DRIVER A CORRENTE CONTINUA 0128

designer:

UT Egoluce

design year:

sources:

led

light:

direct

IP degree:

net weight:

0,06 Kg

Class II device, provided with double or reinforced insulation

Gallery

Product details

Multi-power DC power supply equipped with dip-switch for selecting the output current and with active PFC. IP20 independent power supply, for indoor use.

Protected in class II against electric shocks for direct and indirect contacts.

Supplied with terminal cover and cable clamp. Opposite input and output terminals (cable section up to 2.5 mm² / AWG13). Single terminal block on primary and secondary. Cable clamp on primary and secondary for cables with diameter: min. 3 mm - max. 8 mm. Fixing the power supply with slots for screws.

Protections:

thermal and short circuit

against mains extra-voltages

against overloads

Regulated current ± 5% including thermal variations

Thermal protection = C.5.a.

Last updated 17/10/2022

info request

@

Subscribe to the Newsletter to stay up to date on our news

unsuscribe

New blog

Lighting for Dining: a mix of aesthetics and functionality

Lighting in a restaurant adds style to the ambiance and plays a role in the customer experience. Various studies show that appropriate lighting increases dwell time, appetite, and inclination to consume food and drink.

Retail Space Lighting

Lighting is crucial in retail for creating an engaging and memorable customer experience. In addition to providing the right visibility of products, strategically positioning lighting points within a retail space can optimize the shopping experience, enhance the perception of the environment, and guide customers' experience by influencing their decisions. Indeed, different neuromarketing studies have shown that different lighting options affect final purchase choices.

Let's Talk Optics: Secrets of LED Lighting

Within professional lighting systems, there is frequent discussion surrounding the secondary optics applied to LED lights, utilized to focus, and direct light by altering its photometric distribution.