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POWERBALL® HCI®
Technical Information
POWERBALL® HCI®-TF, TC
1
2
HCI-TF
w
20 W Ne
830 WDL PB
UVS, PB
MT/UB-20/30/1BH/E-GU6.5-13/57
20
90
3.6/5
0.22
1700
85
830 WDL
3000
> 80
>8
21
< 0.4
G8.5
15
81
52
universal
12000
400
280
ECG
HCI-TC
20/830 WDL PB
4008321052216
12
2
1/2
90
90
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
4000
6000
Hours burned
8000
10000
80
70
60
50
12000
0
90
90
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
4000
6000
Hours burned
8000
10000
12000
10000
12000
0
2000
4000
6000
Hours burned
8000
10000
12000
8000
10000
12000
Luminous flux behaviour HCI-TC
90
90
Luminous flux in %
Survival rate in %
2
8000
60
50
100
80
70
60
2000
6000
Hours burned
70
Survival rate HCI-TC
0
4000
80
100
50
2000
Luminous flux behaviour HCI-TC 20 W
Survival rate HCI-TC 20 W
100
50
HCI-TC
35 W
942 NDL PB
UVS, PB
MT/UB-35/42/1AH-G8.5-15/81
37
90
3.6/5
0.5
3200
86
942 NDL
4200
90
> 21
< 0.4
G8.5
15
81
52
universal
12000
450
300
6
HCI-TC
35/942 NDL PB
4050300873725
12
2
1/2
Luminous flux behaviour HCI-TF
Survival rate HCI-TF
100
50
HCI-TC
35 W
830 WDL PB
UVS, PB
MT/UB-35/30/1BH-G8.5-15/81
37
90
3.6/5
0.5
3400
92
830 WDL
3000
82
> 21
< 0.4
G8.5
15
81
52
universal
12000
450
300
6
HCI-TC
35/830 WDL PB
4050300873763
12
2
1/2
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
POWERBALL® HCI®-TC
1
HCI-TC
70 W
830 WDL PB
UVS, PB
MT/UB-70/30/1BH-G8.5-15/81
72
90
3.6/5
0.96
6900
96
830 WDL
3000
88
> 21
< 0.4
G8.5
15
81
52
universal
12000
550
300
12
HCI-TC
70/830 WDL PB
4008321907639
12
1
1/2
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
lm
lm/W
K
Ra
h
mW/m2 · 1000 lx
mm
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-TC
w
70 W Ne
942 NDL PB
UVS, PB
in development
72
91
3.6/5
0.96
6600
92
942 NDL
4200
94
>8
22
< 0.37
G8.5
15
81
52
universal
12000
550
300
12
HCI-TC
70/942 NDL
4050300873794
12
1
1/2
Luminous flux behaviour HCI-TC
Survival rate HCI-TC
100
50
HCI-TC
70 W
830 WDL
UVS
MT/UB-70/30/1BH-G8.5-15/81
72
90
3.6/4.5
0.96
6600
92
830 WDL
3000
81
> 24
< 0.35
G8.5
15
81
52
universal
12000
550
300
12
HCI-TC
70/830 WDL
4050300873831
12
1
1/2
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
3
POWERBALL® HCI®-T
1
HCI-T
35 W
830 WDL PB
UVS, PB
MT/UB-35/30/1BH-G12-19/100
W
37
V
90
kVs
3.6/5
A
0.5
lm
3400
lm/W
92
830 WDL
K
3000
Ra
84
h
> 21
mW/m2 · 1000 lx < 0.4
G12
mm
19
mm
100
mm
56
universal
h
12000
°C
450
°C
280
µF
6
HCI-T
35/830 WDL PB
4008321005625
Qty
12
No.
1
Fig. no.
1/2
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
EAN
Standard pack
Figure
Circuit (see page 26)
HCI-T
35 W
942 NDL PB
UVS, PB
MT/UB-35/42/1AH-G12-19/100
37
90
3.6/5
0.5
3300
89
942 NDL
4200
90
> 21
< 0.4
G12
19
100
56
universal
12000
450
280
6
HCI-T
35/942 NDL PB
4050300873480
12
1
1/2
HCI-T
70 W
830 WDL PB
UVS, PB
MT/UB-70/30/1BH-G12-19/100
72
100
3.6/5
0.96
7000
97
830 WDL
3000
87
> 47
< 0.18
G12
19
100
56
universal
12000
500
280
12
HCI-T
70/830 WDL PB
4050300873664
12
1
1/2
100
90
90
80
70
60
50
4
0
2000
HCI-T
w
100 W Ne
830 WDL PB
UVS, PB
MT/UB-100/30/1BH-G12-19/100
100
100
3.6/5
1.2
9500
95
830 WDL
3000
86
>8
27
< 0.32
G12
19
100
56
universal
12000
500
280
12
HCI-T
70/942 NDL PB
4050300873626
12
1
1/2
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
POWERBALL® HCI®-T, TM
1
2
HCI-T
w
100 W Ne
942 NDL PB
UVS, PB
MT/UB-100/42/1AH-G12-19/100
W
100
V
100
kVs
3.6/5
A
1.2
lm
9300
lm/W
93
942 NDL
K
4200
Ra
> 90
h
>8
mW/m2 · 1000 lx < 2
G12
mm
19
mm
100
mm
56
universal
h
12000
°C
500
°C
280
µF
16
HCI-T
100/942 NDL PB
4008321907677
Qty
12
No.
