Pelican 9480 RALS Yellow Remote Area Lighting System 4000 Lumens Hot-Swappable Battery – Waterproof Extendable Mast LED Work Light 094800-0000-245

Product details

The Pelican 9480 Remote Area Lighting System Yellow (Model: 094800-0000-245) is a durable, high-performance portable LED work light engineered for first responders, industrial professionals, aerospace operations, and emergency teams needing reliable illumination in harsh and remote environments. Providing up to 4000 lumens with three adjustable power levels, it offers outstanding visibility and an extended runtime of up to 28 hours on its quick-release, hot-swappable 12-volt battery, enabling seamless battery changes without downtime. The deployable mast features 340-degree rotation and multiple positioning options for versatile light coverage, while full-time battery level indication with a low-level flashing alert keeps users informed. Built Pelican tough, the 9480 includes waterproof and crush-resistant construction, silent operation, and a comfortable shoulder strap for easy portability. This eco-friendly alternative to generators is RoHS and CE compliant, making it perfect for confined spaces, search and rescue, disaster response, or any critical situation demanding long-lasting, powerful lighting. Search terms: Pelican 9480 yellow, RALS remote area lighting, 4000 lumens work light, hot-swappable battery light, waterproof extendable mast LED, Pelican portable flood light, Pelican 094800-0000-245.

Specifications:

Model: Pelican 9480 RALS (094800-0000-245)
Color: Yellow
Light Output: Up to 4,000 lumens
Runtime: Up to 28 hours
Battery: Hot-swappable 12-volt power supply (rechargeable)
Power Levels: Three pre-set adjustable brightness settings
Mast: Deployable with 340-degree rotation and multiple deployment positions
Battery Indicator: Full-time level display with low-level flashing alert
Weight: Approximately 11.9 lbs (5.4 kg)
Protection: Waterproof and crush-resistant construction
Additional: Comfortable shoulder strap for easy transport, quick-release battery design