The Wireless PA System Receiver Enclosure is a robust, weatherproof solution designed to protect your Wireless PA System receiver and antenna in outdoor or challenging environments. Constructed with durability in mind, this enclosure is made from fiberglass-reinforced polyester, ensuring long-lasting protection against the elements. With the addition of a NEMA 3-rated weatherproof seal, it provides exceptional resistance to rain, dust, and other environmental factors.
The enclosure features dual stainless steel latches that are pad-lockable for enhanced security, making it ideal for installations in public or high-traffic areas. The housing is equipped with pre-installed mounting flanges, allowing for easy attachment to flat surfaces. Speaker and power connections are routed through the bottom of the enclosure using electrical conduit, ensuring a clean and professional installation while maintaining the integrity of the weatherproof design.
Features and Benefits
- Durable Construction: Built from fiberglass-reinforced polyester for high resistance to impact, weather, and corrosion.
- Weatherproof Protection: NEMA 3-rated enclosure shields the PA receiver and antenna from moisture, dust, and other environmental hazards.
- Enhanced Security: Dual stainless steel latches are pad-lockable, providing added protection against tampering.
- Convenient Installation: Integrated mounting flanges enable quick and secure attachment to flat surfaces, simplifying the installation process.
- Streamlined Cabling: Speaker and power connections are routed from the bottom of the enclosure through electrical conduit, maintaining a tidy and secure setup.
- Compact and Lightweight: With dimensions of 13”H x 10.5”W x 5.5”D and a weight of 8 lbs., the enclosure is easy to handle and install.
- Compatibility: Designed specifically to house and protect Wireless PA Receiver Systems.
Whether you’re installing a PA system for a school campus, industrial facility, or outdoor venue, this Wireless PA Housing ensures reliable performance and protection, even in demanding environments
