Self Electronics SLD30-12VL-E LED transformer, LED driver Constant voltage 30 W 2.5 A 12 V DC Suitable for flammable sur
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Datasheet (PDF)
Highlights & Details
SLD30-12VL-E
- Constant voltage
- 12 V DC
- 2.5 A
Technical specifications
- Product type
LED transformer
- Type
Constant voltage
- Dim
(L x W x H) 145 x 50 x 22 mm
- Factory colour
Grey
Blue
- Output voltage (max.)
12 V DC
- Max. output current
2.5 A
- Output current (max.) - rounded
2.5 A
- Operating voltage
230 V AC
- Protection class
II
- LED driver features
Suitable for flammable surfaces
dimmable
Surge protection
Overvoltage
IP20
- Connection
Screw terminal
- Max. power
30 W
- No. of outputs
1 x
- No. of inputs
1 x
- Input voltage (max.)
264 V AC
- Min. input voltage
198 V AC
- Weight
230 g
- Power range
30 W (max)
- Type
Pulsed
- Width
50 mm
- Height
22 mm
- Length
145 mm
- Max. temperature
50 °C
- Min. temperature
-20 °C
- PSU features
Suitable for LED arrays
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 1842707 Self Electronics SLD30-12VL-E LED transformer, LED driver Constant voltage 30 W 2.5 A 12 V DC Suitable for flammable sur
User & Safety Instructions
User & Safety Instructions 1842707 Self Electronics SLD30-12VL-E LED transformer, LED driver Constant voltage 30 W 2.5 A 12 V DC Suitable for flammable sur
Description
New feature in the program we are constant voltage power supplies SLD 30-VL-E and SLD 75-VL-E for the leading edge and trailing edge dimming. The dimming range is 5-100% and influenced by the phase angle.
This text is machine translated.
This text is machine translated.
Features
- Independent operating device
- Protection class II, SELV output
- Flicker-free design
- Triac dimmable
- Constant voltage
- IP20
- Protected against overload, short-circuit, over-voltage and temperature protection
- EN 61347-1, EN 61347-2-13, EN55015, EN61000-3-2, etc.
Hints
Caution!
Make sure you pick an LED driver/transformer that comes with the appropriate power rating.
Choose a driver/transformer that supplies approx. 30 pecent more watttage, as the current consumption (i.e. amperage) of the LEDs is key, and not the power rating of the LED provided by the LED manufacturer.
Keep in mind that the switch-on surge tend to be much higher.