Werbung
Verfügbare Sprachen
Verfügbare Sprachen
Bild / Figure 3
B2
B1
Bild / Figure 4
C2
C1
Bild / Figure 5
D2
D2
D2
D1
Bild / Figure 6
Bild / Figure 7
A5E01278619E
DS 06
Technical Specifications, continued
Short circuit / overload protection
Electronic protection, i.e. the universal dimmer cuts off if there
is a short circuit or overload. After resolving the short circuit /
overload, the universal dimmer can be reconnected by switch-
ing off and on again or by interrupting the mains voltage until a
period of at least 2 minutes has elapsed.
Temperature rise protection
Electronic protection, i.e. the universal dimmer dims to the
minimum dimming value if the maximum permitted tempera-
ture is exceeded. When the excess temperature has fallen to be-
low the maximum permitted value, the universal dimmer re-
verts to the previous dimming value after 2 minutes.
V
DANGER
• Connecting mixed loads to the same output (both inductive
and capacitive loads, e.g. a group of low voltage halogen
lamps with magnetic transformer, together with a group of
low voltage halogen lamps with electronic transformer or
together with dimmable energy-saving lamps) is not permit-
ted.
• Low voltage halogen lamps with an electronic transformer
may only be used in mixed operation together with incan-
descent lamps and high voltage halogen lamps.
• Magnetic transformers may only be used if they comply with
the relevant standards and contain a thermal fuse.
• Low voltage halogen lamps with a magnetic transformer
may only be used at the same output together with incan-
descent lamps and dimmable energy-saving lamps if the pa-
rameter "Load adaptation" has been set from "Automatic
load adaptation" to "Leading edge control".
• With Osram's dimmable energy-saving lamps, the parameter
"Load adaptation" must be set from "Automatic load adapta-
tion" to "Leading edge control" and the parameter "Minimum
dimming value" to a value > 20%.
Connections
• Mains, load and pushbuttons connections: Screw-type termi-
nals, insulation strip length 7... 9 mm
The following conductor cross-sections are permitted:
- 0,5... 4.0 mm² single core,
- 0,5... 2.5 mm² finely stranded, without / with connector
sleeve
• KNX bus line: Bus terminal block, screwless, conductor cross-
section 0.6 ... 0.8 mm Ø single core,
insulation strip length 5 mm
• Submodule: Low voltage terminal block, screwless, conduc-
tor cross-section 0.6 ... 0.8 mm Ø single core,
insulation strip length 5 mm,
maximum length of cable between modules A and F: 2 m
Mechanical data
• Dimensions: Installation device for DIN-rail mounting,
N-system dimensions, width: 3 MU (1 MU = 18 mm)
• Weight: approx. 130 g
Electrical safety
• Degree of protection (to EN 60529): IP 20
Environmental conditions
• Ambient temperature in operation: - 5 ... + 45 °C
• Storage temperature: - 25 ... + 70 °C
• Relative humidity (non-condensing): 5% to 93%
Markings
• KNX EIB
D
2
Location / Function of the Display and Operating Elements
D2.3
See figure 3
D2.1 D2.2
B1
Plug for bus connection terminal block
B2
Plug for low voltage terminal block for connecting uni-
versal dimmer submodules
D2.4
B3
Button for switching between normal mode and address-
ing mode for transferring the physical address.
5 mm
B4
LED for indicating normal mode (LED Off) or addressing
mode (LED On); it turns off automatically after transfer-
ring the physical address
B5
Buttons for switching and dimming the selected device
(output) in direct mode
D2.4
B6
Button for selecting a device (output) and for toggling
between bus and direct mode
B7
LED (yellow) for indicating direct mode = On
B8
LEDs (bi-color) for indicating via a steady light whether
the selected device (output) is switched on (red) or off
(green) or is defective (flashing light)
B9
Screw terminals for connecting/looping the N-conductor
B10
Screw terminals for connecting/looping the L-conductor
B11
Screw terminals for connecting the load
B12
Screw terminals for connecting in each case a pushbut-
ton for direct switching and dimming of the load con-
nected to the output
GB
Page 2 of 2
GB
Mounting and Wiring
The device may be used for permanent interior installations in
dry locations within distribution boards or small casings with
DIN rail EN 60715-TH35-7.5
Mounting and dismounting the device: see figures 4 and 5
Connecting and disconnecting the bus line: see figure 6
Connecting a universal dimmer submodule: see figure 7
Snap the universal dimmer submodule on to the top hat rail and
interconnect the T+ and T- connections from the universal dim-
mer main module and the universal dimmer submodule via a
twisted pair of wires. Connecting the twisted pair of wires to
the low voltage terminal block: see figure 6.
V
DANGER
• The system may only be installed and commissioned by an
authorized electrician.
• If the phase conductor connected to the device is to be
looped to one or more submodules, then the phase conduc-
tor is to be fused with a miniature circuit breaker with B or C
characteristic for a rated current of 16A, in order that the
maximum permissible terminal current is not exceeded.
• If the main module and the submodules connected to it are
to be used on more than one phase, then the third harmon-
ics of the load currents are summed in the jointly fed neutral
conductor. In this way, the neutral conductor can be loaded
more heavily than the phase conductors. The neutral con-
ductor in this case is to be rated adequately or protected
against excessive current, as there may otherwise be a fire
risk.
• Running magnetic transformers at no load is prohibited both
on start-up and in operation, because this may lead to dam-
age to the device (even when the dimmer has cut off). This
is to be ensured by connecting at least two lamps or trans-
formers in parallel to an output. Failed lamps are to be re-
placed immediately.
• The device may only be operated vertically with the ventila-
tion slots at the top and at the bottom. The device must be
well ventilated. Heat dissipation must be ensured.
• This device contains a varistor. Due to a disruption of the
neutral conductor, overvoltage or conventional transformers
running at no load, damage may arise which can lead to the
failure of the device at a later date. The conductors (outer
and neutral conductor) are to be connected with each other
for dielectric tests.
• For dielectric tests of cables, which measure core against
core contrary to the current valid norm DIN VDE 0100 T. 610,
the device must be disconnected, because otherwise it may
be damaged.
• When connecting the device, it should be ensured that the
device can be isolated.
• The device must not be opened.
• For planning and construction of electrical installations, the
relevant guidelines, regulations and standards of the respec-
tive country are to be considered.
General Notes
• The operating instructions must be handed over to the client.
• A faulty device shall be returned with a Return Good Note for
Service provided by the appropriate Siemens sales office.
• If you have further questions concerning the product please-
contact our technical support.
Tel.:
+49 (911) 895-7222
Fax:
+49 (911) 895-7223
E-Mail: support.automation@siemens.com
Website: www.siemens.de/automation/support-request
Werbung
