Catalogue chapter

Lighting Systems
FUNCTIONAL · EFFECTIVE · EFFICIENT
4
Description of page layout
②
⑤
⑥
③
④
③
②
⑫
⑳
①
⑳
④
⑦
⑧
⑧
⑨
⑩
⑩
⑪
⑪
⑬
⑭
⑮
⑯
⑰
⑱
⑲
①
① Product group
② Luminaire family, type
③ Certification: Overview and explanation in Technical information chapter 8: 8.6 Certification, insulation class and protection rating
④ Description with regard to lighting technology, housing, miscellaneous
⑤ Indications with regard to ceiling systems
⑥ Reference to products in other product groups
⑦ Light distribution curve (LVK) with data with regard to lighting technology of the reference product.
Explanations in the following area Explanations
⑧ Dimensional table and sectional drawings: Explanations of the variables in the following area Explanations
⑨ Detail image with explanation
⑩ Product table: Explanations of the abbreviations in the following area Explanations
⑪ Table with spare parts / accessories (if available): Explanations of the abbreviations in the following area Explanations
⑫ Combination quick-fit mounting system: Component mounting rail
⑬ Combination quick-fit mounting system: Component device mount
⑭ Combination quick-fit mounting system: Component light direction
⑮ Combination quick-fit mounting system: Component light direction insert
⑯ Quick-fit mounting system: Combination
⑰ Quick-fit mounting system: Light distribution curve of the combination, explanations in the following area Explanations
⑱ Quick-fit mounting system: Dimensioned drawing of the combination
⑲ Indication to the product area mounting rail / device mount / light direction
⑳ Product image with energy efficiency class as well as icons and indication for functions and features
Explanations
5
Explanation of lighting technological data
①
PNEMP IP54 LED 4100 lm 840
ηLB
②
Explanation of lighting technological data
lm/W
direct/indirect
100 %
133
100/0 %
UGR lat./long
VDU
17,3/17,8
65° < 3000cd/m2
③
④
⑤
⑥
⑦
7. Suitability for VDU workstations
Here, the suitability of luminaires for VDU workstations according to DIN
EN 12464-1 is specified. The degree number means that the luminance in all
luminaire planes beyond that angle does not exceed certain limitation values.
Depending on screen quality and screen visualisation, the norm specifies
different limitation values. In case of a positive display on screens with an own
luminance (< 200 cd/m2), a maximum of 1500 cd/m2 and in case of screens
with a high luminance (> 200 cd/m2), a maximum of 3000 cd/m2 is permissible.
Control gear
1. Configuration
Possible deviations of luminous flux between magnetic ballasts (CCG or LLCG)
and electronic ballasts (ECG) are not considered.
Abbr.
Description
ECG
Electronic ballast
2. Luminous intensity distribution
Luminous intensity distribution curves shown in the catalogue are represented
according to DIN 5032. Only both primary planes are displayed: 0°/180° planes
(at right angles to luminaire axis) as a continuous line and 90°/270° (parallel to
luminaire axis) as a dotted line. Curves are scaled to represent 1000 lumens of
lamp luminous flux.
Llb
Low-loss electronic ballast
ind
Inductive, must be compensated on-site
comp
Compensated on-site
NL-B1, NL-B3
Emergency light single battery; 1=1h, 3=3h
3. Light output ratios ηLB
Light output ratios specified for each luminaire are calculated from the
relation of luminous flux ΦL (τL) emitted from the luminaire with an ambient
luminaire temperature τL = 25° C and further standardised conditions to the
sum of measured luminous flux of the lamps with open distribution transferred individually to the luminaire ballast.
In the case of LED luminaires, the principle of absolute photometry is increasingly applied. In this case, the light output ratio is indicated with 100%. Additionally, the luminous flux is indicated in the form of the measured luminous
flux of the luminaire.
multi
Multiwatt
1 - 10V
Analoge Standard Signal
DALI
Digital Adressable Lighting Interface dimmable
M.
Master unit Typ 1-N
S.
Sensor unit Typ 1-N
ED
Electronic driver
4. Luminous efficiency
The luminous efficiency is the luminous flux of a bulb related to its electrical
power consumption.
In the case of LED luminaires presented according to the principle of absolute
photometry (light output ratio 100%), the indication refers to the lumen
output of the luminaire which is described by the ratio between luminous flux
of the luminaire and system performance of the luminaire.
Energy use designation
5. Direct and indirect light components
For evaluating the efficiency and lighting effect of a lighting system within
a room, specification of the direct and indirect beam components is helpful.
6. Glare reduction according to UGR method
According to DIN EN 12464-1, not only is reflected glare considered but also
direct glare within a specific room. As a standard evaluation system the UGR
(Unified Glare Rating) method was introduced in Europe as part of the DIN
EN 12464-1 standard. Details concerning the UGR method are described in
the CIE 117 publication. The UGR values (lat. and long) of a lighting installation, determined according a table for the position of a standard viewer, are not
permitted to exceed the value specified by the standard. In order to compare
the direct glare of various luminaires, UGR values of a number of manufacturers are specified with reference to a so-called standard room. Please note that
a correct comparison is only possible if all room conditions are identical. In addition it must be noted that UGR values for a real installation may significantly
differ to those of the standard room.
standard reflection factors (0,7 ceiling; 0,5 walls; 0,2 floor)
Values given are based upon the following definitions.
Room dimensions:
Distance of eye level to luminaire level: H
Room width X = 4H
Room length Y = 8H
Standard reflection factors (0,7 ceiling; 0,5 walls; 0,2 floor)
Luminaire arrangement parallel to Y axis Luminaire distances:
Distance of luminaire to luminaire (spacing) S = 0,25H
Distance of luminaire to wall ½ S = 0,125H
According to EU Ordinance 874/2012, lamps and luminaires are classified
based on their energy consumption values. On luminaires, this marking relates
to the attributes of the lamps with which they can be operated. The energy
efficiency class A++ has the highest level of efficiency and Class E has the
lowest efficiency. The light-technical properties of the luminaire, such as the
luminaire efficiency, are not considered. The classes indicated in the catalogue
relate to a piece of lighting medium equipment in light colour 840 or 830. On
luminaries with replaceable lighting mediums, the efficient classes may vary
depending on the light colour used. The complete scale of possible classes can
be seen from the energy label on the luminaire. These can be downloaded from
www.regiolux.de.
This luminaire
includes fied
LED light sources.
This luminaire is
compable with bulbs
of the energy classes:
This luminaire is
compable with bulbs
of the energy classes:
Exchange of light sources of
this luminaire is not possible.
2012/874
2012/874
2012/874
Explanations
Definition of measurement table variables
Description of measurement table variables
Abbr.
