martini outdoor rus part1 2011
DESCRIPTION
Martini Outdoor RUS Part1 2011TRANSCRIPT
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12
4
8
9
14
118
168
212
318
320
322
328
330
332
Acuto Almira
BellBicubo
BilicoCeppoClasseDemi
EdoFratto QGiulius
HonoInoxaLars
Lux 98Lux 180/260Lux 350/400
MartinoMinitotem
Moove IP65Moove Palo
Naxos
10017818160802801748426829031610830631412012413616628415418234
NetworkNod
Novi 620/450/380Novi Palo
OsioOsio Pil
Piana 130/360/460PilaPilo
Pilo Up
RigaRoof IP65
SeaSettoSlim
SpilloSpritz
SquadraTotemTwin 4
Twin 1-2-3Wally
Walkie Car 160Walkie Car 230/300
Walkie EcoWalkie Plus
Walkie TalkieZen
25017019418825225621430329830120628831046172164280566627432/44148264224218228294230312
-
2New
New
New
Nod 170
Novi Palo 188
Moove Palo 182
Novi 620/450/380 192
206
Moove IP65154
Setto 172
Bicubo 160
Lux 350/400 136
Demi84
Martino 166
Lux 98120
Bell-Twin 4 18
Squadra66
Squadra-Bilico 80
Naxos-Twin 434
Slim 164
Twin 1-2-3 148
Lux 180/260 124
Acuto100
Spritz56
Hono108
Sea 46
Almira178
Classe174
-
-
3Network 250
Walkie Eco 228
Piana 214
Pila 303
Lars314
Totem 274
Wally 264
Pilo 298
Walkie Plus294
Fratto Q 290
Inoxa 306
Roof IP65310
Zen312
Edo 268
Walkie Talkie 230
Walkie Car 230/300 218
Riga 288
Pilo Up 301
Osio Pil 256
Ceppo - Spillo 280
Minitotem 284
Giulius316
Osio 252
Walkie Car 160 224
-
-
4
-
5
1925 , , Lampadari Martini, . Martini Illuminazione Martini S.p.A., ( 1971 Concordia sulla Secchia Modena), Sames S.p.A. ( 1995 Moncalieri ), 2006 Sothis (, STRASS). 80 . Martini , . , , , . Martini Illuminazione 21500 .. 170 .
, Martini ,
. . Martini , (, LED-). , , - .
: , , , LED-; ISO 9001, . , .
-
6
, ISO EN 9001-2008. , ; .
, -. , . , . , .
-
-
7
-
8
Kuwait City Shop ()
Alcopa Project ()
; , . . , .
()
Parco Leonardo, ()
-
9Demi armatura stradale Demi
design: Lapo Grassellini
Risultato del connubio tra ricerca este-tica e innovazione tecnologica Demi un apparecchio dalla forma classica ed elegante, equipaggiato con i migliori componenti tecnici.Proposto con molteplici tipi di bracci e tre tipi di ottiche: stradale, rotosimmetri-ca e sidewalk. Demi risponde perfetta-mente alle molteplici esigenze dellillu-minazione stradale e urbana.
ottica stradale ottica sidewalk otticarotosimmetrica
16 17
6868 8686
70W
SHP-EE27
100W
MH-TE40
100W
SHP-TE40
70W
MH-TE27
70W
SHP-TE27
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
70W
MHG12
ottica rotosimmetrica DemiDemi ottica stradale
Sorgente Potenza Attacco P[Kg] Codice
SHP 70W E27 11,0 75238.68MH-T / SHP-T 70W E27 11,0 75239.68MH-T / SHP-T 100W E40 11,5 75240.68MH-T / SHP-T 150W E40 12,0 75241.68MH-T 250W E40 12,5 75242.68SHP-T 250W E40 12,5 75243.68
241
520
IP66 0,10alimentazione elettromagnetica integrata
Sorgente Potenza Attacco P[Kg] Codice
MH 35W G12 11,0 75254.68MH 70W G12 11,0 75255.68MH 100W G12 12,0 75256.68
IP66 0,10alimentazione elettromagnetica integrata
241
520
22 23
design: Lapo Grassellini
armatura stradale DemiDemi
Tipologie di ottiche
CorpoCalotta in lamiera di alluminio, anello e corpo in alluminio pressofuso, vetro pia-no temprato, ottica in alluminio, viti in acciaio inox e componenti che garanti-scono un grado di protezione IP66 e una classe di isolamento II.Apertura del vano ottico dal basso me-diante due viti in acciaio inox.
SorgentiLampade ad alogenuri metallici tubolari da 70W a 250W, lampade al sodio ad alta pressione da 70W a 250W e lam-pada da 70W elissoidale al sodio. Nella
versione rotosimmetrica lampada da 35W a 100W ad alogenuri metallici con attacco G12.
EmissioniDisponibile nella versione stradale , roto-simmetrica e sidewalk.
AlimentazioniElettrificazione di tipo elettromagnetico con condensatore di rifasamento e ac-cenditore temporizzato.
ColoriGrigio satinato.
bilaterale alternata
Esempi di istallazioni
unilateralestrada e ciclopedonale
ottica stradale ottica sidewalk
valvola di compensazione della pressione
Manto stradale C2, q0=0,070H= altezza apparecchio [m]B= larghezza strada [m]I= distanza fra i pali [m]Lm= luminanza media mantenuta [cd/m ]Uo= uniformit generale della luminanzaUL= uniformit longitudinale della luminanzaTI= indice di abbagliamento fisiologico [%]Em= illuminamento medio [lx] Emin= illuminamento minimo [lx]
MH-T 70W E27
H B I Em Emin
4,00 4,00 18,50 20 5
SHP-T 250W E40
H B I Lm Uo UL TI
10,00 10,00 37,00 1,2 0,4 0,7 10
Ottica sidewalk
Lottica sidewalk ideale per percorsi pedonali e piste ciclabili, pu essere abbinata all'ottica stradale senza inteferire con il traffico veicolare; il sistema ottico permette di ottenere elevate interdistanze con conseguente risparmio energetico.Categoria illuminotecnica: S1
Ottica stradale
Lottica stradale studiata e realizzata in modo da concentrare la maggior parte del flusso sul manto stradale prospicente con conseguente riduzione delle installazioni, dei costi di manutenzione e di energia elettrica.Il sistema ottico permette di ottenere un'elevata e uniforme luminanza della carreggia-ta garantendo contemporaneamente la limitazione dell'abbagliamento.Categoria illuminotecnica: ME3a
ottica rotosimmetrica
18 19
(),
Martini S.p.A. . , , / . . , , .
/
( )
-
10
Light source Wattage Socket Code
FL TC-L 218 W 2G11 76888.68__
00 32 38 -68 86 79
INC AL FL MH SHP SHP-E LEDs
: , , , .
