Lauda P 10 Operation Manual page 36

Connected via LAN and WLAN
Connected via WLAN
36 / 130
Fig. 16: Connected via LAN and WLAN
Fig. 16 illustrates the connection between the LAUDA thermostatic circu-
lator and a LAN network with control station/PC via a WLAN. Here, the
thermostatic circulator is connected to a WLAN router using a standard
Ethernet cable. The WLAN router must be configured so that it establishes a
connection to a LAN via another WLAN router. This kind of connection is
called a WLAN bridge. Refer to the instructions accompanying the relevant
router for information on configuring WLAN routers.
It cannot be controlled simultaneously by two control stations.
Advantages of this connection:
The thermostatic circulator can be controlled by any control station/PC.

The thermostatic circulator can be contacted by radio and operated

from a remote location.
Fig. 17: Connected via WLAN
Fig. 17 illustrates direct communication between the control station/PC and
the LAUDA thermostatic circulator via a WLAN. The WLAN router must be
configured as an access point. Refer to the instructions accompanying the
router for information on configuring the WLAN router.
Advantages of this connection:
The thermostatic circulator can be contacted by radio and operated

from a remote location.
It is possible to use a short Ethernet cable.

No LAN network required.

Notes
Commercially available WLAN routers can be used for the connections

displayed in Fig. 16 and Fig. 17. The routers must have the necessary
connection function and meet the requirements in the relevant country
in which they are operated. However LAUDA recommends using an
industrial WLAN router for the configuration illustrated in Fig. 16.
PRO bath thermostats and circulation thermostats V04REV14