DeWalt DCB107 Lithium Ion Battery Charger with DCB203 Battery Pack

This item is a DeWalt DCB107 battery charger unit paired with a DeWalt DCB203 20V Max Lithium Ion battery pack. The charger body is constructed from durable black molded plastic with a prominent yellow and black safety/instruction label. It features a compact footprint and is equipped with a single LED diagnostic light, which is currently illuminated red, indicating the charging status. The attached DCB203 battery pack is a 2.0Ah (40Wh) capacity model, also built with high-impact black plastic. Visible markings include the DeWalt branding, model numbers, and technical specifications, noting the battery was made in Malaysia and assembled in Mexico. Physically, both components show signs of moderate use, including surface scratches, scuffs on the plastic casing, and accumulated dust in the crevices, but they appear structurally sound without visible cracks or terminal corrosion. The charger’s black electrical cord is intact with some minor twisting. This set represents modern industrial power tool accessories valued for their compatibility within the DeWalt 20V cordless system ecosystem.

I have conducted a visual examination of the DeWalt DCB107 charger and DCB203 2.0Ah battery pack. The items appear to be genuine DeWalt products, characterized by the correct molding of the logo, specific font weights on the safety labeling, and standard manufacturer markings. Both components exhibit cosmetic wear consistent with regular jobsite use, including scuffing on the battery housing and dust accumulation, but lack the catastrophic cracking or terminal discoloration that would suggest internal failure. This specific combination is a high-volume, entry-level set within the DeWalt 20V Max ecosystem. The DCB203 is a standard-capacity battery, and the DCB107 is the 'slow' charger variant, which impacts secondary market value compared to high-output 'fast' chargers or larger 5.0Ah+ batteries. Comparables on secondary markets like eBay and local classifieds show high liquidity but low individual value due to the sheer volume of these units bundled with power tool kits. The primary value driver is the remaining life cycle of the lithium-ion cells, which cannot be determined visually. This appraisal assumes the battery accepts and holds a full charge. A physical inspection using a multimeter to check voltage and a load tester to verify cell health would be required for a definitive valuation. Furthermore, while the labels appear authentic, physical inspection of the internal PCB and battery cell branding (e.g., Samsung, LG, or Sanyo cells) would be required to rule out high-quality counterfeit shells often sold online. Provenance is not a factor for this industrial commodity, but proof of purchase from an authorized dealer would bolster authenticity claims.