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Wall arm & PSU for AUTODOME 7100i 120VAC
This wall arm and power supply unit delivers reliable power for AUTODOME 7100i cameras in extreme environments. Designed for installations lacking PoE or requiring redundant power, this rugged aluminum enclosure simplifies deployment and protects critical connections.
Commercial Type No: NDA-7100-PA1H
Aluminum enclosure rated to IP66 to prevent dust and water ingress
IK10 impact rating ensures enclosure integrity
120 VAC transformer
For applications without PoE or for redundant power applications with PoE
Frequently Asked Questions
Common questions about the Wall arm & PSU for AUTODOME 7100i 120VAC
This unit is specifically engineered to provide reliable 24 VAC power to AUTODOME 7100i and AUTODOME 7100i IR cameras. It establishes a dependable foundation for continuous video tracking and Intelligent Video Analytics in applications without PoE or where redundant power is required.
The rugged aluminum enclosure is rated to IP66 standards, effectively preventing dust and water ingress. This ensures that internal electrical components remain protected and fully operational even in extreme environmental conditions ranging from -76 F to 140 F (-60 C to 60 C).
Yes, the unit features an IK10 impact rating, which ensures maximum enclosure integrity against physical strikes. Its unique design protects critical power connections from vandalism and tampering events, safeguarding the continuous data flow required for real-time security operations.
The wall arm can be mounted directly to any flat surface to simplify deployment. For tailored installations, optional pole and corner mounting accessories are available. Additionally, multiple cable gland and conduit entry points protect wiring and help reduce installation friction.
While many modern installations use PoE, a dedicated 120 VAC transformer is essential for sites that lack existing PoE infrastructure or require robust redundant power applications. This ensures that mission-critical cameras maintain uninterrupted visibility and analytical performance during network power fluctuations.