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Beschikbare talen
KNX+ /RD
KNX- /BK
In 1 /GN
Com /WH
In 2 /YE
S1
S2
KNX+ /RD
KNX+ /RD
KNX- /BK
KNX- /BK
10 A
In 1 /GN
In 1 /GN
Com /WH
Com /WH
L
In 2 /YE
In 2 /YE
N
Figure 3: connection of switching loads
S1
S1
S2
S2
10 A
10 A
L
L
N
N
Figure 3: connection of switching loads
Figure 3: connection of switching loads
S1
S2
10 A
L
N
S1
S1
S2
S2
Figure 4: connection of motors
Observe installation regulations for SELV voltage.
Maintain a minimum distance of 4 mm between
mains voltage and bus wires.
The installation circuit must be protected via circuit
10 A
10 A
breaker 10 A.
L
L
N
N
Do not connect different phases (outer conductors)
to the device.
Figure 4: connection of motors
Figure 4: connection of motors
„ Connect bus cable via connecting terminal.
Observe installation regulations for SELV voltage.
Observe installation regulations for SELV voltage.
„ Connect loads (figure 3/4) to the load connec-
Maintain a minimum distance of 4 mm between
Maintain a minimum distance of 4 mm between
ting terminals (2).
mains voltage and bus wires.
mains voltage and bus wires.
„ Place device into the installation box.
The installation circuit must be protected via circuit
The installation circuit must be protected via circuit
breaker 10 A.
breaker 10 A.
Connect inputs
Do not connect different phases (outer conductors)
Do not connect different phases (outer conductors)
green
white
yellow
to the device.
to the device.
In 1
Com
In 2
„ Connect bus cable via connecting terminal.
„ Connect bus cable via connecting terminal.
„ Connect loads (figure 3/4) to the load connec-
„ Connect loads (figure 3/4) to the load connec-
Table 1: connection assignment of the control line
ting terminals (2).
ting terminals (2).
„ Connect potential-free contacts to the inputs.
„ Place device into the installation box.
„ Place device into the installation box.
Connect inputs
Connect inputs
green
green
white
white
yellow
yellow
In 1
In 1
Com
Com
In 2
In 2
Table 1: connection assignment of the control line
Table 1: connection assignment of the control line
„ Connect potential-free contacts to the inputs.
„ Connect potential-free contacts to the inputs.
2
The button lights up.
All manuals and user guides at all-guides.com
If the button does not light up, no bus voltage is
Start-up
Start-up
Bus
Bus
present.
30 V DC
30 V DC
s
„ Load the physical address into the device.
Systemlink: loading physical address and
Systemlink: loading physical address and
application software
application software
Status LED of the button goes out.
„ Switch on bus voltage.
„ Switch on bus voltage.
„ Load application software.
„ Press programming button (1).
„ Press programming button (1).
„ Note down the physical address on the device.
The button lights up.
The button lights up.
Easylink
If the button does not light up, no bus voltage is
If the button does not light up, no bus voltage is
Information on the system configuration can be
present.
present.
taken from the extensive description of the service
„ Load the physical address into the device.
„ Load the physical address into the device.
module Easylink.
Status LED of the button goes out.
Status LED of the button goes out.
Start up the device
„ Load application software.
„ Load application software.
„ Switch on mains voltage on the outputs.
„ Note down the physical address on the device.
„ Note down the physical address on the device.
Bus
Switch test mode on/off
Easylink
Easylink
30 V DC
The device is connected. Bus voltage and swit-
Information on the system configuration can be
Information on the system configuration can be
ching voltage are present.
taken from the extensive description of the service
taken from the extensive description of the service
module Easylink.
module Easylink.
„ Keep button (1) pressed > 5 s with a pointed
object until it flashes green.
Start up the device
Start up the device
The device is in test mode.
„ Switch on mains voltage on the outputs.
„ Switch on mains voltage on the outputs.
Or with test mode switched on
„ Keep button (1) pressed > 5 s until it flashes
Bus
Bus
Switch test mode on/off
Switch test mode on/off
KNX+ /RD
green 3 times.