1
Fig. no.
1/2
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
EAN
Standard pack
Figure
Circuit (see page 26)
HCI-T
150 W
830 WDL PB
UVS, PB
MT/UB-150/30/1BH-G12-25/105
145
100
3.6/5
1.8
15500
107
830 WDL
3000
86
> 50
< 0.06
G12
25
105
56
universal
12000
550
280
20
HCI-T
150/830 WDL PB
4050300873435
12
1
1/2
HCI-T
150 W
942 NDL PB
UVS, PB
MT/UB-150/42/1AH-G12-25/105
145
92
3.6/5
1.8
14500
100
942 NDL
4200
96
> 50
< 0.12
G12
25
105
56
universal
12000
550
280
20
HCI-T
150/942 NDL PB
4050300873336
12
1
1/2
100
90
90
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
80
70
60
50
12000
0
90
90
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
2000
4000
6000
Hours burned
8000
10000
12000
8000
10000
12000
Luminous flux behaviour HCI-TM
Survival rate HCI-TM
100
50
HCI-TM
w
250 W Ne
942 NDL PB
UVS, PB
MT/UB-250/42/1AH-G22-34/175
249
98
3.6/5
3.0
25000
100
942 NDL
4200
98
>8
300
< 0.028
G22
28
175
90
universal
12000
580
280
32
HCI-TM
250/830 WDL PB
4050300977263
10
2
1
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
5
POWERBALL® HCI®-T, TC, Shoplight
1
2
HCI-T
w
35 W Ne
930 WDL PB
UVS, PB, Shoplight
MT/UB-35/30/1AH-G12-19/100
39
92
3.6/5
0.5
2800
79
930 WDL
3000
92
>8
21
< 0.4
G12
19
100
56
universal
12000
550
300
12
HCI-T
70/930 WDL PB Shop
4050300983134
12
1
1/2
90
90
6
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
4000
HCI-TC
70 W
930 WDL PB
UVS, PB, Shoplight
MT/UB-70/30/1AH-G8.5-15/81
73
95
3.6/5
0.96
6300
86
930 WDL
3000
95
> 24
< 0.35
G8.5
15
81
52
universal
12000
550
300
12
HCI-TC
70/930 WDL PB Shop
4050300983110
12
2
1/2
Luminous flux behaviour Shoplight
Survival rate Shoplight
100
50
HCI-TC
w
35 W Ne
930 WDL PB
UVS, PB, Shoplight
MT/UB-35/30/1AH-G8.5-15/81
37
92
3.6/5
0.5
2800
79
930 WDL
3000
92
>8
50
< 0.04
E40
46
226
150
universal
12000
500
250
32
HCI-T
250/830 WDL PB
4050300636849
12
1
1
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
lm
lm/W
K
Ra
h
mW/m2 · 1000 lx
mm
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-T
w
250 W Ne
942 NDL PB
UVS, PB
MT/UB-250/42/1AH-E40-46/226
250
100
3.6/5
2.8
25000
100
942 NDL
4200
96
>8
50
< 0.04
E40
46
204
132
universal
15000
400
210
20
HCI-TT
150/830 WDL PB
4050300784144
12
1
1
Luminous flux behaviour HCI-T 250 W
100
Luminous flux in %
Survival rate in %
Survival rate HCI-T 250 W
HCI-TT
70 W
830 WDL PB
UVS, PB
MT/UB-70/30/1BH-E27-30/150
74
90
1.8/5
0.92
7000
95
830 WDL
3000
86
> 47
< 0.18
E27
30
150
102
universal
15000
350
210
12
HCI-TT
70/830 WDL PB
4050300784120
12
1
1
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
7
POWERBALL® HCI®-T/P
1
HCI-T/P
70 W
830 WDL PB
clear
UVS, PB
MTS/UB-70/30/
1B-H-E27-32/
125
W
73
V
90
kVs
3.6/5
A
0.98
lm
6500
lm/W
89
830 WDL
K
3000
Ra
> 80
h
> 47
2
mW/m · 1000 lx < 0.18
E27
mm
32
mm
125
mm
89
universal
h
12000
°C
330
°C
190
µF
12
HCI-T/P
70/830 WDL PB
clear
4008321907714
Qty
12
No.
1
Fig. no.
1/2
New
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
EAN
Standard pack
Figure
Circuit (see page 26)
HCI-T/P
70 W
830 WDL PB
coated
UVS, PB
MTS coated/
UB-70/30/1BH-E27-32/125
73
90
3.6/5
0.98
6400
88
830 WDL
3000
> 80
> 47
< 0.18
E27
32
125
89
universal
12000
330
190
12
HCI-T/P
70/830 WDL PB
coated
4008321907721
12
1
1/2
HCI-T/P
70 W
942 NDL PB
clear
UVS, PB
MTS/UB-70/42/
1A-H-E27-32/
125
73
90
3.6/5
0.98
6100
84
942 NDL
4200
> 90
>8
80
>8
80
>8
90
>8
90
h
>8
2
mW/m · 1000 lx < 2
E27
mm
40
mm
140
mm
89
universal
h
12000
°C
330
°C
190
µF
16
HCI-T/P
100/942 NDL PB
clear
4008321907776
Qty
12
No.
