Danfysik 860S

The Danfysik 860S is a precision electromagnet engineered for research and industrial applications demanding exceptional magnetic field uniformity and stability. Built on Danfysik’s half-century legacy in accelerator technology, this system delivers the controlled magnetic field performance required in synchrotron facilities, spectrometer installations, and advanced laboratory environments.

## Technical Specifications

The 860S integrates with Danfysik’s power supply ecosystem, which spans multiple stability classes and power ranges. Associated SYSTEM 8500 converters operate at 0.1, 1, or 10 ppm current stability with output power from 5 kW to 1 MW and output current up to 10,000 A. Alternative configurations include SYSTEM 9700 switch-mode supplies delivering 10 ppm ultra-high long-term stability across 0.75 kW to 100 kW, or the Model 859 switch-mode platform offering 10 ppm stability with output capability to 2000 V and 2000 A in configurable topologies from unipolar to True 4-quadrant operation. For applications demanding minimal ripple, the Model 854 linear supply achieves stability better than 0.2 ppm.

## Key Features

• Precision magnetic field control optimized for uniform field distribution
• Compatible with multiple Danfysik power supply architectures
• Optically isolated digital control eliminates ground loops and conducted noise
• Shielded control and interface electronics isolated from power modules
• Remote control and monitoring via standard connectors
• Configurable for ramping applications with smooth zero-crossing transitions

## Typical Applications

Synchrotron light sources, particle accelerator facilities, spectrometer magnet systems, and high-precision research installations where magnetic field stability and uniformity are critical performance parameters.

## Compatibility & Integration

The 860S operates within Danfysik’s modular power supply framework, supporting optically isolated interfaces and remote operation capabilities. System integration utilizes standard connector configurations for control and monitoring functions.