Allen-Bradley 2094-PRS3 Kinetix 6000 узкая силовая шина

Description

The Allen-Bradley 2094-PRS3 operates as a structural multi-axis power rail configuration component designed to distribute internal system operating voltage across multi-axis motion control applications. This slim hardware rail integrates power delivery paths within the Kinetix 6000 drive infrastructure, providing native system compatibility across 200V-class and 400V-class high-performance servo motor drive networks. Engineered to hold up to three independent motion hardware housings, the unit supports the installation of a single Integrated Axis Module (IAM) alongside a maximum of two additional specialized drive modules, including standard axis modules (AM), Integrated Power Module Link IPIM units, shunt modules, or physical slot-filler configurations. By acting as a centralized control interface connection line, the rail routes DC bus potential and control framework power directly into attached computing and drive logic segments, optimizing physical enclosure arrangements within complex machinery operations.

Features

• Three-axis modular platform supporting one converter module position and two secondary option module positions.
• Broad system interconnect compatibility covering 200V-class and 400V-class multi-axis servo drive platforms.
• Complete physical connector isolation via provided protective terminal housing overlays.
• Enhanced electrical ground path structure featuring an included 100 mm braided grounding strap.

Applications

• High-density multi-axis servo drive enclosure subpanel installations.
• Power routing loops for 230 VAC or 460 VAC industrial motor control architectures.
• Dynamic multi-axis motion synchronization networks using Kinetix 6000, 6000M, 6200, and 6500 platforms.

Technical Specifications

Electrical Specifications

Mechanical Specifications

General Specifications

Installation Guidelines

• Secure the mounting rail directly onto an unpainted or zinc-plated steel enclosure subpanel to optimize physical bonding integrity.
• Mount the designated Integrated Axis Module (IAM) into the left-most terminal slot, which serves as the primary system converter bay.
• Arrange additional modules in decreasing order of current capacity from left to right along the remaining backplane interfaces.
• Connect the provided 100 mm braided grounding strap firmly between the rail framework and the main structural protective earth panel terminal.
• Position the included protective terminal covers securely over any unassigned or e