1
Fig. no.
1/2
New
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
EAN
Standard pack
Figure
Circuit (see page 26)
HCI-T/P
100 W
942 NDL PB
coated
UVS, PB
MTS coated/
UB-100/42/1AH-E27-40/140
100
95
3.6/5
1.2
8300
83
942 NDL
4200
> 90
>8
80
> 50
< 0.06
E27
40
140
89
universal
12000
330
190
20
HCI-T/P
150/830 WDL PB
clear
4008321907790
12
1
1/2
90
90
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
HCI-T/P
150 W
942 NDL PB
clear
UVS, PB
MTS/UB-150/42/
1A-H-E27-40/
140
145
95
3.6/5
1.8
14000
97
942 NDL
4200
> 90
> 50
< 0.12
E27
40
140
89
universal
12000
330
190
20
HCI-T/P
150/942 NDL PB
clear
4008321907813
12
1
1/2
HCI-T/P
150 W
942 NDL PB
coated
UVS, PB
MTS coated/
UB-150/42/1AH-E27-40/140
145
95
3.6/5
1.8
13300
92
942 NDL
4200
> 90
> 50
< 0.12
E27
40
140
89
universal
12000
330
190
20
HCI-T/P
150/942 NDL PB
coated
4008321907820
12
1
1/2
Luminous flux behaviour HCI-T/P
Survival rate HCI-T/P
100
50
HCI-T/P
150 W
830 WDL PB
coated
UVS, PB
MTS coated/
UB-150/30/1BH-E27-40/140
145
95
3.6/5
1.8
14000
97
830 WDL
3000
> 80
> 50
< 0.06
E27
40
140
89
universal
12000
330
190
20
HCI-T/P
150/830 WDL PB
coated
4008321907806
12
1
1/2
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
9
POWERBALL® HCI®-TS
1
HCI-TS
70 W
830 WDL PB
UVS, PB
MD/UB-70/30/1BH-RX7s-21/114.2/P45
72
95
3.6/4.5
0.95
6900
96
830 WDL
3000
88
> 18
< 0.45
RX7s
21
114.2
57
p 45
12000
500
280
12
HCI-TS
70/830 WDL PB
4050300784069
12
1
1/2
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
lm
lm/W
K
Ra
h
mW/m2 · 1000 lx
mm
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-TS
70 W
942 NDL PB
UVS, PB
MD/UB-70/42/1AH-RX7s-21/114.2/P45
74
94
3.6/5
0.98
6700
91
942 NDL
4200
95
> 29.7
< 0.28
RX7s
21
114.2
57
p 45
12000
500
280
12
HCI-TS
70/942 NDL PB
4050300784106
12
1
1/2
90
90
10
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
HCI-TS
150 W
942 NDL PB
UVS, PB
MD/UB-150/42/1AH-RX7s24-24/132/P45
144
96
3.6/5
1.8
14200
99
942 NDL
4200
97
> 26
< 0.32
RX7s-24
24
132
66
p 45
12000
650
280
20
HCI-TS
150/942 NDL PB
4050300784007
12
1
1/2
Luminous flux behaviour HCI-TS
Survival rate HCI-TS
100
50
HCI-TS
150 W
830 WDL PB
UVS, PB
MD/UB-150/30/1BH-RX7s24-24/132/P45
144
100
3.6/5
1.8
14800
103
830 WDL
3000
90
> 50
< 0.4
RX7s-24
24
132
66
p 45
12000
650
280
20
HCI-TS
150/830 WDL PB
4050300783987
12
1
1/2
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
POWERBALL® HCI®-TS, E
1
2
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
lm
lm/W
K
Ra
h
mW/m2 · 1000 lx
mm
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-TS
250 W
830 WDL PB
HCI-TS
w
250 W Ne
942 NDL PB
UVS, PB
MD/UB-250/30/1BH-Fc2-25/163/P45
245
100
3.6/5
3.0
25000
102
830 WDL
3000
90
> 50
< 0.15
Fc2
25
163
81.5
p 45
12000
650
280
32
HCI-TS
250/830 WDL PB
4050300637730
12
1
1
UVS, PB
MD/UB-250/42/1AH-Fc2-25/163/P45
245
100
3.6/5
3.0
23000
94
942 NDL
4200
> 90
>8
90
>8
50
< 0.1
E40
90
226
–
universal
12000
400
250
32
HCI-E
250/830 WDL PB
4050300636825
12
2
1
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
11
POWERBALL® HCI®-E/P
1
HCI-E/P
35 W
830 WDL PB
clear
UVS, PB
MCS/UB-35/30/1BH-E27-54/138
39
90
3.6/5
0.5
3000
77
830 WDL
3000
> 80
> 21
< 0.4
E27
54
138
86
universal
12000
330
190
6
HCI-E/P
35/830 WDL PB clear
4008321907837
12
1
1/2
New
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
lm
lm/W
K
Ra
h
mW/m2 · 1000 lx
mm
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-E/P
35 W
830 WDL PB
coated
UVS, PB
MES/UB-35/30/1BH-E27-54/138
39
90
3.6/5
0.5
2850
73
830 WDL
3000
> 80
> 21
< 0.4
E27
54
138
–
universal
12000
330
190
6
HCI-E/P
35/830 WDL PB coated
4008321907844
12
1
1/2
90
90
12
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
HCI-E/P
35 W
942 NDL PB
coated
UVS, PB
MES/UB-35/42/1AH-E27-54/138
39
90
3.6/5
0.5
2850
73
942 NDL
4200
> 90
> 21
< 0.4
E27
54
138
–
universal
12000
330
190
6
HCI-E/P
35/942 NDL PB coated
