Description
Magna-Power Electronics XR Series was designed from the ground up for high reliability and industry leading 2U (3.5” height) rackmount power density, with output isolation up to 1000 Vdc for models rated for 1000 Vdc and below. This product series utilizes Magna-Power Electronics signature current-fed power processing, delivering robust power conversion with a high power factor—greater than 0.92 for 3Φ units. Soft-start circuitry on the input minimizes in-rush current to levels below the rated input current. High accuracy programming and monitoring levels allow confidence in power supply measurements, eliminating the need for external power meters.
All Magna-Power XR Series power supplies come standard with isolated 37-pin external I/O, RS232, Remote Interface Software, IVI drivers for integration into a variety of programming environments, and modulation capabilities for non-linear output profile emulation. Two front panel types are available for different application requirements. The standard XR Version front panel (pictured in the image above) provides front panel control knobs and calibration, start and stop buttons, and a digital display for voltage and current. The C Version front panel provides a blank display panel, allowing control only from the computer or isolated 37-pin I/O connection.
Features of the Magna-Power XR Series:
Magna-Power Electronics has designed its products from the ground up to provide synergy across the entire product line. The following are some the company’s programmable DC power supplies key features:
- Industry leading power density: Rack-mount space is always at a premium. Magna-Power Electronics power supplies are continuously refined with new technology and devices to drive down size and increase power density.
- High accuracy programming: ±0.075% full scale programming accuracy on all models and programming interfaces.
- High power factor: > 0.92 on all 3Φ models: Attention to AC power quality and input inductance enables a high power factor, consistent across all 3Φ input voltages.
- Standard 37-pin isolated I/O and RS232
- Multiple front panel types for flexibility
- Extensive programming interface options
- CE Mark safety and EMI/EMC certification
- Made in USA: All products are designed and manufactured at Magna-Power Electronics vertically integrated headquarters in Flemington, NJ USA
Protective Diagnostic Features of the Magna-Power XR Series:
- Over-voltage protection (OVT) (Programmable)
- Over-current protection (OCT) (Programmable)
- Over-temperature protection (THL)
- Interlock fault (LOC)
- Fuse fault (FUSE)
- Phase loss alarm (PHL)
- Analog programming line voltage fault (PGM LN)
- Remote sense lead detection (REM SEN)
Contact TestWorld today for the best price on a Magna-Power XR Series Programmable DC Power Supplies – 10,000 Volts, 600 Amps up to 10kW.
Explore Financial options to find a cost management solution best for your company:
Output Configurations for the Magna-Power XR Series:
- Maximum Output 2 kW (2,000 Watts):
- 5 Volts / 375 Amps / 50 mVrms Ripple
- 10 Volts / 200 Amps / 50 mVrms Ripple
- 16 Volts / 125 Amps / 50 mVrms Ripple
- 20 Volts / 100 Amps / 45 mVrms Ripple
- 32 Volts / 62 Amps / 40 mVrms Ripple
- 40 Volts / 50 Amps / 40 mVrms Ripple
- 50 Volts / 40 Amps / 50 mVrms Ripple
- 80 Volts / 25 Amps / 60 mVrms Ripple
- 100 Volts / 20 Amps / 60 mVrms Ripple
- 125 Volts / 16 Amps / 100 mVrms Ripple
- 160 Volts / 12 Amps / 120 mVrms Ripple
- 200 Volts / 10 Amps / 125 mVrms Ripple
- 250 Volts / 8 Amps / 130 mVrms Ripple
- 375 Volts / 5.3 Amps / 170 mVrms Ripple
- 400 Volts / 5 Amps / 180 mVrms Ripple
