EasyManua.ls Logo

Eaton E Series - Page 71

Eaton E Series
87 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
Hardware Variant 1
Hardware Variant 2
Communication
Printed Circuit Board
16 DI, 8+1 RO, ZI, IRIG, URTD
Phase Current 5A/1A, Standard Ground Current 5A/1A
Without
Standard
E_FBL
Hardware Variant 1
Hardware Variant 2
Communication
Printed Circuit Board
16 DI, 8+1 RO, ZI, IRIG, URTD
Phase Current 5A/1A, Standard Ground Current 5A/1A
Ethernet: IEC 61850 | Modbus TCP | DNP UDP, TCP
Standard
Fig. 5: Converting a con󰅰guration 󰅰le from “EGR‑5000A0HA” to “EGR‑5000A0AA”.
Note that after pressing the »Apply« button, it takes PowerPort-E some time to perform
various validity and consistency checks. For a quite simple conversion, as shown in the
example above, the checks should not 󰊟nd any problems, so that it is possible to transfer
the con󰊟guration to the connected device, as already described (see ╚═▷ “2.2 Operation
via PowerPort-E”).
The more di󰊞erences exist between the source and target typecodes, the more likely it is
that consistency problems are found, which are then marked by question mark “?” tokens,
as described in ╚═▷ “3.11 Assisting Tokens”. These must be corrected manually, before the
settings can be transferred to the device. Even without serious consistency problems, it is
strictly recommended to always have a look at the resulting settings: In the example above,
the conversion goes from a device with communication to a target device without any
communication features; of course, this is rather simple.
71www.eaton.comE-Series Family Quick Start Guide
5 Con󰊟guration via PowerPort-E
5.1 Con󰊟guration File

Table of Contents

Other manuals for Eaton E Series

Related product manuals