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Manufacturer number: MR3K160120
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: | MR3K160120 |
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: | MR3K160120 |
Number of outputs: | 1 |
Output power (W): | 3,000 |
Power factor: | 0,99 |
Protective devices: | OVP, OCP, OPP, OTP, Foldback |
Warranty (years): | 3 |
Weight (kg): | 17.5 |
max. Power (A): | 120 |
max. voltage (V): | 160 |
The MR series consists of powerful high-voltage multi-range DC power supplies that deliver up to 5 kW of clean output power in a compact 2U form factor. These power supplies are ideal for laboratory applications, research and development and industrial test environments.
The series offers multi-range functionality, allowing multiple fixed voltage sources to be replaced by a single power supply. Standard USB, RS232, GPIB and LXI-compatible LAN interfaces ensure flexible integration into automated test systems. Comprehensive protection functions such as overcurrent, overvoltage and overheating protection increase operational safety.
The MR series power supply units are used in a wide variety of areas, including power electronics testing, materials testing, LED testing, solar simulation and battery charging tests. Thanks to the SAS (Solar Array Simulation) function, they can also be used to generate and simulate I-V curves in photovoltaic applications.
The MR3K160120 is a variant within the MR series with a maximum output voltage of 160 V and a maximum output current of 120 A. This variant offers a maximum output power of 3000 W and is therefore a more compact alternative to the MR160120.
Differences to other models in the series:
The MR3K160120 is a compact yet powerful solution for applications that require flexible voltage and current regulation.
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