APC by Schneider Electric Symmetra PX Battery Frame for 400V PX 96/160KW & 208V PX - SYCFXR9-9

APC by Schneider Electric SYCFXR9-9 Symmetra PX 42U Battery Frame

Overview

The APC by Schneider Electric SYCFXR9-9 is a 42U battery frame engineered specifically for Symmetra PX 96kW, 160kW (400V), and 100kW (208V) UPS systems — providing nine battery module bays in a rack-height enclosure designed to extend runtime capacity in data center and critical-infrastructure deployments. If you are sizing battery capacity for a Symmetra PX system and need a structured, field-serviceable frame that integrates directly with the UPS chassis, this is the purpose-built expansion path APC specifies for those platforms.

The SYCFXR9-9 (often searched as SYCFXR9 9) is a dedicated battery frame, not a generic third-party shelf. It is designed to accept battery modules within the Symmetra PX ecosystem, keeping the physical and electrical integration clean and avoiding the compatibility gaps that arise from non-native battery expansion approaches.

Key Features

• Nine Battery Module Bays in 42U: The full 42U height accommodates nine battery module positions, giving you a high-density runtime-extension enclosure without requiring an additional rack footprint. For data centers where floor space is measured in square feet per kilowatt, that density matters — you are not trading rack space inefficiently for battery capacity.
• Compatibility with Symmetra PX 96kW, 160kW (400V) and 100kW (208V): The frame is factory-specified for Symmetra PX 96/160 (400V) and Symmetra PX 100kW (208V) deployments. This is not a universal or adaptive frame — it is validated for these platforms. Do not attempt to pair it with other UPS families without confirming compatibility against APC's current compatibility documentation.
• Operating Temperature 0–40°C: Standard data center operating range. If your battery room or UPS alcove runs warm — above 40°C ambient — plan for additional cooling, as exceeding the upper thermal limit will accelerate battery aging and may trigger UPS protective shutdowns.
• Storage Temperature −15–40°C: The wider storage range (down to −15°C) means the frame can be warehoused in unheated facilities or staged in loading areas without thermal damage — a practical consideration for large projects where equipment arrives weeks before the environment is conditioned.
• Operating Humidity 0–95% (non-condensing): The full 0–95% relative humidity envelope covers most controlled mechanical spaces. Condensation is the risk to avoid; ensure the installation space maintains stable temperature to prevent moisture from forming on battery modules or electrical connections.
• Black 42U Enclosure: The black finish is consistent with standard data center rack aesthetics and matches the Symmetra PX UPS cabinet footprint, keeping the battery expansion visually and physically cohesive in open-frame or enclosed row deployments.
• Certifications — CE, UL 1778, EN/IEC 62040-1-1, EN/IEC 62040-2, EN/IEC 62040-3: UL 1778 is the North American UPS safety standard; the EN/IEC 62040 series covers performance classification, electromagnetic compatibility, and safety requirements under European and international frameworks. For facilities requiring documented compliance — data centers, healthcare, government — this certification set supports the procurement and commissioning sign-off process without requiring additional third-party testing of the frame itself.

Integration and Compatibility

The SYCFXR9-9 is purpose-built for the APC by Schneider Electric Symmetra PX platform. It is not a standalone UPS — it functions as a battery expansion frame within a complete Symmetra PX system. Before ordering, confirm the following against your existing installation: (1) your Symmetra PX UPS is the 96kW or 160kW 400V variant, or the 100kW 208V variant; (2) the battery modules you plan to populate the frame with are the correct Symmetra PX battery module SKUs; (3) your installation site has adequate floor load capacity for a fully populated 42U battery frame, as battery frames at full population are among the densest loads in a data center row.

For facilities specifying enterprise UPS systems at this scale, battery frame placement, cable routing, and serviceability clearances should be planned during the physical infrastructure design phase — not retrofitted after rack layout is finalized. The 42U height means this frame occupies a full rack position; plan adjacent rack space accordingly if maintenance access to individual battery modules is required without full frame removal.

Buyers evaluating battery runtime architecture for large UPS systems should also review power distribution requirements alongside battery capacity — runtime calculations depend on both the load profile and the UPS-to-battery wiring topology. Consult APC's Symmetra PX configuration tools or pre-sales engineering resources to verify frame count and module population for your specific load and runtime targets.

