Landing lights, position ligths and SEOUL Power LEDs
In all landing lights and position lights (exception Glider ACLs and Universal ACLs) SEOUL 3 Watt Power LEDs are used. SEOUL LEDs are unsurpassed in their efficiency so they are used even in power saving lamps. As an alternative to conventional fluorescent lamps or glow lamps the LED makes history in the lighting engineering industry. Due to special own patent based phosphor and housing technologies this LED stands out due to maximum light flux, very good thermic resistance coefficient and high heat conductance. SEOUL LEDs belong to the most efficient and brightest electroluminescent diodes in the world.
Specifications
Table 1a: Landing lights, position ligths and SEOUL Power LEDs
|
White
|
Warm white
|
Red
|
Green
|
Blue
|
Brightness
|
100lm
|
65lm
|
48lm
|
80lm
|
22lm
|
Angle of radiation
|
127°
|
124°
|
130°
|
130°
|
130°
|
max. current
|
350mA
|
350mA
|
350mA
|
350mA
|
350mA
|
Voltage
|
3.25V
|
3.25V
|
2.30V
|
3.25V
|
3.25V
|
Resistor table
Table 1b: Resistors Landing lights, position ligths and SEOUL Power LEDs
Mode
|
Battery type
|
White
|
Warm white
|
Red
|
Green
|
Blue
|
Permanent operating
|
1S LiPo / LiIon
|
0R82
|
0R82
|
2R2
|
0R82
|
0R82
|
4.8V NiMH
|
2R7
|
2R7
|
3R9
|
2R7
|
2R7
|
2S LiPo / LiIon
|
6R8
|
6R8
|
8R2
|
6R8
|
6R8
|
2S LiFePO4
|
4R7
|
4R7
|
6R8
|
4R7
|
4R7
|
Flash operating
|
1S LiPo / LiIon
|
0R47
|
0R47
|
1R8
|
0R47
|
0R47
|
4.8V NiMH
|
1R8
|
1R8
|
3R9
|
1R8
|
1R
|
2S LiPo / LiIon
|
4R7
|
4R7
|
6R8
|
4R7
|
4R7
|
2S LiFePO4
|
3R3
|
3R3
|
5R6
|
3R3
|
3R3
|
The resistor values refer to pre-resistors with 3 watts electrical power and 5 percent tolerance.
Segler-ACLs / Universal-ACLs
Specifications
Table 2a: Specifications Glider ACLs / Universal ACLs
|
White
|
Red
|
Green
|
Brightness
|
1536lm
|
165lm
|
285lm
|
Angle of radiation
|
125°
|
123°
|
128°
|
max. current
|
4500mA
|
2100mA
|
2100mA
|
Voltage
|
3.45V
|
2.5V
|
3.8V
|
Resistor table
Table 2b: Resistors Glider ACLs / Universal ACLs
Mode
|
Battery type
|
White
|
Red
|
Green
|
Single Glider ACL or Universal ACLs
|
1S LiPo / LiIon
|
no resistor
|
0R68
|
no resistor
|
4.8V NiMH
|
0R33
|
1R8
|
0R47
|
2S LiPo / LiIon
|
0R82
|
2R2
|
1R8
|
2S LiFePO4
|
0R68
|
3R9
|
1R5
|
Series connection Glider ACLs
|
1S LiPo / LiIon
|
not possible
|
not possible
|
not possible
|
4.8V NiMH
|
not possible
|
not possible
|
not possible
|
2S LiPo / LiIon
|
no resistor
|
0R47
|
no resistor
|
2S LiFePO4
|
not possible
|
not possible
|
not possible
|
The resistor values refer to pre-resistors with 3 watts electrical power and 5 percent tolerance.
5mm-LEDs
Specifications
Table 3a: Specifications 5mm LEDs
|
White
|
Warm white
|
Red
|
Green
|
Blue
|
Gelb
|
Brightness
|
44.000mcd
|
31.000mcd
|
14.000mcd
|
24.000mcd
|
13.950mcd
|
10.400mcd
|
Angle of radiation
|
15°
|
15°
|
20°
|
20°
|
15°
|
20°
|
max. current
|
20mA
|
20mA
|
20mA
|
20mA
|
20mA
|
20mA
|
Voltage
|
3.20V
|
3.20V
|
2.20V
|
3.20V
|
3.20V
|
3.50V
|
Resistor table
Table 3b: Resistors 5mm LEDs
Battery type
|
White
|
Warm white
|
Red
|
Green
|
Blue
|
Gelb
|
1S LiPo / LiIon
|
56R2
|
56R2
|
110R
|
56R2
|
56R2
|
39R
|
4.8V NiMH
|
121R
|
121R
|
182R
|
121R
|
121R
|
110R
|
2S LiPo / LiIon
|
274R
|
274R
|
309R
|
274R
|
274R
|
249R
|
2S LiFePO4
|
200R
|
200R
|
249R
|
200R
|
200R
|
182R
|
The resistor values refer to pre-resistors with 0.6 watts electrical power and 1 percent tolerance.
