Manual - TC.P Quadro
General information
2016-08-05
27/330
V04.52
2
Standard models with nominal voltage 480 V
V
olt
ag
e
(V
D
C
)
P
ower
(kW)
C
urrent
(A
)
D
imens
ion
s
w
id
th x
he
igh
t
1
x
de
pth
(mm
)
Wei
gh
t
(K
g
)
Type
0
– 52
0
– 20
0
– 500
19“ x 9 U x 590
64
TC.P.20.52.480.S
0
– 52
0
– 32
0
– 700
19“ x 9 U x 590
68
TC.P.32.52.480.S
0
– 65
0
– 20
0
– 385
19“ x 9 U x 590
64
TC.P.20.65.480.S
0
– 65
0
– 32
0
– 600
19“ x 9 U x 590
68
TC.P.32.65.480.S
0
– 100
0
– 20
0
– 250
19“ x 9 U x 590
64
TC.P.20.100.480.S
0
– 100
0
– 32
0
– 400
19“ x 9 U x 590
68
TC.P.32.100.480.S
0
– 130
0
– 20
0
– 192
19“ x 9 U x 590
64
TC.P.20.130.480.S
0
– 130
0
– 32
0
– 308
19“ x 9 U x 590
68
TC.P.32.130.480.S
0
– 200
0
– 20
0
– 125
19“ x 9 U x 590
64
TC.P.20.200.480.S
0
– 200
0
– 32
0
– 200
19“ x 9 U x 590
68
TC.P.32.200.480.S
0
– 400
0
– 20
0
– 63
19“ x 9 U x 590
64
TC.P.20.400.480.S
0
– 400
0
– 32
0
– 100
19“ x 9 U x 590
68
TC.P.32.400.480.S
0
– 500
0
– 20
0
– 50
19“ x 9 U x 590
64
TC.P.20.500.480.S
0
– 500
0
– 32
0
– 80
19“ x 9 U x 590
68
TC.P.32.500.480.S
0
– 600
0
– 20
0
– 40
19“ x 9 U x 590
64
TC.P.20.600.480.S
0
– 600
0
– 32
0
– 66
19“ x 9 U x 590
68
TC.P.32.600.480.S
0
– 800
0
– 20
0
– 32
19“ x 9 U x 590
64
TC.P.20.800.480.S
0
– 800
0
– 32
0
– 50
19“ x 9 U x 590
68
TC.P.32.800.480.S
0
– 1000
0
– 20
0
– 25
19“ x 9 U x 590
64
TC.P.20.1000.480.S
0
– 1000
0
– 32
0
– 40
19“ x 9 U x 590
68
TC.P.32.1000.480.S
0
– 1200
0
– 20
0
– 20
19“ x 9 U x 590
64
TC.P.20.1200.480.S
0
– 1200
0
– 32
0
– 33
19“ x 9 U x 590
68
TC.P.32.1200.480.S
Table 10
TopCon Quadro standard models (Uin = 480V, US)
1
1U = 44.4mm = 1 ¾ inch
2.2.3.
Control and internal controller structure
The digital signal processor (DSP) in every power supply undertakes
the following tasks:
Device control
The output voltage and output current are controlled fully digitally
with high dynamic performance and long-term stability.
Comprehensive protection and monitoring functions.
You configure the device and set the parameters very easily using the
TopControl application for Windows PCs.
In addition, you can set parameters for the majority of internal signals
via software. Corresponding programming interfaces support dedicated
programming.