Description
A
Distance between the individual luminaires
A1
Fixing distance in case of single mounting
A2
Fixing distance for first or last luminaire in case of light
run mounting
A3
Fixing distance for the middle luminaires or between the
luminaires in case of light run mounting
A4
Fixing distance (width)
B
Width
D
Diameter
DS min
Minimum ceiling thickness with suspended ceiling
DS max
Maximum ceiling thickness with suspended ceiling
e
Mounting depth (necessary depth for luminaire mounting)
e min
Minimum mounting depth (necessary depth for luminaire
mounting during celing construction)
FB
Width of luminaire groundplate
FD
Diameter of luminaire groundplate
FL
Length of luminaire groundplate
H
Height
HS
Installation height of sensor
KB
Width of luminaire head or ballast box
KD
Diameter of luminaire head or ballast box
KE
Cable infeed
KH
Hight of luminaire head or ballast box
KL
Length of luminaire head or ballast box
L
Length
L2
Additional length
MB
Modul (axes) width
ML
Modul (axes) length
P
Suspension length
Pmin
Minimum suspension length
Pmax
Maximum suspension length
PSys
Luminaire system performance
Rb
Sensor detection radius
Protection
Rr
Sensor detection radius ideal movement
towards the sensor
System
Rs
Sensor detection radius seated activity
Rt
Sensor detection radius tangential movement
parallel towards the sensor
SB
Width of cut for recessed luminaires
SD
Diameter of cut for recessed luminaires
SL
Length of cut for recessed luminaires
T
Depth
W
Wall distance
X
Distance from middel of the luminaire to the electrical
feed in (X direction = length)
Y
Distance from middel of the luminaire to the electrical
feed in (Y direction = width)
1. Positioning of electrical feed in.
X
Y
6
2. Required installation depth ”e“ for swivelling
of luminaire in visible T rail constructions (lay-in
luminaires). Required installation depth ”e“ for
swivelling luminaire and control gear (if applicable)
through ceiling cut-out (clamp mounting).
3. Reduced installation depth ”e min“ with aligning
of luminaire above T rail construction (during
ceiling construction).
4. Required installation depth ”e“ for swivelling
of mounting bracket (clamp mounting).
Ceiling systems
Ceilings with visible T-rails
For concealed symmetrical rail constructions
For concealed asymmetrical rail constructions
For recessed ceilings
For panel ceilings, module 100, 150, 200
Accessories and supplementary parts
Design
Electrical engineering
Lighting technology
Mounting
Icons / functions features
§
N
l
L
w
Configuraton with sensor available
Configuraton with emergency light unit available
Configuration with illuminants
LED (included)
Beam angle
Explanations
7
Materials
Colour code
Abbr.
Description
Abbr.
Colour
A03S-U
Recognised national cable type: measurement voltage 300
V to 300 V; Silicone rubber isolation material, heat-resistant to +180° C; Single-wire conductor, round
al
aluminium
aeh
aluminium high gloss
ABS
Acrylonitrile Butadiene Styrene Copolymerisate
aes
aluminium matt gloss
Al
Aluminium
aen
aluminium natural anodized
AlMgSi
Aluminium magnesium silicon (extruded section)
ap
aluminium plate finish
Cu
Copper
am
anthracite metallic
Glas
Glass
bl
blue
Glas matt
Matt glass
bl/cr
blue chrome
Glas (ESG)
Tempered single-pane safety glass
cr
chrome
H03VV-F
Harmonised cable: measurement voltage 300 V to 300 V;
Isolation material PVC, heat-resistant to +70° C;
sheathing material PVC, heat-resistant to +70 °C;
fine-strand conductor, flexible
eg
brushed stainless steel
ge
yellow
ge/cr
yellow chrome
Harmonised cable: measurement voltage 300 V to 500 V;
Isolation material flat, divisible cable; sheathing material
flat, divisible cable; fine-strand conductor, flexible
ga
grey
gr
green
hg
light grey
hgl
high gloss
kg
grit grey, RAL 7032
kl
clear
me
metallike
op
opal white
og
orange
ro
red
sw
black, RAL 9017
H05HH-F
H05S-U
Harmonised cable: measurement voltage 300 V to 500 V;
silicone rubber isolation material, heat-resistant to +180° C;
single-wire conductor, round
H05V2-U
Harmonised cable: measurement voltage 300 V to 500 V;
Isolation material PVC, heat-resistant to +90° C;
single-wire conductor, round
H05VV-F
Harmonised cable: measurement voltage 300 V to 500 V;
isolation material PVC, heat-resistant to +70° C;
sheathing material PVC, heat-resistant to +70 °C;
fine-strand conductor, flexible
H07V2-U
Harmonised cable: measurement voltage 450 V to 750 V;
isolation material PVC, heat-resistant to +90° C;
single-wire conductor, round
si
silver
Inox
Stainless steel
sg
silver-grey, RAL 9006
Inox V2A
Stainless steel (alloy type 1.4301 or X5CrNi18-10)
tz
translucent
Inox V4A
Stainless steel (alloy type 1.4401 or X5CrNiMo17-12-2)
tp
transparent
Mix
Diverse materials
vw
traffic white, RAL 9016
PA
Polyamide
ws
white
PC
Polycarbonate
wa
white-aluminium, RAL 9006
PMMA
Polymethylmethacrylate (acrylic glass)
Polymer
plastic (not defined specifically)
Polymer klar
Plastic (crystal clear)
Polymer verstärkt Plastic (with admixture of reinforcing materials)
PS
Polystyrene
PVC
Polyvinyl chloride
St
Steel
StZn
Steel with zinc coating
470
471
Sport hall luminaires
quanta
`473
`
474 QNLT LED
from other chapters
THL
High bay reflector
and field luminaires
`477
`
478 THLA LED
`
478 THLA T5
`
478 THLA T8
`
480 THLE LED
quanta
` 442
quanta G2
„quanta G2“ brings sports to light
Luminaires in sports facilities and multi-purpose halls
need to perform much more than just creating levels of
illumination. As well as the mechanical requirements for
protection against ball impact, different levels of illumination and limitations of glare are often needed. The
DALI luminaires also of course make separate dimming
for each control device possible. It is good to know that
all of these requirements are easily met with our compact quanta hall luminaire.
This makes sport even more fun.
Type overview
` QNLT LED
LED lens optics and transparent cover pane
narrow distribution IP 66
quanta
sf d B i 1 IP 66
QNLT LED - LED lens optics and transparent cover pane
direct narrow distribution IP 66
quanta QNLT-2 LED
Housing:
• Housing frame made of die-cast aluminium.
Lighting technology QNLT:
• LED lens optics and transparent cover pane; glass
• Lighting characteristic direct narrow distribution
Lamps:
• Incl. LED 50000h L80/B10
• 840/neutral white (4000K)
Switching:
• Number of control devices varies depending on the version
Miscellaneous:
• Electrical connection via connection cable 2 m
Accessories:
• Suspension kit QN-AS and knotted-link chain KK for chain suspension
to be ordered separately.
Note:
Also quanta-QNSB (direct wide distribution) and –QNLDA (direct extremely narrow/Batwing wide distribution) are ball-impact-resistant luminaires; Page 442.
