10.2.1.1 Node address (Node IDs) for DIN66019
In the KEB DIN66019-II protocol, each node is identified by its own node address. Each
node has a separate object directory.
A device of control type P can contain several object dictionaries in different parts of the
device. Therefore, a device of control type P also has several DIN66019 nodes, each is
identified by its own node address.
10.2.1.1.1 Node address of the inverter object dictionary
To address the object dictionary of the inverter via the diagnostic interface, the adjustable
node address in fb13 drive node ID must be used.
The object dictionary of the inverter is available on each KEB device. Other object diction-
aries are optional.
Node address of the inverter object dictionary
➢ To enable automatic recognition of replacement devices, the default value
should not be used in productive systems.
10.2.1.1.2 Node address of the application object dictionary
Devices of control type P can have a separate application object dictionary with its own
node address.
To address the object dictionary of the application software via the diagnostic interface,
the adjustable node address in fb15.1 application node ID must be used.
Node address of the application object dictionary
➢ A standard KEB device of control type P does not yet have a separate appli-
cation object directory in the actual software version.
10.2.1.1.3 Node address of the debugger
A debugger object directory is available on the devices of control type P from which addi-
tional information can be read out.
To address the object directory of the debugger via the diagnostic interface, the adjusta-
ble node address in fb15.2 application node ID must be used.
Node address of the debugger object dictionary
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