Ethernet for the SIMATIC S5. Plug in. Connect. Done.
The upgrade to S7-300 (with CP 343-1) for any SIMATIC S5 without changing the hardware and software configuration. Unpack. Plug on. Connect. Retrofit. Support of S7-TCP/IP with PUT/GET allows the "Old Things" to be quickly integrated into the "New Things" network.
Plugged onto the PG bus, it becomes an Ethernet port for the Industrial IoT. At the same time, the PG bus is not simply "burnt out", but becomes a "multi-bus" for all supported protocols via the integrated multiplexer. While these can be operated simultaneously in parallel, the S5 data can be accessed via WinCC, an S7 PLC (PUT/GET), a SIMATIC S7 SDK and with other S7 TCP/IP software drivers.
The S5-LAN module is configured with a standard IP address at the factory. The PG interface used can thus be reached via this address. The IP address can either be permanently set (static) or obtained via a DHCP server (dynamic). Operation via a router or a gateway including DHCP function is thus possible. The configuration is easily done directly in the S5 LAN Manager (included in the scope of delivery).
On the basis of the integrated TCP/IP server, the following protocols can be accessed with the control used, without hardware and software changes:
The implementation of access to S7-TCP/IP (according to CP 343-1) functions completely autonomously. Access to the data of the S5 controller is thus possible both in read and write mode. The necessary conversion of data types such as S5 float (in KG format) to S7 float (according to IEEE 754) takes place automatically in both directions.
For addressing even and odd byte addresses at the S5, when accessing the byte-wise addressing of the S7, it is converted as follows:
Format | SIMATIC S5 | SIMATIC S7 |
---|---|---|
Byte | MB 11 | MB 11 |
Word | MW 20 | MW 20 |
Word | DB10.DW 9 | DB10.DBW 18 |
Word | DB10.DW 60 | DB10.DBW 120 |
Byte | DB10.DL 3 | DB10.DBB 6 |
Byte | DB10.DR 3 | DB10.DBB 7 |
DWord | DB10.DD 25 | DB10.DBD 50 |
Real | DB10.DD 35 | DB10.DBD 70 |
The addressing of the S5-DX modules with S7-TCP/IP (according to CP 343-1) takes place according to the following scheme:
SIMATIC S5 | SIMATIC S7 |
---|---|
DX 1 | DB 257 |
DX 2 | DB 258 |
... | ... |
DX 100 | DB 356 |
The addressing of the S5 flag modules with S7-TCP/IP (according to CP 343-1) is done via the data module 'DB 1000' according to the following scheme ('x' = S flag number, 'y' = bit number):
SIMATIC S5 | SIMATIC S7 |
---|---|
S x.y | DB1000.DBX x.y |
SY x | DB1000.DBB x |
SW x | DB1000.DBW x |
SD x | DB1000.DBD x |
AS511, RK 512, SINEC-H1 and ISO-on-TCP (RFC 1006)
1 x 15-pole S5 PG connector
1 x RJ45 Ethernet with 10/100 MBit/s with autonegotiation
24V DC via S5-PG socket, optionally via terminal block
Plugging into the programming interface of the SIMATIC S5 controller
Visualisation, programming, remote maintenance and simultaneous use of all protocols without special configuration
Simultaneous use of 2 x PG channels, 4 x OP/visualisation channels and 2 x RFC 1006 (ISO-on-TCP) channels
S5-90U, S5-95U, S5-100U, S5-115U, S5-135U, S5-155U, Sinumerik 810/880 and COMCON 110 by Berthel
Inputs, outputs, flags (also S5 flags "S"), data blocks (also S5 block "DX"), timers and counters
Access to S5 data via S7-TCP/IP with PUT/GET as well as with other devices/applications via FETCH/WRITE protocol
Windows
DHCP with Auto-IP, compatible with S5-VIPA-TCP/IP, communication on S5-TCP/IP Layer 4, support of the "S5-LAN-LINK" protocol (open protocol from Traeger)
S5-LAN-Manager, S5-LAN++ adapter and operating manual