- 500 Volts / 4 Amps / 220 mVrms Ripple
- 600 Volts / 3.3 Amps / 250 mVrms Ripple
- 800 Volts / 2.5 Amps / 300 mVrms Ripple
- 1,000 Volts / 2 Amps / 350 mVrms Ripple
- 2,000 Volts / 1 Amps / 5500 mVrms Ripple
- 4,000 Volts / 0.5 Amps / 6500 mVrms Ripple
- 6,000 Volts / 0.3 Amps / 7500 mVrms Ripple
- 8,000 Volts / 0.25 Amps / 8500 mVrms Ripple
- 10,000 Volts / 0.2 Amps / 9500 mVrms Ripple
- Maximum Output 4 kW (4,000 Watts):
- 5 Volts / 600 Amps / 50 mVrms Ripple
- 10 Volts / 375 Amps / 50 mVrms Ripple
- 16 Volts / 250 Amps / 50 mVrms Ripple
- 20 Volts / 200 Amps / 45 mVrms Ripple
- 32 Volts / 124 Amps / 40 mVrms Ripple
- 40 Volts / 100 Amps / 40 mVrms Ripple
- 50 Volts / 80 Amps / 50 mVrms Ripple
- 80 Volts / 50 Amps / 60 mVrms Ripple
- 100 Volts / 40 Amps / 60 mVrms Ripple
- 125 Volts / 32 Amps / 100 mVrms Ripple
- 160 Volts / 24 Amps / 120 mVrms Ripple
- 200 Volts / 20 Amps / 125 mVrms Ripple
- 250 Volts / 16 Amps / 130 mVrms Ripple
- 375 Volts / 10.6 Amps / 170 mVrms Ripple
- 400 Volts / 10 Amps / 180 mVrms Ripple
- 500 Volts / 8 Amps / 220 mVrms Ripple
- 600 Volts / 6.6 Amps / 250 mVrms Ripple
- 800 Volts / 5 Amps / 300 mVrms Ripple
- 1,000 Volts / 4 Amps / 350 mVrms Ripple
- 2,000 Volts / 2 Amps / 5500 mVrms Ripple
- 4,000 Volts / 1 Amps / 6500 mVrms Ripple
- 6,000 Volts / 0.6 Amps / 7500 mVrms Ripple
- 8,000 Volts / 0.5 Amps / 8500 mVrms Ripple
- 10,000 Volts / 0.4 Amps / 9500 mVrms Ripple
- Maximum Output 6 kW (6,000 Watts):
- 10 Volts / 600 Amps / 50 mVrms Ripple
- 16 Volts / 375 Amps / 50 mVrms Ripple
- 20 Volts / 300 Amps / 45 mVrms Ripple
- 32 Volts / 186 Amps / 40 mVrms Ripple
- 40 Volts / 150 Amps / 40 mVrms Ripple
- 50 Volts / 120 Amps / 50 mVrms Ripple
- 80 Volts / 75 Amps / 60 mVrms Ripple
- 100 Volts / 60 Amps / 60 mVrms Ripple
- 125 Volts / 48 Amps / 100 mVrms Ripple
- 160 Volts / 36 Amps / 120 mVrms Ripple
- 200 Volts / 30 Amps / 125 mVrms Ripple
- 250 Volts / 24 Amps / 130 mVrms Ripple
- 375 Volts / 15.9 Amps / 170 mVrms Ripple
- 400 Volts / 15.0 Amps / 180 mVrms Ripple
- 500 Volts / 12 Amps / 220 mVrms Ripple
- 600 Volts / 9.9 Amps / 250 mVrms Ripple
- 800 Volts / 7.5 Amps / 300 mVrms Ripple
- 1,000 Volts / 6 Amps / 350 mVrms Ripple
- 2,000 Volts / 3 Amps / 5500 mVrms Ripple
- 4,000 Volts / 1.5 Amps / 6500 mVrms Ripple
- 6,000 Volts / 1 Amps / 7500 mVrms Ripple
- 8,000 Volts / 0.75 Amps / 8500 mVrms Ripple
- 10,000 Volts / 0.6 Amps / 9500 mVrms Ripple
- Maximum Output 8 kW (8,000 Watts):
- 16 Volts / 500 Amps / 50 mVrms Ripple
- 20 Volts / 375 Amps / 45 mVrms Ripple
- 32 Volts / 250 Amps / 40 mVrms Ripple
- 40 Volts / 200 Amps / 40 mVrms Ripple
- 50 Volts / 160 Amps / 50 mVrms Ripple
- 80 Volts / 100 Amps / 60 mVrms Ripple
- 100 Volts / 80 Amps / 60 mVrms Ripple
- 125 Volts / 64 Amps / 100 mVrms Ripple
- 160 Volts / 50 Amps / 120 mVrms Ripple
- 200 Volts / 40 Amps / 125 mVrms Ripple
- 250 Volts / 32 Amps / 130 mVrms Ripple
- 375 Volts / 21.3 Amps / 170 mVrms Ripple
- 400 Volts / 20 Amps / 180 mVrms Ripple
- 500 Volts / 16 Amps / 220 mVrms Ripple
- 600 Volts / 13.3 Amps / 250 mVrms Ripple
- 800 Volts / 10 Amps / 300 mVrms Ripple
- 1,000 Volts / 8 Amps / 350 mVrms Ripple
- 2,000 Volts / 4 Amps / 5500 mVrms Ripple
- 4,000 Volts / 2 Amps / 6500 mVrms Ripple
- 6,000 Volts / 1.33 Amps / 7500 mVrms Ripple
- 8,000 Volts / 1 Amps / 8500 mVrms Ripple
- 10,000 Volts / 0.8 Amps / 9500 mVrms Ripple
- Maximum Output 10 kW (10,000 Watts):
- 16 Volts / 600 Amps / 50 mVrms Ripple
- 20 Volts / 500 Amps / 45 mVrms Ripple
- 32 Volts / 310 Amps / 40 mVrms Ripple
- 40 Volts / 250 Amps / 40 mVrms Ripple
- 50 Volts / 200 Amps / 50 mVrms Ripple
- 80 Volts / 125 Amps / 60 mVrms Ripple
- 100 Volts / 100 Amps / 60 mVrms Ripple
