OPW00201
Open Frame
Made in Germany
20 Watts Power Supply -20...+75°C
85..265Vac Input Voltage
Short Specification:









Screw terminal plugs & Molex-plugs
High efficiency up to 84%
Continuous short circuit protected
Overload & low voltage protected
Soft start & auto-recovery
Minimum load = 0A
Hold up time >50ms
Galvanic insulated
Sense mode for 3.3V and 5V





EMI/EMS EN61000-6-2,3, EN55022 class B
PFC : EN61000-3-2 class D
Safety : cUL60950/16950 IEC(EN)60950-1
Power good signal open collector
Leakage current < 100mA
Active Inrush current limiter (700mA)
Designed for medical use in
accordance to EN60601-1:
leakage current < 100mA
Single-Output: 5,9,12,15,24,48V
In accordance with IEC60950-1
Camtec Systemelektronik GmbH – Gewerbestraße 30 – DE76327 Pfinztal – Germany
02.09A
Phone 0049(721)46596-0 - Fax 0049(721)46596-77 – www.camtec-gmbh.com - info@camtec-gmbh.com
(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)
AC-Input
Input Rating
Rated DC-Voltage
Rated DC-Current
Ripple [mVpp] 230Vac
Output adj. range
85...265Vac , 47...63Hz , 120…375Vdc
100...240Vac , 115Vac <250mA 230Vac <120mA
5V
9V
12V
15V
24V
4.0A
2.2A
1.7A
1.3A
840mA
50 (20MHz)
40 (20MHz)
25 (20MHz)
25 (20MHz)
80 (20MHz)
4,9...5,25V / 23,5V...28,5V / others: - 5% … +10%
48V
420mA
40 (20MHz)
Order code: OPW00201.Voltage Example: 5V OPW00201.5
Tolerance
Stability at Load Switch
Switching Frequency
Minimum Load
Efficiency
Overload Protection
Over Voltage Protection
Short Circuit Protection
Temperature Control
Hold Up Time
Inrush Current (electric. limiter)
Softstart
Cooling
Ambient Temperature
Storage Temperature
EMI
EMS
Safety
Safety class 1(A)
Air & Surface Leakage Paths
Input/Output
Power good signal for 5V-Version
MTBF at full load
Dimensions (HxWxD)
Weight
Connectors (AC & DC)
Options for military upon request
± 1%
< ± 0.5% 0-100%, 100-0%
100KHz typical
0A
Up to 84%
1,2x Irated , auto recovery
130% of Uout , auto recovery
Continuous
Yes, auto recovery
> 50ms at 230Vac full load
< 0.7A (230Vac)
100ms typ.
Free air convection
- 20°C …+75°C
- 40°C …+85°C
EN55022 B/EN61000-3-2 classD
EN61000-6-2,3
cUL60950/1950 (IEC)EN60950-1
in accordance to EN60601-1
VDE0805, VDE0100
> 12mm
Galvanic insulated
5% Uout after 5ms low,Imax=50mA
250000h at 45°C
27x70x120mm
125g
Screw terminal plugs
Conception:
The OPW power supply series realizes high efficiency on a small
space. The implementation of latest generation electrical devices
relates to the known high reliability of all Camtec products. The high
efficiency does not heat-stress other system components and allows
free air convection with a flat derating response over 60°C.
Terminal Connects:
1=N
SK1 2 = L
Screw terminal order codes:
(each package = 10 pcs )
1 = power good signal
SK2 2 = DC –
3 = DC +
SK1 Art.No.: 3520054
(1pcs needed)
SK2 Art.No.: 3520055
(1pcs needed)
Parallel Operation Mode:
Parallel operation of equal OPW provide higher output power.
Make sure that the DC-Voltage differs only at ±1% and that the
cable lengths are equal.
Series Operation Mode:
To raise the output voltage you can operate the OSW-Line in
series.
Any manipulations are required for parallel or series operation
modes!
Active Inrush current control:
The OPW-Series starts up with an electrical inrush current
controller to never exceed 700mA. This design allows
temperature-independent operation. In result it is possible to
cluster a quantity of up to 100 OPW-Modules without triggering
a preinstalled automatic circuit breaker.
Power good signal (available for 5Vdc-Version only):
Releases after 5ms of Uout<5% of nominal voltage and posts a
+5V(Imax=50mA) low.
Camtec Systemelektronik GmbH – Gewerbestraße 30 – DE76327 Pfinztal – Germany
02.09A
Phone 0049(721)46596-0 - Fax 0049(721)46596-77 – www.camtec-gmbh.com - info@camtec-gmbh.com
(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)
Download PDF