-
1111
-
12
-
13
-
14
3
SHP
MH
128
armatura stradale a tenuta stagna IP65 Naxos 460 - emissione luminosa stradale
Grigiocod. 32
SHP-T, 1x250W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75067.32
SHP-T, 1x100W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75069.32
MH-T, 1x100W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75069.32
MH-T, 1x150W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75063.32
SHP-T, 1x150W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75063.32
MH-T, 1x250W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75065.32
Per accessori vedi pag. 139Per gamma pali vedi pag. 140/141
Per braccio Twin 4 vedi pag. 133Per curve fotometriche vedi pag. 144
ESTERNI ED ARREDO URBANO
3
SHP
MH
128
211
46
0
36
5
282
armatura stradale a tenuta stagna IP65 Naxos 460 - emissione luminosa stradale
Grigiocod. 32
SHP-T, 1x250W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75067.32
SHP-T, 1x100W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75069.32
MH-T, 1x100W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75069.32
MH-T, 1x150W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75063.32
SHP-T, 1x150W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75063.32
MH-T, 1x250W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75065.32
Per accessori vedi pag. 139Per gamma pali vedi pag. 140/141
Per braccio Twin 4 vedi pag. 133Per curve fotometriche vedi pag. 144
ESTERNI ED ARREDO URBANO
Bell / Twin 4
Naxos / Twin 4
Sea
Spritz
Bell 460 28
Naxos 57041
Bell 570 29
Twin 4 44
Bell 380 25
Naxos 46040
Sea 46054
Spritz 46064
Sea 38052
Spritz 38062
Twin 4 32
-
15
New
New
70
174
378
276
Bilico80
90
91
92
Hono 460 116
Hono 380 115
Demi
Squadra / Squadra-Bilico
Hono
106
104
Acuto
-
16
Demi
Bell
Squadra
Squadra-Bilico Naxos
Acuto
Spritz HonoSea
-
17
t01:00 03:00 04:41 07:00 09:00 11:00
W
100
50
70
W
t
100
50
01:00 03:00 05:00 07:00 09:00 11:00
- ( ).
.
.
, 35%. 70, 100 150 .
.
R .
230 ~50 (180-260 ~) 0.93
-40C / +50C
() 70 / 100 / 150
( ) 04 41 (xx) 97.3x167x53
cos >0.8
1 150
:- -
-
-
- ,
-
-
18
Bell 380
Bell 460
Bell / Twin 4
: Studio Archea
-
19
Bell, , , , . : . Bell 380 , ; Bell 460 570 . Bell 460 570 , , . , .
Bell / Twin 4
Bell 570
-
20
Bell / Twin 4
MH 70 W RX7s
H B I Em Emin
5.00 8.00 14.00 20 5
MH 70 W RX7s
H B I Em Emin
4.00 4.00 17.50 22 5
MH 150 W E40
H B I Lm Uo UL TI
8.00 8.00 28.50 1.2 0.4 0.6 6
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= [] Emin= []
- , - ; . : S1
. - . : S1
C . - , - . . : ME3b
-
21
Bell / Twin 4
-
22
4,000
6,000
8,000
10,000
22
Bell
Bell 1 4 .
-
23
Bell
. 0 ... + 20.
. .
.
5; 2- .
5; 3- .
.
.
.
, . , .
, ( , ..). (. ) -.
-
24
: Studio Archea
Bell 380/460/570
( : 380/460/570) , . 1/4 , . . . , .
70 250 .
, .
. , .
1, 2, 3 4 . , .
, .
-
25
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
176 28
9
2
85
3
80
86 7932
Bell 380
[]
MH 35 W G12 11.0 76961.__MH / SHP 70 W RX7s 11.0 76966.__MH / SHP 150 W RX7s-24 11.5 76967.__
IP65 0.078 m2
[]
MH 35 W G12 10.0 76962.__MH / SHP 70 W RX7s 10.0 76968.__MH / SHP 150 W RX7s-24 10.5 76969.__
IP65 0.078 m2
-
26
H
10
4
H
10
4
H
10
4
H
10
4
H
12
4
120
110
113
120
110
113
86 7932
60 H = 105 78024.__ 89 H = 105 78028.__ 102 H = 105 78032.__ 120 H = 155 78134.__ 142 H = 180 78136.__ 171 H = 180 78138.__
60 H = 105 78025.__ 89 H = 105 78029.__ 102 H = 105 78033.__ 120 H = 155 78135.__ 142 H = 180 78137.__ 171 H = 180 78139.__
60 H = 105 78026.__ 89 H = 105 78030.__ 102 H = 105 78034.__
60 H = 105 78027.__ 89 H = 105 78031.__ 102 H = 105 78035.__
60 H = 105 78036.__ 89 H = 105 78037.__ 102 H = 105 78038.__
78039.__
78110.__
+ +
Bell 380
1
2
3
4
( 0 +20)
( 0 +20)
. 206
-
27
Bell 380
-
28
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
250W
SHP-TE40
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
211 34
6
3
65
4
60
86 7932
Bell 460
[]
MH-T / SHP-T 100 W E40 14.5 76979.__MH-T / SHP-T 150 W E40 15.0 76973.__MH-T 250 W E40 16.0 76975.__SHP-T 250 W E40 16.0 76977.__
IP65 0.112 m2
; SHP-T
[]
MH-T / SHP-T 100 W E40 14.5 76978.__MH-T / SHP-T 150 W E40 15.0 76972.__MH-T 250 W E40 16.0 76974.__SHP-T 250 W E40 16.0 76976.__
IP65 0.112 m2
; SHP-T
-
29
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
250W
SHP-TE40
261 4
28
4
64
5
70
86 7932
Bell 570
[]
MH-T / SHP-T 100 W E40 22.5 76996.__MH-T / SHP-T 150 W E40 23.0 76990.__MH-T 250 W E40 24.0 76992.__SHP-T 250 W E40 24.0 76994.__MH-T / SHP-T 400 W E40 24.5 76998.__
IP65 0.164 m2
; SHP-T
-
30
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
261 4
28
4
64
5
70
86 7932
[]
MH-T / SHP-T 100 W E40 22.5 76997.__MH-T / SHP-T 150 W E40 23.0 76991.__MH-T 250 W E40 24.0 76993.__SHP-T 250 W E40 24.0 76995.__MH-T / SHP-T 400 W E40 24.5 76999.__
IP65 0.164 m2 ; SHP-T
Bell 570
-
31
H
10
4
H
10
4
H
10
4
H
10
4
H
12
4
140
160
115
140
160
115
86 7932
60 H = 155 78074.__ 89 H = 155 78078.__ 102 H = 155 78082.__ 120 H = 155 78086.__ 142 H = 180 78090.__ 171 H = 180 78094.__
60 H = 155 78075.__ 89 H = 155 78079.__ 102 H = 155 78083.__ 120 H = 155 78087.__ 142 H = 180 78091.__ 171 H = 180 78095.__
102 H = 155 78084.__ 120 H = 155 78088.__ 142 H = 180 78092.__ 171 H = 180 78096.__
78099.__
78111.__
102 H = 155 78085.__ 120 H = 155 78089.__ 142 H = 180 78093.__ 171 H = 180 78097.__
60 H = 155 78100.__ 89 H = 155 78101.__ 102 H = 155 78102.__ 120 H = 155 78103.__ 142 H = 180 78104.__ 171 H = 180 78105.__
+ +
Bell 460/570
1
2
3
4
( 0 +20)
( 0 +20)
. 206
-
3232
Twin 4 Bell 460/570
Twin 4 Bell 460 Bell 570. - , .
Twin 4 L = 1200 mm
Twin 4 L = 1500 mm
-
33
1000
540
1300
648
H
2600
648
540
H
2000
86 7932
102 H = 155 78009.__ 120 H = 155 78013.__ 142 H = 180 78017.__ 171 H = 180 78021.__
102 H = 155 78008.__ 120 H = 155 78012.__ 142 H = 180 78016.__ 171 H = 180 78020.__
+ + +
Bell 460/570 Twin 4
Twin 4 1200 78115.__
Twin 4 1500 78120.__
Twin 4 1500 78130.__
Twin 4 1200 78125.__
. 206 ( )
-
34
Naxos 460
Naxos 460
Naxos / Twin 4
: Studio Archea
-
35
Naxos 570
Naxos / Twin 4
Naxos, , , , . Naxos : . , , . , .
