Middle Atlantic RLNK-P915R Premium+ PDU with Racklink Network Control
Overview
The Middle Atlantic RLNK-P915R is a 9-outlet, 15-amp intelligent rack power distribution unit built for AV integrators, security system installers, and IT administrators who need remote outlet control without sacrificing surge protection or installation flexibility. The RLNK-P915R ships with a LAN port for network-based outlet management via the Racklink platform, pairing convenience with a 2-stage surge suppression architecture that handles real-world transients — not just the ones that show up on spec sheets. If you're building a rack that needs to survive power events and stay manageable without a site visit, this is a serious option to evaluate alongside other Middle Atlantic power products.
Key Features
- 9 NEMA 5-15R Outlets: Nine standard receptacles spread across a single 1U or 2U chassis give you enough positions to power a typical security rack — NVR, switch, access control panel, and ancillary gear — without a secondary strip. NEMA 5-15R means standard 15A plugs, no adapters needed for most commercial AV and security hardware.
- 15-Amp Circuit Rating: The 15A input matches the most common commercial branch circuit, so you can spec this unit without worrying about panel compatibility in new or retrofit installations. Just confirm your total connected load stays under 80% of 15A (12A continuous) to stay within NEC guidelines.
- 2-Stage Surge Protection: Single-stage suppressors absorb the initial transient but pass residual energy downstream. The 2-stage design in the RLNK-P915R intercepts the primary spike at the input, then attenuates what remains before it reaches connected equipment — a meaningful difference when your rack includes network switches, NVRs, or access control hardware that can't tolerate repeated transient hits. This is the spec to cite when a customer asks why they shouldn't just use a $30 power strip.
- Racklink LAN Control: The dedicated LAN output port connects the RLNK-P915R to your network and the Racklink cloud or local management platform. Remote outlet switching, reboot sequencing, and power monitoring are all accessible without dispatching a technician. For distributed deployments — retail locations, branch offices, remote machine rooms — this alone justifies the premium over a passive PDU. Pair this with a properly configured managed network switch and you have full remote power recovery capability.
- 80–140V Input Voltage Range: The wide input tolerance (80–140V) means the RLNK-P915R continues operating through browndown conditions that would cause equipment resets on narrower-tolerance units. Not a replacement for a UPS, but a useful buffer in facilities with known voltage sag issues.
- UL Listed: UL listing confirms the unit has passed independent safety testing. For commercial integrations subject to AHJ review, this matters — unlisted power distribution in a rack can become a liability issue during inspections.
- Rack-Mount Form Factor: Designed for standard 19-inch racks. At 13 lbs shipping weight, plan for proper rail or shelf support — this is not a lightweight passive strip. Verify your rack's weight rating and rear-mount depth before ordering. Check compatible rack mounting accessories if your rack requires additional support hardware.
Integration and Compatibility
The RLNK-P915R integrates with the Middle Atlantic Racklink ecosystem for outlet-level control, power monitoring, and automated reboot sequences. The LAN port connects via standard Ethernet to your local network; from there, Racklink-compatible management software or the cloud dashboard handles scheduling and control. This unit is not TAA compliant, so it is not suitable for federal procurement programs with TAA requirements — verify this constraint before speccing it into government projects. It is also not available for international shipment, so deployment is limited to North American facilities with 120V circuits. For broader rack PDU options including TAA-compliant or higher-amperage models, review the full PDU category. This PDU pairs well with an uninterruptible power supply (UPS) upstream for full power protection — the RLNK-P915R handles surges and remote control, while a UPS covers ride-through during outages.
Frequently Asked Questions
Q: Is the RLNK-P915R TAA compliant for federal or government procurement?
A: No. The RLNK-P915R is not TAA compliant per manufacturer specifications. It should not be specified for federal contracts or programs that require TAA-compliant products.
Q: What type of surge protection does the RLNK-P915R use?
A: The RLNK-P915R uses a 2-stage surge protection design. This intercepts the primary transient at the input stage and attenuates residual energy before it reaches connected equipment — more effective than single-stage suppressors for protecting sensitive electronics like NVRs and network switches.
Q: Can the RLNK-P915R be used internationally or outside North America?
A: No. This unit is not available internationally and is designed for North American 120V circuits with NEMA 5-15R outlets. Do not specify it for installations outside North America.
Q: What is the input voltage range of the RLNK-P915R?
A: The RLNK-P915R accepts 80–140V AC input, giving it useful tolerance for brownout conditions common in facilities with aging electrical infrastructure. This is wider than many standard PDUs, but it is not a substitute for a UPS in environments with frequent power interruptions.
Q: How does the Racklink feature work on the RLNK-P915R?
A: The LAN output port connects the unit to your local network. From there, Middle Atlantic's Racklink platform provides remote outlet switching, reboot scheduling, and power monitoring — accessible without a physical site visit. This makes it practical for managing equipment in remote or unstaffed locations.
Q: Does the RLNK-P915R require a separate power supply or injector?
A: No. It connects directly to a standard 15A branch circuit via its power cord. No external injector or transformer is required for North American 120V installations.
The RLNK-P915R is one of those rack PDUs that earns its cost delta over a passive strip specifically because of the 2-stage surge architecture combined with Racklink LAN control — two features that matter most when you're managing a rack remotely or in a facility with known power quality issues. I've seen single-stage suppressors pass residual transient energy that damages NIC ports on NVRs; the 2-stage design in this unit is a real differentiator for equipment protection, not a marketing footnote.
Technical Highlights:
- 2-Stage Surge Protection: Dual-stage suppression intercepts the initial spike at input, then attenuates residual transient before it reaches the 9 NEMA 5-15R outlets — meaningful protection for NVRs, switches, and access control hardware that accumulate damage from repeated sub-threshold hits.
- 80–140V Input Range: Wide tolerance handles brownout conditions without equipment resets. Useful in older facilities or industrial environments where line voltage sags under load — though this is not a substitute for a UPS where runtime continuity is required.
- Racklink LAN Port: Network-attached outlet control enables remote reboot, power sequencing, and consumption monitoring without a truck roll. On a distributed deployment with 10+ remote locations, this changes the support economics significantly.
Deployment Considerations:
- Confirm your total connected load stays under 12A continuous (80% of the 15A circuit rating per NEC) before finalizing the outlet count — nine outlets can fill up fast in a dense security rack, and overloading the circuit will trip the breaker, not the PDU.
- The RLNK-P915R is not TAA compliant — disqualifies it from federal government procurement. Verify compliance requirements before speccing into any government or public-sector project, even at the local level.
This unit is well-suited for commercial security integrators building managed racks in retail chains, branch offices, or remote facilities where the ability to reboot an NVR or switch from a NOC — rather than dispatching field service — is a direct operational cost reduction.
