ABB PSR60, PSR72, PSR85, PSR105 Users Manual
Softstarter
PSR60, PSR72, PSR85, PSR105
220 mm(8. 66’’)
200 mm(7. 88’’)
70m m(2.7 6’’)
1L1 3L2 5L3
PSR6 0-600 -81
Ready
On
Run
TOR
10
U
1
20
10
U
0
20
55
40
70
Run
L1T1L2T2L3
Start /
Stop
ST A1
ST A1 A2
24 VDC
(+)
Com
Run
T3
A2
TOR
Com TOR
208 mm(8. 19’’)
58m m(2.2 8’’)
198 mm(7. 80’’)
180 mm(7. 09’’)
6T34T22T1
6.2 mm(0. 24’’)
4 X M6
35L
2
3L
1L1
2
A
1
A
T
S
3
L
2
L
1
L
d
eay
R
3
n
T
O
O
T R
2
T
1
T
n
Ru
0
1
U
1
C
D
tar /
20
V
S t
24
Stop
0
1
2
A
)
(+
1
U
0
A
T
S
0
2
R
OT
55
m
o
C
n
u
R
0
4
07
>25 mm(0. 98” )
ABB AB
Cewe-Control
SE-721 6 1 Vast eras
Tel: +46 2 1 32 07 00
Fax: +46 2 1 12 60 01
Sweden
According to
UL 508 and CSA-C22.2 No. 14-05
Minimum Enclosure size 24*13*8 Inch.
Two latching points min.
For use in Pollution degree 2 environment.
Suitable for use on a circuit capable of delivering
not more than 85000 symmetrical A, 600 V max
when protected by (x) J class time delay fuses.
Model PSR60 PSR72 PSR85 PSR105
(x) = 110A 125A 150A 200A
Use fuse only.
Device intended to be supplied by an external
isolated power supply that complies with limited
voltage/current circuit req.of UL508. The external
isolated power supply voltage shall not be higher
than 24V dc and shall be protected by an UL248
fuse rated max. 4A
1SFC132040M0001
Revision C
TOR
o
Cm
n
u
R
3
T
6
2
4T
1
2T
PSR60, 72, 85, 105
Ins ex 4mm
8,0 N m
71l b.in
AWG 6 ... AWG 2 /0
20mm (0.79 ’’)
1 X 10. .. 95 mm
2 X 6.. . 35 mm
2
2
Star t /
Stop
24 VDC
(+)
ST A1
Run
Com
Poz idriv N 1
4.5
AWG 1 8... AW G 12
2 X 0.7 5... 1. 5 mm
1 X 0.7 5... 2. 5 mm
A2
TOR
0.6 N m
5lb .in
2
2
1/88/8
On
Run
U
1
U
0
40
Ini tial voltage
Ready
TOR
Supply
Run
10
Sta rt ramp 1 - 20 s
S
20
10
Sto p ramp 0 - 20 s
S
20
55
Ini tial voltage 40 - 70%
%
70
100%
Start ramp Stop ram p
Ready
Full voltage
1L1 3L2 5L 3
PSR 60-60 0-81
Ready
On
Run
U
1
U
0
40
L1T1L2T2L3
TOR
10
20
10
Start /
Stop
20
55
ST A1
70
Run
ST A1 A2
T3
24 VDC
(+)
A2
Com
TOR
Run
Com TO R
6T34T22 T1
Power Suppl y
(A1 - A2)
Main voltag e
(L1 - L3)
Start/ Sto p signal
(A1 - ST)
Motor volta ge
(T1 - T3)
Run output
TOR outp ut
LED1
On/ Ready
LED2
Run /TOR
7/82/8
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