Voltage Regulator REG-DA - a. eberle - #16

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Technical Data
REG-DA
WinREG parameterisation and configura­tion software
Recorder mode
are slored in seconds, independent of grid (feed speed).
■nd represents the arithmetic average of ■nt values generated in intervals
The value every the previous 10 of 100 ms.
In Ihe Panel mode, up to si* regulators can be simultaneously displayed and operated via the mouse. A! settings which can be directly entered yia the regulator's membrane keypad can be carried out centrally with WinREG. provided that all regulator!
Memory behaviour Overwriting;
with excess data FIFO overwriting
(E'rst !n Eirst Qui)
Storage time > 18.7 days worst «
(voltage plus tap On average > 1 mor
change position)
Measurement transducer mode
Measurement quantities Voltage
on the display Current
Active power P Reactive power G Apparent power S
This operating mode provides a considerably simplified a-id more transparent operation, particularly when the transformers are operated in parallel.
If WinREG is used to change all the regulators on the trans-romc-i's That are operating in parallel into the measurement transformer mode, all the circulating reactive currents of the Iransfbntiers can be displayed on a PC monitor in real time. The Parameter mode allows for easy setup.hdiviiua: saltings
can be entered, stored for future use or transferred toa station using the clearly structured tab format. The Terminal-Mode provides the possibility of direct commu­nication with (he system.
Therefore, WinREG terminal is far easier to use than traditio­nal (erminal programs and considerably simplifies Ihe system programming.
WinREG runs under Windows 95, 98. Windows 2000, NT
Analogue output
Max. three mA outputs (2.5. 5, 10, 20 mAbipo Referto the li
Parameterisation
REG-DA parameters (selection)
Linear, with ci
RA= 10
Parameters
Setting range
± 0.1 ... 10%
Time factor
0.1 ... 30
1st setpoir-t value
60.0 ... 140.0 V
?nc selrxii'-.t value
60.0 ... 140.0 V
3rd selpoml value
60 0 .140 0 V
'1th setpoint value
60.0 ..140.0 V
¿11 - t = const
Timebeha.ou,
REG 5A/E
LINEAR
CONST
Apparent current
Current influence
Active current Reactive current
LDC
Apparent curreni 1 active current
Gradient
0 ...40 %
Limifation
0 ...40 %
LDC
R : 0 ... 30 Q
(Line-Drop Compensation)
X : 0 ... 30 Q
Undervoltage <U
-25% ... +10 %
Gve'Vrj taqe >U
0... 25 %
Overcurrent >\
0...210%|1A/5A)
Tripping
60 V... 160 V
High-speed ■■orward switching
0...-35%
High-speed backward switching
0 ... 35 %
Standstill
-75%... 0%
Switching delay for =U, >U, <l,
1 ...999 s
tripping,
high-speed switching
(high-speed forward niching
The standstill can be set separately
2...99SS)

pageCatalog pdf di En 2012-02-07-15