Specifications

Product Catalog, January 2012
www.cuesystem.com
powerAUX
M F
• Power relay unit up to 10 A per channel for resistive loads
• Eight independent potential free switching outputs
• Controlled by general IOs or relays of ipCUE controller
• Unified enclosure designed for DIN rail installation
• Easy installation
• Available accessories: suppressor unit PES03
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The powerAUX is an eight-channel relay switching unit, 16 A per relay.
It may be connected to the controller’s digital or relay outputs. The
front panel includes LED indicators for power supply and relay status.
Enclosure allows simple installation on a DIN rail.
Control ports
8x Potential free contact input, 2-pin 3.5 mm connector
Power ports
8x Potential free relay NC-C-NO, 230 or 110 V, max. 10 A
for resistive loads. Max. 400 W per relay for inductive
or capacitive loads.
Terminals 1.5 mm2
LED indicators
Power
Status of all relays
Power supply
230 VAC, 50 Hz, 10 W
Physical
Plastic DIN rail compatible enclosure
Dimensions
158 x 90 x 58 mm / 6.2” x 3.5” x 2.3”
9 DIN modules 17.5 mm
Weight 0.5 kg / 1.1 lb
Operating environment
Temperature 0° to 60° C
Humidity 10% to 90% non-condensing
S
A
• Commercial single-room applications
• Meeting rooms, conference rooms, boardrooms
• Huge multi-room and multi-floor distributed systems
• Complete residential home automation
• High-tech homes
S B C
powerAUX
Connector set
Warranty Conditions, CE Declaration, RoHS Declaration
Data Sheet, Cue System Connector Wiring Sheet
CUE Application CD
O I
Product code CS0016
A N
The relay contacts are constructed for resistive load up to
230 V / 10 A. If these relays are used for the switching of inductive or
capacitive loads, voltage or power peaks can occur, which may exceed
these parameters even if the load has the stated take-off lower than
230 V / 10 A. We therefore do not recommend using relayCUE-8 for
switching inductive or capacitive loads with take-off higher than 400W.
If you need to switch higher inductive or capacitive loads, use contactors.
Unlike relays, contactors are designed with features to control and
suppress the arc produced when interrupting inductive load currents. You
can then use the relay of the unit to control the coil of this contactor.