Characteristics
Performance
Power consumption (W)
Nominal efficacy (lm/W)
Luminaire output flux (lm)
Luminaire efficacy (lm/W)
Photometry
Nominal flux (lm) (*)
GENERAL INFORMATION Recommended installation height
ELECTRICAL INFORMATION Electrical class
4m to 30m
EU class I or II
Number of LEDs
Current (mA)
Line Current (A)
Luminaire
Typical
Typical
Typical
Typical
Typical
Nominal voltage
198-264V – 50Hz
FutureProof
Easy replacement of the photometric engine and electronic assembly on-site
10
350
0.05
1905
12
159
1676
140
Power factor
> 95% at full load
10
500
0.07
2576
17
153
2267
135
Surge protection
10kV / 10kA 20kV / 20kA (optional)
Driver included
Yes
10
700
0.1
3395
23
145
2988
127
ROHS compliant
Yes
Electromagnetic compatibility (EMC)
SANS 55015:2013/A1:2015, SANS 61000-3-2:2014, SANS 61000-3- 3:2013, SANS 61547:2009, SANS 62493:2015 Schréder EXEDRA remote management Schréder ITERRA Optidim Internal daylight switch Incorporated NEMA socket assembly – 3-pin Incorporated NEMA socket assembly – 7-pin, Schréder EXEDRA ready or compatible with standard daylight switch
10
1000
0.15
4501
35
130
3961
114
Testing standard
SANS 475, SANS 60598, SANS 62262
20
350
0.1
3810
23
169
3352
148
20
500
0.14
5109
32
159
4496
140
Control options
HOUSING AND FINISH Housing
20
700
0.2
6790
45
151
5975
133
Marine grade high-pressure die-cast aluminium (EN 1706 AC-44300)
20
850
0.23
7864
54
145
6920
128
20
1000
0.3
9002
69
130
7922
115
Optic
Acrylic PMMA
Protector
High-impact clear glass High-impact polycarbonate (optional)
30
350
0.14
5714
33
173
5029
152
30
500
0.2
7729
47
164
6801
144
30
700
0.29
10281
66
156
9047
137
Housing finish
Unpainted aluminium
30
1000
0.42
13650
96
142
12012
125
Tightness level
IP 66
40
350
0.19
7560
43
176
6653
155
Impact resistance
High-impact clear glass: Up to IK 09 High-impact polycarbonate: IK 10
40
500
0.27
10131
61
166
8915
146
OPTICAL INFORMATION LED colour temperature 4000K (Neutral white 740)
Access for maintenance Easy access to the gear
40
700
0.38
13452
88
154
11837
135
compartment by means of a hinging mechanism
3000K (W arm white 730) (optional) 5700K (Cool white 757) (optional) ≥ 70 (Neutral white 740) ≥ 70 (W arm white 730) (optional) ≥ 70 (Cool white 757) (optional)
40
800
0.44
14969
100
149
13173
131
50
350
0.24
9226
55
169
8119
149
DIMENSIONS AND MOUNTING AxBxC (mm)
Colour rendering index (CRI)
50
500
0.34
12555
78
161
11048
142
XP 1: 244x444x104 XP 2: 244x535x107 XP 3: 345x618x111 XP 4: 386x835x120
50
700
0.48
16814
111
152
14797
134
60
350
0.28
11071
65
171
9742
150
Upward Light Output Ratio (ULOR)
0%
60
500
0.40
15066
93
163
13258
143
Standard optic
5305
Weight (kg)
XP 1: 4 XP 2: 4.5 XP 3: 9 XP 4: 13
60
600
0.48
17622
111
158
15507
139
60
700
0.57
20177
131
154
17756
135
OPERATING CONDITIONS Operating temperature range (Ta)
80
350
0.37
14761
84
175
12990
154
-35°C up to +40°C
80
500
0.53
20088
122
165
17678
145
XP 1: 0.046 XP 2: 0.057 XP 3: 0.072 XP 4: 0.088
Aerodynamic resistance (CxS) (m 2 )
80
600
0.64
23496
147
160
20676
141
LIFETIME OF THE LEDS @ TQ 25°C For all versions
100
500
0.66
25110
151
166
22097
146
100,000h - L95B10
100
700
0.94
33629
217
155
29593
137
LIFETIME OF THE DRIVER @ TQ 25°C For all versions
Standard mounting (mm)
Slip-over side-entry Ø42
120
500
0.78
30132
179
168
26516
148
100,000h ≤10% failure rate
120
700
1.12
40355
257
157
35512
138
Spigot length (mm)
≥ 125
140
500
0.91
35154
209
168
30936
148
140
600
1.11
41117
254
162
36183
142
160
500
1.04
40176
239
168
35355
148
160
550
1.15
43584
265
165
38354
145
Tolerance on LED flu x is ± 7% and on total luminaire power ± 5% (*) The nominal flux is an indicative LED flux @ Ts 85°C based on LED manufacturer’s data. The real flux output of the luminaire depends on environmental conditions (e.g. temperature and pollution) and the optical efficiency of luminaire. The type of LED used is subject to change due to the ongoing rapid progress taking place in LED technology.
148
149
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