Powersolve HSE01201 User Manual

Page 1
•
•
Smar
t start
-
up with critical loads
:
HSE01201 DIN Rail
Made in Germany 120 Watts Power Supply -20...+70°C 115/230Vac Input Voltage
Short Specification:
Metal housing
• Up to 91% efficiency
• -20°C...+60°C full output power
• Free air convection
• Galvanic insulated
• Continuous short circuit protected
• Overload & low voltage protected
• Soft start & auto-recovery
• Hold up time >30ms
• Minimum load = 0A
- motor drives
- capacitive loads
- DC-DC-converters
Single-Output: 12V, 15V, 24V, 36V, 48V, 60V, 72V, 110V
Powersolve Electronics Ltd., Unit 8A Arnhem Road, Newbury RG14 5RU, United Kingdom Tel 0044 (0)1635 521858 Fax 0044 (0)1635 523771
(Subject to alterations. This product is not designed to be used in applications such as life support systems wherein a failure or malfunction could result in injury or death)
Switching frequency typ. 100KHz
• EMI/EMS EN61000-6-2,3, EN55022 class B
• PFC: EN61000-3-2 class A
• cUL60950/16950 IEC(EN)60950-1
• Series & parallel operation
• DIN Rail 35mm
• Screw terminals AWG26...AWG12
• 24 hours burn in test
• High reliability, shock & vibration resistant
In accordance with IEC60950-1
www.powersolve.co.uk [email protected]
p.1/2 03.12B
Page 2
AC
Input 85..132Vac / 184..265Vac , 47…63Hz , 110…375Vdc
AC
Input Rating
115Vac <2.2A 230Vac <1.1A
Rated DC Voltage
12V 15V 24V 36V 48V 60V 72V 110V
Rated DC Current
10.0A
8.0A 5.0A 3.3A 2.5A 2.0A 1,7A 1,1A
DC Range
(adj.) 11,
4..
13,2V
14,2..
16.5V
22,5..28,5V
34,2..
39,6V
45,6..
52,8V
57..
66V 68..86V 100..
120V
Ripple
50mVpp 50mVpp 65mVpp 65mVpp
100mVpp 120mVpp 120mVpp 380mVpp
Order
code:
HSE
0120
1.Vout+(T= DIN Rail ; W= wall mount) Exa
mple: 24V for DIN
-
Rail = HSE
0120
1.24T
Tolerance
± 1%
Load regulation
< ± 0.5% 10
-
100%, 100
-
10%
Switching Frequency
100KHz typical
Minimum Load
0 A
Efficiency
91% typ.
L
oad Protection
1,2x I
rated
,auto recovery
Voltage Protection
145
% of U
out
, auto recovery
Short Circuit Protection
Continuous
Temperature Control
Upo
n request
Hold Up Time
> 3
0ms
230Vac
Inrush Current
< 16
A (230Vac
)
Softstart
50ms typical
C
onvection
Free air
Ambient Temperature
-
20°C
…+70°C
Storage Temperature
-
40°C
…+85°C
EMI EN55022 class B / EN61000
-3-2
EMS EN61000
-6-
2,3
Safety
cUL60950/1950
,
EN60950
-1
Safety class 1(A)
VDE0805, VDE0100
Air & Surface Leakage Paths
> 8mm
Input/Output
Galv
anic insulated
DC Fail Relay (galv. Insulated)
<48Vdc/500mA
(not 72V, 110V)
MTBF
rated 400000h
Dimensions (HxW
xD) 124x50
x96mm
Weight
510g
Connectors (AC & DC)
Terminal plug
AWG26..
.
AWG12
Options for military
use
available up
on request
*
230Vac 20MHz
Conception:
normally closed contact
The HSE power supply series realizes very high power efficiency in a space-saving housing. This design enables Green Power applications and allows free air convection. Latest generation electrical devices relate to the high reliability of all Camtec products. The Camtec philosophy is, to employ 125°C low ESR ultra long life capacitors where expedient to achieve a superior lifetime of our products. The used screw terminal plugs allow easy to wire, smooth service and protect you from mix-up the input with the output signals.
Terminal Connects: 1 = L SK1 2 = N 3 = GND
1 = DC + 2 = DC + SK2 3 = DC ­ 4 = DC ­ 5 = relay 6 = relay
Screw terminal order codes: (each package = 10 pcs ) for SK1 1pc (3520038) SK2 2-3pcs (3520037)
Parallel Operation Mode:
Parallel operation of equal HSE-Power-Supplies provides you a higher output power. Make sure that the DC voltages differ at only ±1% and that DC cables are of equal length.
Series Operation Mode:
To raise the output voltage you can drive equal HSE power supplies in series, too.
(not 72V &
110V)
Art.No.: 3520038 (3 pins) Art.No.: 3520037 (2 pins)
Powersolve Electronics Ltd., Unit 8A Arnhem Road, Newbury RG14 5RU, United Kingdom Tel 0044 (0)1635 521858 Fax 0044 (0)1635 523771
(Subject to alterations. This product is not designed to be used in applications such as life support systems wherein a failure or malfunction could result in injury or death)
www.powersolve.co.uk [email protected]
p.2/2 03.12B
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