SM 15-400 0 - 15 V 0 - 400 A
SM 30-200 0 - 30 V 0 - 200 A
SM 45-140 0 - 45 V 0 - 140 A
SM 60-100 0 - 60 V 0 - 100 A
SM 70-90 0 - 70 V 0 - 90 A
SM 120-50 0 - 120 V 0 - 50 A
SM 300-20 0 - 300 V 0 - 20 A
SM 600-10 0 - 600 V 0 - 10 A
FeaturesFunctionalities
•cTUVus safety ap proval
•De signed for long life at full power
•Ex cel lent dy namic re sponse to load changes
•Pro tected against all over load and short cir cuit
con di tions
•EMC sur passes CE re quire ments:
low emis sion & high im mu nity
•Low au di ble noise: tem per a ture con trolled fans
•Avail able op tions: an a log & dig i tal In ter faces,
High Speed Pro gram ming, Dig i tal Encoders,
Se quencer, Power Sink etc.
•Mas ter/Slave par al lel and se ries op er a tion with
volt age and cur rent shar ing
•Stack ing is al lowed, space be tween units
is not re quired
•High power sys tem con fig u ra tion from mul ti ple units
•19" rack mount ing or lab o ra tory use
(feet in cluded)
•Re mote sens ing
•Interlock
Out put
volt age
cur rent
In put
AC 3 phase, 48 - 62 Hz
for use at 380 V, 400 V, 415 V
nom i nal line - line volt age
for use at 440 V, 480 V (USA)
(op er ates from 360 V, but at
de rated out put, 5300 W@360 V)
cur rent (400 V / 3 ph, full load)
power fac tor, 100%, 50% load
in ter nal fuses
standby in put power (Vo=Io=0)
standby in put power (Vo=V
max
)
Ef fi ciency
400 V AC, 3 ph in put, full load
Reg u la tion
Load 0 - 100%CV
Line 342 - 457 V ACCV
(ex ter nal volt age sense)
Load 0 - 100%CC
Line 342 - 457 V ACCC
(in ter nal volt age sense,
af ter warm-up)
Rip ple + noise
rms (BW=300 kHz) CV
p-p (BW=20 MHz) CV
rms(BW=300 kHz) CC
p-p (BW=20 MHz) CC
CC-rip ple at full load
Temp. coeff., per °CCV
CC
Sta bil ity
af ter 1 hr warm-up
dur ing 8 hrsCV
CC
t
= 25 ± 1 °C, Vin = 400 V AC
amb
in ter nal volt age sens ing for
CC-stab.
396 - 519V
10.2 A
0.98, 0.97
15 AT
55 W
110 W
396 - 519V
10 A
0.98, 0.97
15 AT
55 W
110 W
396 - 519V
10.3 A
0.98, 0.97
15 AT
55 W
110 W
396 - 519V
10 A
0.98, 0.97
15 AT
55 W
110 W
396 - 519V
10.4 A
0.98, 0.97
15 AT
55 W
130 W
396 - 519V
9.9 A
0.98, 0.97
15 AT
55 W
130 W
396 - 519V
10 A
0.98, 0.97
15 AT
55 W
120 W
396 - 519V
0.98, 0.97
87 % 89 % 90 % 89 % 89 % 89 %89 %89 %
2.5 mV
0.2 mV
24 mA
4 mA
0.8 mV
8 mV
100 mA
300 mA
5 mV
0.5 mV
12 mA
2 mA
1 mV
8 mV
20 mA
60 mA
5 mV
1 mV
9 mA
1.5 mA
1.5 mV
10 mV
8 mA
25 mA
5 mV
2 mV
6 mA
1 mA
2 mV
10 mV
3 mA
10 mA
35.10
60.10
5.10
10.10
-6
-6
-5
-5
5 mV
2 mV
5 mA
1 mA
2 mV
10 mV
3 mA
10 mA
8 mV
2 mV
3 mA
0.5 mA
3 mV
25 mV
(20 mV @
full load)
3 mA
10 mA
15 mV
3 mV
1.2 mA
0.2 mA
5 mV
50 mV
(30 mV @
full load)
2 mA
5 mA
(80 mV @
10 A
15 AT
55 W
130 W
20 mV
4 mV
1.0 mA
0.2 mA
10 mV
100 mV
full load)
2 mA
5 mA
An a log Pro gram ming
Note: for SM300-20 / SM600-10 see ISO AMP
Pro gram ming in puts
in put range
ac cu racy
off set
temp. coeff. off set
in put im ped ance
Mon i tor ing out puts
out put range
ac cu racy
off set
temp. coeff. off set
out put im ped ance
ISO AMP Pro gram ming
op tional for low volt. units up to120V (P154),
stan dard on SM300-20 and SM600-10.
