Skip to main content
FRANKLIN DUAL Dual Work Light and Spot Light, 2200 mAh, Lithium-Ion Battery, LED Lamp, 8 hr Run Time

Roll over image to zoom in

  • Product Features

  • Product Overview

  • Related Videos

  • Reviews

  • Questions & Answers

Nebo NEB-WLT-0022 FRANKLIN DUAL Dual Work Light and Spot Light, 2200 mAh, Lithium-Ion Battery, LED Lamp, 8 hr Run Time

Item #: NEB-WLT-0022 by NEBO TOOLS/ASG

UPC #: 645397937586

See reviews See reviews
In Stock

$32.79

/each
SAVE UP TO 3.28

Buying in bulk

QUICK SHIPPING*Usually ships in 1 business day
QTY
–
+
+ Add to Wishlist
Buy in Bulk & Save - See How Watch Now
Large Order Quote

Shop with Confidence

30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.

Safe Payment
  • Light modes including flashlight high (200 Lumens, 8 hr, 246 ft), low (60 Lumens, 24 hr, 164 ft), white work light high (500 Lumens, 2.5 hr, 101 ft), low (150 Lumens, 14.5 hr, 59 ft), red work Light high (40 Lumens, 20 hr, 22 ft)
  • Fully rechargeable
  • Anodized aircraft-grade aluminum
  • IPX4 water-resistant
  • Retractable belt/pocket clip
  • Power memory setting
  • Magnetic base
  • One side-positioned button for power and mode selection

Country Origin Code

CN

Sub Brand

Franklin

Hazardous Material

Yes

Casing Material

Aluminum

Lumens

500 Lumens

Brand

Nebo

Width

2.30

Length

4.80

Height

11.90

Enclosure Type

IPX4

Nomenclature

NEB-WLT-0022 WORKLIGHT&SPOTLT

Beam Color

Red/White

Battery Type

Lithium-Ion

Run Time

8 hr

ECCN

EAR99

WORKLIGHT & SPOTLT DL RC 500LM
Specifications:

Includes: (1) Lithium-Ion 10850 Rechargeable Battery and (1) Micro-USB to USB Charging Cable

The FRANKLIN DUAL by NEBO is a powerful rechargeable handheld flashlight and work light with seven light modes. The DUAL features COB technology in the work light and the powerful LED chip in the flashlight can shine up to 75 m away. The included battery allows for up to 40 hr of operation in between charges.