4008321907868
12
1
1/2
Luminous flux behaviour HCI-E/P
Survival rate HCI-E/P
100
50
HCI-E/P
35 W
942 NDL PB
clear
UVS, PB
MCS/UB-35/42/1AH-E27-54/138
39
90
3.6/5
0.5
3000
77
942 NDL
4200
> 90
> 21
< 0.4
E27
54
138
86
universal
12000
330
190
6
HCI-E/P
35/942 NDL PB clear
4008321907851
12
1
1/2
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
POWERBALL® HCI®-E/P
1
HCI-E/P
70 W
830 WDL PB
clear
UVS, PB
MCS/UB-70/30/1BH-E27-54/138
73
90
3.6/5
0.98
6500
89
830 WDL
3000
87
> 47
< 0.18
E27
54
138
86
universal
12000
330
190
12
HCI-E/P
70/830 WDL PB clear
4008321907875
12
1
1/2
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
lm
lm/W
K
Ra
h
mW/m2 · 1000 lx
mm
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-E/P
70 W
830 WDL PB
coated
UVS, PB
MES/UB-70/30/1BH-E27-54/138
73
90
3.6/5
0.98
6400
88
830 WDL
3000
87
> 47
< 0.18
E27
54
138
–
universal
12000
330
190
12
HCI-E/P
70/830 WDL PB coated
4008321907882
12
1
1/2
90
90
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
HCI-E/P
70 W
942 NDL PB
coated
UVS, PB
MES/UB-70/42/1AH-E27-54/138
73
100
3.6/5
0.98
6000
82
942 NDL
4200
> 90
> 26
< 0.32
E27
54
138
–
universal
12000
330
190
12
HCI-E/P
70/942 NDL PB coated
4008321907905
12
1
1/2
Luminous flux behaviour HCI-E/P
Survival rate HCI-E/P
100
50
HCI-E/P
70 W
942 NDL PB
clear
UVS, PB
MCS/UB-70/42/1AH-E27-54/138
73
100
3.6/5
0.98
6100
84
942 NDL
4200
> 90
> 26
< 0.32
E27
54
138
86
universal
12000
330
190
12
HCI-E/P
70/942 NDL PB clear
4008321907899
12
1
1/2
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
13
POWERBALL® HCI®-E/P
1
HCI-E/P
100 W
830 WDL PB
clear
UVS, PB
MCS/UB-100/30/1BH-E27-54/138
100
100
3.6/5
1.2
9000
90
830 WDL
3000
> 80
> 50
< 0.02
E27
54
138
86
universal
12000
330
190
16
HCI-E/P
100/830 WDL PB clear
4008321907912
12
1
1/2
New
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
lm
lm/W
K
Ra
h
mW/m2 · 1000 lx
mm
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-E/P
100 W
830 WDL PB
coated
UVS, PB
MES/UB-100/30/1BH-E27-54/138
100
100
3.6/5
1.2
8500
85
830 WDL
3000
> 80
> 50
< 0.02
E27
54
138
–
universal
12000
330
190
16
HCI-E/P
100/830 WDL PB coated
4008321907929
12
1
1/2
90
90
14
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
HCI-E/P
100 W
942 NDL PB
coated
UVS, PB
MES/UB-100/42/1AH-E27-54/138
100
100
3.6/5
1.2
8300
83
942 NDL
4200
> 90
>8
90
>8
50
< 0.12
E27
54
138
86
universal
12000
330
190
20
HCI-E/P
150/830 WDL PB clear
4008321907950
12
1
1/2
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Nominal luminous flux
Luminous efficacy
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
LCL a
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
lm
lm/W
K
Ra
h
mW/m2 · 1000 lx
mm
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-E/P
150 W
830 WDL PB
coated
UVS, PB
MES/UB-150/30/1BH-E27-54/138
150
95
3.6/5
1.8
13300
89
830 WDL
3000
90
> 50
< 0.12
E27
54
138
–
universal
12000
330
190
20
HCI-E/P
150/830 WDL PB coated
4008321907967
12
1
1/2
90
90
Luminous flux in %
Survival rate in %
100
80
70
60
0
2000
HCI-E/P
150 W
942 NDL PB
coated
UVS, PB
MES/UB-150/42/1AH-E27-54/138
150
91
3.6/5
1.8
13300
89
942 NDL
4200
> 95
> 50
< 0.17
E27
54
138
–
universal
12000
330
190
20
HCI-E/P
150/942 NDL PB coated
4008321907981
12
1
1/2
Luminous flux behaviour HCI-E/P
Survival rate HCI-E/P
100
50
HCI-E/P
150 W
942 NDL PB
clear
UVS, PB
MCS/UB-150/42/1AH-E27-54/138
150
91
3.6/5
1.8
14000
93
942 NDL
4200
> 95
> 50
< 0.17
E27
54
138
86
universal
12000
330
190
20
HCI-E/P
150/942 NDL PB clear
4008321907974
12
1
1/2
4000
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
15
POWERBALL® HCI®-R111
d
1
HCI-R111
20 W
830 WDL PB
10D
UVS, PB
MRS/UB-20/30/
1B-H-GX8.5111/95/10
W
20
V
100
kVs
3.6/5
A
0.22
cd
17000
°
10
830 WDL
K
3000
Ra
> 80
h
>8
2
mW/m · 1000 lx < 2
GX8.5
mm
111
mm
95
universal
h
12000
µF
ECG
HCI-R111
20/830 WDL
PB 10D
4008321907998
Qty
6
No.
