Technical specifications
8.4 Technical specifications
SIMATIC IPC547G
Operating Instructions, 04/2020, A5E49948632-AA
149
8.4
Technical specifications
8.4.1
General technical specifications
Note
Applicability of technical specifications
The following technical specifications only apply under the following conditions:
•
The device is in good working order.
•
The fan cover and filter pad are installed.
•
The device is closed.
Device with standard enclosure
Device with short enclosure:
Order numbers
6AG4104-4....-.... (for details, refer to the ordering documentation)
Dimensions
481.4 x 176.6 x 446.6 (W× H × D in mm) 481.4 x 176.6 x 356.6 (W × H × D in mm)
Detailed information on the dimensions can be found in the chapter "Dimension
drawing of the device (Page 145)".
Weight
15 up to 23 kg; depending on the equipment
Supply voltage (V
N
)
Power supply: 100 V AC to 240 V AC (-15%; +10%)
Redundant power supply: 2 × 100 V AC
to 240 V AC (-15%; +10%)
Transient overvoltages
Device is designed for connection to supply with overvoltage category II (transient
overvoltages up to 2500 V)
Input current
Power supply:
•
Continuous current at 100 V: ≤ 6 A
•
Continuous current at 240 V: ≤ 3 A
•
at startup ≤ 80
A for 3.6 ms
Redundant power supply:
•
Continuous current at 100 V: ≤ 5 A
•
Continuous current at 240 V: ≤ 2.5 A
•
at startup ≤ 210 A for 1.65
ms for
each module
Information on the dimensioning of the fuses in the higher-level plant circuits
A fuse, which is designed for a tripping current of typical 6.3 A, is integrated in the
power supply of the IPC. Pulse current are also taken into consideration by the "time
lag" type. In the case of fault, this fuse ensure the correct separation of the device
from the power supply.
It is recommended to use a fuse of at least 6.3 A for the protection of the higher-level
power supply circuit in addition to the power requirement of the additional devices
that are also supplied through this circuit. The tripping characteristic of the higher-
level protection must hereby take into consideration the starting currents of the IPC
and those of the other devices.