Ref er ence volt age
on prog. con nec torV
+12 V out putV
on prog. Con nec torI
TC
R
ref
o
max
o
CVCC
0 - 5 V
± 0.2%
- 0.1 ... +1.3 mV (on 5V)
10 µV / °C
> 1 MOhm
0 - 5 V
± 0.2%
- 1... 0 mV (on 5V)
3 µV / °C
2 Ohm / max. 4 mA
0 - 5 V
± 0.5%
0 ... +2.2 mV (on 5V)
50 µV / °C
> 1 MOhm
0 - 5 V
± 0.5%
- 1.1 ... 0 mV (on 5V)
60 µV / °C
2 Ohm / max. 4 mA
Iso lated an a log pro gram ming, range 0 - 5 V / 200 kOhm or 0 - 10 V / 400 kOhm.
See datasheet ISO AMP on for ac cu racy, off set etc.
5.114 ± 15 mV (Ro = 2 Ohm, max. 4 mA)
20 ppm / °C
12 V ± 0.2 V
0.2 A
3 Ohm
Page 1 - 2SPECIFICATIONSRev. Sept. 2012
SM6000
Sta tus out puts
CC - sta tus
LIM- sta tus
OT- sta tus
PSOL- sta tus
ACF- sta tus
DCF- sta tus
Re lay Out puts
ACF
DCF
Re mote ShutDown
In ter lock
In di ca tors (front panel)
Con trols(front panel)
Pro gram ming speed
Stan dard Ver sion
(re sis tive load)
Rise time (10 - 90%)
out put volt age step
time, (100 % load)
time, (10 % load)
Fall time (90 - 10%)
out put volt age step
time, (100 % load)
time, (10 % load)
Pro gram ming speed
High Speed Ver sion
(re sis tive load)
Rise time (10 - 90%)
out put volt age step
time, (100 % load)
time, (10 % load)
CC - op er a tion5 V = logic 1 (Ro = 500 Ohm)
CV or CC limit5 V = logic 1 (Ro = 500 Ohm)
Over Tem per a ture5 V = logic 1 (Ro = 500 Ohm)
Power Sink Over load5 V = logic 1 (Ro = 500 Ohm)
AC - Fail5 V = logic 1 (Ro = 500 Ohm)
DC - Fail 1)5 V = logic 1 (Ro = 500 Ohm)
AC - Failboth NO and NC con tact
DC - Fail 1)both NO and NC con tact
1
) out put ± 5% be yond set point
with + 5V, 1 mA or re lay con tact
con tact at rear panel, see photo of rear panel on page 1-6
AC-Fail, DC-Fail, Over Tem per a ture, Power Sink Over load, Re mote-ShutDown,
Re mote-CV, Re mote-CC, Out put On, CV-limit, CC-limit, CV- and CC- mode
Mains on/off, CV-and CC-potmeter, CV- and CC-limit-potmeter, Dis play-Set tings but ton, Dis -
play-Lim its but ton, Re mote/Lo cal, Out put On/Off, Front panel Lock
SM15-400 SM 30-200 SM 45-140 SM 60-100 SM 70-90 SM120-50 SM 300-20 SM 600-10
0 → 15 V
3.3 ms
1.3 ms
15 → 0 V
3.5 ms
34 ms
SM15-400
Op tion P166
0 → 15 V
0.40 ms
0.38 ms
0 → 30 V
6.4 ms
2.5 ms
30 → 0 V
6.7 ms
67 ms
SM 30-200
Op tion P167
0 → 30 V
0.41 ms
0.38 ms
0 → 45 V
2.7 ms
1.1 ms
45 → 0 V
2.9 ms
32 ms
SM 45-140
Op tion P168
0 → 45 V
0.53 ms
0.16 ms
0 → 60 V
5.4 ms
2.2 ms
60 → 0 V
5.8 ms
59 ms
SM 60-100
Op tion P169
0 → 60 V
0.44 ms
0.41 ms
0 → 70 V
6.8 ms
2.8 ms
70 → 0 V
7.7 ms
77 ms
SM 70-90
Op tion P170
0 → 70 V
0.62 ms
0.40 ms
0 → 120 V
5.1 ms
1.9 ms
120 → 0 V
4.9 ms
52 ms
SM 120-50
Op tion P171
0 → 120 V
0.57 ms
0.19 ms
0 → 300 V
8.5 ms
3.2 ms
300 → 0 V
8.3 ms
83 ms
SM 300-20
Op tion P172
0 → 300 V
1.1 ms
0.44 ms
0 → 600 V
12 ms
4.8 ms
600 → 0 V
12 ms
120 ms
SM 600-10
Op tion P270
0 → 600 V
1.9 ms
0.80 ms
Fall time (90 - 10%)
out put volt age step
time, (100 % load)
time, (10 % load)
Rip ple @ full load
typ i cal (rms / pp)
Out put Ca pac i tance (typ i cal)