-
36
MH-T 100 W E40
H B I Em Emin
8.00 12.00 17.00 15.00 7
MH-T 150 W E40
H B I Lm Uo UL TI
8.00 8.00 29.60 1.2 0.4 0. 6 6
Naxos / Twin 4
, , , .
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= []Emin= []
. - . : S1
C . , . . : ME3b
-
37
Naxos / Twin 4
-
38
+20
4,000
6,000
8,000
10,000
Naxos / Twin 4
0 + 20
Naxos 1 4 .
-
39
Naxos 460/570
( : 460/570) , . , ; , . . , .
70 250 E40.
.
, . . , .
1, 2, 3 4 . . .
, .
-
: Studio Archea
-
40
3
SHP
MH
128
65IP
SHP-T E40
65IP
MH-T E40
65IP
MH-T E40
65IP
SHP-T E40
65IP
SHP-T E40
65IP
MH-T E40
211
46
0
36
5
282
armatura stradale a tenuta stagna IP65 Naxos 460 - emissione luminosa stradale
Grigiocod. 32
SHP-T, 1x250W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75067.32
SHP-T, 1x100W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75069.32
MH-T, 1x100W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75069.32
MH-T, 1x150W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75063.32
SHP-T, 1x150W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75063.32
MH-T, 1x250W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75065.32
Per accessori vedi pag. 139Per gamma pali vedi pag. 140/141
Per braccio Twin 4 vedi pag. 133Per curve fotometriche vedi pag. 144
ESTERNI ED ARREDO URBANO
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
250W
SHP-TE40
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
211
3
65
4
60
86 7932
Naxos 460
[]
MH-T / SHP-T 100 W E40 13.0 75069.__MH-T / SHP-T 150 W E40 13.0 75063.__MH-T 250 W E40 13.0 75065.__SHP-T 250 W E40 13.0 75067.__
IP65 0.083 m2
IP65 0.083 m2
[]
MH-T / SHP-T 100 W E40 13.0 75068.__MH-T / SHP-T 150 W E40 13.0 75062.__MH-T 250 W E40 13.0 75064.__SHP-T 250 W E40 13.0 75066.__
-
41
3
SHP
MH
128
65IP
SHP-T E40
65IP
MH-T E40
65IP
MH-T E40
65IP
SHP-T E40
65IP
SHP-T E40
65IP
MH-T E40
211
46
0
36
5
282
armatura stradale a tenuta stagna IP65 Naxos 460 - emissione luminosa stradale
Grigiocod. 32
SHP-T, 1x250W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75067.32
SHP-T, 1x100W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75069.32
MH-T, 1x100W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75069.32
MH-T, 1x150W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75063.32
SHP-T, 1x150W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75063.32
MH-T, 1x250W E40alimentazione elettromagnetica
ottica stradale
apparecchio 75065.32
Per accessori vedi pag. 139Per gamma pali vedi pag. 140/141
Per braccio Twin 4 vedi pag. 133Per curve fotometriche vedi pag. 144
ESTERNI ED ARREDO URBANO
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
250W
SHP-TE40
261
4
75
5
70
86 7932
Naxos 570
[]
MH-T / SHP-T 100 W E40 19.5 75078.__MH-T / SHP-T 150 W E40 20.0 75072.__MH-T 250 W E40 21.0 75074.__SHP-T 250 W E40 21.0 75076.__
[]
MH-T / SHP-T 100 W E40 19,5 75079.__MH-T / SHP-T 150 W E40 19,7 75073.__MH-T 250 W E40 21,0 75075.__SHP-T 250 W E40 21,0 75077.__
IP65 0.125 m2
IP65 0.125 m2
-
42
H
10
4
H
10
4
H
10
4
H
10
4
H
12
4
140
160
115
140
160
115
86 7932
+ +
60 H = 155 78074.__ 89 H = 155 78078.__ 102 H = 155 78082.__ 120 H = 155 78086.__ 142 H = 180 78090.__ 171 H = 180 78094.__
60 H = 155 78075.__ 89 H = 155 78079.__ 102 H = 155 78083.__ 120 H = 155 78087.__ 142 H = 180 78091.__ 171 H = 180 78095.__
102 H = 155 78084.__ 120 H = 155 78088.__ 142 H = 180 78092.__ 171 H = 180 78096.__
78099.__
78111.__
102 H = 155 78085.__ 120 H = 155 78089.__ 142 H = 180 78093.__ 171 H = 180 78097.__
60 H = 155 78100.__ 89 H = 155 78101.__ 102 H = 155 78102.__ 120 H = 155 78103.__ 142 H = 180 78104.__ 171 H = 180 78105.__
Naxos 460/570
1
2
3
4
( 0 +20)
( 0 to +20)
. 206
-
43
Naxos
-
44
Twin 4 Naxos 460 - 570
Twin 4 Naxos 460 Naxos 570. - , .
Twin 4 L = 1200 mm
Twin 4 L = 1500 mm
-
45
1000
540
1300
648
H
2600
648
540
H
2000
86 7932
+ + +
102 H = 155 78009.__ 120 H = 155 78013.__ 142 H = 180 78017.__ 171 H = 180 78021.__
102 H = 155 78008.__ 120 H = 155 78012.__ 142 H = 180 78016.__ 171 H = 180 78020.__
Naxos 460 - 570 Twin 4
. 206 ( )
Twin 4 1200 78115.__
Twin 4 1500 78120.__
Twin 4 1500 78130.__
Twin 4 1200 78125.__
-
46
Sea 380
Sea 460
Sea
: Studio Archea
-
4747
Sea 460
Sea
Sea, , , , . Sea : , . Sea 380 , ; Sea 460 , / . Sea 460 , , . , .
-
48
MH 70 W RX7s
H B I Em Emin
6.00 8.00 16.00 17 5
MH 70 W RX7s
H B I Em Emin
4.00 4.00 16.00 21 5
MH-T 150 W E40
H B I Lm Uo UL TI
8.00 7.00 29.60 1.2 0.4 0.5 7
Sea
- , ; . : S1
. - . : S1
C . , . . : ME3c
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= []Emin= []
-
49
Sea
-
50
+20
4,000
6,000
8,000
10,000
50
Sea
Sea 1 4 .
0 20
-
51
: Studio Archea
Sea 380/460
( : 380/460) ; . , ; , . . , .
70 250 .
, .
, . . , .
1, 2, 3 4 . . .
, .
