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Energy efficiency classes 2010/30/EC
The directive 2010/30/EC contains general conditions for classifying
products. Here, each electronic
ballast/energy-saving bulb may have completely different switch-on
properties. this case, the green
level indicates the most favourable consumption values.
strain the contact material relay certain degree.
They include, among others:
-
The conditions the supply mains (hard soft mains)
D Soft mains:
great inner resistance the mains, lower switch-on currents
D Hard mains:
small inner resistance the mains, high switch-on currents possible
-
Switch-on time based current value sine wave,
D Sine-wave zero crossing:
ideal, hardly any contact load
D Sine-wave vertex:
poor, maximum switch-on current
-
is always switched the positive half-wave, for example
D Material migration contact material always goes the same
direction
D Quicker failure the contact
These system-based factors prevent even the relay manufacturers from
providing concrete information the connectible load relay. While state-
ments can still made regarding the maximum permissible size the
compensation capacitor and thus the maximum permissible load with
parallel-compensated loads, itisgenerally longer possible with elec-
tronic ballasts and energy-saving bulbs. Details are regulated corresponding EU
regulations for each product group with regard their energy con-
sumption values. After actuation, the key can be
turned back the exit position and pulled out.
Please comply with the switch-on peak currents with all capacitive
loads. The cover plate now
protected against disassembly without key.675
Gira electrical installation systems
Energy-saving lights energy efficiency key switches
I
Technical
information
Connection energy-saving lights
Long-field lights with electronic ballast devices with relay con-
tact
Capacitive loads, such parallel-compensated fluorescent lamps, com-
pact fluorescent lamps, energy saving lamps, electronic ballasts etc.
1 315° 45° not locked
2 270° 90° locked
.
These are factors which are system- and application-specific and are not
dependent nor influenced the manufacturer the switching
device the electronic ballast/energy-saving bulbs.
Profile semi-cylinders for key switch inserts
The locking bit can adjusted for half-cylinder profiles pressing in
the rear pin 45° increments.
System-based dependencies
The following question pops again and again: How many electronic
ballasts/energy-saving bulbs can connected device? such
cases, there decisive answer, despite all efforts. The directive lists various product groups, which are evaluated
according certain criteria.
Product variety
A large number electronic ballast/energy-saving bulb manufacturers
with variety products are found the market. addition, the manufacturer the switching device rarely
notified any changes the switching technology the electronic
ballast. Use power relay, for example, for higher currents and longer
switch-on times.
With the locking bit settings 90°, 135° and 225° the locking bit led
next the selector fork the switch. accordance with
the traffic light principle, the bars are shown from top bottom the
colours dark green through yellow dark red.
Such diversity products ultimately leads the inability manufac-
turers the switching device provide concrete information, even
when questioned about the connection options specific electronic
ballast.
1
2
2
1
Profile semi-cylinders for key switch inserts.
A +++
A ++
A +
A
B
C
D
A ++
The number efficiency levels presented (here this example A+++
to may vary from one product group another. The height the
load the maximum number electronic ballasts/energy-saving bulbs
which can connected the switching device depends considera-
bly more factors than just the technical data these two components. The cover plate not locked and the key
can only pulled out the zero position (not switched).
With the locking bit setting 315° (see figure), the locking bit led into
the selector fork the switch
