Century Wire Blue Pro-Lock Extension Cord, 12/3X100FT

Century Wire Blue Pro-Lock Extension Cord, 12/3X100FT

The D14412100BL Century Wire Pro Lock™ Extension Cord (12/3 x 100 ft, Blue) is an extra-heavy-duty locking extension cord designed to prevent accidental disconnects and keep power steady on demanding jobsites. Built with a patented Pro Lock™ female connector, it securely locks onto standard 15A-125V, 3-conductor male plugs so the connection won’t pull apart during use, then releases quickly by pulling down the collar. With 100% copper conductors, lighted power and ground indicators, and a cold-weather PVC jacket rated to -58°F, it’s made for reliable performance in harsh working conditions.

Country of Origin
Varies by production batch

Key Features / Specifications

• Model / Part Number: D14412100BL
• Brand / Series: Century Wire Pro Lock™
• Product Type: Locking extension cord
• Length: 100 ft
• Wire Gauge: 12/3 AWG (3 conductors)
• Conductor Construction: 64 strands of 30 AWG 100% copper per conductor
• Connector Type: Patented Pro Lock™ female connector with automatic locking collar
• Lock/Unlock Operation: Push together to lock; pull collar down to unlock
• Pull Strength: 80 lbs (horizontal or vertical)
• Connector Durability: High-impact polycarbonate housing and collar for extra-heavy-duty service
• Water Resistance: Molded connectors resist pull-away and provide added water resistance
• Power Indicator: Lighted amber “Power Check” plug confirms power flow
• Ground Indicator: Green lighted CGM connector verifies ground continuity
• Jacket: Special cold-weather PVC rated to -58°F (-50°C) for flexibility below freezing
• Color: Blue
• Certifications: UL Listed and cUL Approved for Canada

Ideal For

• Jobsites where accidental cord disconnects cause downtime
• Extra-heavy-duty power needs with long 100 ft reach
• Cold-weather work requiring flexibility well below freezing
• Users who want visual confirmation of power and ground continuity
• Construction, maintenance, industrial, and outdoor applications using locking connections