-
52
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
202
2
85
3
80
86 7932
Sea 380
[]
MH / SHP 70 W RX7s 9.40 75144.__MH / SHP 150 W RX7s-24 9.40 75145.__
IP65 0.067 m2
[]
MH / SHP 70 W RX7s 8.50 75142.__MH / SHP 150 W RX7s-24 9.00 75143.__
IP65 0.067 m2
-
53
H
10
4
H
10
4
H
10
4
H
10
4
H
12
4
120
110
113
120
110
113
86 7932
60 H = 105 78024.__ 89 H = 105 78028.__ 102 H = 105 78032.__ 120 H = 155 78134.__ 142 H = 180 78136.__ 171 H = 180 78138.__
60 H = 105 78025.__ 89 H = 105 78029.__ 102 H = 105 78033.__ 120 H = 155 78135.__ 142 H = 180 78137.__ 171 H = 180 78139.__
60 H = 105 78026.__ 89 H = 105 78030.__ 102 H = 105 78034.__
60 H = 105 78027.__ 89 H = 105 78031.__ 102 H = 105 78035.__
60 H = 105 78036.__ 89 H = 105 78037.__ 102 H = 105 78038.__
78039.__
78110.__
+ +
Sea 380
1
2
3
4
( 0 +20)
( 0 +20)
. 206
-
54
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
250W
SHP-TE40
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
245
3
65
4
60
86 7932
Sea 460
[]
MH-T / SHP-T 100 W E40 16.5 75159.__MH-T / SHP-T 150 W E40 17.0 75153.__MH-T 250 W E40 18.0 75155.__SHP-T 250 W E40 18.0 75157.__
IP65 0.094 m2
[]
MH-T / SHP-T 100 W E40 16.5 75158.__MH-T / SHP-T 150 W E40 17.0 75152.__MH-T 250 W E40 18.0 75154.__SHP-T 250 W E40 18.0 75156.__
IP65 0.094 m2
-
55
H
10
4
H
10
4
H
10
4
H
10
4
H
12
4
140
160
115
140
160
115
86 7932
60 H = 155 78074.__ 89 H = 155 78078.__ 102 H = 155 78082.__ 120 H = 155 78086.__ 142 H = 180 78090.__ 171 H = 180 78094.__
60 H = 155 78075.__ 89 H = 155 78079.__ 102 H = 155 78083.__ 120 H = 155 78087.__ 142 H = 180 78091.__ 171 H = 180 78095.__
102 H = 155 78084.__ 120 H = 155 78088.__ 142 H = 180 78092.__ 171 H = 180 78096.__
78099.__
78111.__
102 H = 155 78085.__ 120 H = 155 78089.__ 142 H = 180 78093.__ 171 H = 180 78097.__
60 H = 155 78100.__ 89 H = 155 78101.__ 102 H = 155 78102.__ 120 H = 155 78103.__ 142 H = 180 78104.__ 171 H = 180 78105.__
+ +
Sea 460
1
2
3
4
( 0 +20)
( 0 +20)
. 206
-
56
Spritz 380
Spritz
: Luca Trazzi
Spritz, , , , . Spritz : . Spritz 380 , ; Spritz 460 , /
. Spritz 460 , , . , .
-
5757
Spritz 460
Spritz
-
58
MH-T 100 W E40
H B I Em Emin
8.00 12.00 16.50 15 6
MH 70 W RX7s
H B I Em Emin
4.00 4.00 17.50 22 5
MH-T 150 W E40
H B I Lm Uo UL TI
8.00 7.00 29.60 1.2 0.4 0.5 7
Spritz
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= []Emin= []
- , ; . : S1
. - . : S1
C . , . . : ME3c
-
59
Spritz
-
60
+20
4,000
6,000
8,000
10,000
60
Spritz
0 20
Spritz 1 4 .
-
61
: Luca Trazzi
Spritz 380/460
( : 380/460) ; . , ; , . . , .
70 250 .
, .
, . . , .
1, 2, 3 4 . . .
, .
-
62
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
207
290
2
85
3
80
86 7932
Spritz 380
[]
MH / SHP 70 W RX7s 12.5 75186.__MH / SHP 150 W RX7s-24 13.0 75187.__
IP65 0.073 m2
[]
MH / SHP 70 W RX7s 12.5 75184.__MH / SHP 150 W RX7s-24 13.0 75185.__
IP65 0.073 m2
-
63
H
10
4
H
10
4
H
10
4
H
10
4
H
12
4
120
110
113
120
110
113
86 7932
60 H = 105 78024.__ 89 H = 105 78028.__ 102 H = 105 78032.__ 120 H = 155 78134.__ 142 H = 180 78136.__ 171 H = 180 78138.__
60 H = 105 78025.__ 89 H = 105 78029.__ 102 H = 105 78033.__ 120 H = 155 78135.__ 142 H = 180 78137.__ 171 H = 180 78139.__
60 H = 105 78026.__ 89 H = 105 78030.__ 102 H = 105 78034.__
60 H = 105 78027.__ 89 H = 105 78031.__ 102 H = 105 78035.__
60 H = 105 78036.__ 89 H = 105 78037.__ 102 H = 105 78038.__
78039.__
78110.__
+ +
Spritz 380
1
2
3
4
( 0 +20)
( 0 +20)
. 206
-
64
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
250W
SHP-TE40
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
251
350
3
65
4
60
86 7932
Spritz 460
[]
MH-T / SHP-T 100 W E40 18.0 75199.__MH-T / SHP-T 150 W E40 18.5 75193.__MH-T 250 W E40 19.5 75195.__SHP-T 250 W E40 19.5 75197.__
IP65 0.106 m2
[]
MH-T / SHP-T 100 W E40 18.0 75198.__MH-T / SHP-T 150 W E40 18.5 75192.__MH-T 250 W E40 19.5 75194.__SHP-T 250 W E40 19.5 75196.__
IP65 0.106 m2
-
65
H
10
4
H
10
4
H
10
4
H
10
4
H
12
4
140
160
115
140
160
115
86 7932
60 H = 155 78074.__ 89 H = 155 78078.__ 102 H = 155 78082.__ 120 H = 155 78086.__ 142 H = 180 78090.__ 171 H = 180 78094.__
60 H = 155 78075.__ 89 H = 155 78079.__ 102 H = 155 78083.__ 120 H = 155 78087.__ 142 H = 180 78091.__ 171 H = 180 78095.__
102 H = 155 78084.__ 120 H = 155 78088.__ 142 H = 180 78092.__ 171 H = 180 78096.__
78099.__
78111.__
102 H = 155 78085.__ 120 H = 155 78089.__ 142 H = 180 78093.__ 171 H = 180 78097.__
60 H = 155 78100.__ 89 H = 155 78101.__ 102 H = 155 78102.__ 120 H = 155 78103.__ 142 H = 180 78104.__ 171 H = 180 78105.__
+ +
Spritz 460
1
2
3
4
( 0 +20)
( 0 +20)
. 206
-
66
Squadra
: Matteo Nunziati, Alessandro Scandola
Bilico. 80
. 70
1. 74
.
-
67
Squadra
Squadra , , , . , : , , .
3. 78
2. 76
-
68
MH 70 W RX7s
H B I Em Emin
6.00 8.00 14.00 10 3
MH 70 W RX7s
H B I Em Emin
4.00 4.00 18.00 21 5
MH 150 W RX7s-24
H B I Lm Uo UL TI
6.00 6.00 20.00 1.3 0.4 0.6 3
Squadra
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= []Emin= []
, .
- , ; . : S1
. - . : S2
C . , . . : ME3b
-
69
-
: Matteo Nunziati, Alessandro Scandola
Squadra
, , , IP65 II. , , . Squadra .
(RX7s, Fc2) 70, 150 250 . .
, , . , .
.
/ . .
, .
