Anord Mardix Remote Power Panel

Anord Mardix's floor RPP is real and catalogued, but its SCCR, UL basis, and seismic rating are unpublished

Anord Mardix Remote Power Panel is one of 4 remote power panels tracked in the SecondWatt catalogue, each with specifications, lead times and indicative secondary-market pricing.

Anord Mardix Remote Power Panel specs, pricing, and code gaps: no published SCCR, an unconfirmed UL listing, and a single secondary market price of $2,500.

The Anord Mardix Remote Power Panel (RPP) is a genuine, catalogued product, not a dealer invention. Anord Mardix's own site lists it as a distinct product inside its Switchgear category, alongside Static Transfer Switch, UL891 Switchgear, UL1558 Switchgear, and Power Distribution Unit. It subdivides an already-utilization-voltage feed into monitored branch circuits, up to 400A and 400V AC, with up to 84 single-pole circuits per panelboard or 168 breakers across dual panelboards. Code-compliance documentation is thin. No Anord Mardix source states a short-circuit current rating, and no page names a UL standard directly; one reseller claims UL 508A, a control-panel standard rather than the panelboard or switchboard basis direct competitors publish. Seismic coverage is limited to optional floor stands, not a full-panel certification. The 0.5% branch-monitoring accuracy figure in Anord Mardix's literature belongs to its separate MCMS product, not a confirmed RPP spec. Anord Mardix's July 2020 Schneider Electric partnership, covering critical data center power distribution, named DATABAR, PDUs, and Static Transfer Switch, not RPP. Flex acquired Anord Mardix for $540 million, completed December 1, 2021, describing the business around switchgear, busway, and modular power systems. The dedicated US product URL for the RPP returns a 404 despite being search-indexed. Pricing is limited to one dealer observation: $2,500 for an RPP-208-000 at 208/120VAC.

Why it matters

No public source states a short-circuit current rating for this panel, so a buyer cannot verify it against NEC 408.6's field-marked SCCR requirement before purchase. Get the figure directly from Anord Mardix or a licensed engineer, and do not assume parity with the switchgear line that justified the Flex acquisition price. Direct competitors PwrQ and IEM both publish explicit SCCR figures for their RPPs; Anord Mardix does not.

Who buys it

Buyers are data center or colocation operators sourcing a compatible replacement branch-distribution panel for an existing Anord Mardix or Flex-ecosystem installation, or facility teams standardizing on Anord Mardix's switchgear and busway lines who want a matching RPP. The thin secondary market, a single $2,500 dealer observation, points to low-volume, need-specific purchases rather than broad marketplace demand.

Role in the data center

Provides local power distribution directly to server racks, located at end of server rack or on adjacent wall, used in place of overhead rack busbar to individually feed server cabinets, enables remote monitoring and control of branch circuits

Key specifications

Technical summary

Current rating: up to 400A Voltage: 400V AC (global spec); 208/120VAC 60Hz observed in a dealer listing Circuit capacity: up to 84 single-pole circuits per panelboard Multi-panelboard capacity: up to 168 breakers with optional branch circuit monitoring Input sources: up to 4 sources, 4 panelboards, 4 main breakers per enclosure Enclosure: IP31 per the OEM page; NEMA 1 claimed only by a third-party reseller Form of separation: Form 2B, up to Form 4 Type 6 UL/ETL listing: unconfirmed on any Anord Mardix source; one reseller claims UL 508A only Seismic: optional seismic-rated floor stands only, not full-panel certification Branch monitoring accuracy: 0.5% belongs to Anord Mardix's separate MCMS line, not confirmed for the RPP

Configurations and options

Main lug only, main circuit breaker, main switch configurations, top or bottom cable entry (24" cabinets bottom exit only, 38" cabinets top/bottom exit), optional Branch Circuit Monitoring, integrated IR port solutions, side and panel access options

Compatibility and dependencies

Compatible with data center PDUs, integrates with Building Management Systems (BMS) and Electrical Management Systems (EMS), works with Anord Mardix Modular Circuit Monitoring System (MCMS), supports multiple input sources for redundancy

Pricing and availability

Trend: flat Market growing at 5-6% CAGR driven by data center expansion and digital transformation, increased demand due to cloud computing and edge computing deployments

Lifecycle and maintenance

Molded-case breakers of this class carry an industry-general 30-year life expectancy under regular maintenance per Schneider Electric's own guidance, with annual exercising recommended. Anord Mardix's own RPP page names no service plan, and its 2020 Schneider Electric distribution partnership names DATABAR, PDUs, and STS, not RPP, leaving continued OEM support depth for this line unconfirmed.

