Technical information

170 Eaton RF-System - Help
© 2013 Eaton Electrical Group
Basic Mode:
Is currently not supported by the smart home controller software
Switching actuator 10A / 16A – New Generation
siehe auch:
Switching actuator 10A/16A - Actuator function
Switching actuator 10A/16A - Binary input
Switching actuator 10A/16A - Energy measurement
Switching actuator 10A/16A - Extended Status message
General information:
The Switching actuators 10A/16A are a new generation of actuators and the successors of the old
Switching actuator CSAU-01/01. The main function is still to switch different electric loads and they
can be controlled by any binary xComfort sensor. The possible switch functions of the 10A and
16A types are identical.
All switching actuators are similar in their basic functionality however the different types vary in
maximum load and additional functionality.
Functionality overview compared with the old switching actuator:
Varia
nt
Symbo
l
Type
designation
Type name
max. Load
Binary
input
Energy
function
Alt
CSAU-01/01
Switching actuator old
8A (R,L) @ -5 -
+45°C
-
-
0
CSAU-01/01-
10
Switching actuator old 10A
10A (R, L, C) @
-5 - +45°C
-
-
1
CSAU-01/01-
10I
Switching actuator old 10A with
Binary input
10A (R, L, C) @
-5 - +45°C
•
-
3
CSAU-01/01-
10IE
Switching actuator old 10A with
Binary input and Energy function
10A (R, L, C) @
-5 - +45°C
•
•
4
CSAU-01/01-
16
Switching actuator old 16A
16A (R, L, C) @
-5 - +35°C
-
-
5
CSAU-01/01-
16I
Switching actuator old 16A with
Binary input
16A (R, L, C) @
-5 - +35°C
•
-
7
CSAU-01/01-
16IE
Switching actuator old 16A with
Binary input and Energy function
16A (R, L, C) @
-5 - +35°C
•
•
Types with the binary input add the additional functionality like one channel of the 230VAC Binary
input. The state of a mains powered switch or pushbutton is detected and depending on the
configuration used internally in the own actuator function and/or connected to other xComfort
devices.
Types with the Energy measurement function will additionally measure the active power and record
the Energy of the connected Load. These channels can be connected directly to an intelligent
device to monitor and manage the measured power and energy. The additional Load Error
Detection status can be used to signal a failure of the switched load based on a load beneath the