Visual IVF - Indal
Visual IVF - Indal
Visual IVF - Indal
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<strong>Visual</strong> <strong>IVF</strong><br />
IP-66<br />
IK 09<br />
El. class II<br />
El. class I<br />
road lighting<br />
Towns<br />
Motorways<br />
Roadways<br />
Promenades<br />
The <strong>Visual</strong> <strong>IVF</strong> luminaire has been<br />
designed and developed to provide the<br />
best answer to an increasing demand from<br />
the road and urban lighting market.<br />
The specialist of a lighting installation<br />
requires products which guarantee a strict<br />
compliance of the project technical<br />
specifications.<br />
From the installing firm, more assembly<br />
and maintenance easiness is required.<br />
And finally, a modern and attractive<br />
design, a correct functioning during the<br />
product’s service span and reduced<br />
maintenance costs are required by the<br />
customer.<br />
2
<strong>Visual</strong> <strong>IVF</strong>-Components<br />
1<br />
2<br />
3<br />
4<br />
5<br />
Body<br />
Formed by a cover and a fixing base, hinged among themselves, and<br />
with a stop at the end, the body is made of a high pressure die-cast<br />
injected aluminium alloy L-2521. After manufacturing, a chromatized<br />
treatment and a polyester paint finish in three possible colour<br />
combinations is done:<br />
• Cover painted in grey RAL 7035 and base in grey Galet (Akzo nobel).<br />
• Cover painted in blue Horn and base in blue Petrol (Akzo nobel).<br />
• Cover and base painted in grey RAL 7035.<br />
Closing system<br />
The blocking of the cover with the base is done without tools, by means<br />
of an only rear closing clip in extruded and anodized aluminium.<br />
Fixing system<br />
The luminaire is fixed to the bracket or column by means of a clamp in<br />
treated steel and stainless steel screws.<br />
Tilting system<br />
A die-cast aluminium piece is incorporated allowing tiltings at 0-3-6 or<br />
9° when column mounted.<br />
Embellishing cover<br />
The fixing and tilting systems are hidden in the interior of the base using<br />
a thermoplastic black cover.<br />
7<br />
8<br />
9<br />
10<br />
reflector and the glass by means of a computerized silicone deposit.<br />
Lampholder housing<br />
Made of thermoplastic material with two stainless steel clips to be fixed<br />
to the reflector. Relamping without tools is possible. Both a horizontal<br />
and vertical regulation system is available for lamp focusing allowing a<br />
slight adaptation of the photometric distribution.<br />
Control gear tray<br />
Available in two versions, depending on electric class:<br />
• Galvanised steel (Class I)<br />
• Polyamide reinforced with glass fiber (Class II)<br />
Control gear<br />
A compact type called <strong>Indal</strong>block®, it incorporates a conventional<br />
ballast with a thermal protection, an independent type or direct pulse<br />
electronic ignitor, as well as the correction capacitor in a single set. All<br />
the hidden cable between these three elements is also incorporated and<br />
it finishes in a single connection terminal block.<br />
Disconnection switch when opened (only for the Class II version)<br />
Formed by an insulating polyamide support with electrical connections<br />
of the Faston F6 type together with a body in polyester reinforced with<br />
glass fiber.<br />
6<br />
Optical system<br />
Formed by a hydroformed reflector in 99,85% pure aluminium, gloss<br />
anodized finish, and a 4 mm thick engraved flat tempered glass. The IP-<br />
66 high protection index of the optical system is achieved sealing the<br />
IP-66 (optical system)<br />
1<br />
IK 09<br />
road lighitng<br />
5<br />
4<br />
6<br />
3<br />
1<br />
2<br />
9<br />
7<br />
8<br />
10<br />
8<br />
Electric class I<br />
Electric class II<br />
3
Luminous control<br />
