PSU Module - Product - Midwich

This Replacement Power Supply Unit is an official OEM factory power module designed to provide robust power delivery, system stability, and critical hardware redundancy for high-performance Avid VENUE | S6L systems. Engineered as a hot-swappable backup component, this universal PSU module can be seamlessly integrated into multi-supply chassis rails to ensure continuous system operation and completely eliminate the risk of performance downtime during live concert tours, house of worship services, or mission-critical broadcast feeds.

Standard anti-static handling safety procedures should be followed during internal insertion, and users should explicitly verify their exact hardware model configuration to ensure correct load-balancing across multi-PSU rail systems.

Key Features

• Official Factory Power Component: Genuine replacement modular power supply engineered and certified directly by Avid Technology.
• Universal Cross-Platform Footprint: Multi-device frame design allows a single backup SKU to serve as a drop-in spare across compatible surfaces and engines.
• True Hot-Swappable Redundancy: Engineered to slide directly into active internal chassis bays without requiring a system reboot or power down.
• Steadfast Performance Protection: Automatically balances power distribution rails to protect sensitive processing circuitry against unexpected line voltage drops.

Technical Specifications

• Component Type: Replacement Hot-Swappable Power Supply Unit (PSU)
• Chassis Compatibility Profiles:
  • S6L Control Surfaces: S6L-48D, S6L-32D, and S6L-24D
  • Processing Engines: E6L-192 and E6L-144
• Pack Quantity: 1 (Single Replacement Power Module)

System Compatibility Note: This power supply unit is specifically engineered to fit the dual-row "D-Series" control surface chassis frames and legacy E6L processing engines. Please note that it is not compatible with the ultra-compact S6L-16C or S6L-24C surfaces, next-generation E6LX engines, or remote Stage I/O racks, which utilize entirely different physical power footprints, internal ventilation paths, and electrical rail layouts.