Common failure points

• Molded-case branch breakers — nuisance tripping or failure to trip within rated curve after 15+ years in service
• Branch circuit monitoring CTs and electronics — drifted or dead current-transformer channels showing 0A or flatlined readings on live circuits
• Bus bar joints and lug connections — localized discoloration, pitting, or heat-softened insulation at splice points
• Door-in-door dead-front interlock — interlock fails to block breaker access with the outer door open, or the hinge binds after repeated cycling
• Seismic floor stand hardware where fitted — missing or unrated anchor bolts, since Anord Mardix documents the stands as an optional add-on rather than a standard-fit component
• SCCR and UL nameplate — absent, illegible, or generic nameplate with no panel-specific SCCR figure, consistent with the lack of a published SCCR anywhere
• Discontinued or OEM parts support — inability to source matching branch breakers or BCM modules for an older-vintage unit as Anord Mardix revises its RPP line

Inspection checklist

Main and branch lug torque — verify against the torque table stamped inside the enclosure door; where no label survives, apply the standard 275-375 in-lb range for 250-400A MCCB frame lugs and record results, retorquing any lug measuring below spec. Insulation resistance (megger) test — bus-to-ground and phase-to-phase at 500VDC, minimum acceptable reading 1 megohm per standard NETA MTS-2019 Table 100.1 criteria; any reading below threshold disqualifies the panel from purchase until traced. Infrared thermal scan under load — flag any connection running more than 10 degrees C above the busbar's ambient baseline per standard NETA thermographic criteria; this is the fastest indicator of a loose or corroded joint. Branch breaker trip test — exercise a minimum 10% sample of poles through primary current injection, confirming thermal-magnetic trip within the plus-or-minus 20% tolerance band the frame's UL 489 listing allows. SCCR field-marking check — confirm a legible, panel-specific nameplate SCCR is present per NEC 408.6; since no Anord Mardix source publishes an SCCR figure, treat an absent or illegible label as a required correction, not a paperwork formality. BCM current-transformer calibration — request a calibration certificate or spot-check every channel against a certified reference meter before relying on any vendor-quoted 0.5% accuracy claim. Breaker exercise history — request OFF-ON-TRIP-RESET-ON cycling records covering at least the last 12 months; absent records, budget for a full manual exercise of every pole before energizing. Bus bar and splice inspection — visually inspect every splice and lug for discoloration or pitting; any joint showing more than a 2-shade contrast against adjacent bus indicates a prior overheating event. Door interlock and dead-front function — cycle the door-in-door hinge and dead-front interlock through at least 3 full open/close cycles per section; a failed interlock is a direct arc-flash exposure risk on a panel with no confirmed SCCR label. Ground bus continuity — verify resistance below 0.1 ohm between the enclosure ground bus and every panelboard ground lug using a low-resistance ohmmeter. Nameplate date code and vintage check — record the manufacture date; a unit older than 15 years should get a full breaker-by-breaker functional test rather than a sample, consistent with the 30-year MCCB life-expectancy ceiling documented for this equipment class. Seismic floor stand verification — if seismic-rated floor stands are fitted, obtain their stamped anchor rating in writing before rigging; Anord Mardix's own page describes these stands as optional, not standard, so their presence cannot be assumed. Enclosure ingress integrity — confirm gasket and seal condition at every door and knockout against the panel's claimed IP31 rating; a missing or compressed gasket voids the rating regardless of nameplate. Breaker part-number cross-reference — record every branch and main breaker's OEM part number and confirm current availability; a discontinued breaker frame extends future repair lead time indefinitely on a used panel. Arc-flash label currency — confirm the incident-energy label reflects the destination site's actual available fault current, not a factory default; budget for a fresh site-specific study on any used RPP lacking one.

Procurement channels

OEM direct via Anord Mardix (a Flex company), authorized distributors including DAXTEN, available through data center infrastructure specialists

Regional notes

US models support 208/120VAC 60Hz operation, IEC 61439 compliant versions available for international markets, designs meet both UL and IEC standards depending on region