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Appendix
9
Installation and operation guidelines
Maximum HFG ballasts on a single N-breaker, single pole Type B
(Made by Siemens)
HFG : OSRAM Quicktronic QT-S/E and Duluxtronic DT-S/E for Dulux S/E
Breaker Lamp type Switchstart HFG HFG
Size TC-S/TC-SEL PFC 1-lamp 2-lamp
Maximum number of electronic transformers on a single breaker, Type B
(Siemens 5SX…) or Type C (Siemens)
Transformer: Osram Halotronic
Breaker HTM HT HT HT HTM HT HT HT HT
Type 70 70L 70LF 80L 105 105L 120LF 150L 210L
10 A 5W 90 32 –
7W 90 32 –
9W 90 32 20
11W 90 32 20
16A 5W 130 48 –
7W 130 48 –
9W 130 48 28
11W 130 48 28
20A 5W 165 60 –
7W 165 60 –
9W 165 60 34
11W 165 60 34
HFG : OSRAM Quicktronic QT-D/E, QT-T/E and Duluxtronic DT-D/E, DT-T/E for
Dulux D/E and Dulux T/E
Breaker Lamp type Switchstart HFG HFG
Size TC-D/ PFC 1-lamp 2-lamp
TC-DEL
10 A 10W 80 32 20
13W 80 32 20
18W 55 26 20
26W 40 26 20
32W – 20 10
42W – 12 –
16A 10W 118 48 28
13W 118 48 28
18W 88 32 28
26W 66 32 28
32W – 28 16
42W – 18 –
20A 10W 150 60 34
13W 150 60 34
18W 110 48 34
26W 82 48 34
32W – 34 20
42W – 22 –
Maximum OSRAM Powertronic ballasts for discharge lamps on a single breaker
Type B or Type C (made by Siemens)
10A 37 37 37 19 23 15 13 8 5
B 16A 59 59 59 30 38 24 21 13 9
B 20A 74 74 74 38 47 30 27 16 11
B 25A 92 92 92 47 59 38 34 26 14
C 10A 37 37 37 27 23 21 20 14 9
C 16A 59 59 59 43 38 34 32 22 15
C 20A 74 74 74 54 47 43 40 28 19
C 25A 92 92 92 67 59 53 50 34 24
Faults in infra-red control / transmission equipment
Fluorescent lamps emit radiation in the frequency range which is
also used by infra-red transmission. IR-receivers are often not
selective, so the IR-equipment can be disturbed. The light which is
emitted by the lamp, is modulated with the high operating
frequency (20-50kHz). It may cause interference with signals in
the same frequency range.
IR remote control:
Trouble free operating is possible with equipment which works
with sufficiently high carrier frequencies (400-1500kHz).
Audio transmission:
The carrier signal for audio transmission until now has been in
the frequency range 95kHz and higher, so that the 3th , 5th and
7th harmonics from the HFG operating frequency ranges (30kHz
to 45kHz normal, dimming up to 100kHz) have caused
considerable interference with transmissions. The transition of
headphone manufacturers to higher frequency ranges, e.g. 2,3
MHz and 2,8 MHz, has brought about a solution. Generally, it is
recommended to miss out the first 6 transmission channels, in
particular channel 1 because they, are more susceptible to be
disturbed by harmonics of basic HFG frequencies.
appendix
Breaker type PTU70/230-240 PT150/230-240 N-2 PT-DS 80/230-240
B 10A 10 5 8
B 16A 15 8 12
B 20A 20 10 15
B 25A 25 12 20
C 10A 20 10 8
C 16A 30 16 12
C 20A 40 20 15
C 25A 40 25 20