5mm Rainbow LEDs
Processing time for a complete color change is approx. 30 seconds.
Specifications
Table 4a: Resistors 5mm Rainbow LEDs
Battery type
|
f
|
a
|
r
|
b
|
i
|
g
|
Brightness
|
9.700mcd
|
Angle of radiation
|
25°
|
max. current
|
40mA
|
Voltage
|
4.50V
|
Resistor table
Table 4b: 5mm Rainbow LEDs
Battery type
|
f
|
a
|
r
|
b
|
i
|
g
|
1S LiPo / LiIon
|
2R21
|
4.8V NiMH
|
33R2
|
2S LiPo / LiIon
|
110R
|
2S LiFePO4
|
68R1
|
The resistor values refer to pre-resistors with 0.6 watts electrical power and 1 percent tolerance.
5mm Flash LEDs
Specifications
Table 5a: Specifications 5mm Flash LEDs
|
White
|
Red
|
Green
|
Blue
|
Brightness
|
15,000mcd
|
15,000mcd
|
15,000mcd
|
9,000mcd
|
Angle of radiation
|
20°
|
15°
|
15°
|
15°
|
max. current
|
30mA
|
20mA
|
20mA
|
20mA
|
Voltage
|
4.50V
|
2.20V
|
3.60V
|
3.60V
|
Resistor table
Table 5b: Resistors 5mm Flash LEDs
Battery type
|
White
|
Red
|
Green
|
Blue
|
1S LiPo / LiIon
|
2R21
|
82R
|
27R
|
27R
|
4.8V NiMH
|
47R
|
162R
|
100R
|
100R
|
2S LiPo / LiIon
|
150R
|
274R
|
221R
|
221R
|
2S LiFePO4
|
100R
|
249R
|
162R
|
162R
|
The resistor values refer to pre-resistors with 0.6 watts electrical power and 1 percent tolerance.
8.2mm-LEDs
Specifications
Table 6a: Specifications 8.2mm-LEDs
|
White
|
Red
|
Green
|
Blue
|
Brightness
|
40lm
|
20lm
|
30lm
|
18lm
|
Angle of radiation
|
120°
|
120°
|
120°
|
120°
|
max. current
|
350mA
|
350mA
|
350mA
|
350mA
|
Voltage
|
3.65V
|
2.80V
|
3.65V
|
3.65V
|
Resistor table
Table 6b: Resistors 8.2mm-LEDs
Battery type
|
White
|
Red
|
Green
|
Blue
|
1S LiPo / LiIon
|
1R62
|
4R02
|
1R62
|
1R62
|
4.8V NiMH
|
5R6
|
8R2
|
5R6
|
5R6
|
2S LiPo / LiIon
|
15R
|
18R
|
15R
|
15R
|
2S LiFePO4
|
12R
|
15R
|
12R
|
12R
|
The resistor values refer to pre-resistors with 0.6 watts electrical power and 1 percent tolerance respectively 3 watts electrical power and 5 percent tolerance.
Superflux-LEDs
Specifications
Table 7a: Specifications Superflux LEDs
|
White
|
Warm white
|
Red
|
Green
|
Blue
|
Brightness
|
20lm
|
18lm
|
9lm
|
7lm
|
2lm
|
Angle of radiation
|
80°
|
70°
|
100°
|
100°
|
100°
|
max. current
|
50mA
|
50mA
|
50mA
|
30mA
|
30mA
|
Voltage
|
3.10V
|
3.10V
|
2.40V
|
3.40V
|
3.40V
|
Resistor table
Table 7b: Resistors Superflux LEDs
Battery type
|
White
|
Warm white
|
Red
|
Green
|
Blue
|
1S LiPo / LiIon
|
22R1
|
22R1
|
39R2
|
27R4
|
27R4
|
4.8V NiMH
|
56R2
|
56R2
|
68R1
|
82R5
|
82R5
|
2S LiPo / LiIon
|
110R
|
110R
|
121R
|
182R
|
182R
|
2S LiFePO4
|
82R5
|
82R5
|
100R
|
150R
|
150R
|
The resistor values refer to pre-resistors with 0.6 watts electrical power and 1 percent tolerance.
Allgemeine Sicherheitshinweise
ACHTUNG: Die LEDs sind extrem hell, aus naher Distanz nicht direkt in das Licht blicken! Es können Schäden an der Netzhaut entstehen.