Streamlight 66605 Mini Led Flashlight 250 Lumens

Product Description

The STREAMLIGHT 66605 is a compact, rechargeable mini LED flashlight built for professionals who need reliable illumination in a pocket-sized form factor. Constructed with an aluminum body, it delivers 250 lumens on high and 50 lumens on low, giving the user control over output based on task demands. The light runs on a single built-in lithium-ion battery and recharges via USB, with a 5-inch USB cable and lanyard included in the package. With a total run time of 210 minutes and two selectable light modes, the 66605 is suited for technicians, inspectors, and service pros who carry a light on every job.

This flashlight is appropriate for a wide range of trade applications including HVAC service, electrical inspection, plumbing rough-in work, and general facility maintenance. Its compact dimensions — 5.63 inches long by 1.25 inches wide — allow it to fit easily in a tool bag, chest pocket, or clip to a lanyard for hands-free access. The USB-rechargeable design eliminates the need to carry spare disposable batteries on the job. It complies with ANSI and PLATO FL1-2016 standards, making it a verified-output light suitable for professional use.

Key Features

• Two light modes: 250 lumens (high) and 50 lumens (low)
• USB rechargeable with included 5-inch USB cable
• Aluminum body construction for durability
• Up to 210 minutes total run time
• Lanyard included for carry versatility
• Meets ANSI and PLATO FL1-2016 output and runtime standards

Compatibility

Designed as a self-contained rechargeable mini flashlight for general trade and professional use. No additional compatible system or model data was provided for this SKU.

Installation Notes

No installation is required for this flashlight. Before first use, charge the unit fully using the included USB cable. Do not attempt to replace the internal lithium-ion battery — this light is designed as a sealed rechargeable unit. Follow applicable workplace safety guidelines when using artificial lighting in energized or confined-space environments.