Re cov ery time
re cov ery within
di/dt of load step
out put volt age
time, @ 50 - 100% load step
max. de vi a tion
Out put im ped ance
CV, 0-1 kHz
CV, 1-100 kHz
Pul sat ing load
max. tol er a ble AC com po nent
of load cur rent
f > 1 kHz
f < 1 kHz
In su la tion
in put / out put
creepage / clear ance
in put / case
out put / case
Safety
15 → 0 V
0.39 ms
1.5 ms
6/20mV
1200 µF
30 → 0 V
0.41 ms
3.6 ms
28/80mV
800 µF
45 → 0 V
0.26 ms
10 ms
34/80mV
520 µF
60 → 0 V
0.57 ms
5.6 ms
34/90mV
330 µF
70 → 0 V
0.50 ms
6.2 ms
38/100mV
290 µF
120 → 0 V
0.38 ms
4.2 ms
30/120mV
73 µF
300 → 0 V
1.0 ms
10 ms
48/150mV
32 µF
600 → 0 V
2.2 ms
20 ms
35/220mV
19 µF
SM15-400 SM30-200 SM45-140 SM60-100 SM 70-90 SM120-50 SM300-20 SM 600-10
60 mV
5 A/µs
13 V
120 µs
320 mV
< 0.5 mΩ
< 2.3 mΩ
30 Arms
400 Apeak
50 mV
2.5 A/µs
25 V
100 µs
260 mV
< 1.2 mΩ
< 5 mΩ
35 Arms
200 Apeak
100 mV
1.8 A/µs
40 V
100 µs
380 mV
< 1.7 mΩ
< 10 mΩ
20 Arms
140 Apeak
100 mV
1.3 A/µs
55 V
100 µs
250 mV
< 1.5 mΩ
< 12 mΩ
20 Arms
100 Apeak
100 mV
1.7 A/µs
65 V
100 µs
280 mV
< 1.8 mΩ
< 12 mΩ
20 Arms
90 Apeak
0.5 V
1 A/µs
110 V
100 µs
1 V
< 11 mΩ
< 90 mΩ
10 Arms
50 Apeak
1 V
0.25 A/µs
280 V
100 µs
1.8 V
< 34 mΩ
< 330 mΩ
5 Arms
20 Apeak
1 V
0.125 A/µs
560 V
100 µs
1.8 V
< 70 mΩ
< 700 mΩ
2.5 Arms
10 Apeak
3750 Vrms (1 min.)
8 mm
2500 Vrms
600 V DC (1200 V DC for SM300-20 and SM600-10)
cTUVus / EN 60950 / EN 61010
Rev. Sept. 2012SPECIFICATIONSPage 1 - 3
SM6000
EMCPower Sup ply Stan dard
Ge neric Emis sion
Ge neric Im mu nity
Op er at ing Tem per a ture at full load
Hu mid ity
Stor age tem per a ture
Ther mal pro tec tion
MTBF
Hold-Up time
V
= 100%, I
out
V
= 85%, I
out
V
= 100%, I
out
@ 400 V AC in put
= 100%
out
= 100%
out
= 50%
out
Turn on de lay
af ter mains switch on
In rush cur rent
Phase loss
EN 61204-3,
Emis sion: res i den tial, light in dus trial en vi ron ment (CISPR22-Class B)
Im mu nity: in dus trial en vi ron ment
EN 61000-6-3, res i den tial, light in dus trial en vi ron ment (EN 55022 B)
EN 61000-6-2, in dus trial en vi ron ment
− 20 to + 50 °C
de rate out put to 75% at 60 °C
max. 95% RH, non con dens ing, up to 40 °C
max. 75% RH, non con dens ing, up to 50 °C
− 40 to + 85 °C
Out put shuts down in case of in suf fi cient cool ing
500 000 hrs
SM15-400 SM30-200 SM45-140 SM60-100 SM70-90 SM120-50 SM300-20 SM 600-10
11 ms
23 ms
33 ms
11 ms
23 ms
28 ms
11 ms
23 ms
27 ms
11 ms
24 ms
28 ms
13 ms
23 ms
30 ms
13 ms
24 ms
32 ms
