The MIPRO MPC-100 Receivers Power Supply Storage Case tackles a common challenge for sound engineers: keeping multiple power supplies (PSUs) and their tangled cords organized within a wireless microphone rack. This storage case is designed to streamline the installation and overall power management of your wireless systems.

The MIPRO MPC-100 Receivers Power Supply Storage Case fits seamlessly into standard 19-inch equipment racks, making it compatible with both fixed and portable setups. It eliminates the need for individual power cords at each receiver by housing up to 5 original PSUs from your wireless systems. This centralized approach not only reduces cable clutter but also creates a clean and professional look for your rack setup.

The MIPRO MPC-100 Receivers Power Supply Storage Case connects to a single AC power source using an extension cord. Only the DC output cables run from the unit to the wireless receivers, minimizing cable clutter throughout the rack. The included bracket allows for easy mounting of the PSUs within the case, and screws are provided for secure attachment.

By incorporating the MIPRO MPC-100 Receivers Power Supply Storage Case into your workflow, sound engineers can experience significant improvements in several areas. Pre-installing PSUs in the MPC-100 saves valuable time during rack configuration. The centralized power system eliminates the hassle of managing individual PSU cords, resulting in a cleaner and more manageable rack. Ultimately, the MIPRO MPC-100 Receivers Power Supply Storage Case contributes to a professional presentation for your sound system setup.

Technical Specifications

Model
MPC-100
Name
Receivers Power Supply Storage Case
Chassis
EIA standard 1U metal case
Panel
The front panel has a power indicator and the rear panel has one AC input socket and 5 DC output jacks. In addition, there is a bracket that holds 5 PSUs and screws are provided to attach the bracket to the bottom of the garnering case.
Dimensions
482 × 44 × 155 mm (W×H×D)
Weight
Approx. 1.6 kg
Note
Refer to the actual product in the event of product discrepancy.