-
70
70W
MHRX7s
250W
MHFc2
2x42W
TC-TEGX24q-4
150W
MHRX7s-24
70W
SHPRX7s
250W
SHPFc2
150W
SHPRX7s-24
80
116
260
465
42540
68 86 79
Squadra
[]
MH 35 W G12 7.30 76021.__MH / SHP 70 W RX7s 7.30 76001.__MH / SHP 150 W RX7s-24 8.70 76000.__MH 250 W Fc2 9.50 76002.__SHP 250 W Fc2 9.50 76003.__
[]
FL TC-TE 242 W GX24q-4 6.00 76020.__
, 76027.__
76025.00
IP65 0.041
IP65 0.041
-
71
70W
MHRX7s
250W
MHFc2
150W
MHRX7s-24
70W
SHPRX7s
250W
SHPFc2
150W
SHPRX7s-24
80
116
260
465
42540
68 86 79
Squadra
[]
MH 35 W G12 7.00 76022.__MH / SHP 70 W RX7s 7.00 76006.__MH / SHP 150 W RX7s-24 8.60 76005.__MH 250 W Fc2 9.50 76007.__SHP 250 W Fc2 9.50 76008.__
, 76027.__
76025.00
IP65 0.041
-
72
150W
MHRX7s-24
70W
MHRX7s
250W
MHFc2
150W
SHPRX7s-24
70W
SHPRX7s
250W
SHPFc2
70W
MHRX7s
150W
MHRX7s-24
80
116
260
465
42540
68 86 79
[]
MH 70 W RX7s 7.30 76016.__MH 150 W RX7s-24 8.50 76018.__
IP65 0,041
Squadra
[]
MH 35 W G12 5.00 76023.__MH / SHP 70 W RX7s 5.00 76011.__MH / SHP 150 W RX7s-24 6.10 76010.__MH 250 W Fc2 7.30 76012.__SHP 250 W Fc2 7.30 76013.__
, 76027.__
76025.00
IP65 0,041
-
73
Squadra
-
74
4,500
4,000
5,500
6,000
: Martini
Squadra 1
1 Squadra . .
-
75
367
317
86 86
626 1092
68 86 79
1 Squadra
1 60 76028.__
. . 206
1 60 76029.__
-
76
4,500
3,500
: Pier Filippo Ferrari
Squadra 2
- - , .
-
77
22351176
68 86 79
2 Squadra
2 89 76335.__
2 89 76336.__
. . 206
-
78
4,500
3,500
: Gianluca Sgalippa
Squadra 3
. , .
-
79
658 1030 1800
250
400
400
400
105
105
250
250
68 86 79
3 Squadra
3 76339.__
3 89 76337.__
3 89 76338.__
. . 206
-
80
6,000
5,000
4,000
: Barin, Facchinetti, Lazzeri, Zorzoli
Squadra/ Bilico
Bilico, , , .
-
81
960
1040
68 86 79
Squadra/ Bilico
Bilico 60 76024.__
. . 206
-
82
68 86 79
Squadra
1 60
76028.__
1 60
76029.__
2 89
76335.__
2 89
76336.__
3
76339.__
3 89
76337.__
3 89
76338.__
Bilico 60 76024.__
-
83
Squadra
-
84
Demi
: Lapo Grassellini
Demi, , , . : , , . Demi .
-
85
Demi
-
86
MH-T 70 W E27
H B I Em Emin
4.00 4.00 18.50 20 5
SHP-T 250 W E40
H B I Lm Uo UL TI
10.00 10.00 37.00 1.2 0.4 0.7 10
Demi
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= []Emin= []
- , ; . : S1
C . , . - -. : ME3a
-
87
: Lapo Grassellini
Demi
, , , , IP66 II. , .
70 250 , 70 250
70 . : G12 35 100 .
, .
.
, .
-
88
Demi
, -, -.
-, ; - .
, .
; .
-
89
Demi
-
90
70W
SHP-EE27
100W
MH-TE40
100W
SHP-TE40
70W
MH-TE27
70W
SHP-TE27
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
520
240
68 86 79
Demi
[]
SHP-E 70 W E27 11.0 75238.__MH-T / SHP-T 70 W E27 11.0 75239.__MH-T / SHP-T 100 W E40 11.5 75240.__MH-T / SHP-T 150 W E40 12.0 75241.__MH-T 250 W E40 12.5 75242.__SHP-T 250 W E40 12.5 75243.__
IP66 0,10
-
91
70W
MHG12
520
240
68 86 79
Demi
[]
MH 35 W G12 11.0 75254.__MH 70 W G12 11.0 75255.__MH 100 W G12 12.0 75256.__
IP66 0,10
-
92
70W
SHP-EE27
150W
MH-TE40
100W
MH-TE40
100W
SHP-TE40
70W
MH-TE27
600
90 90
0
Imax=437.59 cd/klm
C0-180 =58
CIE
DIN
CEN
=0.60GI=0.006SPREAD 6.3 StrettoTHROW 56.5 CortoSLI 4.5
KB2
G3D6
70W
SHP-TE27
150W
SHP-TE40
240
520
68 86 79
Demi
[]
SHP-E 70 W E27 11.0 75248.__MH-T / SHP-T 70 W E27 11.0 75249.__MH-T / SHP-T 100 W E40 11.5 75250.__MH-T / SHP-T 150 W E40 12.0 75251.__
IP66 0,10
-
93
Demi
-
94
: Lapo Grassellini
Demi
360
60 - 90 - 102
. . 206
-
95
240
445
6
0
800
139
5
20 60 545
240
500
160
900
60
635
5
20
240
168
435
60
906
360
5
20
68 86 79
Demi
[]
60 75266.__
90 75291.__
102 75296.__
[] 360
60 75263.__
90 75292.__
102 75297.__
[]
60 75260.__
-
96
240
168
480
785
5
20
60 1331
240
168
396
564
480
1520
5
20
60 2068
68 86 79
Demi
[] 785
60 75264.__
90 75293.__
102 75298.__
[] 1520
60 75265.__
90 75294.__
102 75299.__
-
97
435
906
360
240
5
20
60
458
1331
785
520
60
240
68 86 79
Demi
[] 360
60 75267.__
[] 785
60 75268.__
-
98
480
2068
1520
5
20
60
240
68 86 79
Demi
[] 1520
60 75269.__
. . 206
-
99
Demi
-
100
60
: Martini
Acuto
, - , , - IP65 II. - -. 0 90 , - 60 .
- 70 250 , - 70 250 70 .
.
. .
-.
60
-
101
Acuto
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= []Emin= []
MH-T 70W E27
H B I Em Emin
4.00 4.00 20 19 5
SHP-T 150W E40
H B I Lm Uo UL TI
8.00 8.00 30 1.0 0.6 0.7 7
- , ; . : S1
C . , . - -. : ME3a
-
102
a b
. .
: 90 (. a) 0 (. b).
- , .
- - .
. , -.
Acuto
-
103
Acuto
-
104
70W
SHP-EE27
100W
MH-TE40
100W
SHP-TE40
70W
MH-TE27
70W
SHP-TE27
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
835
710
165
320
29019
2
60
60
38
Acuto
[]
SHP-E 70 W E27 8.80 75340.38MH-T / SHP-T 70 W E27 8.80 75341.38MH-T / SHP-T 100 W E40 8.80 75342.38MH-T / SHP-T 150 W E40 8.80 75343.38MH-T 250 W E40 9.80 75344.38SHP-T 250 W E40 9.80 75345.38
IP65 0,10 . . 206
-
105
Acuto
-
106
70W
SHP-EE27
150W
MH-TE40
100W
MH-TE40
100W
SHP-TE40
70W
MH-TE27
600
90 90
0
Imax=437.59 cd/klm
C0-180 =58
CIE
DIN
CEN
=0.60GI=0.006SPREAD 6.3 StrettoTHROW 56.5 CortoSLI 4.5
KB2
G3D6
70W
SHP-TE27
150W
SHP-TE40
835
710
165
320
29019
2
60
60
38
Acuto
[]
SHP-E 70 W E27 8.80 75348.38MH-T / SHP-T 70 W E27 8.80 75349.38MH-T / SHP-T 100 W E40 8.80 75350.38MH-T / SHP-T 150 W E40 8.80 75351.38
IP65 0.10 . . 206
-
107
Acuto
-
108
Hono 380
Hono
: Mauro Saito
Hono, , , , . Hono : , . Hono 380 , ; Hono 460 , /
. Hono 460 , , . , .
