Vertiv I10114L Metered Upgradeable 30A 208V Horizontal Rack PDU
Overview
The Vertiv I10114L (model MN01D1R1-10L138-3TL6A0H10-S) is a 1U horizontal rack power distribution unit built for data center and IT infrastructure deployments where real-time power visibility and future monitoring flexibility matter. Rated at 30A, 208V, and 4.9kW capacity, it feeds ten locking IEC C13 receptacles split across two independently protected 20A breaker circuits — giving you per-circuit current insight and a hardware barrier against cascading overloads. TAA Compliant and manufactured in the USA, it fits procurement pipelines with Buy American Act requirements without special sourcing.
Where this unit earns its place is the PowerIT Upgradeable platform: if your monitoring requirements grow, you can hot-swap in an Interchangeable Monitoring Device (IMD) to transform this metered unit into a fully monitored rPDU — no PDU replacement, no rewiring, no downtime. That upgrade path protects your capital investment in environments where infrastructure scope is likely to expand.
Key Features
- 30A / 4.9kW Input Capacity: Sized for high-density compute rows — a single unit can carry a full rack of 1U servers or a mix of switches and storage without headroom concerns. The NEMA L6-30P twistlock plug locks out accidental disconnection, which matters on a live 30A circuit.
- Ten Locking IEC C13 Receptacles (U-Lock): The proprietary U-Lock retention mechanism on each outlet prevents equipment power cords from being pulled free by cable management pressure or vibration — a real operational issue in dense rack environments. Five outlets per breaker circuit, color-coded orange and green for instant visual circuit identification during maintenance.
- ANSI C12.1 / IEC 62053-21 Compliant Power Metering at 1% Accuracy: Input-level measurements (kWh, W, VA, power factor, voltage, current) meet published metering standards — not just approximate readings. That 1% accuracy class is sufficient for energy chargeback billing and capacity planning without an external sub-meter.
- Per-Circuit Breaker Monitoring at 2% Accuracy: Each 20A double-pole magnetic breaker is independently monitored and independently tested. If one circuit is climbing toward its threshold while the other runs light, the scrolling LED display tells you before a breaker trips — not after the server goes dark.
- Scrolling High-Visibility LED Display: Local power data is readable without a laptop, a network connection, or navigating a web interface. For colocation deployments where remote hands time is billed by the minute, that local readout is operationally significant.
- Hot-Swap IMD Upgrade Path: The Upgradeable sub-category designation means this metered unit can be field-converted to a monitored rPDU by installing an IMD — no rack pull, no service window. Plan for monitoring now or add it later; the hardware supports both decisions.
- Broad Network Protocol Stack: When an IMD is installed, the unit exposes HTTP, HTTPS (TLS 1.2), SNMP v1/v2c/v3, IPv4/IPv6, Syslog, JSON, and JSON API endpoints — enough to integrate with essentially any DCIM, NMS, or custom monitoring stack without protocol shims.
- 60°C Maximum Operating Temperature: Most PDUs derate at 45–50°C. This unit is rated to 60°C / 140°F, which covers hot-aisle containment environments and edge deployments in non-HVAC-controlled spaces without forced derating of the nameplate current.
- TAA Compliant, Made in USA: Meets Trade Agreements Act requirements and Buy American Act COTS compliance — directly addressable for federal, state, and defense procurement without a waiver process.
- 5-Year Limited Warranty: Longer coverage than the typical 3-year PDU warranty cycle, reducing total cost of ownership over a standard 5-year rack refresh interval.
Integration and Compatibility
The I10114L feeds equipment with IEC C13 power inlets — the standard connector on 1U rack servers, managed switches, patch panels with integrated power, and most rack-mount UPS bypass panels. The 10ft / 3m cord with L6-30P plug reaches standard 208V 30A PDU whips in raised-floor and overhead busway installations. The 19in / 483mm chassis mounts horizontally in any standard EIA-310 rack using the included adjustable mount brackets. The 1U form factor preserves vertical rack space versus zero-U vertical PDU deployments, which is the right tradeoff when you need the outlets on a specific horizontal plane for cable routing.