Dimensions
QNLT-1 LED
11700 lm 840
100 %
lm/W
107
direct/indirect
100/0 %
UGR lat./long. 20,3/20,9
ηLB
QNLT-2 LED
19300 lm 840
100 %
lm/W
109
direct/indirect
100/0 %
UGR lat./long. 22,8/23,0
ηLB
QNLT-3 LED
38600 lm 840
100 %
lm/W
109
direct/indirect
100/0 %
UGR lat./long. 22,5/22,7
ηLB
Type
Versions
LxBxH/DxH
QNL.-1
QNL.-2
QNL.-3
Incl. LED
Incl. LED
Incl. LED
335x355x270
335x355x270
670x355x285
QNL.-1, QNL.-2
QNL.-3
335
670
355
285
5
ye
a rs
ty
*
NEW
270
474
w a rr a n
Products
Type
Lamps
PSys [W] Colour
Ballast1)
LxBxH/DxH
Item number
G
335x355x270
335x355x270
335x355x270
335x355x270
670x355x285
670x355x285
3701 2014 125
3701 2016 625
3701 2034 125
3701 2036 625
3701 2054 125
3701 2056 625
12,50
12,50
12,50
12,50
25,00
25,00
LED lens optics and transparent cover pane direct narrow distribution IP 66
quanta-QNLT-1
Incl. LED 11700lm 840
110
sg
quanta-QNLT-2
Incl. LED 19300lm 840
177
sg
quanta-QNLT-3
Incl. LED 38600lm 840
354
sg
1)
ED
ED DALI
ED
ED DALI
ED
ED DALI
Additional certification: d
Accessories
Chain suspension
Type
Colour Material
Details
KK
QN -AS
me
me
Chain l=30m, für SDT, SDT Basic, ATS, suspended luminaires 9282 9300 100
Snap-hook set for quanta
3701 9000 100
St
St
Item number
G V
4,60
0,05
1
1
Please refer to the current data for LED luminaires under www.regiolux.de
*For information about the manufacturer‘s guarantee for LED luminaires, see http://www.regiolux.de/fileadmin/REGIOLUX/Service/Garantie/Warranty_LED_en.pdf
Planning of a gymnasium
475
Gymnasium
In the case of an inclined roof surface an
individual lighting calculation is recommended.
Room height RH = 7 m
Calculation basis/legend
E = Nominal illuminance
Em = Average illuminance (hall)
Em 1/3 = Average illuminance (1/3 hall)
Ulilization plane = 0,0 m
Reflection values:
ρ = 0,7 (ceiling)/ 0,5 (wall)/ 0,3 (floor)
a1 / a2 / a3 = Longitudinal spacing
b1 / b2 = Transverse spacing
G1 = Emin : Em
Lamps:
LED
LF 840
Type
QNLT-1 LED
QNLT-2 LED
QNLT-2 LED
QNLT-3 LED
lamps
E
no. of luminaires
Total power consumption
(incl. Eb)
a1
a2
a3
b1
b2
G1
Em
Em 1/3
11700 lm
19300 lm
19300 lm
38600 lm
300 lx
300 lx
500 lx
500 lx
4 x 9 = 36
4 x 6 = 24
4 x 9 = 36
3 x 6 = 18
3,960 kW
4,248 kW
6,372 kW
6,372 kW
2,50 m
3,75 m
2,50 m
3,75 m
5,00 m
7,50 m
5,00 m
7,50 m
5,00 m
7,50 m
5,00 m
7,50 m
3,38 m
3,38 m
3,38 m
4,50 m
6,75 m
6,75 m
6,75 m
9,00 m
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
310 lx
340 lx
510 lx
520 lx
280 lx
320 lx
460 lx
490 lx
THLA
THL – the athlete among luminaires
These sport hall luminaires from Regiolux are perfectly
suitable for installation as recessed luminaires for system
ceilings and cut-out intermediate ceilings (THLE), or directly below the ceiling (THLA). If required, the luminaire
can also be suspended, with either horizontal or oblique
suspension. These luminaires have an especially robust
construction of sheet steel with ball-proof metal louvres
and spring catches that can only be opened with tools.
Discontinued lighting strips often required for sports
halls are simple to install with luminaire suspension to
the SDT-Basic double mounting rail.
The sheet steel housing has robust face ends with integrated knock-outs for through-wiring. 5-pole terminals
with plug-in contact provide the electrical connection.
Modern multifunctional controls are also available,
allowing use of sports halls for other types of events, and
also T5/T8 versions with emergency lighting.
Type overview
` THLA Louvre white direct wide distribution
` THLE Louvre white direct wide distribution
THL
s =ft B i 1 IP 20
THLA/1500-1 1 x LED
THLA 1 x T5
THLA 1 x T8
THLA LED - Louvre, white direct wide distribution
THLA T5 - Louvre, white direct wide distribution
THLA T8 - Louvre, white direct wide distribution
Housing:
• Sheet steel housing.
Lighting technology THLA:
• Louvre, white
• Lighting characteristic direct wide distribution
Lamps THLA LED:
• Incl. LED 50 0 0 0h L80/B10
• 84 0/neutral white (4 0 0 0K)
Lamps THLA:
• F or configuration with lamp(s) T5 or T8
Switching:
• Number of control devices varies depending on the ver sion
Accessories:
• Acces sories are separately to be ordered for mounting rail or suspended mounting installation.
In the case of the
refurbishment luminaire THLA/15003-2 LED the middle
luminaire louvre is
not fitted. The advantages of the
multiple connection,
however, remain.
a rs
ty
*
5
ye
THLA/1500-1 LED
THLA 2x T5 80 W
THLA 3x T8 58 W
4800 lm 840
ηLB
100 % ηLB
81 % ηLB
68 %
lm/W
88 direct/indirect
100/0 % direct/indirect
100/0 %
direct/indirect
100/0 % UGR lat./long. 20,9/20,2 UGR lat./long. 18,5/19,4
UGR lat./long. 19,2/19,5
w a rr a n
Dimensions
THL. LED-2
A3
A4
KE X/Y
248
248
248
248
248
248
248
248
248
140
300
140
300
160
0 / 70
0/0
0 / 75
0 / 70
0/0
0 / 75
0 / 70
0/0
0 / 70
THL. 2x ...
THL. LED-3
312
140
90
312
184
A1
1300
1300
1300
1300
1300
1300
1300
1300
1300
L
A1
THL. 3x ...
484
160
90
THL. 1x ...