12 ms
24 ms
28 ms
11 ms
23 ms
27 ms
200 ms
20 A (elec tronic limit)
Out put shuts down in case of phase loss
Se ries op er a tion
max. to tal volt age
Mas ter / Slave op er a tion
Par al lel op er a tion
Nor mal
Mas ter / Slave op er a tion
Re mote sens ing
max. volt age drop per load lead
Lim itsVolt agead just range
Cur rentad just range
Front panel CV/CC-con trols
res o lu tion
knob op er a tion
screw driver ad just ment
Lock func tion for CV/CC-set tings
Selectable Start-up at 0V / 0A or
at last set tings
Me ters
scalevolt age
scalecur rent
ac cu racy read out put
read limit set ting
(d = digit)
Mount ing
In put Ter mi nals
Out put Ter mi nals
Pro gram ming con nec tor
Cool ing
au dio noise level
air flow
En clo sure
de gree of pro tec tion
Di men sions
be hind front panel: h x w x d
front panel: h x w
Weight
600 V
yes
600 V
yes
600 V
yes
600 V
yes
600 V
yes
600 V
yes
1200 V
yes
1200V
yes
no limit
max. 3 units
2 V
0 - 102%
0 - 102%
3.5 digit
0 - 15.00 V
0 - 400 A
0.5% + 2 d
2% + 2 d
an a log po ten ti om eters
10 turns (0.03%)
stan dard
op tional (P001)
no
no
1)
op tional with dig i tal encoders (P220) : spec i fi ca tions
for con trols are sim i lar to SM300-20 and SM600-10.
3.5 digit
0 - 30.0 V
0 - 200 A
0.5% + 2 d
2% + 2 d
3.5 digit
0 - 45.0 V
0 - 140.0 A
0.5% + 2 d
2% + 2 d
0 - 60.0 V
0 - 100.0 A
0.5% + 2 d
2% + 2 d
3.5 digit
1)
3.5 digit
0 - 70.0 V
0 - 90.0 A
0.5% + 2 d
2% + 2 d
3.5 digit
0 - 120.0 V
0 - 50.0 A
0.5% + 2 d
2% + 2 d
dig i tal encoders
10 or 64 turns
2)
stan dard
no
yes
yes
2)
vari able pitch de pend ing on
op er a tion speed
3.5 digit
0 - 300 V
0 - 20.0 A
0.5% + 2 d
2% + 2 d
3.5 digit
0 - 600 V
0 - 10.0 A
0.5% + 2 d
2% + 2 d
Stack ing of units al lowed, air flow is from left to right.
Screw Ter mi nals for ca ble 2.5 - 4 mm2, 3 phase + earth (no neu tral re quired)
Low noise blower, fan speed adapts to tem per a ture of in ter nal heatsink.
ca. 56 dBA at full load, 25 °C am bi ent tem per a ture, 1 m dis tance
ca. 62 dBA at full load, 50 °C am bi ent tem per a ture, 1 m dis tance
From left to right
IP20
177 x 443 x 500 mm
177 x 483 mm (19", 4 U)
27 kg
Page 1 - 4SPECIFICATIONSRev. Sept. 2012
SM6000
Typical Applications
•So lar in verter test ing,
PV-Sim u la tion
•Con trolled Bat tery (dis)charg ing
•Plasma cham bers
Available Options
In creased Out put
Power
The conservatively rated unit
allows to deliver extra output
with the same reliability.