-
109
Hono 460
Hono
-
110
MH 70 W RX7s
H B I Em Emin
6.00 8.00 14.00 15 3
MH 70 W RX7s
H B I Em Emin
5.00 4.00 18.50 22 5
MH-T 150 W E40
H B I Lm Uo UL TI
8.00 8.00 28.50 1.3 0.4 0.5 8
Hono
- , ; . : S1
. - . : S2
C . , . . : ME3c
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= []Emin= []
-
111
Hono
-
112
4,000
6,000
8,000
10,000
Hono
-
113
32 86
778
70
1940
870
1270
70
840
970
70
808
70
2540
Hono
Hono 380 75636.__
Hono 460 75637.__
Hono 380 75635.__
Hono 460 75638.__
. . 206
-
114
Hono 460Hono 380
Hono 380/460
( : 380/460) ; . , ; , . . . , .
70 250 .
, .
, . . , .
. .
.
: Mauro Saito
-
115
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
650
2
85
3
80
8632
Hono 380
[]
MH / SHP 70 W RX7s 19.0 75620.__MH / SHP 150 W RX7s-24 19.0 75621.__
IP65 0.139 m2
[]
MH / SHP 70 W RX7s 19.0 75622.__MH / SHP 150 W RX7s-24 19.0 75623.__
IP65 0.139 m2
-
116
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
250W
SHP-TE40
100W
MH-TE40
100W
SHP-TE40
150W
MH-TE40
150W
SHP-TE40
250W
MH-TE40
250W
SHP-TE40
920
3
65
4
60
8632
Hono 460
[]
MH-T / SHP-T 100 W E40 38.0 75625.__MH-T / SHP-T 150 W E40 38.0 75626.__MH-T 250 W E40 38.0 75627.__SHP-T 250 W E40 38.0 75628.__
IP65 0.245 m2
[]
MH-T / SHP-T 100 W E40 38.0 75629.__MH-T / SHP-T 150 W E40 38.0 75630.__MH-T 250 W E40 38.0 75631.__SHP-T 250 W E40 38.0 75632.__
IP65 0.245 m2
-
117
Hono
-
118
400 146
Twin 1-2-3148
123
260 133
122
180132
180 124
350 142
Lux 98
Lux 180/260
Lux 350/400 / Twin 1-2-3
-
119
154
160
164
166
Moove IP65
Bicubo
Slim
Martino
-
120
: Luca Trazzi
Lux 98
, . . , . , , , . .
QT-12 GY6.35. CDm-Tm PGJ5. QT-14 G9.
: spot flood, .
.
, .
, .
(360)
(240)
.
-
121
QT-14 48 W G9
L Emed
3.00 0.64 370
QT-14 48 W G9
L Emed
3.00 2.24 52
MH Mini Master Color 20 W PGJ5
L Emed
3.00 0.63 808
MH Mini Master Color 20 W PGJ5
L Emed
3.00 2.24 113
Lux 98
Spot (S)
: , .
Flood (F)
: , .
L = [] = []Emed = []
-
122
48W
QT-14G9
48W
QT-14G9
35W
QT-12GY6,35
20W
MHPGJ5
35W
QT-12GY6,35
20W
MHPGJ5
9
8
129
104
9
8
104
275
65x65
86 7932
IP65
Lux 98
[]
AL QT-14 48 W G9 S 1.00 75655.__AL QT-14 48 W G9 F 1.00 75656.__
(L=660 ) . 75655 75656 75771.__
75778.__
[]
AL QT-12 35 W GY6.35 S 4.00 75651.__AL QT-12 35 W GY6.35 F 4.00 75652.__MH Mini Master Colour 20 W PGJ5 S 4.00 75653.__MH Mini Master Colour 20 W PGJ5 F 4.00 75654.__
IP65
. 75651, 75652, 75653 75654 75772.68 75772.79 75772.86
-
123
48W
QT-14G9
48W
QT-14G9
35W
QT-12GY6,35
20W
MHPGJ5
35W
QT-12GY6,35
20W
MHPGJ5
9
8
104
345
250
80X80
9
8
220
250
104
75
86 7932
Lux 98
[]
AL QT-12 35 W GY6.35 S 5.00 75672.__AL QT-12 35 W GY6.35 F 5.00 75674.__MH Mini Master Colour 20 W PGJ5 S 5.00 75676.__MH Mini Master Colour 20 W PGJ5 F 5.00 75678.__
IP65 .
[]
AL QT-14 48 W G9 S 2.00 75688.__AL QT-14 48 W G9 F 2.00 75690.__
IP65 3
.
-
124
Lux 180
Lux 260
: Luca Trazzi
Lux 180/260
, . . , . , , , . , . .
GY6.35 G53.
PGJ5, G12 GX8.5. TC-TE GX24q-2.
: spot flood, .
.
, .
, .
(360)
(240)
.
-
125
QT-12 50 W GY6.35
L Emed
3.00 0.26 1200
QT-12 50 W GY6.35
L Emed
3.00 0.94 211
QT-12 50 W GY6.35
L Emed
3.00 2.20 78
MH 35 W G12
L Emed
3.00 0.38 4232
MH 35 W G12
L Emed
3.00 0.94 872
MH 35 W G12
L Emed
3.00 2.04 277
Lux 180
Super spot (SS)
: , .
Lux 180
L = [] = []Emed = []
Flood (F)
: , .
Spot (S)
: , .
-
126
MH 70 W G12
L Emed
3.00 0.30 18948
MH 70 W G12
L Emed
3.00 0.88 1889
MH 70 W G12
L Emed
3.00 2.12 350
Lux 260
L = [] = []Emed = []
Lux 260
Super spot (SS)
: , .
Spot (S)
: , .
Flood (F)
: , .