THL. LED-1
LxBxH/DxH
1548x184x90
1548x312x90
1548x484x90
1548x184x90
1548x312x90
1548x484x90
1548x184x90
1548x312x90
1548x484x90
484
300
90
T5 1x35, 49, 80 W
T5 2x35, 49, 80 W
T5 3x35, 49, 80 W
T8 1x58W
T8 2x58W
T8 3x58W
THLA/1500-1 Incl. LED
THLA/1500-2 Incl. LED
THLA/1500-3 Incl. LED
X
A3
KE
Y
Versions
THLA
90
Type
90
478
THLA-WS
58/80W = 1450
58/80W = 1550
484
479
THLA/1500-2 2 x LED
THLA 2 x T5
THLA 2 x T8
THLA/1500-3 2 x LED
THLA/1500-3 3 x LED
THLA 3 x T5
THLA 3 x T8
Products
PSys [W] Colour
Ballast
LxBxH/DxH
Item number
G
THLA/1500-1
T5 1x80W
T5 2x80W
T5 3x80W
T8 1x58W
T8 2x58W
T8 3x58W
Incl. LED 4800lm 840
55
vw
vw
vw
vw
vw
vw
vw
THLA/1500-2
Incl. LED 9600lm 840
109
vw
THLA/1500-3
Incl. LED 14400lm 840
164
vw
THLA/1500-3 -2
Incl. LED 9600lm 840
109
vw
ECG
ECG
ECG
ECG
ECG
ECG
ED
ED DALI
ED
ED DALI
ED
ED DALI
ED
1548x184x90
1548x312x90
1548x484x90
1548x184x90
1548x312x90
1548x484x90
1548x184x90
1548x184x90
1548x312x90
1548x312x90
1548x484x90
1548x484x90
1548x484x90
6810 1804 100
6810 2804 100
6810 3804 100
6810 1584 100
6810 2584 100
6810 3584 100
6811 0014 100
6811 0016 600
6812 0024 100
6812 0026 600
6813 0034 100
6813 0036 600
6813 0024 100
8,15
12,42
16,00
8,15
12,42
17,46
9,55
9,55
15,22
15,22
21,66
21,66
20,26
Type
Lamps
Louvre, white direct wide distribution
THLA
Accessories
Type
Colour Material
Through-wiring cable FLVWR 1500
Emergency lamp socket E14 H
Chain suspension
Basic Set -KP
KK
THLA -WS
H05V2-U
ws
me
me
Mix
Mix
St
me
St
Details
5x1.5mm² for light run-capable LEDT5/T8
surface-mounted and suspended luminaires
(ECG versions)
E14/IT-25 horiz. for T8
Canopy D=123mm for suspended luminaires
Chain l=30m, für SDT, SDT Basic, ATS, suspended luminaires
Angle section for THLA
Item number
V G
1945 1580 100
1
0,16
9452 0320 100
9282 0000 100
9282 9300 100
1
1
1
0,20
0,15
4,60
6810 9200 100
2
0,70
Please refer to the current data for LED luminaires under www.regiolux.de
*For information about the manufacturer‘s guarantee for LED luminaires, see http://www.regiolux.de/fileadmin/REGIOLUX/Service/Garantie/Warranty_LED_en.pdf
THL
s =ft B i 1 IP 20
THLE LED - Louvre, white direct wide distribution
THLE/1500-2 LED
Housing:
• Sheet steel housing
• Suitable for ceiling system: concealed symmetrical rail construction;
cut-out ceilings
Lighting technology THLE:
• Louvre, white
• Lighting characteristic direct wide distribution
Lamps:
• Incl. LED 50000h L80/B10
• 840/neutral white (4000K)
Switching:
• Different switching options available
• Number of control devices varies depending on the version
• 230 V 50 Hz
Accessories:
• Mounting bracket BBT for concealed symmetrical rail constructions or recessed
ceiling, to be ordered separately.
THLE/1500-2 LED
9600 lm 840
100 %
lm/W
88
direct/indirect
100/0 %
UGR lat./long. 19,4/19,7
ηLB
THLE/1500-3 LED
14400 lm 840
100 %
lm/W
88
direct/indirect
100/0 %
UGR lat./long. 19,2/19,5
a rs
w a rr a n
ηLB
Dimensions
Type
Versions
LxBxH/DxH
h SLxSB/SD
e
THLE/1500-2
THLE/1500-3
Incl. LED
Incl. LED
1548x312x90
1548x484x90
1535 x 300
1535 x 470
250
250
THL.-2
THL.-3
484
312
L
ty
*
5
ye
7
90
NEW
7
90
480
NEW
THLE/1500-3 LED
Products
Type
Lamps
PSys [W] Colour
Ballast
109
164
ED
ED
LxBxH/DxH
Item number
G
1548x312x90
1548x484x90
7812 0024 100
7813 0034 100
12,27
19,10
Louvre, white direct wide distribution
THLE/1500-2
THLE/1500-3
Incl. LED 9600lm 840
Incl. LED 14400lm 840
vw
vw
Accessories
Fastening bracket
Type
Colour Material
Details
BBT 6
me
for THLE LED
St
Item number
7997 0006 100
V G
6
0,05
Please refer to the current data for LED luminaires under www.regiolux.de
*For information about the manufacturer‘s guarantee for LED luminaires, see http://www.regiolux.de/fileadmin/REGIOLUX/Service/Garantie/Warranty_LED_en.pdf
481
482
Planning of a gymnasium
Gymnasium
In the case of an inclined roof surface an
individual lighting calculation is recommended.
Room height RH = 7 m
Calculation basis/legend
E = Nominal illuminance
Em = Average illuminance (hall)
Em 1/3 = Average illuminance (1/3 hall)
Ulilization plane = 0,0 m
Reflection values:
ρ = 0,7 (ceiling)/ 0,5 (wall)/ 0,3 (floor)
a1 / a2 / a3 = Longitudinal spacing
b1 / b2 = Transverse spacing
G1 = Emin : Em
Lamps:
Fluorescent lamp T8 (26 mm)
58 W/840 = 5200 lm
Fluorescent lamp T5 (16 mm)
80 W/840 = 6150 lm
LED
1500/1-LED = 4800 lm netto
Type
lamps
THLA
2/58
THLA
2/58
THLA
3/58
THLA
3/58
THLA/THLE/1500-1 LED 4800
THLA/THLE/1500-2 LED 9600
THLA/THLE/1500-2 LED 9600
THLA/THLE/1500-3 LED 14400
THLA/THLE/1500-3 LED 14400
THLA
2/80
THLA
2/80
THLA
3/80
THLA
3/80
E
500 lx
300 lx
500 lx
300 lx
300 lx
500 lx
300 lx
500 lx
300 lx
500 lx
300 lx
500 lx
300 lx
consumption
no. of luminaires Total power
(incl. Eb)
4 x 27 = 108
4 x 18 = 72
4 x 18 = 72
4 x 12 = 48
4 x 24= 96
4 x 21= 84
4 x 12= 48
4 x 15= 60
4 x 9= 36
4 x 21 = 84
4 x 12 = 48
4 x 15 = 60
4 x 9 = 36
11,880 kW
7,920 kW
11,880 kW
7,920 kW
5,280 kW
9,156 kW
5,232 kW
9,840 kW
5,904 kW
14,784 kW
8,448 kW
15,840 kW
9,504 kW
a1
a2
a3
b1
b2
G1
Em
Em 1/3
1,25 m
1,25 m
1,25 m
1,88 m
0,94 m
1,07 m
1,88 m
1,50 m
2,50 m
1,07 m
1,88 m
1,50 m
2,50 m
1,55 m
2,50 m
2,50 m
3,75 m
1,88 m
2,15 m
3,75 m
3,00 m
5,00 m
2,15 m
3,75 m
3,00 m
5,00 m
2,60 m
2,50 m
2,50 m
3,75 m
1,88 m
2,15 m
3,75 m
3,00 m
5,00 m
2,15 m
3,75 m
3,00 m
5,00 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
2,25 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
7,50 m
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
1 : 1,3
500 lx
340 lx
500 lx
330 lx
310 lx
550 lx
310 lx
590 lx
350 lx
550 lx
310 lx
580 lx
350 lx
430 lx
280 lx
420 lx
280 lx
270 lx
470 lx
270 lx
510 lx
310 lx
470 lx
270 lx
500 lx
300 lx
Planning of a tennis hall
483
Tennis hall
In the case of an inclined roof surface an individual
lighting calation is recommended.
