Peerless Industries MOD-FPP2 Dual-pole Floor Mount

Product Description

The PEERLESS INDUSTRIES MOD-FPP2 is a dual-pole free standing floor mount designed for display and AV installation applications. This floor stand provides a stable, upright mounting solution without requiring wall or ceiling attachment, making it well suited for open-plan spaces, classrooms, conference rooms, and similar environments. The dual-pole design distributes load across two vertical columns, offering structural rigidity for supported displays. Installation is handled by AV integrators, low-voltage technicians, and commercial electricians working within display mounting and structured cabling scopes.

The MOD-FPP2 is intended for use in commercial and institutional settings where freestanding display support is required. Typical applications include digital signage installations, presentation environments, and collaborative spaces. The floor-standing configuration allows flexible positioning without permanent structural modifications to walls or ceilings, making it practical for both permanent installs and semi-permanent setups.

Key Features

• Dual-pole construction provides enhanced lateral stability compared to single-pole floor stands
• Free standing design requires no wall or ceiling anchoring
• Sold as a single unit for straightforward procurement
• Part of a modular mounting accessory system for flexible configuration options

Compatibility

Designed as an OEM-style replacement and modular component within compatible PEERLESS INDUSTRIES mounting accessory systems. Verify system compatibility with the specific display and mounting configuration before ordering.

Installation Notes

Installation is typically performed by a qualified AV integrator or low-voltage technician. Ensure the floor surface is level and capable of supporting the combined weight of the stand and mounted display before assembly. Follow all manufacturer assembly instructions and applicable local building or safety codes. Do not exceed the rated load capacity of the mounting system.