APC by Schneider Electric Ceiling Panel - 900MM (36IN) - ACDC2100

APC by Schneider Electric ACDC2100 900mm Ceiling Panel

Overview

The APC by Schneider Electric ACDC2100 is a 900mm (36-inch) ceiling panel designed for structured data center and equipment room environments. At 2.27 lb (1.03 kg), the ACDC2100 is light enough for single-technician installation while providing the structural coverage needed for overhead cable management and airflow containment applications. Browse the full APC by Schneider Electric catalog for compatible infrastructure components.

The panel's 27.32-inch (69.4 cm) profile suits standard data center ceiling grid systems, and its low-profile geometry keeps overhead clearances intact in space-constrained server rooms and IDF closets.

Key Features

• 900mm (36-inch) Coverage Span: The 27.32-inch footprint aligns with industry-standard ceiling grid modules, reducing the need for field cutting or custom adaptation during installation.
• Lightweight at 2.27 lb (1.03 kg): Single-technician overhead install without additional lift equipment — meaningful in live environments where minimizing disruption matters.
• Low-Profile Package Depth (0.91 in / 2.3 cm): Ships flat and stacks efficiently; a full pallet of panels occupies minimal staging space on the data floor.
• Package Dimensions 28.11 x 26.06 x 0.91 in: Standard pallet-compatible footprint simplifies freight handling and on-site logistics for multi-panel deployments.

Integration & Compatibility

Verify ceiling grid module dimensions against the ACDC2100's 27.32-inch span before ordering — APC ceiling panels are designed for use within APC InfraStruXure and NetShelter containment ecosystems, and cross-brand grid compatibility should be confirmed against your specific ceiling system specs. For full-room deployments, pair with compatible blanking panels and containment accessories to achieve consistent airflow separation across the ceiling plane.

Frequently Asked Questions

Q: What are the dimensions of the ACDC2100?

A: The ACDC2100 measures 27.32 inches (69.4 cm) and weighs 2.27 lb (1.03 kg). Packaged dimensions are 28.11 x 26.06 x 0.91 inches.

Q: What ceiling grid systems is the ACDC2100 compatible with?

A: The ACDC2100 is designed for APC InfraStruXure and NetShelter ceiling containment systems. Confirm your specific grid module dimensions match the panel's 27.32-inch span before installation.

Q: Can the ACDC2100 be installed by a single technician?

A: Yes. At 2.27 lb, the panel is light enough for single-technician overhead installation without lift equipment.

Q: What is the package depth of the ACDC2100?

A: The packaged depth is 0.91 inches (2.3 cm), allowing flat stacking and efficient on-site staging.

Eden Phillips

The ACDC2100 is a purpose-built 900mm ceiling panel weighing in at 2.27 lb — light enough that a single tech can handle overhead positioning without a lift, which matters when you're commissioning a row of containment panels in a live data center aisle.

Technical Highlights:

• 27.32-inch span: Aligns to standard 900mm ceiling grid modules; field-cutting should not be needed in properly dimensioned APC containment rows.
• 0.91-inch packaged depth: Flat-pack profile means a full set of ceiling panels for a multi-row deployment ships and stages without consuming floor space during installation.
• 1.03 kg weight: At just over 2 lb, overhead fatigue during sequential panel installs is minimized — a practical consideration when fitting out a full row in a single session.

Deployment Considerations:

• Verify your existing ceiling grid module pitch matches the ACDC2100's 27.32-inch span before procurement — a mismatch requires custom bridging hardware that negates the single-tech install advantage.
• Available functional specifications beyond physical dimensions are limited in current evidence; confirm airflow rating and load capacity with APC before specifying for heavy-cable overhead runs.

Best suited for structured APC InfraStruXure or NetShelter containment rollouts where ceiling grid dimensions are pre-confirmed and installation efficiency on a live floor is the primary constraint.