Calculation basis/legend
Average illuminance (playing field)
Em = 633 lx
Ulilization plane = 0,0 m
Mounting height = 5 m
Maintenance factor = 0,8
Reflection values:
ρ = 0,5 (ceiling)/ 0,3 (Face walls )/
0,0 (Side Walls)/ 0,1 (floor)
In tennis halls with several courts no
reflection surfaces on the lateral playing sides
Lamps:
Fluorescent lamp T8 (26 mm)
58 W/840 = 5200 lm
Fluorescent lamp T5 (16 mm)
49 W/840 = 4300 lm
80 W/840 = 6150 lm
LED
1500/1-LED = 4800 lm netto
Lighting class
Average illuminance (lx)
Uniformity
THLA/1500-2 LED 9600lm
Type
lamps
THLA
2/80
THLA
3/80
THLA
2/58
THLA
3/58
THLA/1500-2 LED 9600
THLA/1500-3 LED 14400
Em = 586 lx
no. of luminaires
Em
2 x 19 + 2 x 2 = 42
2 x 19 + 2 x 2 = 42
2 x 19 + 2 x 2 = 42
2 x 19 + 2 x 2 = 42
2 x 19 + 2 x 2 = 42
2 x 19 + 2 x 2 = 42
572 lx
858 lx
437 lx
628 lx
586 lx
879 lx
Em 2/3
Em1 /3
572 lx
286 lx
419 lx
209 lx
586 lx
293 lx
G
0,87
0,87
0,86
0,86
0,84
0,84
I
II
III
750
0,7
500
0,7
300
0,5
484
Accessories for mounting rail installation
THLA/1500-1 LED
THLA/1500-2 LED
THLA 1x T5/T8
THLA/1500-3 LED
THLA 2x T5/T8
THLA 3x T5/T8
max 1500
max 1500
① Mounting rail, unwired SDT Basic
② Mounting rail protective cover(face end) SDTE
③ Mounting rail connector SDTSV
④ Spacer SDTT
⑤ SDTTK suspension set for SDTT
⑥ Luminaire hanger SDLAD
Accessories
Colour Material
Details
SDBAV 1500
vw
St
l=7x219=1533mm for SDT Basic
1884 5580 101
1
0,85
Protective cover IP20 SDTE
vw
PC
for SDT, ATS
1890 0231 100
2
0,02
Chain suspension
KK
me
St
9282 9300 100
1
4,60
Luminaires fixing
SDT -WA
SDTTK
SDLAD
me
me
me
St
Mix
St.galv.
6820 9300 120
1890 0056 100
1890 0068 100
1
1
1
0,25
0,30
0,07
SDT Basic 1500/II
SDT Basic 1500/III
SDTT T2-120
SDTT T3-160
SDTSV
vw
vw
me
me
me
St.galv.
St.galv.
St.galv.
St
St.galv.
Chain l=30m, für SDT, SDT Basic, ATS,
suspended luminaires
for SDT Basic
0°-40° for SDTT
for SDT Basic, KE-Y > 0mm und 2x for
THLA+SDTT
l=3070mm 2.6kg for surface-mounted luminaires
l=4605mm 3.9kg for surface-mounted luminaires
dist.=120mm for THLA 2x...
dist.=160mm for THLA 3x..., 1500-3
for SDT...Basic, ATS
1825 2580 150
1825 3580 150
1890 0057 100
1890 0055 100
1890 0092 100
1
1
1
1
1
2,60
3,90
0,30
0,35
0,30
Section cover
Mounting rail
Mounting rail spacer
Mounting rail
connector
Item number
V G
Type
485
Photographer
572
Project
Inga Paas, Köln DE
Werner-Wicker-Klinik, Bad Wildungen-Reinhardshausen, DE
Frank Freihofer, Kitzingen DE
ESN Deutsche Tischtennis Technologie GmbH, Hofheim, DE
Frank Freihofer, Kitzingen DE
Theodor Bauer GmbH, Gefrees, DE
The Art of Light Ltd., Dublin IE
Warner Chilcott, Dundalk, IE
Michael Meschede, Kaufungen DE
TEGRO, Freudenberg, DE
Inga Paas, Köln DE
Bossert Industrievertretungen, Remseck, DE
Inga Paas, Köln DE
Werner-Wicker-Klinik, Bad Wildungen-Reinhardshausen, DE
goodluz ©fotolia
Tino Metten, Lichtwerk GmbH, Königsberg DE
WoodWork GmbH, Hofheim, DE
Inga Paas, Köln DE
Werner-Wicker-Klinik, Bad Wildungen-Reinhardshausen, DE
Lichtwerk GmbH, Königsberg DE
AUTARKIC, Eggolsheim, DE
Inga Paas, Köln DE
Bossert Industrievertretungen, Remseck, DE
Mila Hacke, Berlin DE
Grundschule Schweizerhof, Berlin, DE
Michael Meschede, Kaufungen DE
Pop-Akademie, Mannheim, DE
Hans-Peter Beutelspacher, Stuttgart DE
Warenwandel - das Gebrauchtwarenkaufhaus, Ludwigsburg DE
Tridonic GmbH und Co KG,Dornbirn AT
Sparkasse Mainfranken, Mainfranken, DE
Frank Freihofer, Kitzingen DE
Theodor Bauer GmbH, Gefrees, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Steuerkanzlei Emsenhuber, Melk, AT
Marion Lafogler, Bozen IT
OrthoPlus, Bozen, IT
Romana Dziedzic, Wroclaw PL
ZIAD Bielsko-Biała SA, Bielsko-Biała, PL
Inga Paas, Köln DE
Hans-Sachs-Haus, Gelsenkirchen, DE
Inga Paas, Köln DE
Hans-Sachs-Haus, Gelsenkirchen, DE
Dan Ax, Frankfurt/Main DE
AWM Korntal, Korntal, DE
Inga Paas, Köln DE
Kindergarten Solingen, Solingen, DE
Gergely Bogardi, Budapest HU
BME Building Q Budapest Lágymányos, Budapest, HU
Gergely Bogardi, Budapest HU
BME Building Q Budapest Lágymányos, Budapest, HU
Frank Freihofer, Kitzingen DE
Theodor Bauer GmbH, Gefrees, DE
Inga Paas, Köln DE
AMGEN, Breda, NL
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Wertheim, Gutramsdorf, AT
Michael Meschede, Kaufungen DE
Otto Bock, Duderstadt, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Wertheim, Gutramsdorf, AT
Frank Freihofer, Kitzingen DE
BayWa AG, Schrobenhausen, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Parkhaus Landstraße, Linz, AT
Inga Paas, Köln DE
Gemeindezentrum DIE ARCHE, Wüstenrot, DE
Michael Meschede, Kaufungen DE
Pop-Akademie, Mannheim, DE
Inga Paas, Köln DE
Gemeindezentrum DIE ARCHE, Wüstenrot, DE
Peter Hirnschläger, Aachen DE
Hautarztpraxis Herzogenrath, Herzogenrath, DE
Jens Schumann, Berlin DE
KiTa Farbklecks, Berlin, DE
