STI 14200NY Universal Stopper Low Profile without Horn Housing Surface Mount No Label

Keep pull stations, access keypads and emergency buttons protected without interfering with legitimate operation. The Safety Technology International STI 14200NY protective cover is a low-profile, no-horn solution designed for indoor and outdoor security and fire alarm applications where reliability and unobstructed access matter. Molded from thick, UV-stabilized polycarbonate, the clear cover resists grime and yellowing while allowing visual confirmation of device status. At 6 in H x 4.1 in W x 3.2 in D and configured for surface mount with a conduit spacer and two knockouts, the STI-14200NY installs quickly on existing wiring and mounting surfaces, minimizing downtime during upgrades to surveillance, monitoring, or access control systems. Its durable continuous hinge and three-year breakage guarantee reduce maintenance and replacement costs for schools, healthcare facilities, industrial sites and commercial buildings. Ideal for protecting fire alarm pull stations, intercoms, light switches and duplex plugs without impeding operation, this protective cover helps maintain code-compliant security and system visibility. Add the STI 14200NY to your next security or fire protection project—order now or contact your distributor for volume options.

• Protects critical devices (pull stations, keypads, emergency buttons) from vandalism and accidental damage, keeping security and fire systems operational
• Low-profile, no-horn design preserves access and aesthetics while remaining ADA compliant for uninterrupted monitoring and access control
• Clear, UV-stabilized polycarbonate provides durable visibility of underlying devices and resists yellowing in outdoor environments
• Surface-mount installation with conduit spacer and two knockouts simplifies retrofits and saves installation time on alarm and surveillance projects
• High-strength continuous hinge and three-year breakage guarantee deliver long-term reliability in high-traffic or harsh environments