Norton Rixson 994TRI690 Electromagnetic Door Holder, Tri-Volt 120VAC, 24V AC/DC, 12VDC, Dark Bronze

For reliable door retention where security and safe egress matter, the Norton Rixson 994TRI690 electromagnetic door holder delivers dependable performance and installation flexibility. This Norton Rixson electromagnetic door holder supports tri‑volt operation—120VAC, 24VAC/24VDC and 12VDC—so integrators and facility managers can standardize on a single device across multiple building systems. Its dark bronze finish provides a professional appearance that complements commercial interiors while the robust electromagnetic construction offers long-term reliability for security, surveillance and fire alarm monitoring applications.

Designed for easy integration with access control systems and alarm supervision circuits, the 994TRI690 reduces installation time and inventory complexity. Built in the US to industry standards, it provides the consistent quality expected in mission-critical environments. Ideal for hospitals, schools, offices and other high-traffic facilities, this door holder helps maintain open egress where required and ensures doors reliably release when triggered by fire or security systems. Choose the Norton Rixson 994TRI690 to streamline installations and improve system reliability—contact your supplier to specify it on your next access control or security project.

• Reliable hold for controlled access: Secures doors firmly to support access control, fire-door management and orderly egress.
• Tri‑volt flexibility reduces SKUs: Works with 120VAC, 24VAC/24VDC and 12VDC sources for easy integration with existing building systems.
• Simplifies installation and monitoring: Compatible with common access control and alarm circuits for straightforward wiring and system supervision.
• Durable finish and US manufacture: Dark bronze housing resists wear and matches commercial interiors; built in the US for consistent quality.
• Low maintenance operation: Solid-state electromagnetic design delivers consistent performance and long service life, minimizing downtime.