Environmental and Durability Ratings

The operating envelope of 0–40°C and 0–95% relative humidity places the SYCFXR9-9 squarely in the controlled-environment category. This is not an outdoor or industrial-hardened enclosure — it is designed for conditioned data center, server room, or mechanical room deployment. Storage conditions allow down to −15°C, which provides flexibility during shipping and staged deployments in partially conditioned spaces.

The certification suite (CE, UL 1778, EN/IEC 62040 series) applies to the frame as part of the Symmetra PX system and supports deployment in markets and facilities requiring documented electrical safety compliance.

Frequently Asked Questions

Q: What UPS systems is the SYCFXR9-9 compatible with?

A: The SYCFXR9-9 is factory-specified for use with the APC Symmetra PX 96kW and 160kW (400V) UPS systems, as well as the Symmetra PX 100kW (208V) system. It is not a universal battery frame and should not be paired with other UPS platforms without confirming compatibility with APC documentation.

Q: How many battery modules does the SYCFXR9-9 hold?

A: The SYCFXR9-9 accommodates nine battery modules within its 42U enclosure. The specific battery module SKUs required are determined by your Symmetra PX UPS variant — confirm module part numbers against APC's Symmetra PX compatibility documentation before ordering modules separately.

Q: What are the certifications for the SYCFXR9-9?

A: The SYCFXR9-9 carries CE marking and UL 1778 (North American UPS safety standard), along with EN/IEC 62040-1-1, EN/IEC 62040-2, and EN/IEC 62040-3, which cover safety, electromagnetic compatibility, and performance classification under European and international standards.

Q: What is the operating temperature range of the SYCFXR9-9?

A: The operating temperature range is 0°C to 40°C (32°F to 104°F). Storage temperature extends from −15°C to 40°C. The frame is designed for conditioned data center or server room environments — not outdoor or uncooled industrial spaces.

Q: Is the SYCFXR9-9 a standalone UPS or a battery expansion frame?

A: The SYCFXR9-9 is a battery expansion frame only — it does not contain UPS electronics or inverter/rectifier components. It requires a compatible Symmetra PX UPS system to function and serves solely to house and connect additional battery modules for extended runtime capacity.

Q: Can the SYCFXR9-9 be installed in a standard data center rack environment?

A: Yes. The 42U form factor fits standard rack infrastructure. However, a fully populated battery frame carries significant weight — ensure your floor loading, rack anchoring, and adjacent aisle clearances are verified before installation. Physical infrastructure planning should account for this before rack layout is finalized.

Marty Allison

The SYCFXR9-9 is one of those components that tends to get ordered late in a Symmetra PX project — after the UPS, after the PDUs, sometimes after the racks are already positioned. That is a mistake. With nine battery module bays in a full 42U enclosure, this frame has a floor-load and aisle-clearance footprint that needs to be in the physical layout from day one, not squeezed in during commissioning. Plan the SYCFXR9-9 into your row design early.

Technical Highlights:

• 42U / Nine-Module Capacity: Nine battery positions in a single 42U frame means you are not stacking multiple smaller enclosures or mixing battery expansion across different rack units — the runtime capacity is consolidated and the integration path back to the Symmetra PX UPS stays clean.
• Validated Platform Compatibility: This frame is specified for Symmetra PX 96kW and 160kW (400V) and 100kW (208V) — not a generic fit. Using it outside those three UPS variants is unsupported; if your system is a different Symmetra PX power level, verify the correct battery frame SKU before procurement.
• Certification Suite — UL 1778 + EN/IEC 62040 Series: For government, healthcare, and financial facilities requiring documented UPS component compliance during commissioning audits, this certification set covers both North American (UL 1778) and European/international (EN/IEC 62040) standards — one less gap to close during facility sign-off.

Deployment Considerations:

• The 0–40°C operating limit is standard for controlled data center environments, but battery chemistry is sensitive to sustained high-end temperatures — if your UPS room regularly approaches 38–40°C, factor that into your battery replacement interval planning, not just the frame's rated spec.
• The SYCFXR9-9 is not a drop-in upgrade that can be added to any APC UPS — it is platform-locked to the Symmetra PX 96/160 (400V) and 100kW (208V) families. Verify your UPS model number against that list before ordering; returns on large UPS infrastructure components are operationally disruptive.

For enterprise data centers running Symmetra PX systems at the 96kW–160kW tier — financial trading floors, colocation rows, or healthcare imaging infrastructure — the SYCFXR9-9 is the correct battery expansion path when nine-module capacity aligns with your runtime target. Size the module count to your load and runtime calculation first; the frame is the housing, not the runtime determinant.