- 125 Volts / 80 Amps / 100 mVrms Ripple
- 160 Volts / 60 Amps / 120 mVrms Ripple
- 200 Volts / 50 Amps / 125 mVrms Ripple
- 250 Volts / 40 Amps / 130 mVrms Ripple
- 375 Volts / 26.5 Amps / 170 mVrms Ripple
- 400 Volts / 25 Amps / 180 mVrms Ripple
- 500 Volts / 20 Amps / 220 mVrms Ripple
- 600 Volts / 16.5 Amps / 250 mVrms Ripple
- 800 Volts / 12.5 Amps / 300 mVrms Ripple
- 1,000 Volts / 10 Amps / 350 mVrms Ripple
Product Options for the Magna-Power XR Series:
- +HS: High Skew Rate Output
- The high slew rate option solves several limitations inherent in switching power supply design. Rapid voltage transitions require internal electronics to supply the energy to charge and discharge output capacitors. Peak currents internal to the power supply define slew rate; utilizing less capacitance enables voltage transitions in shorter time periods. Additionally, less capacitance reduces requirements for discharge demands during open circuit conditions.
- The standard output stage Magna-Power Electronics power supplies has been designed to provide the lowest possible output ripple voltage within the constraints of available components, size, and cost. Part of the output stage consists of a bank of aluminum electrolytic capacitors which has the desired electrical properties to provide this function. These components require bleed resistors to discharge any voltage when the power supply has no load and is disabled. While the presence of these components and the resulting performance are normally industry accepted, there are applications where lower output capacitance is extremely desirable and higher ripple voltage is acceptable. To meet this need, a high-slew rate option is available which has an output stage consisting of low capacitance film and aluminum electrolytic
capacitors. Applications for the high-slew rate option include battery charging, photovoltaic emulation, power waveform generation, and medium speed power
pulsing. These applications all benefit from higher bandwidth and in many cases, can tolerate the increased ripple voltage of this option.
- +UID: UID47: Universal Interface Device
- Magna-Power Electronics UID47 is a general purpose device for connection to Magna-Power Electronics’ power supplies. The device contains the necessary circuitry for configuring power supplies for master/slave parallel or series operation.
- Master/slave parallel operation allows two or more power supplies to equally share output current when connected together. Master/slave series operation allows two or more power supplies to equally share output voltage when connected together. In either operation mode, the master unit will command the slave units to the proper voltage and current. Each unit will display its own individual voltage and current. Installation requires setting jumpers, placing included 37-conductor cables between the UID47 and power supplies, and wiring the power supply outputs in either parallel or series.
- The UID47 can be used as an interface for connecting control and monitoring lines to external circuitry. It also contains an area on the printed circuit board for interconnecting wires and placing components for specific user applications. Key features of the UID47 option are as follows:
- Compatible with all Magna-Power Electronics power supplies
- Interface for series and parallel master/slave operation
- User configurable screw terminal connector
- Pad area for custom circuitry
- (2) 6-foot 37-pin cables included
- Communication Interface Options:
- +GPIB: IEEE-488 GPIB
- +USB: USB Edgeport
- +LXI: LXI TCP/IP Ethernet
- +RS485: RS-485DSS
Reviews
There are no reviews yet.