transformer 3-45V 350mA-constant - for 1-12 LED's each 1W

Constant current transformer for 1-12x 1W High Power LED - constant DC 350mA (3-45V)- indoor - measures: 92x41x20mm - to be used in non-damp rooms only
item number: 10006657
11.69
 
incl. VAT excl. shipping cost
letter standard delivery
available
shipping 1 to 4 days**
 
For ensuring a long life of your High Power LEDs, a constant current source is needed and this is quaranteed&nbsp;through a constant current source. For supplying the devices with constant current, the constant current source&nbsp;changes&nbsp;its electrical resistance automatically. This has the effect of a consistent brightness of the&nbsp;High Power LEDs. The LEDs have to be mounted in&nbsp;a way that they are connected in series.<br />
<br />
With this constant current source you can supply 1 to 12 LED's with a power of 1W each. You do not need any additional resitors or&nbsp;other electrical ballast.<br />
<br />
<strong>Information: </strong>This kind of power supply is appropriate for High Power LEDs O N L Y, which are specifically mentioned to be used with.

- number of LED's: 1 to 12 High Power LED's
- power per LED: each 1W
- input voltage: 230V AC
- output current: constant 350mA
- output voltage: 3V - 45V
- measures: 92x41x20mm
- short-circuit-proof, protection against overtemperature
- to be used in non-damp rooms only
- non-dimmable
- connection through screw terminals
- white plastic housi

Technical info

white
indoor area
ceiling / wall
Accessories
constant current transformer
No
12W
plastic
constant current
IP20

Caution: Installing electrical transformers should always be done by qualified specialists. The valid accident prevention regulations have to be observed. For avoiding an electric shock please cut off the electricity supply of the device before you start your work.

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* all prices including VAT and excluding shipping cost; minimum order 10 euros
** Valid for deliveries for standard shipping within Germany. Delivery times for other countries and information on the calculation of delivery, see here.
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