30 V DC
30 V DC
KNX- /BK
s
The device is connected. Bus voltage and swit-
The device is connected. Bus voltage and swit-
In 1 /GN
Com /WH
The device is in normal operation.
ching voltage are present.
ching voltage are present.
In 2 /YE
After approx. 5 min. without any further operati-
„ Keep button (1) pressed > 5 s with a pointed
„ Keep button (1) pressed > 5 s with a pointed
on, the device exits test mode automatically.
object until it flashes green.
object until it flashes green.
The device is in test mode.
The device is in test mode.
Operating output in test mode
Or with test mode switched on
Or with test mode switched on
Operation takes place by briefly pressing a button
„ Keep button (1) pressed > 5 s until it flashes
„ Keep button (1) pressed > 5 s until it flashes
repeatedly (1) .
KNX+ /RD
KNX+ /RD
green 3 times.
green 3 times.
KNX- /BK
KNX- /BK
The device is in test mode. The button flashes
In 1 /GN
In 1 /GN
Com /WH
Com /WH
The device is in normal operation.
The device is in normal operation.
green until the first operation.
In 2 /YE
In 2 /YE
After approx. 5 min. without any further operati-
After approx. 5 min. without any further operati-
„ Press the button (1) for a short time.
on, the device exits test mode automatically.
on, the device exits test mode automatically.
The output changes its switching state.
The switching takes place according to the
Operating output in test mode
Operating output in test mode
following sequence:
Operation takes place by briefly pressing a button
Operation takes place by briefly pressing a button
S1 closed - S1 open - S2 closed - S2 open.
repeatedly (1) .
repeatedly (1) .
The device is in test mode. The button flashes
The device is in test mode. The button flashes
Resetting the device to the factory settings
green until the first operation.
green until the first operation.
„ The device provides the possibility of restoring
„ Press the button (1) for a short time.
„ Press the button (1) for a short time.
the factory setting via a programming button.
The output changes its switching state.
The output changes its switching state.
The programming is lost after resetting to the
factory setting. Activation via the bus is no
The switching takes place according to the
The switching takes place according to the
longer possible.
following sequence:
following sequence:
S1 closed - S1 open - S2 closed - S2 open.
S1 closed - S1 open - S2 closed - S2 open.
Hold down the button (1) for (> 10 s) until
„
it flashes red.
Resetting the device to the factory settings
Resetting the device to the factory settings
Appendix
„ The device provides the possibility of restoring
„ The device provides the possibility of restoring
the factory setting via a programming button.
the factory setting via a programming button.
Technical data
The programming is lost after resetting to the
The programming is lost after resetting to the
red
black
Supply voltage KNX
factory setting. Activation via the bus is no
factory setting. Activation via the bus is no
KNX+
KNX-
longer possible.
longer possible.
Breaking capacity
Hold down the button (1) for (> 10 s) until
Hold down the button (1) for (> 10 s) until
„
„
Switching current at cos Φ = 0.8
it flashes red.
it flashes red.
