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MEAN WELL HLG-320H-42A LED driver, LED transformer Constant voltage, Constant current 321 W 7.65 A 42 V DC PFC circuit,
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Datasheet (PDF)
Highlights & Details
LED-switching power supply
- Constant voltage, Constant current
- 42 V DC
- 7.65 A
Technical specifications
- Protection class: IP65
- Product type
LED driver
- Type
Constant voltage
Constant current
- Dim
(L x W x H) 252.00 x 90.00 x 43.80 mm
- Output voltage (max.)
42 V DC
- Max. output current
7.65 A
- Output current (max.) - rounded
7.65 A
- Operating voltage
115 V AC
230 V AC
- LED driver features
PFC circuit
Surge protection
adjustable
IP65
- Connection
Open end cable
- Max. power
321 W
- No. of outputs
1 x
- No. of inputs
1 x
- Input voltage (max.)
305 V AC
- Min. input voltage
90 V AC
- Weight
1875.00 g
- Power range
321 W (max)
- Type
Synchronised
- Width
90.00 mm
- Height
43.80 mm
- Length
252.00 mm
Documents & Downloads
Datasheet
Datasheet 1293548 MEAN WELL HLG-320H-42A LED driver, LED transformer Constant voltage, Constant current 321 W 7.65 A 42 V DC PFC circuit,
Information
Information 1293548 MEAN WELL HLG-320H-42A LED driver, LED transformer Constant voltage, Constant current 321 W 7.65 A 42 V DC PFC circuit,
Warranty Terms
Warranty Terms 1293548 MEAN WELL HLG-320H-42A LED driver, LED transformer Constant voltage, Constant current 321 W 7.65 A 42 V DC PFC circuit,
Description
Universal input · Aluminium enclosure · Overload protection, current limiting, auto recovery · Protections: short circuit/over load/over voltage · Built-in active PFC function · Suitable for LED lighting and moving sign applications · EN61000-3-2, Class C, EN55015, EN61347-1, EN61347-2-13
Features
- Universal input
- Overload protection through current limitation, auto recovery
- Protected against short circuit, overload, over voltage
- Built-in PFC circuit
- For LED lighting applications
- EN 61000-3-2, Class C, EN55015, EN 61347-1, EN 61347-2-1
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.