Von Duprin RX2-330 3 US28 33A/99 DUMMY TOUCH BAR 628 is designed to enhance the functionality and security of commercial spaces. This dummy touch bar device features a ridged surface, providing a reliable and ergonomic interface for users. Equipped with double request-to-exit switches, it ensures smooth egress in high-traffic areas, making it an excellent choice for facilities that prioritize safety and accessibility. Crafted from durable aluminum, the RX2-330 is finished in a matte silver (628/US28), which not only adds a modern aesthetic but also ensures long-lasting performance. Its Grade 1 construction meets rigorous commercial standards, ensuring reliability in demanding environments. Since this unit is fire-rated, it is ideal for installations where adherence to safety protocols is crucial. Versatile and modular, the RX2-330 allows for easy integration with other Von Duprin accessories, such as electrified latch retraction and electronic power transfers. This adaptability enables facility managers to future-proof their security systems, accommodating evolving needs over time. The RX2-330 is packaged as a single unit, simplifying installation while maintaining a sleek and professional appearance in any commercial setting.
33A/99 DUMMY TOUCH BAR 628
Dummy Touch Bar Device, Ridged Surface, Double Request to Exit Switch, Satin Aluminum Clear Anodized Finish
Mechanical and electronic technology converge with Von DuprinÃÂÃÂs modular options and accessories. Explore our collection of complementary security indicators, electrified latch retraction, electronic power transfers, switches (RX, LX, SS) and more. âÃÂàAll our solutions give you the ability to future-proof your facilities with a wide range of modular, flexible options.
Base Material: Aluminum
Commercial Residential: Commercial
Finish: 628/US28
Finish Family: Matte Silver
Fire Rated: No
Grade: Grade 1
Installation: Commercial
Pack Qty: 1
Series: Von Duprin Accessories
Subtype: Dummy Exit Devices
Switch Type: Request to Exit
Type: Exit Devices
Unit of Measure: Each
