#statusMessage#
Do you want to start the compare now?
#statusMessage#
Do you want to start the compare now?
How Thermography Enhances Manufacturing. Machine stoppages, component overheating, or electrical faults—unplanned downti...
Disturbances in the power grid often go unnoticed until systems shut down or equipment fails. Regular power quality asse...
In this practical checklist you will learn how to calibrate your measuring and test instruments effectively – simply, ef...
Modern oscilloscopes of the MXO Series from Rohde & Schwarz enable precise analysis and optimization of electric drivetr...
Manufacturer number: PHU500-60-D
| AC input: | 342 V - 528 V, 47 Hz - 63 Hz |
|---|---|
| Additional functions: | AWS, without software Adaptive Parallel Connection (APC): Up to 10 devices can be combined (max. 150 kW) Optional: MPPT, battery simulation, solar array simulation, data logger |
| Article number: | 01HU5H6D00GT |
| Autorange: | No |
| Bidirectional: | No |
| DC output reversible: | DC Source |
| Dimensions (L x W x H) (mm): | 675 x 442 x 130 |
| Interfaces: | USB, LAN, analog Optional: RS-232 & RS-485 or GPIB or CAN |
| Model: | PHU500-60-D |
| Number of outputs: | 1 |
| Output power (W): | 10,000 |
| Protective devices: | OVP, OCP, OHP, UVL, AC Fail, FAN Fail |
| Warranty (years): | 2 |
| Weight (kg): | 30.5 |
| max. Power (A): | 60 |
| max. voltage (V): | 500 |
The PHU series from GW Instek is a highly flexible and powerful solution for modern DC test environments. It uses advanced SiC semiconductor technology and offers maximum adaptability to different test requirements with the multi-range output. The integrated web interface, extensive communication options and compact design make the series ideal for the laboratory, test field and industrial automation.
The PHU 500-60-D model offers a maximum output power of 30 kW with up to 500 VDC voltage and a maximum current of 60 A. It is ideal for power-intensive applications in the medium voltage range, such as those frequently found in electromobility, industrial automation and power electronics. Typical areas of application:
Electric vehicles are the future - but what happens to the batteries when they can no longer be used in cars? Efficient ...
Safety, performance, and durability: Test solutions for battery management systems (BMS).BMSs manage batteries and thus ...
Due to an unavoidable minimum internal resistance - the so-called RDS(on) (minimum on-resistance of the FET between drai...
With the worldwide effort to increase energy conservation and reduce fossil fuel use, electrification is occurring at a ...
With the increasing importance of renewable energies in the wake of climate change, solar energy is moving further into ...
Power supply units are as diverse as their areas of application. What do you personally use your power supply unit for? ...