Minimum switching current
Appendix
Operating altitude
Appendix
Appendix
Technical data
Degree of contamination
Technical data
Technical data
Surge voltage
Supply voltage KNX
red
red
black
black
Supply voltage KNX
Supply voltage KNX
Breaking capacity
Degree of protection of housing
KNX+
KNX+
KNX-
KNX-
Switching current at cos φ = 0,6
Breaking capacity
Breaking capacity
Impact protection
Minimum switching current
Switching current at cos Φ = 0.8
Switching current at cos Φ = 0.8
Operating altitude
Overvoltage class
Degree of contamination
Minimum switching current
Minimum switching current
Operating temperature
Surge voltage
Operating altitude
Operating altitude
Storage/transport temperature
Degree of protection of housing
Degree of contamination
Degree of contamination
Impact protection
Maximum switching cycle rate
Overvoltage class
Surge voltage
Surge voltage
at full load
Operating temperature
Degree of protection of housing
Degree of protection of housing
Storage/transport temperature
Impact protection
Impact protection
Maximum switching cycle rate
at full load
Overvoltage class
Overvoltage class
capacity
Operating temperature
Operating temperature
max. tightening torque
Cross-head design
Storage/transport temperature
Storage/transport temperature
Maximum switching cycle rate
Maximum switching cycle rate
at full load
at full load
21...32 V DC SELV
µ 6 A AC1 230 V~
max. 6 A
max. 2000 m
21 ➡ 32 V s SELV
21...32 V DC SELV
21...32 V DC SELV
μ 6 A AC1 230 V~
max. 6 A
µ 6 A AC1 230 V~
µ 6 A AC1 230 V~
max. 6 A
max. 6 A
max. 2000 m
-5 °C...+45 °C
max. 2000 m
max. 2000 m
-20 °C ... +70 °C
20 switching cycle/minute
-5 °C ➡+45 °C
-20 °C ➡+70 °C
20 switching cycle/minuteConnection
0.75 mm² ➡ 2.5 mm²
-5 °C...+45 °C
-5 °C...+45 °C
-20 °C ... +70 °C
-20 °C ... +70 °C
20 switching cycle/minute
20 switching cycle/minute
Standards
Dimensions
Upstream protection
Connection capacity
Connection capacity
Communication Media
Own consumption on the KNX bus:
max. tightening torque
max. tightening torque
Confi guration mode S mode - Easy link controller
typical
Cross-head design
Cross-head design
Installation type f lush-mounted installation switch/
in standby
Installation type
Installation type
flush-mounted installation switch/
flush-mounted installation switch/
Incandescent lamps
fl ush-mounted/surface-mounted junction box
Dimensions
HV halogen lamps
flush-mounted/surface-mounted junction box
flush-mounted/surface-mounted junction box
Own consumption on the KNX bus
Conventional transformer
Standards
Standards
typical
Electronic transformer
in standby
Dimensions
Dimensions
Incandescent lamps
Fluorescent lamps
Own consumption on the KNX bus:
Own consumption on the KNX bus:
HV halogen lamps
- without ballast
typical
typical
Conventional transformer
- with electronic ballast
in standby
in standby
Electronic transformer
Energy-saving lamps
Incandescent lamps
Incandescent lamps
Fluorescent lamps
-without ballast
LED lamps
HV halogen lamps
HV halogen lamps
-with electronic ballast
Change-over time for
Conventional transformer
Conventional transformer
Energy-saving lamps
change of direction
LED lamps
Electronic transformer
Electronic transformer
Change-over time for
Fluorescent lamps
Fluorescent lamps
Variant with inputs
change of direction
- without ballast
- without ballast
Variant with inputs
Number of inputs
- with electronic ballast
- with electronic ballast
Number of inputs
Input type
Input type potential-free
Energy-saving lamps
Energy-saving lamps
Total length of extension unit cable
Total length of extension unit cable
LED lamps
LED lamps
Scanning voltage
Scanning voltage
Change-over time for
Change-over time for
extension unit inputs
extension unit inputs
change of direction
change of direction
Troubleshooting
Variant with inputs
Variant with inputs
Number of inputs
Number of inputs
Test mode not possible. Red programming LED
Input type
lights up.
Input type
Cause: push-button (1) was pressed too short
Total length of extension unit cable
Total length of extension unit cable
Short press on push-button, red LED goes out.
Scanning voltage
Scanning voltage
Press push-button again ( > 5 s).
extension unit inputs
extension unit inputs
Bus operation is not possible
Troubleshooting
Troubleshooting
Cause 1: bus voltage is not present.
Test mode not possible. Red programming LED
Test mode not possible. Red programming LED
Check bus connection terminal for correct
lights up.
lights up.
polarity.
Cause: push-button (1) was pressed too short
Cause: push-button (1) was pressed too short
Check bus voltage by briefly pressing the pro-
Short press on push-button, red LED goes out.
Short press on push-button, red LED goes out.
gramming button (1), red LED lights up if bus
Press push-button again ( > 5 s).
Press push-button again ( > 5 s).
voltage is present.
