The devices of the VECTOPOWER VP600 product family are reliable and robust inverters for mobile applications between 78 and 1562 kVA peak power. During development, special attention is paid to the service life to be achieved with demanding cyclic loads and optimum energy conversion. The expandability of the integrated PLC runtime through optional software functions makes the VP600 inverter perfectly suited for almost any mobile application. Last but not least, the VP600 inverters achieve the highest efficiency values in interaction with different motor topologies thanks to the ARADEX control technology.
For optimum performance and long working life even with demanding cyclic loads
Series 3 integrates STO as per DIN 61800-5-2, PL D, cat.3
Free programming with VECTOSTUDIO or use of ready-made function modules for optimum adaptation to requirements
Makes installation, commissioning, and service easier with ready-made operating modes, diagnostic and protective functions
Can be used to convert direct current (DC) to alternating current (AC) as well as alternating current to direct current
Can be used for voltage ranges from 30 – 800 VDC
via CAN as well as CANopen and J1939 (on request)
Resolver and encoder inputs as well as analog and digital I/Os (depending on the device)
Tested shock and random vibration according to ISO 16750 with up to 50g shock, 5g sine vibration and random vibration test 7
Prepared for active short circuit for more safety in field weakening operation
VP600 offers high torque even at speed near to zero makes it possible to provide the full torque at short notice, which is a significant advantage particularly in traction applications (starting up, driving uphill, etc.)
Propulsion control of ships and marine applications can provide significant fuel savings with partial electrification.
These are drives in mobile applications that are not for traveling, e.g., the rotational movement of a crane or the movement of an excavator shovel.
The VECTOPOWER converts AC voltage with a variable frequency and voltage level into regulated DC voltage to supply a DC link. This is done to eventually feed the energy from a generator into a DC circuit, e.g., into a battery.
HF versions of the VP600 for turbines and high-frequency applications up to 150,000 rpm