MCOR bipolar power supply

MCOR bipolar power supply

The MCOR Magnet Corrector Bipolar Power Supply Modules are advanced 4 quadrant power supply solutions designed for precision magnet correction and high stability current control. Built with a modular architecture, the MCOR system allows flexible configuration, scalability, and easy maintenance for complex scientific and industrial applications.

Key Features

  • 4 quadrant bipolar output current ranging from ±1 A to ±30 A
  • Modular design supports up to 16 modules in a single 6U crate
  • Mix and match different MCOR models within the same system
  • Centralized EMCOR digital controller for full system management
  • Ethernet and USB communication interfaces for remote control
  • Single bulk power supply supports the entire crate
  • Real time monitoring of output current, ripple, and fault conditions
  • Easy replacement of individual modules without system downtime
  • Designed for precision magnet correction in research environments
  • Proven performance in leading global physics laboratories

 

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Description

MCOR Bipolar Power Supply

The MCOR Bipolar Power Supply Module system is a highly flexible and precision engineered solution designed for magnet correction and advanced current control applications. Operating as a true 4 quadrant power supply, the MCOR system delivers both positive and negative current outputs, making it ideal for demanding environments where fine magnetic field adjustments are critical.

At the core of its design is a modular architecture that allows up to 16 MCOR modules to be installed within a single 6U rackmount crate. This scalable configuration enables users to build customized power systems based on application requirements, ranging from low current precision control to higher current magnet correction tasks. Multiple MCOR models can be mixed and matched within the same crate, offering unmatched flexibility.

A single bulk DC power supply provides power to the entire crate, simplifying infrastructure requirements while maintaining high efficiency. The EMCOR digital controller module acts as the central intelligence of the system, managing all installed MCOR modules simultaneously. It provides real time control, monitoring, and diagnostics, ensuring stable and accurate operation across all channels.

The EMCOR controller supports both Ethernet and USB communication interfaces, allowing seamless integration into modern control systems. It replaces older interface modules and significantly improves usability, system diagnostics, and remote operability.

Each MCOR module is designed for reliability and precision, with built in monitoring of output current, ripple levels, and fault conditions. Fault detection and reporting capabilities ensure safe operation in sensitive research environments. In the event of a module failure, individual units can be replaced without interrupting the entire system, minimizing downtime and maintenance costs.

The MCOR system has been widely adopted in leading physics laboratories and research facilities worldwide, where stable and precise magnet control is essential for accelerator systems, beamline tuning, and experimental physics applications.

Technical Specifications

Parameter Description
System Type 4 Quadrant Bipolar Power Supply
Model Series MCOR Magnet Corrector Modules
Output Current Range ±1 A to ±30 A (depending on model)
System Architecture Modular plug-in design
Crate Capacity Up to 16 MCOR modules (6U crate)
Controller Module EMCOR Digital Controller
Communication Interfaces Ethernet and USB
Power Input Single bulk DC power supply
Control Capability Centralized control of all modules
Monitoring Functions Current, ripple, fault detection
Maintenance Hot-swappable module replacement
Application Areas Magnet correction, accelerator systems, research labs

 

 

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