-
127
50W
QT-12GY6,35
50W
QT-12GY6,35
50W
QT-12GY6,35
9
6
96
1
67
167
175
175
907524
0
9090
7
90
28
75107
,5
90
90112
105
2
5
757
86 7932
Lux 180
[]
AL QT-12 50 W GY6.35 SS 3.20 75400.__AL QT-12 50 W GY6.35 S 3.20 75401.__AL QT-12 50 W GY6.35 F 3.20 75402.__
[]
AL AR111 75 W G53 3.20 75416.__
IP65
IP65 . . 328
- 75471.68 75471.86 75471.79
75475.00
- 75478.__
75474.00
M16 x 1.5 91056.00
75476.__
, IP65 75470.68 75470.86 75470.79
75473.00
( ) 75479.__
75508.00
75505.00 75504.00 75507.00 75506.00
-
128
Lux 180
-
129
Lux 180
-
130
70W
MHG12
20W
Mini MasterColourPGJ5
20W
Mini MasterColourPGJ5
70W
MHG12
70W
MHG12
4000
90 90
0
H D1 D2 Em
1 0.36 0.36 4552
2 0.73 0.73 1138
3 1.09 1.09 506
5 1.46 1.46 284
Imax=4310.50 cd/klm
=8+8 =8+8
[m] [m] [m] [lx]
=88%
20W
Mini MasterColourPGJ5
9
6
96
1
67
167
175
175
9090
9090
230
230
86 7932
Lux 180
[]
MH 35 W G12 SS 5.50 75406.__MH 35 W G12 S 5.50 75407.__MH 35 W G12 F 5.50 75408.__MH 70 W G12 SS 5.80 75409.__MH 70 W G12 S 5.80 75410.__MH 70 W G12 F 5.80 75411.__
[]
MH Master Colour CDM-R111 35 W GX8.5 5.80 75418.__MH Master Colour CDM-R111 70 W GX8.5 5.80 75415.__
[]
Mini Master Colour 20 W PGJ5 SS 5.30 75412.__Mini Master Colour 20 W PGJ5 S 5.30 75413.__Mini Master Colour 20 W PGJ5 F 5.30 75414.__
IP65
IP65 . . 329
IP65
-
131
120
12080100
120
140
70 100
110
86 7932
Lux 180
75475.00
75474.00
M16 x 1.5 91056.00
75476.__
75472.__
75473.00
75477.__
75508.00
75505.00 75504.00 75507.00 75506.00
-
132
18W
TC-TEGX24q-2
18W
TC-TEGX24q-2
175
175
900
300
900
167
167
86 7932
Lux 180
75505.00 75504.00 75507.00 75506.00
[]
FL TC-TE 18 W GX24q-2 7.00 75403.__
[]
FL TC-TE 18 W GX24q-2 7.00 75404.__
IP65
IP65
-
133
35W
MHG12
35W
MHG12
70W
MHG12
70W
MHG12
70W
MHG12
35W
MHG12
165
269
280
1
25
2
60
90 130
130
86 7932
Lux 260
[]
MH 35 W G12 SS 7.00 75422.__MH 35 W G12 S 7.00 75423.__MH 35 W G12 F 7.00 75424.__MH 70 W G12 SS 7.00 75425.__MH 70 W G12 S 7.00 75426.__MH 70 W G12 F 7.00 75427.__
IP65
75482.00
75600.00 75601.00 75602.00 75603.00
75481.00
, super spot 75480.00
75483.__
75604.00
75484.__
-
134
-
135
-
136
: Luca Trazzi
Lux 350/400 - Twin
, , . : 350 400 , .
Lux 350 . 142 Lux 400 . 146
.
-
137
Lux 350/400 - Twin
Twin Lux 350 Lux 400, , ; .
Twin 1 . 148 Twin 2 . 150 Twin 3 . 152
-
138
MH 150 W G12
L Emed
3.00 0.36 33659
MH 150 W G12
L Emed
3.00 0.94 4550
MH 150 W G12
L Emed
3.00 2.24 911
MH 150 W RX7s-24
H B I Lm Uo UL TI
7.50 6.00 24.00 1.3 0.4 0.5 3
Lux 350 - Twin
Lux 350
C . , . . : ME3c
Super spot
: , .
Spot
: , .
Flood
: , .
-
139
MH-T 250 W E40
L Emed
3.00 1.05 5068
MH-T 250 W E40
L Emed
3.00 1.95 1314
Lux 400 - Twin
Lux 400
Lux 350 400 , .
L = [] = []Emed = []
C2, q0=0.070H= []B= []I= []Lm= [/2]Uo= UL= TI= [%]Em= []Emin= []
Spot
: , .
Flood
: , .
-
140
360
360
360
360
4,000
6,000
8,000
10,000
140
Lux 350/400 - Twin
Twin 1
Twin 2
Twin 3
-
141
Lux 350
Lux 400
: Luca Trazzi
Lux 350/400
. . .
- . .
Lux 350: super spot, spot, flood, .Lux 400: spot flood.
. .
/ , , , , , .
, .
-
142
70W
MH-TE27
70W
MH-TE27
150W
MHG12
250W
MHG12
150W
MHG12
70W
SHP-TE27
70W
MH-TE27
150W
MHG12
70W
SHP-TE27
3
50
56
357
1
66
215
86 7932
Lux 350
[]
MH-T 70 W E27 10.5 75445.__MH 150 W G12 11.0 75430.__MH 250 W G12 12.0 75433.__
[]
MH-T 70 W E27 10.5 75446.__SHP-T 70 W E27 10.5 75443.__MH 150 W G12 11.0 75431.__MH 250 W G12 12.0 75434.__
IP65 0.083 m2
super spot
IP65 0.083 m2
spot
[]
MH-T 70 W E27 10.5 75447.__SHP-T 70 W E27 10.5 75444.__MH 150 W G12 11.0 75432.__MH 250 W G12 12.0 75435.__
IP65 0.083 m2
flood
-
143
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
70W
MHRX7s
150W
MHRX7s-24
70W
SHPRX7s
150W
SHPRX7s-24
3
50
56
357
1
66
215
86 7932
Lux 350
[]
MH / SHP 70 W RX7s 10.5 75450.__MH / SHP 150 W RX7s-24 11.0 75451.__
IP65 0.083 m2
[]
MH / SHP 70 W RX7s 10.5 75448.__MH / SHP 150 W RX7s-24 11.0 75449.__
IP65 0.083 m2
-
144
265
150
100 353
100
150
M12
13
150
18
86 7932
Lux 350
- 75489.__
75487.00
- 75485.00
- 75609.00
75488.__
75606.00 75607.00 75605.00 75608.00
75486.00
-
145
Lux 350
-
146
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
150W
MH-TE40
250W
MH-TE40
150W
SHP-TE40
400W
MH-TE40
38
7
60
416
18
8
249
38
7
60
461
1
88
265
86 7932
Lux 400
[]
MH-T / SHP-T 100 W E40 13.5 75461.__MH-T 150 W E40 14.0 75463.__SHP-T 150 W E40 14.0 75457.__MH-T 250 W E40 15.0 75465.__
[]
MH-T / SHP-T 100 W E40 13.5 75462.__MH-T 150 W E40 14.1 75464.__SHP-T 150 W E40 14.0 75458.__MH-T 250 W E40 15.0 75466.__
IP65 0.149 m2
spot
IP65 0.149 m2
flood
[]
MH-T 400 W E40 16.0 75467.__
IP65 0.158 m2
flood
OSRAM HQI-T 400/N/SI C.L. 3.25 A. Martini 4.96095.57 , , .