Jens Schumann, Berlin DE
KiTa Farbklecks, Berlin, DE
Tom Reindel, Düsseldorf DE
Unique Europe, Neuss, DE
Tom Reindel, Düsseldorf DE
Unique Europe, Neuss, DE
Stefan Meyer Architekturfotografie, Berlin DE
REHA-Klinik Am Park, Bad Steben, DE
Stefan Meyer Architekturfotografie, Berlin DE
REHA-Klinik Am Park, Bad Steben, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Vienna-City-Marathon, Wien, AT
Dan Ax, Frankfurt/Main DE
Musikhaus Six und Four, Sulzbach/Saar, DE
Inga Paas, Köln DE
Silver Forum, Wroclaw, PL
Michael Meschede, Kaufungen DE
Backes Bau- und Transporte GmbH, Stadtkyll, DE
Claus Raab, Lichtwerk GmbH Königsberg DE
Heinrich-Thein-Schule, Hassfurt, DE
Inga Paas, Köln DE
Bossert Industrievertretungen, Remseck, DE
Jörg Wenderoth, Volker Jakob Industrievertretungen der Elektrotechnik Baunatal DEBürgerhaus, Altenstadt-Waldsiedlung, DE
Christian Tech, Fulda DE
Dreifeld-Sporthalle, Bad Nauheim, DE
Torsten Kiesslich-Koecher, Regiolux GmbH, Königsberg DE
BCK, Kiew, UA
Inga Paas, Köln DE
AMGEN, Breda, NL
Inga Paas, Köln DE
Gemeindezentrum DIE ARCHE, Wüstenrot, DE
Bernhard Zirkelbach, Regiolux GmbH Königsberg DE
Uni-Bibliothek, Erlangen, DE
Frank Freihofer, Kitzingen DE
KÄFER Stahlhandel, Gochsheim, DE
Stefan Meyer Architekturfotografie, Berlin DE
MBFZ toolcraft GmbH, Spalt, DE
Frank Freihofer, Kitzingen DE
KÄFER Stahlhandel, Gochsheim, DE
Inga Paas, Köln DE
Werner-Wicker-Klinik, Bad Wildungen-Reinhardshausen, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Brucha, Grosswilfersdorf, AT
Frank Freihofer, Kitzingen DE
KÄFER Stahlhandel, Gochsheim, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
SEP-Mall, Gmunden, DE
Inga Paas, Köln DE
Staffelwache Pfaffenwiese, Frankfurt am Main, DE
Frank Freihofer, Kitzingen DE
Fraunhofer Institut ISC III, Würzburg, DE
Frank Freihofer, Kitzingen DE
Fraunhofer Institut ISC III, Würzburg, DE
Marion Lafogler, Bozen IT
OrthoPlus, Bozen, IT
Michael Meschede, Kaufungen DE
Otto Bock, Duderstadt, DE
Dan Ax, Frankfurt/Main DE
Motor Presse, Stuttgart, DE
Michael Meschede, Kaufungen DE
Ernst-Elias-Niebergall Schule, Karlsruhe, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Wein-Kompetenz-Zentrum, Krems, AT
Tom Reindel, Düsseldorf DE
Schenker Deutschland AG, Schloss Holte-Stukenbrock, DE
Bernd Ullrich, Kleinheubach DE
WIKA, Klingenberg, DE
Frank Freihofer, Kitzingen DE
Seehotel Zeulenroda, Zeulenroda, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Trotec_Wels, Wels, AT
Stefan Meyer Architekturfotografie, Berlin DE
REHA-Klinik Am Park, Bad Steben, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Steuerkanzlei Emsenhuber, Melk, AT
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Trotec_Wels, Wels, AT
Helmut Reisinger GmbH, Kapfenberg AT
Boehlerit, Kapfenberg, AT
Stefan Meyer Architekturfotografie, Berlin DE
REHA-Klinik Am Park, Bad Steben, DE
Regiolux GmbH, Königsberg DE
Regiolux GmbH, Königsberg, DE
Danny Gohlke, Rostock DE
DJH Prora, Rügen, DE
Inga Paas, Köln DE
Staffelwache Pfaffenwiese, Frankfurt am Main, DE
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Photographer
Project
Jens Willebrand, Köln DE
Puma, Herzogenaurach, DE
Frank Freihofer, Kitzingen DE
KÄFER Stahlhandel, Gochsheim, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Brucha, Grosswilfersdorf, AT
Marion Lafogler, Bozen IT
OrthoPlus, Bozen, IT
Christian Tech, Fulda DE
Gemeindebücherei, Nüdlingen, DE
Tino Metten, Lichtwerk GmbH, Königsberg DE
Optik Demmler, Bamberg, DE
Jörg Wenderoth, Volker Jakob Industrievertretungen der Elektrotechnik Baunatal DEVom Fass, Kassel, DE
Frank Freihofer, Kitzingen DE
HILTI Center, Karlsruhe, DE
Michael Meschede, Kaufungen DE
Kasseler Bank, Kassel, DE
Frank Freihofer, Kitzingen DE
Seehotel Zeulenroda, Zeulenroda, DE
Dan Ax, Frankfurt/Main DE
Wohnbau Neckar, Stuttgart, DE
Winfried Lühr-Tanck, Flensburg
Citti-Park Flensburg, Flensburg, DE
Christian Tech, Fulda DE
Reisecenter Bahnhof Giessen, Giessen, DE
Frank Freihofer, Kitzingen DE
Cavallestro, Kitzingen, DE
Werner Huthmacher Photography, Berlin DE
Museum Gunzenhauser, Chemnitz, DE
Frank Freihofer, Kitzingen DE
Seehotel Zeulenroda, Zeulenroda, DE
Frank Freihofer, Kitzingen DE
Volksschule Oberhaid, Oberhaid, DE
Christian Tech, Fulda DE
Rundpavillion EGA, Erfurt, DE
Frank Freihofer, Kitzingen DE
Seehotel Zeulenroda, Zeulenroda, DE
Bernd Ullrich, Kleinheubach DE
WIKA, Klingenberg, DE
Thomas Hendrich, Wuppertal
Schlechter Wuppertal, Wuppertal, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Kunstsammlung Oberösterreich, Linz, AT
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Wolf Systembau, Scharnstein, AT
Frank Freihofer, Kitzingen DE
Reformhaus Hoffmann, Dinkelsbühl, DE
Bernd Ullrich, Kleinheubach DE
WIKA, Klingenberg, DE
Boris Golz, Arnsberg DE
