>> ----------------------- OFF  K1  K2  K3  K4 
TR IED>>> --------------------- OFF  K1  K2  K3  K4

ST U< --------------------------- OFF  K1  K2  K3  K4 
ST 3U>-------------------------- OFF  K1  K2  K3  K4 
ST I > --------------------------- OFF  K1  K2  K3  K4 
ST I >> -------------------------- OFF  K1  K2  K3  K4 
ST I >>> ------------------------ OFF  K1  K2  K3  K4 
ST I
θ> --------------------------- OFF  K1  K2  K3  K4 
ST I
θ>> ------------------------- OFF  K1  K2  K3  K4 
ST I
θ>>> ----------------------- OFF  K1  K2  K3  K4 
ST I E > ------------------------- OFF  K1  K2  K3  K4 
ST I E >>------------------------ OFF  K1  K2  K3  K4 
ST I E >>> ---------------------- OFF  K1  K2  K3  K4 
ST U E > ------------------------ OFF  K1  K2  K3  K4 
ST U E >>----------------------- OFF  K1  K2  K3  K4 
ST I ED > ----------------------- OFF  K1  K2  K3  K4 
ST I ED >> ---------------------- OFF  K1  K2  K3  K4 
ST I ED >>> -------------------- OFF  K1  K2  K3  K4 
BLOCK OUT --------------------- OFF
 K1  K2  K3  K4 
BF ------------------------------ OFF  K1  K2  K3  K4 
BASEBASE
BASEBASE
BASE BANK ------------------------------------------------------------------------------------------ A  B 
------------------------------------------------------------------------------- RELATIVE READ  DIRECT READ 
Inp ------------------------------------------------------ 1 A...10.0 kA --------------------------------------
IEnp ------------------------------------------------------------ 1 A...10.0 kA --------------------------------------
Unp (Ur = 100 V) --------------------------------------- 50 V...500 kV --------------------------------------
UEnp (Ur = 100 V) -------------------------------------- 50 V...500 kV --------------------------------------
Un (Ur = 100 V) ------------------------------------------ 90 V...130 V --------------------------------------
UEn (Ur = 100 V) ----------------------------------------- 90 V...130 V --------------------------------------
tTR ------------------------------------------------------- 0.01...1.00 s --------------------------------------
INP1 OFF REM RESET  BANK SWITCH  TRIG SAVE  BLOCK  SYNC TIME  TCS 
INP2 OFF REM RESET  BANK SWITCH  TRIG SAVE  BLOCK  SYNC TIME  TCS 
COMMUNICATIONCOMMUNICATION
COMMUNICATIONCOMMUNICATION
COMMUNICATION
MODBUS RTU®  THYTRONIC 
BAUD RATE1200, 2400, 4800, 9600 ----------------------------------
PARITY --------------------------- NO  ODD  EVEN 
STOP BITS ------------------------- 1  2 
ADDRESS ------------------------ 1...30
REAL TIME CLOCKREAL TIME CLOCK
REAL TIME CLOCKREAL TIME CLOCK
REAL TIME CLOCK DATE ---------------------------------------------------------- XX:XXX:XXXX (es: 27:MAR:2000)
TIME -------------------------------------------------------------- XX:XXX:XXXX (es: 13.45.5)
27 BANK A(B)27 BANK A(B)
27 BANK A(B)27 BANK A(B)
27 BANK A(B) U< ------------------------------------------------------------------------------------- 0.30...1.20 Un
tU< 0.05...180 s ----------------------------------------------
59T BANK A(B)59T BANK A(B)
59T BANK A(B)59T BANK A(B)
59T BANK A(B) 3U>------------------------------------------------------------------------------------ 0.60...1.20 Un
t3U> 0.05...180 s ----------------------------------------------