1
Fig. no.
2
New
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Axial luminous intensity
Beam angle
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
Burning position
Average lamp life
PF corr. cap. at 50 Hz
Lamp reference
EAN
Standard pack
Figure
Circuit (see page 26)
HCI-R111
20 W
830 WDL PB
24D
UVS, PB
MRS/UB-20/30/
1B-H-GX8.5111/95/24
20
100
3.6/5
0.22
4200
24
830 WDL
3000
> 80
>8
80
>8
80
>8
80
>8
80
>8
90
h
>8
2
mW/m · 1000 lx < 2
GX8.5
mm
111
mm
95
universal
h
12000
µF
6
HCI-R111
35/942 NDL
PB 10D
4008321908056
Qty
6
No.
1
Fig. no.
1/2
New
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Axial luminous intensity
Beam angle
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
Burning position
Average lamp life
PF corr. cap. at 50 Hz
Lamp reference
EAN
Standard pack
Figure
Circuit (see page 26)
HCI-R111
35 W
942 NDL PB
24D
UVS, PB
MRS/UB-35/42/
1A-H-GX8.5111/95/24
39
90
3.6/5
0.5
8500
24
942 NDL
4200
> 90
>8
90
>8
80
>8
80
>8
80
>8
80
> 22
< 0.37
E27
65
95
universal
12000
300
210
6
HCI-PAR 20
35/830 WDL PB SP
4008321908162
12
1
1/2
New
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Axial luminous intensity
Beam angle
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
cd
°
K
Ra
h
mW/m2 · 1000 lx
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-PAR 20
35 W
830 WDL PB FL
UVS, PB
MRS/UB-35/30/1BH-E27-65/95/30
39
90
3.6/4.5
0.5
5500
30
830 WDL
3000
> 80
> 22
< 0.37
E27
65
95
universal
12000
300
210
6
HCI-PAR 20
35/830 WDL PB FL
4008321908179
12
1
1/2
100
90
90
80
70
60
50
18
0
2000
4000
HCI-PAR 30
20 W
830 WDL PB FL
UVS, PB
MRS/UB-20/30/1BH-E27-97/125/30
20
90
3.6/4.5
0.22
4000
30
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
12000
300
210
ECG
HCI-PAR 30
20/830 WDL PB FL
4008321908155
6
1
2
Luminous flux behaviour HCI-PAR
100
Luminous flux in %
Survival rate in %
Survival rate HCI-PAR
HCI-PAR 30
20 W
830 WDL PB SP
UVS, PB
MRS/UB-20/30/1BH-E27-97/125/10
20
90
3.6/4.5
0.22
24000
10
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
12000
300
210
ECG
HCI-PAR 30
20/830 WDL PB SP
4008321908148
6
1
2
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
POWERBALL® HCI®-PAR 30
1
HCI-PAR 30
35 W
830 WDL PB SP
UVS, PB
MRS/UB-35/30/
1B-H-E2797/125/10
39
90
3.6/4.5
0.5
46000
10
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
12000
300
210
6
HCI-PAR 30
35/830 WDL PB SP
4008321908209
6
1
1/2
New
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Axial luminous intensity
Beam angle
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
W
V
kVs
A
cd
°
K
Ra
h
mW/m2 · 1000 lx
mm
mm
h
°C
°C
µF
EAN
Standard pack
Figure
Circuit (see page 26)
Qty
No.
Fig. no.