Claas Industrietechnik, Paderborn, DE
Boris Golz, Arnsberg DE
Claas Industrietechnik, Paderborn, DE
Dan Ax, Frankfurt/Main DE
Bizerba Deutschland, Balingen, DE
Dennis Fassbänder, Rötgen DE
Body Factory Simmerath, Simmerath, DE
Dan Ax, Frankfurt/Main DE
Edeka Reichert Weinstadt, Weinstadt-Endersbach, DE
Peter Hartung, Fellbach DE
August Faller KG, Waldkirch, DE
Frank Freihofer, Kitzingen DE
ESN Deutsche Tischtennis Technologie GmbH, Hofheim, DE
Inga Paas, Köln DE
Carrefour Jastrzebie, Zdroj, PL
Frank Freihofer, Kitzingen DE
Baur Versand, Burgkunstadt, DE
Peter Hartung, Fellbach DE
August Faller KG, Waldkirch, DE
Jon Norddahl, Frederiksberg DK
Movianto, Greve, DK
Eric van Klingeren, Van Klingeren Industrial Agencies Woerden NL
Intratuin, Sliedrecht, NL
Gerhard Hagen, Bamberg DE
Waldi Finn, Haßfurt, DE
Tom Reindel, Düsseldorf DE
Schenker Deutschland AG, Schloss Holte-Stukenbrock, DE
Inga Paas, Köln DE
Staffelwache Pfaffenwiese, Frankfurt am Main, DE
Frank Freihofer, Kitzingen DE
Regiolux GmbH, Königsberg, DE
Jon Norddahl, Frederiksberg DK
Movianto, Greve, DK
Jan Bitter, Berlin DE
Eisschnelllaufhalle Sportforum Marzahn, Berlin, DE
Frank Freihofer, Kitzingen DE
Liebherr Logistikzentrum, Oberopfingen, DE
Peter Hartung, Fellbach DE
August Faller KG, Waldkirch, DE
Frank Freihofer, Kitzingen DE
[Ruhl-Baustahl], [Marktbreit], DE
Stefan Meyer Architekturfotografie, Berlin DE
Kletterhalle Nordwand, Erfurt, DE
Frank Freihofer, Kitzingen DE
Liebherr Logistikzentrum, Oberopfingen, DE
industrieblick©fotolia
Hermann Kaufmann, Euro Unitech GmbH Wien AT
KOTI Kobra, Steinhaus / Wels, AT
Gerhard Hagen, Bamberg DE
Parkhaus Schaeffler 2.0, Bamberg, DE
ALHO Holding GmbH, Morsbach DE
Fertigungshalle ALHO, Morsbach, DE
Gerhard Hagen, Bamberg DE
Parkhaus Schaeffler 2.0, Bamberg, DE
Rogier van Klingeren, Woerden, NL
Hengelsport-Discount, Oldemarkt, NL
Frank Freihofer, Kitzingen DE
BayWa AG, Schrobenhausen, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Weingut Voelkl, Lengenfeld, AT
Christian Tech, Fulda DE
Dreifeld-Sporthalle, Bad Nauheim, DE
Lisa Rastl, Wien AT
Museum Liaunig, Neuhhaus AT
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Weingut Voelkl, Lengenfeld, AT
Gerhard Hagen, Bamberg DE
Frankenhalle Sennfeld, Sennfeld DE
Fotolia, Palestra © Studio Gi
Christian Tech, Fulda DE
Dreifeld-Sporthalle, Bad Nauheim, DE
Frank Freihofer, Kitzingen DE
KETV Karlsruher Eislauf- und Tennisverein, Karlsruhe, DE
Tridonic GmbH und Co KG,Dornbirn AT
Sparkasse Mainfranken, Mainfranken, DE
Inga Paas, Köln DE
Hans-Sachs-Haus, Gelsenkirchen, DE
Hermann Kaufmann, Euro Unitech GmbH Wien AT
Trotec_Wels, Wels, AT
Inga Paas, Köln DE
Staffelwache Pfaffenwiese, Frankfurt am Main, DE
Peter Bogner, Gemeinde Edelsfeld DE
Grundschule Edelsfeld, Edelsfeld, DE
Frank Freihofer, Kitzingen DE
Baur Versand, Burgkunstadt, DE
Inga Paas, Köln DE
Bossert Industrievertretungen, Remseck, DE
Frank Freihofer, Kitzingen DE
Loewe Opta, Kronach, DE
Inga Paas, Köln DE
Hans-Sachs-Haus, Gelsenkirchen, DE
Frank Freihofer, Kitzingen DE
Fraunhofer Institut ISC III, Würzburg, DE
Bernd Ullrich, Kleinheubach DE
WIKA, Klingenberg, DE
Frank Freihofer, Kitzingen DE
Staatliche Realschule, Ebern, DE
Peter Hartung, Fellbach DE
August Faller KG, Waldkirch, DE
Frank Freihofer, Kitzingen DE
Fraunhofer Institut ISC III, Würzburg, DE
Peter Hartung, Fellbach DE
August Faller KG, Waldkirch, DE
Frank Freihofer, Kitzingen DE
Loewe Opta, Kronach, DE
Inga Paas, Köln DE
Saturn MyZeil, Frankfurt am Main, DE
Michael Meschede, Kaufungen DE
Pop-Akademie, Mannheim, DE
Jon Norddahl, Frederiksberg DK
Movianto, Greve, DK
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Berlin
Magdeburg
Bielefeld
Dortmund
Düsseldorf
11
Kassel
Siegen
09
Köln
10
Frankfurt/
Main
Koblenz
14
Leipzig
Erfurt
13
16
15
Würzburg
Nürnberg
Mannheim
Saarbrücken
Königsberg
18
22
Stuttgart
23
Freiburg
20
21
München
12
Dresden
Deutschland
}Süd
}Nord
01 MecklenburgVorpommern
07 Sachsen-Anhalt
Matthias Romberg
18181 Graal-Müritz
T 038206 14254
[email protected]
08 Düsseldorf
Gritt Schlemminger
23968 Wismar
F 09525 89 8669
M 0151 14733968
[email protected]
02 Hamburg,
Schleswig-Holstein
Hans Fr. R. Petersen
Vertretungen der Elektro-Industrie
Nikolaus-Otto-Straße 17
22946 Trittau
T 04154 841821
F 04154 841833
[email protected]
Wolfgang Dänner
22846 Norderstedt
T 040 52102740
F 040 52102741
M 0160 7177737
[email protected]
Detlef Sikora GmbH
Gewerbegebiet Süd Nr. 2
39443 Staßfurt
T 039266 931-0
F 039266 931-15
[email protected]
AB Luft + Licht
Arthur Bahne Vetriebs GmbH
Dechenstraße 15A
40878 Ratingen
T 02102 94212-0
F 02102 94212-22
[email protected]
09 Kassel
Volker Jakob
Industrievertretungen
der Elektrotechnik
Platz des Friedens 8
34225 Baunatal
Ab 01.07.2016 Jörg Wenderoth
