Edwards Signaling 116 Class Explosion Proof Pendant Mounting Module, 3/4" NPT

Protect and mount 116 Class notification and LED beacon devices reliably in hazardous environments with the Edwards Signaling 116EX-P explosion-proof pendant mounting module. Engineered for safety and uptime, this pendant mount provides a NEMA 4X-rated, corrosion-resistant stainless steel enclosure with an epoxy powder coat finish to withstand harsh industrial, marine, and chemical exposures. Its tapped 3/4" NPT conduit entry and sealed power connection simplify wiring and help prevent moisture and particulate ingress, while UL listings for Class I, II and III, Divisions 1 and 2 give you confidence for compliance in combustible and dust-prone locations. The robust design, including a high-impact glass dome and shock absorber, reduces maintenance and protects beacons used in fire mounting, security, surveillance, and monitoring applications. Ideal for facilities that require explosion-proof signaling solutions, the 116EX-P streamlines installation and extends service life. Specify the Edwards Signaling pendant module for safer, more reliable hazardous-area notification—contact us to integrate it into your fire, security, or industrial monitoring system.

• Secure, code-compliant mounting for hazardous areas: supports 116 Class beacons and meets UL Class I/II/III listings to simplify installation and inspections.
• Durable corrosion resistance: stainless steel construction with epoxy powder coat and NEMA 4X rating protects equipment in wet, corrosive or industrial environments.
• Simplified wiring and conduit integration: tapped for 3/4" NPT conduit and sealed power connections reduce installation time and prevent moisture intrusion.
• Impact- and vibration-resistant: high-impact glass dome and shock-absorbing design extend service life and reduce maintenance for monitoring and security systems.
• Versatile pendant application: designed for ceiling/pendant mounting in fire mounting & enclosures, surveillance, and industrial notification systems.