HCI-PAR 30
35 W
830 WDL PB FL
UVS, PB
MRS/UB-35/30/
1B-H-E2797/125/30
39
90
3.6/4.5
0.5
8500
30
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
12000
300
210
6
HCI-PAR 30
35/830 WDL PB FL
4008321908216
6
1
1/2
100
90
90
80
70
60
50
0
2000
4000
HCI-PAR 30
70 W
830 WDL PB FL
UVS, PB
MRS/UB-70/30/
1B-H-E2797/125/30
73
90
3.6/4.5
0.98
14000
30
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
12000
300
210
12
HCI-PAR 30
70/830 WDL PB FL
4008321908254
6
1
1/2
HCI-PAR 30
70 W
830 WDL PB 40D
UVS, PB
MRS/UB-70/30/
1B-H-E2797/125/40
73
90
3.6/4.5
0.98
12000
40
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
12000
300
210
12
HCI-PAR 30
70/830 WDL PB 40 D
4008321908261
6
1
1/2
Luminous flux behaviour HCI-PAR
100
Luminous flux in %
Survival rate in %
Survival rate HCI-PAR
HCI-PAR 30
70 W
830 WDL PB SP
UVS, PB
MRS/UB-70/30/
1B-H-E2797/125/10
73
90
3.6/4.5
0.98
70000
10
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
12000
300
210
12
HCI-PAR 30
70/830 WDL PB SP
4008321908247
6
1
1/2
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
19
POWERSTAR® HCI®-PAR 20, 30
1
HCI-PAR 20
35 W
830 WDL SP
Spot 10°, UVS
MRS/UB-35/30/
1B-H-E27-65/
95/10
W
38
V
90
kVs
3.6/4.5
A
0.5
cd
22000
°
10
830 WDL
K
3000
Ra
> 80
h
> 22
mW/m2 · 1000 lx < 0.37
E27
mm
65
mm
95
universal
h
9000
°C
300
°C
210
µF
6
HCI-PAR 20
35/830 WDL SP
4050300941936
Qty
12
No.
1
Fig. no.
1/2
Type
ILCOS
Lamp wattage
Lamp voltage
Ignition voltage min./max.
Lamp current
Axial luminous intensity
Beam angle
Light colour/Colour appearance
Colour temperature
Colour rendering index
NIOSH Skin
ACGIH UV output
Base
Diameter d
Length max. l
Burning position
Average lamp life
Max. perm. outer bulb temp.
Max. perm. base edge temp.
PF corr. cap. at 50 Hz
Lamp reference
EAN
Standard pack
Figure
Circuit (see page 26)
HCI-PAR 20
35 W
830 WDL FL
Flood 30°, UVS
MRS/UB-35/30/
1B-H-E27-65/
95/30
38
90
3.6/4.5
0.5
5000
30
830 WDL
3000
> 80
> 22
< 0.37
E27
65
95
universal
9000
300
210
6
HCI-PAR 20
35/830 WDL FL
4050300941950
12
1
1/2
HCI-PAR 30
35 W
830 WDL SP
Spot 10°, UVS
MRS/UB-35/30/
1B-H-E27-97/
125/10
38
90
3.6/4.5
0.5
37000
10
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
9000
300
210
6
HCI-PAR 30
35/830 WDL SP
4050300941974
6
1
1/2
100
90
90
80
70
60
50
20
0
2000
4000
HCI-PAR 30
70 W
830 WDL SP
Spot 10°, UVS
MRS/UB-70/30/
1B-H-E27-97/
125/10
73
90
3.6/4.5
0.97
55000
10
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
9000
300
210
12
HCI-PAR 30
70/830 WDL SP
4050300942018
6
1
1/2
HCI-PAR 30
70 W
830 WDL FL
Flood 30°, UVS
MRS/UB-70/30/
1B-H-E27-97/
125/30
73
90
3.6/4.5
0.97
10000
30
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
9000
300
210
12
HCI-PAR 30
70/830 WDL FL
4050300942032
6
1
1/2
Luminous flux behaviour HCI-PAR
100
Luminous flux in %
Survival rate in %
Survival rate HCI-PAR
HCI-PAR 30
35 W
830 WDL FL
Flood 30°, UVS
MRS/UB-35/30/
1B-H-E27-97/
125/30
38
90
3.6/4.5
0.5
7000
30
830 WDL
3000
> 80
> 22
< 0.37
E27
97
125
universal
9000
300
210
6
HCI-PAR 30
35/830 WDL FL
4050300941998
6
1
1/2
6000
Hours burned
8000
10000
12000
80
70
60
50
0
2000
4000
6000
Hours burned
8000
10000
12000
Please note:
The values and curves published in this document
are for guidance only. The basic data was determined
under controlled laboratory conditions for a switching
cycle of 11 h on/1 h off.
There may be considerable differences in actual practice.
The highlighted areas around the curves represent a
90% confidence range based on our test conditions.
NIOSH threshold and ACGIH UV output:
The radiated energy of a lamp is indicated by the
defined NIOSH curve.
The NIOSH effective radiated output calculated from
this is converted into permitted exposure times with
defined limit values.
The ACGIH UV output value correlates directly with
the NIOSH value and represents the current required
value for UV exposure.
PF correction capacitor:
The pf correction capacitors are designed so that
cos ≥ 0.9 is achieved at rated voltage.
21
Operating instructions
Supply voltage:
The lamps must be connected via suitable control
gear. A 240 V / 50 Hz ac supply is generally required.
If a different supply voltage is used (e.g. 400 V / 50 Hz)
control gear with appropriate taps must be used.
Operating temperatures:
Only high-pressure discharge lamps with external
igniters are suitable for low-temperature applications
down to – 50 °C. Such applications call for special
(heatable) igniters such as MZN 400 SU-LT from BAG
Turgi (for lamps from 100 to 400 W).