T 0561 949371-0
F 0561 949371-5
[email protected]
10 Köln
Thomas Meyer Lichtberatung
Huchtinger Heerstraße 43
28259 Bremen
T 0421 565699
[email protected]
Wolfgang Küsgen
Industrievertretungen GmbH
Immendorfer Straße 1
50354 Hürth-Efferen
T 02233 80803-0
F 02233 80803-29
[email protected]
04 Berlin, Brandenburg
11 Wipperfürth
03 Bremen
ELLUX Vertriebs GmbH
Fritschestraße 27/28
1. OG, Aufgang C
10585 Berlin-Charlottenburg
T 030 772035-0
F 030 772035-55
[email protected]
Martin Rösgen
Industrievertretungen
Julius-Doms-Straße 15
51373 Leverkusen
T 0214 6026555
F 0214 6026719
[email protected]
05 Hannover
14 Koblenz
Detlef Sikora GmbH
Lägenfeldstraße 7
30952 Ronnenberg
T 0511 43804-0
F 0511 43804-49
[email protected]
06 Bielefeld
scharkon Lichtkonzepte GmbH
Kruppstraße 47
59227 Ahlen
T 02382 96868-0
F 02382 96868-29
[email protected]
575
bernd oedekoven gmbh
gebäudetechnik & licht
Rudolf-Diesel-Straße 11
56220 Urmitz
T 02630 96350
F 02630 963535
[email protected]
17 Saarbrücken
Franz Josef Kirchen
bernd oedekoven gmbh
Außenbüro Trier / Saarbrücken
Schillinger Weg 10
54421 Reinsfeld
M 0176 19635502
[email protected]
12 Sachsen
Steffen Bulling
Röhrsdorf
Fritz-Hollweg-Ring 30
01665 Klipphausen
T 035204 791417
F 035204 791418
M 0172 8670049
[email protected]
Jörg Irmisch
Am Klosterberg 5
08301 Bad Schlema
T 03771 3650910
F 03771 3650909
M 0172 8670062
[email protected]
13 Thüringen
Jens Schlothauer
Bischofferöder Straße 4a
37345 Holungen
T 036077 933587
F 036077 933588
M 0151 14733955
[email protected]
15 Rhein-Main
Licht + Technik + Vertrieb
Michael Vorbeck
Lange Straße 18
63808 Haibach
T 06021 66856
F 06021 632394
M 0172 8670048
[email protected]
Markus Schimmer
Hauptstraße 418
63773 Goldbach
M 0151 14733980
[email protected]
16 Nordbayern
Peter Gröger
Buchenweg 9
97440 Werneck
T 09722 944826
F 09722 944827
M 0172 8670045
[email protected]
Stephan Althaus
Kopernikusring 17
95447 Bayreuth
T 0921 98008087
F 0921 80029426
M 0160 7177731
[email protected]
18 Bayern-Mitte
Bernhard Zirkelbach
Franz-Bayer-Straße 7
97539 Wonfurt/Dampfach
T 09528 950103
F 09528 950163
M 0172 8670047
[email protected]
20 Stuttgart
Frank Bossert e.Kfm.
Industrievertretungen
Industriegebiet Aldingen
Hofener Weg 17
71686 Remseck
T 0711 577669-60
F 0711 577669-66
[email protected]
21 Südbayern
Stephan Schlatzer
Lichtberatung
Thalhammerstraße 12
83075 Bad Feilnbach - Au
T 08064 909495
F 08064 909496
[email protected]
Dieter Beier
Haselnußweg 17
86676 Ehekirchen
T 08435 9448966
F 08435 9448572
M 0151 14733958
[email protected]
22 Mannheim.
Nordbaden-Pfalz
Licht-Team Handelsvertretungen OHG
Wormser Landstraße 251
67346 Speyer
T 06232 606910
F 06232 606915
[email protected]
23 Südbaden
Fred Abel GmbH
Vertretungen der
Elektro-Industrie
Im Ebnet 1
79238 Ehrenkirchen
T 07633 9501-0
F 07633 9501-30
[email protected]
576
Regiolux
DK
US
IS
CA
IE
GB
N
BE
FR
US
PT
MA
L
}International
Headquarter
Regiolux GmbH
Hellinger Straße 3
D 97486 Königsberg
T +49 9525 89 0
F +49 9525 89 7
[email protected]
www.regiolux.de
Orders and Offers
T +49 9525 89-220
F +49 9525 89-444
[email protected]
Technical Support
T +49 9525 89-260
F +49 9525 89-261
[email protected]
Lighting Design
T +49 9525 89-260
F +49 9525 89-261
[email protected]
Sales branch Poland
Regiolux Polska Sp.z o.o.
Ul. Rzeźnicza 32-33, lok II P.
50-130 Wroclaw
T +48 608 693 716
www.regiolux.pl
[email protected]
Local Contact Partners: You can find the contact data for your local contact partners always up-to-date on the internet at www.regiolux.de
577
FI
SE
RU
EE
DK
NL
LU
CH
DE
RU
LT
PL
CZ
AT
HU
SI HR
RO
BA RS
IT
ME
MK
AL
GR
UA
TR
IL
KW
QA
AE
OM
IN
AU
NZ
Sales Managers
Daniel Hau
T +49 9525 89-657
F +49 9525 89-444
M +49 160 7177734
[email protected]
Torsten Kießlich-Köcher
T +49 9525 89-450
F +49 9525 89-444
M +49 172 8682620
[email protected]
Belgium, Israel, Italy, Luxembourg, Middle East
Stefan Nestmann
T +49 9525 89-438
F +49 9525 89-444
M +49 172 8670054
[email protected]
Bulgaria, Czech Republic, Denmark,
Hungary, Netherlands, Poland,
Slovakia, Turkey
Australia, Canada, Cyprus, Estonia, Finland,
France, Greece, India, Ireland, Latvia, Lithuania,
Morocco, New Zealand, Portugal, Romania,
Russian Federation/CIS, Slovenia, Spain,
Ukraine, United Kingdom, USA
Reinhold Pfister
T +49 9525 89-451
F +49 9525 89-444
M +49 172 8670050
[email protected]
Albania, Austria, Bosnia and
Herzegovina, Croatia, Iceland,
Macedonia, Montenegro, Norway,
Serbia, Sweden, Switzerland
For countries not specified above, please refer to: T +49 9525 89220, [email protected]
9999 2299 216 1.A 2.000 12/15 MA/GS Subject to modifications
Regiolux GmbH
Hellinger Straße 3
D 97486 Königsberg
T +49 9525 89 0
F +49 9525 89 7
[email protected]
www.regiolux.de