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Manufacturer number: MR25080
AC input: | 200 V - 240 V ±10 %, 47 Hz - 63 Hz |
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Additional functions: | Multi-range operation, adjustable rise and fall time, list mode programming, built-in solar array simulator, remote sense function, soft panel software (remote control, data logging) |
Article number: | MR25080 |
Autorange: | No |
Bidirectional: | No |
DC output reversible: | DC Source |
Dimensions (L x W x H) (mm): | 532 x 420 x 88 |
Interfaces: | USB, GPIB, LAN, RS-232, analog |
Model: | MR25080 |
Number of outputs: | 1 |
Output power (W): | 5,000 |
Power factor: | 0,99 |
Protective devices: | OVP, OCP, OPP, OTP, Foldback |
Warranty (years): | 3 |
Weight (kg): | 17.5 |
max. Power (A): | 80 |
max. voltage (V): | 250 |
The MR series includes powerful high-voltage multi-range DC power supplies that deliver up to 5 kW of clean output power in a compact 2U form factor. They are designed for use in laboratories, research facilities and industrial test systems where wide voltage and current regulation is required.
The multi-range feature enables the replacement of multiple fixed power supplies, increasing flexibility and reducing costs. Thanks to the standard USB, RS232, GPIB and LXI-compatible LAN interfaces, the devices are easy to integrate into automated test systems. In addition, they offer comprehensive protection functions such as overcurrent, overvoltage and overheating protection.
The MR series is used for a wide range of applications, including material testing, LED testing, battery simulation and power electronics testing. In addition, these power supplies are equipped with a SAS (Solar Array Simulation) function to generate realistic I-V curves for solar tests.
The MR25080 is a variant within the MR series with a maximum output voltage of 250 V and a maximum output current of 80 A. This variant offers a maximum output power of 5000 W and is therefore ideal for applications that require a medium voltage at a high current.
Differences to other models in the series:
The MR25080 offers an ideal solution for applications that require higher voltages and currents in a powerful, compact design.
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