Permitted mains voltage deviation: ± 3%
Sudden fluctuations in mains voltage of more than
10% may cause the lamps to go out.
If the deviation from rated supply voltage (230 V or
400 V) is permanent, high-pressure discharge lamps
may exhibit changes in colour or luminous flux. Lamp
life may also be reduced.
Power factor:
CCG: Because of the series connected choke this is
around 0.5 to 0.7 (without compensation)
ECG: If POWERTRONIC® is used the power factor is
greater than 0.96. Compensation is therefore not
needed here.
Control gear:
Switching on:
Conventional control gear: Choke, igniter and pf
correction capacitor.
The right igniter for the particular lamp type must be
used to ensure reliable and safe ignition.
Igniters must always be installed close to the lamp.
The choke may be installed any distance from the
lamp, provided the permissible voltage drop is not
exceeded.
For power supplies with a neutral conductor the choke
should be connected to the live conductor. In the case
of luminaires in which there are no lamps installed,
the ignition equipment (igniter, ignition pulser) must
be disabled when voltage is applied otherwise the
igniters may produce radio interference.
The chokes and pf correction capacitors generally
needed for operating discharge lamps may, under
certain conditions, create oscillating circuits. These
circuits may then produce excessive currents and
voltages, which in turn can destroy the lamps, ballasts
and capacitors. Such resonance phenomena must be
avoided by appropriate circuits and fuses.
When high-pressure discharge lamps come to the
end of their lives a rectifier effect may occur (see IEC
62035). This is not manufacturer-specific. Because
of the excessive dc current components the ballasts
and igniters may become overheated.
High-pressure discharge lamps should therefore only
be operated with control gear with thermal protection.
This applies also to control gear with the option of
power reduction.
Suitable igniters and control gear for
POWERBALL® HCI® are available from the electrical
industry.
22
Full luminous flux is reached only a few minutes after
the lamp is switched on. The start-up current may be
up to twice the operating current depending on the
control gear. (See also the graphs on p. 25)
Fusing:
HCI® lamps must be protected by slow acting fuses.
If fuse wire is used it is sufficient for it to be rated at
twice the rated current of the lamp. If automatic
cutouts are used they should have characteristic “C”.
If adjusted to the upper limit value of 10 x rated current
there will be no triggering if fuse protection is at twice
the rated lamp current.
Restarting:
The lamps will restart only after they have cooled
down for 2 to 15 minutes.
Lampholders:
Because of the high voltages involved in ignition the
lampholders must be designed for these high voltages. Lampholders that meet these requirements are
available from appropriate manufacturers.
Dimming:
In principle, dimming of HCI® POWERBALL® is technically feasible, but OSRAM does not recommend it
for the lamps currently available on the market, because the typical characteristics of HCI® POWERBALL® change when dimmed.
The higher thermal load capacity of the round ceramic burner offers better dimming behavior in terms of
luminous efficacy and color rendering compared to
metal halide lamps with quartz burners or standard
cylindrical ceramic burners.
As before, however, dimming does lead to a change
in the chromaticity coordinates. Lamps operated at
dimmed settings suffer a greater loss of luminous flux
and a greater color shift over their lifetime.
Because there are many different methods of dimming and the effects on the physics of the lamps are
highly complex there is as yet no statistically sound
information on the performance of the lamps over
their lifetime.
In addition, there is still no standardized dimming
cycle by which the lamps can be reliably tested.
The warranted product characteristics cannot
therefore be guaranteed for lamps operated at
dimmed settings.
The operation of OSRAM HCI® POWERBALL® lamps
at dimmed settings is not permitted as this results in
significant color shifts, bad lumen maintenance and
shorter lifetime.
As we cannot completely rule out the possibility of
the bulb bursting, luminaires for the lamps mentioned
above must be equipped with sealed shatter-proof
shields that can withstand wide fluctuations in temperature.
Operating lamps with a damaged outer bulb is
dangerous and therefore not permitted.
Lamp operation:
Operating high-pressure lamps for short periods in
combination with frequent on/off switching will shorten
their life. This applies to both cold starting and hot
restarts.
End of life:
To protect the control gear and to avoid radio interference, high-pressure discharge lamps must be replaced as soon as they come to the end of their life.
These lamps reach their end of life when
● the light colour of the lamp changes dramatically
● there is a significant loss of brightness
● the lamp no longer ignites
● the lamp starts to cycle (periodically goes out and
ignites again).
As a lamp reaches the end of its life the risk of bursting increases. This phenomenon is caused by effects
not connected with the manufacturer, such as the
rectifying effect mentioned earlier. Because of this we
strongly recommend changing the lamp no later than
when it reaches its average life or if one of the above
effects occurs.
The following lamps are suitable for open luminaires:
● All HCI®-T/P
● All HCI®-E/P
● All HCI®-R111
● All HCI®-PAR
The use of shields should be considered for safety
reasons in each case.
HCI® lamps for outdoor applications and damp locations may only be operated in luminaires approved for
the purpose.
