Woodhead Industrial Manual Reset 2' In-Line GFCI Cord Tri-Tap Adapter 15050-3TTM

This is a single Daniel Woodhead #15050-3TTM Watertite industrial manual reset GFCI 1-3 molded plug and tri-tap connector cord. Woodhead Super-Safeway products are heavy-duty industrial-wiring devise designed for abusive conditions and dependable performance for applications that demand the unmatched durability that rubber exclusively delivers. These rubberized industrial devices are the only wiring devise made of NEoTex Paracril OZO rubber, a rubber construction that yields ultimate performance within a wide temperature range, around many oils and chemicals and abrasive conditions. 12-3-SJT-yellow extension cord is 2' long and rated 15A 125VAC (1875W), NEMA 5-15. The?indicator light goes off when tripped or when power is disconnected. Woodhead GFCI products are designed to prevent the occurrences of serious injury or death associated with electrical accidents in construction sites and other rugged industrial settings. Portable GFCI products are equipped with an open-neutral relay that meets OSHA requirements, safeguarding workers and employees against ground faults. Each is individually packaged; packaging may differ from photo. Features include:

• Super-Safeway GFCI Molded Plug and Tri-Tap Connector
• Industrial Duty with Manual GFCI Reset
• NEMA 5-15 Configuration
• 12/3 SJTW Cord Type
• 15A Current, 120V Voltage
• 2ft Cord Length
• Electromagnetic latching mechanism prevents nuisance tripping during rough service applications
• Rugged, rain-proof, UV-stabilized enclosure resists abuse, sunlight, oils and chemicals
• Open neutral sensing relay detects and prevents operation under threatening conditions
• Choose manual reset functionality to protect personnel upon power return
• Highly visible LED indicator confirms even at a distance
• Internal strain relief provides superior hold to keep cord in place at this critical juncture
• Optional Super-Safeway NEo-TEX Paracril OZO rubber multiple outlet box available for application flexibility