Scalable Compact Three-Phase Power Protection (Rack or Tower)

5–24 kW | 208 / 120 V Three-Phase

High-efficiency modular UPS architecture with integrated maintenance bypass, scalable runtime capability, and compact rack deployment — engineered for distributed IT, industrial infrastructure, and regulated facility environments requiring centralized continuity in space-constrained electrical systems.

The Xtreme Power Conversion M90C-6S represents a compact modular centralized UPS platform designed to support scalable infrastructure continuity without the operational constraints associated with traditional fixed-capacity three-phase UPS systems.

Its six-slot modular chassis enables flexible capacity configuration, runtime scaling, and lifecycle serviceability workflows aligned with evolving infrastructure requirements.

Compact Modular Infrastructure Continuity Architecture

Infrastructure continuity planning increasingly occurs in environments where electrical system density and deployment constraints limit the practicality of facility-scale modular UPS platforms.

The M90C-6S enables centralized continuity within distributed infrastructure environments through:

• scalable modular power architecture
• compact rack-integrated deployment capability
• lifecycle serviceability without chassis replacement
• integrated maintenance continuity design

This architecture class bridges the gap between distributed rack UPS systems and large facility-scale modular UPS platforms.

Modular Configuration Architecture

The M90C-6S utilizes a six-slot modular chassis supporting configurable power and battery module allocation to align with infrastructure continuity objectives.

Typical configuration strategies include:

3 Power + 3 Battery Modules
Balanced capacity and runtime architecture with optional N+1 redundancy.

2 Power + 4 Battery Modules
Runtime-optimized configuration for extended centralized continuity.

1 Power + 5 Battery Modules
Maximum runtime architecture for low-capacity, long-duration applications.

This modular allocation strategy enables phased infrastructure scaling without replacement of the UPS frame.

Product Snapshot

Flexible Power Connection Architecture

The M90C-6S supports both hardwired installation and rapid deployment configurations utilizing line-cord input and receptacle output panel options.

Available configurations include:

• L21-20P or L21-30P input line cord options
• L21-20R or L21-30R receptacle panel configurations

This flexibility supports deployment in retrofit infrastructure environments where traditional hardwired UPS installation may introduce operational disruption.

Rack-Integrated Modular Deployment

The M90C-6S is engineered primarily for rack-integrated centralized continuity deployments where electrical room space is constrained.

Its compact modular architecture enables:

• centralized continuity within IT rack infrastructure
• reduced floor footprint vs monolithic UPS systems
• improved infrastructure density planning
• simplified service workflows through front-access modular design

Lifecycle Serviceability & Infrastructure Modernization

Modular UPS architectures support structured lifecycle modernization strategies aligned with infrastructure growth and technology refresh cycles.

The M90C-6S enables:

• hot-swappable power module replacement
• modular runtime expansion
• phased infrastructure continuity upgrades
• reduced lifecycle service disruption

This architecture reduces long-term operational risk relative to fixed-capacity UPS deployment models.

TAA Procurement Alignment

The M90C-6S is fully TAA compliant, supporting procurement across regulated U.S. federal and public-sector infrastructure environments.

TAA compliance ensures eligibility for deployment within:

• federal IT infrastructure
• defense facility electrical systems
• government data centers
• publicly funded infrastructure modernization programs

Learn more about TAA three-phase UPS systems:
https://xpcc.com/taa-compliant-ups-three-phase/

Compare Modular UPS Architectures

Infrastructure planners evaluating compact modular three-phase UPS systems frequently assess platform-level architecture positioning prior to selecting a specific model.

Explore the full compact modular architecture evaluation framework:

M90C Platform Comparisons
https://xpcc.com/m90c-ups-comparisons/

Product Resources

Datasheet (PDF)
https://xpcc.com/wp-content/uploads/M90C-6S-flyer.pdf

UPS Selector Tool
https://xpcc.com/selector/

M90C-6S Competitive Comparisons
https://xpcc.com/m90c-6s-ups-comparisons/

Plan Modular Infrastructure Continuity

Define the appropriate modular UPS architecture aligned with infrastructure density, lifecycle planning objectives, and continuity strategy.

(800) 582-4524
sales@xpcc.com