Luminaire design:
Luminaire design (thermal design and fuse protection)
should be based on the EN 60598-1 standard.
Photometric and electrical data:
Notes on disposal:
All metal halide lamps contain small quantities of
mercury. If they break, poisonous mercury vapour
may be released. The lamps must be treated as waste
requiring special supervision with EEC code 20 01 21
for waste or residue containing mercury and should be
passed to a relevant collection or recycling company.
Guarantee:
A guarantee can only made if suitable control gear is
used and the defined operating conditions are met.
Safety:
OSRAM high-pressure lamps meet the safety requirements defined in IEC 62035.
All HCI® lamps are of UV-reduced design.
Because of their high operating pressure the following
lamps may only be used in fully enclosed luminaires
designed to take them:
● All HCI®-TS
● All HCI®-T, all HCI®-TT
● All HCI®-TC
● All HCI®-E ≥ 250 W
● All HCI®-TF
● All HCI®-TM
All lamp-specific electrical and photometric data is
measured after 100 hours of operation under laboratory conditions on reference equipment.
The measurement switching cycle is 11 hours on/
1 hour off. Unless otherwise indicated, the data
relates to the horizontal burning position for TS types
and to the base up burning position for other types.
The graphs for survival rates and luminous flux
behaviour are average values for all wattages and
light colours of lamps identical in construction.
The spread of the average values has not been taken
into account. For detailed information on particular
lamp types please contact OSRAM.
The luminous flux is virtually unaffected by the ambient
temperature outside the luminaire. At low ambient
temperatures down to around – 50 C° special igniters
are needed.
Detailed information on heat accumulation tubes
(luminaire simulators) for determining lamp data for
HCI®-TS is given in IEC 61167, clause 1.7.
Colour deviations:
With all metal halide lamps there may be differences
in colour from one lamp to the next due to external
factors such as mains voltage, type of control gear
used, burning position and luminaire design.
23
Lamp life
There are a confusing number of definitions for lamp
life, and these differ from one region to the next and
from one application to the next. The basic definitions
for the most common types are given below.
Minimum life:
Minimum period of time in which a lamp remains in
operation under laboratory conditions.
This document refers explicitly only to the average life.
Economical life:
Average life:
Average number of hours burned over several groups
in which in the group in question half the lamps have
failed as the result of a defect (corresponds to 50%
failure).
Service life:
Survival rate:
Quantity of working lamps of a group of lamps after
a defined number of burning hours.
Average value of some groups.
Operating characteristics in
relation to the supply voltage
POWERBALL ≤ 250 W
130
%
120
110
100
PL
UL
IL
90
Φ
80
70
90
95
100
105 % 110
Mains voltage
Φ = Luminous flux
PL = Lamp wattage
IL = Lamp current
UL = Lamp voltage
= Not permitted
24
Period of time between group relamping of an installation under the condition that operating costs are
minimised and the installation luminous flux does not
fall below a particular value. This will vary according
to the application.
Simplified practical view of the economical life.
This is the operating time after which the installation
luminous flux (the product of the relative luminous flux
and the lamps still in operation) is still around 70%
(sometimes 80%).
Start-up behaviour (average value)
180
180
160
160
140
140
120
120
100
100
Rel. operating values %
POWERBALL HCI-T ≤ 250 W with CCG
Rel. operating values %
POWERBALL HCI-T ≤ 250 W with PTU
80
60
40
20
0
1
2
3 min 4
Start-up time
80
60
40
20
0
1
2
3 min 4
Start-up time
25
Circuit diagrams
L
POWERTRONIC PTi
(all)
N
LH
LP
LL
1
2
D = Choke
K = PF correction
capacitor
LP = Lamp
UN = 230 V ac
mains voltage
(for 2000 W =
400 V ac)
Z = Igniter to be
installed near
the lamp
ZL = HF igniter
lead to contact
plate of lamp
For power supplies with a neutral conductor the choke
should be connected to the live conductor.
The right igniter for the particular lamp type must be used
to ensure reliable and safe ignition.
Chokes, holder, capacitors and igniters are available from
electrical suppliers.
Burning positions
ϒ
s5
Permitted
Not permitted
Base
8.5
6.5
6,5
8.5
8,5
G22
IEC 7004-75
26
G 8.5
GX 8.5
G12
GU6.5
Spectral power distribution of discharge lamps
POWERBALL®
HCI® . . ./WDL
HCI® .../NDL
Visible range from 380 to 780 nm
Vertical scale
400 mW
1000 lm · 10 nm
POWERBALL® SHOPLIGHT
Visible range from 380 to 780 nm
Intensity per 10 nm
●
All rights reserved. No part of this document may be reproduced, copied or distributed in any form
(printed matter, photocopy, etc.) without the written permission of HID M-M, OSRAM Germany.
●
This brochure supersedes all previous editions.
●
All dimensions, weights, specifications and graphic representations are given without obligation.
All design features, dimensions and technical specifications are subject to change without notice.
27
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81543 Munich
Germany
Tel.: +49-(0)89-6213-0
Fax: +49-(0)89-6213-2020
www.osram.com
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104 T001 GB 12/06 CO OSRAM HID Subject to modification without notice. Errors and omissions excepted
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