Ives 700 83 US32D EPT RH Pin Barrel Continuous Hinge offers a robust solution for high-traffic doors in commercial settings. Designed for full mortise installation and recommended for 1/8" inset applications, this continuous hinge measures an impressive 83 inches in height, ensuring superior strength and stability. Crafted from satin stainless steel with a matte silver finish (630/US32D), it not only enhances durability but also complements modern architectural styles. This hinge features a pin-in-barrel bearing type, which guarantees smooth operation and reduced friction over time. The standard pin material varies depending on the hinge type, offering either steel or stainless steel options. Certified to ANSI A156.26 and UL10C listed, it meets rigorous safety and performance standards, making it ideal for commercial use. Supporting an electrified prep option compatible with Von Duprin EPT systems, the Ives 700 hinge is perfect for applications requiring power transfer, accommodating 10-26 gauge wiring. It comes with self-reaming and tapping screws for wood installation, ensuring a secure fit. Backed by a one-year limited warranty, this hinge is a reliable choice for professionals seeking quality and performance in door hardware solutions.
Pin Barrel Continuous Hinge
Pin and Barrel Continuous Hinge, Full Mortise, 1/8" Inset Recommended, 83", Von Duprin EPT, Satin Stainless Steel Finish, Right-Handed
Standard pin material are: Brass Hinge – Steel Pin, Stainless Steel Hinge – Stainless Steel Pin, Steel Hinge – Steel Pin
Ansi: A156.26
Bearing Type: Pin in Barrel
Commercial Residential: Commercial
Connectors: Molex
Finish: 630/US32D
Finish Family: Matte Silver
Grade: Grade 1
Height: 83"
Hinge Type: Continuous Hinge, Full Mortise
Installation: Commercial
Limited Warranty: 1 Year
Option Prep: EPT Von Duprin
Pack Qty: 1
Power Transfer: 10-26GA
Screw: Self Reaming and Tapping, Wood
Series: Ives Hinges
Subtype: Electrified Continuous Hinges
Tip Style: Standard
Type: Hinges and Pivots
Ul Listing: UL10C
Unit of Measure: Each