Cause 2: device was reset to the factory setting
Bus operation is not possible
Bus operation is not possible
Repeat programming and start-up.
Cause 1: bus voltage is not present.
Cause 1: bus voltage is not present.
Check bus connection terminal for correct
Check bus connection terminal for correct
Warranty
polarity.
polarity.
We reserve the right to make technical and formal
Check bus voltage by briefly pressing the pro-
Check bus voltage by briefly pressing the pro-
changes to the product in the interest of technical
gramming button (1), red LED lights up if bus
gramming button (1), red LED lights up if bus
progress.
voltage is present.
voltage is present.
Our products are under guarantee within the scope
Cause 2: device was reset to the factory setting
Cause 2: device was reset to the factory setting
of the statutory provisions.
Repeat programming and start-up.
Repeat programming and start-up.
If you have a warranty claim, please contact the
point of sale or ship the device postage free with a
Warranty
Warranty
description of the fault to the appropriate regional
representative.
We reserve the right to make technical and formal
We reserve the right to make technical and formal
changes to the product in the interest of technical
changes to the product in the interest of technical
progress.
progress.
Our products are under guarantee within the scope
Our products are under guarantee within the scope
10 mA
of the statutory provisions.
of the statutory provisions.
If you have a warranty claim, please contact the
If you have a warranty claim, please contact the
2
point of sale or ship the device postage free with a
point of sale or ship the device postage free with a
4 kV
description of the fault to the appropriate regional
description of the fault to the appropriate regional
representative.
representative.
IP20
Correct Disposal of this product (Waste Electrical &
IK 04
Electronic Equipment).
10 mA
III
(Applicable in the European Union and other European
10 mA
10 mA
2
countries with separate collection systems).
This marking shown on the waste or its literature indicates
4 kV
that it should not be disposed with other household
IP20
wasted at the end of its working life. To prevent possible harm to
2
2
IK 04
the environment or human health from uncontrolled waste dispo-
III
sal, please separate this product from other types of wastes and
4 kV
4 kV
recycle it responsibly to promote the sustainable reuse of material
IP20
IP20
resources.
Household users should contact either the retailer where they pur-
IK 04
IK 04
chased this product, or their local government office, for details of
where and how they can take this device for environmentally safe
III
III
recycling.
Business users should contact their supplier and check the terms
0.5 Nm
and conditions of the purchase contract. This product should not be
PZ1
mixed with other commercial wastes of disposal.
å
Usable in all Europe
EN 50491-3 ; EN 60669-2-1
44 x 43 x 22.5 mm
circuit breaker 10 A
0.75 mm²...2.5 mm²
0.75 mm²...2.5 mm²
TP
0.5 Nm
0.5 Nm
7 mA
PZ1
PZ1
5 mA
fl ush-mounted electronic/
500 W
flush-mounted electronic/
flush-mounted electronic/
44 x 43 x 22.5 mm
500 W
500 VA
EN 50491-3 ; EN 60669-2-1
EN 50491-3 ; EN 60669-2-1
7 mA
500 W
5 mA
44 x 43 x 22.5 mm
44 x 43 x 22.5 mm
500 W
500 W
500 W
7 mA
7 mA
500 VA
6 x 48 W
5 mA
5 mA
500 W
5 x 13 W
500 W
500 W
500 W
5 x 13 W
500 W
500 W
6 x 48 W
500 VA
500 VA
2 x 13 W
software-dependent
2 x 13 W
500 W
500 W
software-dependent
500 W
500 W
2
6 x 48 W
6 x 48 W
2
potential-free
5 x 13 W
5 x 13 W
max. 9.9 m
max. 9.9 m
5 x 13 W
5 x 13 W
12 V s /1mA
12 V DC/1mA
software-dependent
software-dependent
2
2
potential-free
potential-free
max. 9.9 m
max. 9.9 m
12 V DC/1mA
12 V DC/1mA
6LE000485A - 07/2014
and in Switzerland
6LE000485A - 07/2014
6LE000485A - 07/2014
6LE000485C
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