Ea Elektro Automatik EA Elektro-Automatik 06230319, 1 Output Variable DC Power Supply, , Bench 06230319 Hoja De Datos
Los códigos de productos
06230319
Page 35
EA Elektro-Automatik GmbH
Helmholtzstr. 31-33 • 41747 Viersen
Germany
Fon: +49 2162 / 3785-0
Fax: +49 2162 / 16230
PSI 9000 2U Series
2.3.4 Connection to AC supply
•
The device can be connected to any wall socket or multi-socket outlet, as long as those feature
a safety contact (PE) and are capable for 16 A.
•
When connecting the device to a multi-socket outlet, along with other electric devices, it is
important to consider the total power consumption of all devices on the outlet, so that the
maximum current (power ÷ mininum voltage) does not exceed the definition for the wall socket,
the multi-socket outlet and/or main distribution
•
Before plugging in the input plug ensure that the device is switched off by its mains switch!
The device is delivered with a 3 pole mains cord. If the device is going to be connected to a standard 2-phase or
3-phase supply, following leads and phases are required:
Nominal power Phases
Supply type
1 kW - 3 kW
L1 or L2 or L3, N, PE
Wall socket
The default input values of all models in this series are: 230 V, 16 A, 50 Hz. It is fused with 16 A. The maximum
input current depends on the higher current intake at low AC voltage (for minimum input voltage see technical
specs). Custom made cables thus require to have a cross section of 1.5 mm² (AWG16) minimum per lead, recom-
mend is 2.5 mm² (AWG12).
2.3.5 Connection to DC loads
• In the case of a device with a high nominal current and hence a thick and heavy DC
connection cable it is necessary to take account of the weight of the cable and the
strain imposed on the DC connection. Especially when mounted in a 19” cabinet or
similar, where the cable hangs on the DC output, a strain reliever should be used.
• Connection to and operation with transformerless DC-AC inverters (for example so-
lar inverters) is restricted, because the inverter can shift the potential of negative
output (DC-) against PE (ground), which is generally limited to max. 400 V DC.
The DC load output is on the rear side of the device and is
not protected by a fuse. The cross section of the con-
nection cable is determined by the current consumption, cable length and ambient temperature.
For cables
For cables
up to 1.5 m and average ambient temperature up to 50°C, we recommend:
up to
10 A:
0,75 mm² (AWG18)
up to
15 A:
1,5 mm² (AWG14)
up to
30 A:
4 mm² (AWG10)
up to
40 A:
6 mm² (AWG8)
up to
60 A:
16 mm² (AWG4)
up to
120 A: 35 mm² (AWG1)
per lead (multi-conductor, insulated, openly suspended). Single cables of, for example, 70 mm² may be replaced
by e.g. 2x35 mm² etc. If the cables are long then the cross section must be increased to avoid voltage loss and
overheating.
2.3.5.1 DC terminal types
The table below shows an overview of the various DC terminals. It is recommended that connection of load cables
2.3.5.1 DC terminal types
The table below shows an overview of the various DC terminals. It is recommended that connection of load cables
always utilises flexible cables with ring lugs.
Type 1: Models up to 80 V output voltage
Type 2: Models from 200 V output voltage
M8 (8 mm) bolt on a brass block
Recommendation: M8 ring lug with a 8.4 mm hole
Recommendation: M8 ring lug with a 8.4 mm hole
Screw clamp connection M6, on copper rail
Recommendation: M6 ring lug with a 6.5 mm hole
Recommendation: M6 ring lug with a 6.5 mm hole