Reggiani SUPERTECHNE Instrucciones De Montaje página 11

Table CABLE DIMENSIONING
S
1.0 mm 2
L
1 m 120 W
2 m 80 W
4 m 40 W
6 m 25 W
8 m 20 W
10 m 15 W
12 V = Wx1
S = CROSS SECTION
• The symbol indicates that the luminaire is subject to a voltage surge of 4.5 kV
when the lamp is turned on. During installation or replacement of the lamp,
maximum attention should therefore be paid in order to prevent all risks deriving
from the voltage. In particular, the lamp must be connected with cables resistant
to the voltage surge of 4.5 kV occurring when the lamp is turned on, rated at no
less than H05S-K (silicone rubber) with a max. cross section of 1.5 mm
protective sheath with a max. dia. of 8 mm, respecting the polarities, namely, the
terminal (the central terminal of the lampholder) must correspond to the LAMP
terminal of the control gear.
Important: with the lamp at the end of its working life (degeneration of the
luminous flux) the lamp must be replaced in order to prevent serious damage to
the control gear with possible effects on the installation itself.
• For optimum use of discharge lamps, mains voltage variations must be within +/-
3% of the rated values given on the rating plate.
• To connect to the mains, use flexible cables with double insulated wires, bipolar
1.5 mm 2 2.5 mm 2 4.0 mm 2
180 W 240 W 380 W
110 W 200 W 320 W
55 W 140 W 160 W
35 W 65 W 100 W
25 W 50 W 80 W
20 W 40 W 65 W
W
AMPERE =
24 V = Wx2 6 V = W:2
L = DISTANCE TRANSFORMER : FIXTURE
for Class II luminaire
than type H07 RN F, with a cross section of between 1.5 and 2.5 mm
6.0 mm 2
protective sheath with a max. dia. of 8 mm.
550 W
• It is also important to respect the specified polarities: Phase -F/L-pole or terminal
500 W
1-, Neutral -N pole or terminal 2- and, for Class I luminaires, Earth -pole
250 W
using the yellow/green cable. After connecting, cover the terminals with the
160 W
cable gland.
120 W
• For external wiring of luminaires for emergency use, if the power supply comes
100 W
from a three-phase system, it is vital to use separate lines of the same phase. It
is also important to respect the specified polarities: Ordinary Phase - terminal 3-
V
, Ordinary Neutral - terminal N-; Primary Phase –terminal 2-, Primary neutral -
terminal 1-.
N. B. The primary line should never be interrupted unless deliberately for
maintenance.
± Luminous flux in emergency use: 60 seconds after the power failure and
throughout the rated duration time, about 20% of the luminous flux of the lamp
in ordinary operation.
± Rated duration time in emergency use: 2 hours for lamps up to 26W and 1 hour
for 32/42W FSMH lamps.
± Batteries : Ni/Cd, max 50°C, maintenance-free; 3.6 V - 4Ah for lamps up to 26W
and 6V - 4Ah for 32/42W FSMH lamps.
± The green LED indicates normal operation of the inverter-battery circuit.
2 and outer
± In two-lamp emergency luminaires, a green dot on the lampholder identifies the
emergency circuit lamp.
± Operation of the emergency lighting system should be checked every six months
and the batteries completely run down and recharged to maintain efficiency.
Batteries should be replaced every four years or when the duration time is
reduced.
± Recharging : 24 hours.
• The , symbol, specific to luminaires with HF control gear, indicates that the
unit may be powered by either direct or alternating current with a voltage of
between 198V and 254V.
11
and tripolar for Class I luminaires , rated at no less
, and outer
2
E N G L I S H