The reflector owns a well-studied geometry and next to the flat glass with which it<br />
forms a block, a performance higher than 82% is achieved, Also a luminous control<br />
which minimizes flux emission towards the upper hemisphere is observed, thus,<br />
guaranteeing the compliance with light pollution recommendations.<br />
The photometric distribution is extensive and allows the achievement of adequate<br />
lighting uniformities in installations with distances between the points of light 3.8<br />
times their assembly height. The result is an important energy and installation costs<br />
saving.<br />
Protection indexes<br />
<strong>Visual</strong> <strong>IVF</strong> has an optical system with an IP-66 dust-tight and watertight degree<br />
(according to norm EN 60598) guaranteeing the maintenance of luminous<br />
performance for a long period of time.<br />
The complete luminaire has an impact resistance coded as IK 09 (according to norm<br />
Opening disconnection<br />
The electric class II version incorporates a switch for the disconnection of the<br />
electrical circuit when opening the luminaire, making possible a secure maintenance.<br />
Moreover, all the accessible cable in the internal installation is of silicone with a<br />
double insulation.<br />
road lighting<br />
Tlting possibilities<br />
Sometimes due to geometrical requirements of the lighting installation, it is<br />
necessary to vary the luminaire photometric orientation.<br />
The <strong>Visual</strong> <strong>IVF</strong> luminaire has a system that allows a variation in the tilting of the pole<br />
mounted luminaire at 0, 3, 6, or 9º with respect to the horizontal plane through a<br />
simple angular displacement of a piece.<br />
Maintenance<br />
The opening of the luminaire is done in a reliable and precise way, by means of a<br />
unique rear clip, with a hinge down of the cover over the fixing base under an 86º<br />
angle with an end stop.<br />
Maintenance operations are done over the luminaire in an ergonomic position.<br />
Relamping is done by opening the two clips that support the lampholder and<br />
extracting the lamp afterwards. The hinged disposition of the cover makes the<br />
operation easier since the extraction of the support is done in a vertical position.<br />
4
oad lighting<br />
0º 3º 6º 9º<br />
5
oad lighting<br />
<strong>Visual</strong> <strong>IVF</strong> applications<br />
Access roads to cities<br />
Industrial areas<br />
Modern neighbourhoods<br />
Residential areas<br />
6
<strong>Visual</strong> <strong>IVF</strong> models and photometries<br />
360 270 180 90<br />
60 o 30 o 30 o<br />
0 o<br />
Model<br />
<strong>IVF</strong>1<br />
Lamp<br />
S 150 W. (tub.)<br />
Performance<br />
Lower hemisphere: 81.5 %<br />
Upper hemisphere: 0.7 %<br />
Unit<br />
cd/1000 lm<br />
Walkway<br />
Roadway<br />
-1h 0h 1h<br />
0.0<br />
0.1<br />
0.2<br />
0.3<br />
0.4<br />
0.5<br />
2h<br />
Trans. plane<br />
Long. plane<br />
360 270 180 90<br />
60 o 30 o 30 o<br />
0 o<br />
Model<br />
<strong>IVF</strong>1<br />
Lamp<br />
H 150 W. (tub.)<br />
Performance<br />
Lower hemisphere: 81.6 %<br />
Upper hemisphere: 0.7 %<br />
Unit<br />
cd/1000 lm<br />
Walkway<br />
Roadway<br />
-1h 0h 1h<br />
0.0<br />
0.1<br />
0.2<br />
0.3<br />
0.4<br />
0.5<br />
2h<br />
Trans. plane<br />
Long. plane<br />
135<br />
Fixing detail<br />
H<br />
50-60 Ø<br />
100<br />
L<br />
A<br />
60-76 Ø<br />
Model Lamp W Type Lampholder L A H Wa(m 2 ) Kg*<br />
<strong>IVF</strong>1 S 70 E-27 730 280 171 0.096 8.95<br />
S 100 E-40 9.37<br />
S 150 E-40 10.36<br />
H 70 E-27 8.95<br />
H 100 E-40 9.37<br />
H 150 E-40 10.36<br />
road lighting<br />
Model Lamp W Type Lampholder L A H Wa(m 2 ) Kg*<br />
<strong>IVF</strong>4 S 250 E-40 860 340 200 0.142 14.42<br />
S 400 E-40 15.61<br />
(S) High pressure sodium<br />
(H) Metal halide<br />
Wa Windage area.<br />
Kg* Weight without lamp.<br />
7