-
147
316
150
100 353
100
150M
12
13
168
12
86 7932
Lux 400
- 75489.__
75487.00
- 75614.00
75493.__
75611.00 75612.00 75610.00 75613.00
75491.00
-
148
Twin 1
-
149
1150
650
1280
860
2300
860
1145
1300
1280
1145
H
H
86 7932
60 H = 155 78001.__ 89 H = 155 78005.__ 102 H = 155 78009.__ 120 H = 155 78013.__ 142 H = 180 78017.__ 171 H = 180 78021.__
60 H = 155 78000.__ 89 H = 155 78004.__ 102 H = 155 78008.__ 120 H = 155 78012.__ 142 H = 180 78016.__ 171 H = 180 78020.__
+ + +
Twin 1
Twin 1 78045.__
Twin 1 78042.__
. 206 ( )
-
150
Twin 2
-
151
H
H
940
1320
1145
1320
1145
1880
86 7932
60 H = 155 78001.__ 89 H = 155 78005.__ 102 H = 155 78009.__ 120 H = 155 78013.__ 142 H = 180 78017.__ 171 H = 180 78021.__
60 H = 155 78000.__ 89 H = 155 78004.__ 102 H = 155 78008.__ 120 H = 155 78012.__ 142 H = 180 78016.__ 171 H = 180 78020.__
+ + +
Twin 2
Twin 2 78044.__
Twin 2 78041.__
. 206 ( )
-
152
Twin 3
-
153
1150
860
1145
860
1145
2300
H
H
86 7932
60 H = 155 78001.__ 89 H = 155 78005.__ 102 H = 155 78009.__ 120 H = 155 78013.__ 142 H = 180 78017.__ 171 H = 180 78021.__
60 H = 155 78000.__ 89 H = 155 78004.__ 102 H = 155 78008.__ 120 H = 155 78012.__ 142 H = 180 78016.__ 171 H = 180 78020.__
+ + +
Twin 3
Twin 3 78043.__
Twin 3 78040.__
. 206 ( )
-
154
Moove IP65
: Marco Casamonti, Alessandro Papotti
Moove , , IP65, . , .
. 20 . ; .
70 150 . R7s 230 .
. .
.
.
110
.
-
155
68 86
230W
QT-DE12R7s
70W
MHRX7s
150W
MHRX7s-24
23080
392
IP65
Moove IP65
[]
AL QTDE12 230 W R7s 6.40 76034.__
[]
MH 70 W RX7s 7.80 76030.__MH 150 W RX7s-24 8.50 76032.__
IP65
-
156
68 86
230W
QT-DE12R7s
70W
MHRX7s
150W
MHRX7s-24
23080
392
IP65
Moove IP65
[]
AL QTDE12 230 W R7s 6.40 76039.__
[]
MH 70 W RX7s 7.80 76035.__MH 150 W RX7s-24 8.50 76037.__
IP65
-
157
68 86
70W
MHRX7s
150W
MHRX7s-24
23080
392
/ Moove IP65
[]
MH 70 W RX7s 7.80 76031.__MH 150 W RX7s-24 8.50 76033.__
IP65
-
158
-
159
-
160
Bicubo
Bicubo
,
-,
-,
. ( ) Bicubo . , .
, . . : .
G12 R7s.
.
; .
, .
: Pier Filippo Ferrari
Bicubo
-
161
160W
QT-DE12R7s
70W
MHG12
160W
QT-DE12R7s
70W
MHG12
274
169
169
274
370
169
94
68 86 79
Bicubo
[]
MH 35 W G12 5.00 76600.__MH 70 W G12 5.50 76601.__MH 150 W G12 6.30 76602.__
[]
AL QT-DE12 160 W R7s 4.30 76604.__
IP65
IP65
76620.00
( ) 76621.00
[]
MH 35 W G12 5.50 76605.__MH 70 W G12 6.00 76606.__MH 150 W G12 6.50 76607.__
[]
AL QT-DE12 160 W R7s 4.50 76609.__
IP65
IP65
-
162
160W
QT-DE12R7s
70W
MHG12
370
169
94
68 86 79
Bicubo
[]
MH 35 W G12 5.70 76615.__MH 70 W G12 6.00 76616.__MH 150 W G12 7.00 76617.__
[]
AL QT-DE12 160 W R7s 4.80 76619.__
IP65
IP65
76620.00
-
163
Bicubo
-
164
: Martini
Slim 125
80 -
80 -
Slim 125
Slim 125
Slim , ; . 80; .
. .
G8.5. .
. AR111 .
; .
.
-
165
68 86
35W
MHG12
160W
QT-DE12R7s
160W
QT-DE12R7s
315
125
75
251
125
75
IP65
[]
AL QT-DE short 120 W R7s 2.00 76704.__
IP65
Slim 125
[]
MH 35 W G8.5 2.80 76705.__
[]
AL AR111 100 W G53 3.50 76708.__
[]
AL QT-DE short 120 W R7s 2.40 76709.__
IP65
IP65 . . 329
[]
AL AR111 100 W G53 2.00 76703.__
IP65 . . 329
-
166
180
Martino
: Martini
, . . .
, . Martino, , .
G12 E27.
.
; .
.
180
-
167
68 86
150W
QT-32E27
35W
MHG12
150W
MHG12
70W
MHG12
169
169
322
Martino
[]
AL QT-32 150 W E27 4.00 76714.__
IP65 Osram Halolux Ceram
[]
MH 35 W G12 5.80 76710.__MH 70 W G12 6.50 76711.__MH 150 W G12 7.00 76712.__
IP65
-
168
New
170
172
Nod
Setto
Almira
178
174
Classe
-
169
New
182
188
Moove palo
Novi palo
Novi 620/450/380
450 198
380 202
620 196
206
-
170
15
4,000
5,000
6,000
7,000
8,000
Nod
Nod , , , .
, . . .
70/150 Rx7s G12; SHP 70/150 .
.
.
.
15
-
. . 206
.
: Mauro Saito
-
171
70W
MHG12
70W
MHRX7s
70W
SHPRX7s
500
500
200
200
102
102
1044
/ 12
4410
44 /
1244
8632
Nod
L [] []
MH 70 W G12 1044 23.0 78602.__MH 150 W G12 1044 23.0 78603.__MH / SHP 70 W RX7s 1044 22.0 78605.__MH / SHP 150 W RX7s-24 1044 22.0 78606.__
MH 70 W G12 1244 23.0 78612.__MH 150 W G12 1244 23.0 78613.__MH / SHP 70 W RX7s 1244 22.0 78615.__MH / SHP 150 W RX7s-24 1244 22.0 78616.__
L [] []
MH / SHP 70 W RX7s 1044 23.0 78600.__MH / SHP 150 W RX7s-24 1044 23.0 78601.__
MH / SHP 70 W RX7s 1244 23.0 78610.__MH / SHP 150 W RX7s-24 1244 23.0 78611.__
IP65
IP65
-
172
: Luca Scacchetti
Setto
, . , .
, 5 .
70 150 .
. , . , , .
.
.
-
68 86
70W
MHG12
150W
MHG12
70W
MHG12
150W
MHG12
173
5000
5900
1000
600
510
200 100
5000
5900
1000
600
510
200 100
Setto
[]
MH 70 W G12 156 76830.__MH 150 W G12 156 76831.__
IP65
[]
MH 70 W G12 156 76832.__MH 150 W G12 156 76833.__
IP65
-
174
4.000
6.000
8.000
10.000
, , .
Pyrex. . .
27 40.
360.
.
89 , , .
.
89
89
: Pier Filippo Ferrari
Classe
-
175
150W
MHE27
70W
SHPE27
150W
SHPE40
70W
MHE27
150W
MHE40
68 86
331
244
576
Classe
[]
MH/SHP 70 W E27 10.5 76811.__MH/SHP 150 W E40 11.0 76812.__MH 150 W E27 11.0 76810.__
IP65 70 1 150 1.8
-
176
140
90
89 89
110
140
693 693693
652
135
180
120
+ + =
=+ +
68 86
Classe
, 76823.__
. 175 . 206
, 76820.__
Classe, 76822.__
, 76821.__
. . 206
. 175 . 206