STEDI ST3301 PRO 4.6 Inch 2 LED WORK Light LED3301-PRO-2L

BUILT TO SHINE.

Stedi's ST3301 Pro Series 4.6" 2 LED Work Light has been designed to offer a high volume of light in the mid-range, with excellent visibility on the road shoulders. By incorporating the superior technology of OSRAM™ LEDs, we have been able to deliver a sophisticated lighting technology within a small but sturdy work light suited for any application. Being a strong performance beam suited for any application, we thought it would be perfect as a small but sturdy work light. With this size, you will be able to omit a powerful beam in order to illuminate any space, large or small. 

SLICKER THAN YOUR AVERAGE WORKLIGHT.

The Pro 4.6” 2 LED Work Light is one of the members of Stedi's latest ST3301 range. Re-structured from Stedi's popular ST3300, the ST3301 LED range boasts an improved lighting technology with impeccable aesthetics. Not only have we increased the brightness, but we’ve also optimised the colour temperature to 5500K for a remarkable colour rendition. With an Ingress Protection rating of IP68 (backed by a certificate of conformity), this is a light that is built to withstand dust ingression and long periods of water immersion.

BRILLIANCE OF THE HIGHEST ORDER.

The all-new flood reflector design minimizes light scatter on the vertical axis, allowing for a more concentrated illumination. This means that there is more light where it matters most. The half-width beam angle of 45 Degrees allows for a range of rotations, achieving an excellent light coverage. 

The nitty gritty.

KEY TECHNICAL BREAKDOWN 

• Ingress Protection IP68 (Backed by a certificate of conformity),
• Coordinated Colour Temperature 5600K - Excellent colour contrast.
• 2 Flood Reflector Distribution 
• Tough GE Lexan primary lens which 250 times the impact-resistant strength of glass and 30 times stronger than acrylic Poly-carbonate. 
• Waterproof Deutsch DT Connector
• Adjustable slide mounts included, with optional side bracket sold separately.
• Guaranteed against electromagnetic (EMC) and radio frequency (RFI) interference