When monitoring capability is needed, the IMD upgrade connects the unit to DCIM platforms via SNMP or the JSON API. The hard reboot button and IP reset button on the unit itself give remote-hands staff physical fallback controls without requiring IPMI or a KVM session on the connected equipment.
Frequently Asked Questions
Q: Is the I10114L TAA compliant?
A: Yes. The I10114L is TAA Compliant and Buy American Act COTS Compliant, manufactured in the USA. It meets federal and defense procurement requirements without a waiver.
Q: Can this unit be upgraded to a monitored rPDU later?
A: Yes — that is the core design intent of the Upgradeable sub-category. Installing a compatible Interchangeable Monitoring Device (IMD) hot-swaps the unit from metered to monitored without taking the PDU offline or rewiring the rack.
Q: What is the warranty on the I10114L?
A: Vertiv provides a 5-year limited warranty on the I10114L.
Q: What plug type does the I10114L use, and what receptacles does it provide?
A: The I10114L uses a NEMA L6-30P twistlock plug on a 10ft cord for input, and provides ten U-Lock IEC C13 receptacles on the output side — five per 20A breaker circuit.
Q: How accurate is the power metering on the I10114L?
A: Input-level metering (kWh, W, VA, PF, V, A) is compliant with ANSI C12.1 and IEC 62053-21 at 1% accuracy class. Per-circuit/breaker current monitoring is independently tested at 2% accuracy.
Q: What is the maximum operating temperature for the I10114L?
A: The I10114L is rated to 60°C / 140°F maximum operating temperature, making it suitable for hot-aisle containment and non-climate-controlled edge environments.
The I10114L is one of the few 30A horizontal PDUs I'd specify with confidence for a federal or defense edge deployment — it ships TAA Compliant out of the box, hits 1% ANSI-class metering accuracy, and the 60°C operating ceiling means you're not negotiating with a facilities team about HVAC before you can install it. The 5-year limited warranty also aligns cleanly with typical 5-year government contract terms.
Technical Highlights:
- Dual 20A Magnetic Breakers: Each of the two circuits is independently protected by a double-pole magnetic breaker — magnetic trips are faster and more consistent than thermal breakers under rapid load cycling. Five outlets per circuit, color-coded orange and green, means your team can identify circuit boundaries visually during a rack audit without pulling a diagram.
- 1% Accuracy ANSI C12.1 Metering: This isn't an estimated reading — it's a standards-verified measurement class. If you're running energy chargeback by tenant or doing capacity planning against actual watt-hours rather than nameplate estimates, that 1% figure is the number that holds up in a billing conversation.
- IMD Hot-Swap Upgrade Path: The PowerIT Upgradeable platform lets you field-convert this unit to full monitoring by inserting an IMD — no downtime, no rack pull. Plan today for metered-only, add SNMP/JSON API monitoring in six months when the budget cycle opens. The hardware doesn't force the decision now.
Deployment Considerations:
- The L6-30P plug requires a 30A / 208V circuit at the rack — confirm your PDU whip or busway tap is provisioned for L6-30 before ordering. Attempting to adapt to a different plug form defeats the twistlock retention that justifies this input type on live circuits.
- The ten IEC C13 outlets cover standard 1U/2U server and switch power inlets, but if your rack includes equipment with C19 inlets (high-draw UPS bypass, some storage arrays), this unit won't serve those loads — you'd need a PDU with mixed C13/C19 receptacle configurations.
The I10114L is the right specification for a high-density compute rack in a hot-aisle containment environment where TAA compliance is a hard requirement, metered visibility is needed today, and monitored DCIM integration is a realistic 12-month roadmap item — the upgrade path keeps that option open without a forklift swap.