At some derating, either the maximum output
voltage or the maximum output current can be
increased by about 10%.
• Order Code - P069
•La sers
•Hy brid Car test sys tems
•Driv ing PWM-Con trolled DC mo tors
•ATE in in dus trial pro duc tion lines
High Speed
Pro gram ming
A 10 to 20 times higher
programming speed (down to
0.4 ms rise time at full load)
and lower output capacitance
laser applications, test systems or as current
source with low parallel capacitance as used
in plasma chambers.
• Order Codes:
SM 15-400 P166 - SM 30-200 P167
SM 45-140 P168 - SM 60-100 P169
SM 70-90 P170 - SM 120-50 P171
SM 300-20 P172 - SM 600-10 P270
1)
.Excellent for
•Ac cu rate cur rent sources
•Au to mo tive bat tery sim u la tions
•Aero space and mil i tary equip ment
Two-Quad rant
Out put: Power sink
Two quadrant operations
maintains the output
voltage constant
regardless the output power is positive or
negative 1). Ideal for PWM-speed
controlled DC-motors and ATE systems.
• Order Codes:
SM 15-400 P230 - SM 30-200 P231
SM 45-140 P232 - SM 60-100 P233
SM 70-90 P234
Se quencer
Arbitrary Waveform generator
or standalone automation.
The sequencer is integrated
in the Ethernet controller.
• Order Code - P157
Soft ware con trol
and In ter faces
Factory installed programming
interfaces
• ISO AMP Card - isolated analog - P154
• RS232 controller - P155
• IEEE488 controller - P156
• Ethernet contr. (incl. sequencer) - P157
• PROFIBUS controller - P277
• CANBUS controller- P278
2)
:
High Volt age Iso la tion
A higher output isolation
allows series operation
up to 1200V. Is standard on
SM300-20 and SM600-10.
• Order Code - P089
Dig i tal Volt age and
Cur rent Set ting
Reliable, longlife digital
encoders can be imple-
3)
Includes total front panel lock (also for
CV/CC-knobs) and a coarse or fine pitch
adjustment depending on the turning speed.
Is standard on SM300-20 and SM600-10.
• Order Code - P220
mented at the front panel.
High In put Volt age
Higher input voltages
possible for operations at
line voltages of 440 V AC
and 480 V AC (for USA).
• Order Code - P165
Se cured Volt age
and Cur rent Set ting
For a maximum security,
the CV/CC settings can
be adjusted with a
screwdriver only and are protected with a
plastic cap from accidental adjusting.
SM300-20, SM600-10 and units with
option P220 already have secured
settings.
• Order Code - P001
Notes: 1. Down load spe cial datasheets about High Speed Progr., Power Sink and Bat tery Charg ing from www.powersolve.co.uk
Rev. Sept. 2012SPECIFICATIONSPage 1 - 5
2. There is only room for one of the in ter faces in a unit (P154, P155, P156, P157, P277 or P278).
3. SM300-20 and SM 600-10 stan dard equipped with ISO AMP, this can be re placed by P155, P156, P157, P277 or P278.
Con nec tions an a log pro gram ming con nec tor
CV= Con stant Volt age
CC= Con stant Cur rent
Spec i fi ca tions mea sured at
t
= 25 ± 5 °C and Vin = 400 V AC, 50
amb
Hz, 3 phase, un less oth er wise noted.
The in for ma tion in this doc u ment is
sub ject to change with out no tice
SM6000
In ter Lock
Mas ter/
Slave
Sta tus Re lay
an a log
(stan dard)
Sense Block
Pro gram ming Con nec tors
RS232, CANopen, PROFIBUS,
Ethernet user I/O (all optional)
Out put Ter mi nals
Safety Cov ers sup plied for in- and out put (not shown)
Ethernet, IEEE488,
iso lated an a log (all op tional)
In put Con nec tor
NOLine Cord
sup plied
Feet are not mounted
but included in packing
Note: SM300-20 and SM 600-10 stan dard with iso lated an a log pro gram ming via ISO AMP on CON H (CON E is not avail able).
Page 1 - 6SPECIFICATIONSRev. Sept. 2012
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