Page Comparison

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TheOP8219 Inverters/Decoders Interface Panel interfaces the following Festo (LabVolt) equipment in the 2 kW Doubly-Fed Induction Generator (DFIG) Research System with the OPAL-RT simulator.

1. The Festo (LabVolt) 4 four quadrant dynamometer (2 kW) encoder module.

2. The Festo (LabVolt) IGBT Chopper/Inverter modules (8857-1, 8837-B0).

It is designed to be installed on a standard 19″ rack and uses standard DB37 connectors to connect with the OPAL-RT simulator.
The DB9 Encoder IN connectors in the front are compatible with the encoder module in the Festo (LabVolt) 2 kW dynamometer (8505-A), and the DB9 Inverter OUT connectors in the front are compatible with the DB9 terminals on the Festo (LabVolt) IGBT/Chopper module (8857-1).
It requires to be powered by a 12 V DC power supply unit and has three different connectors options. The user needs to supply the 12 V power in only one of the power supply connectors. Since the inverter DB37 connector supplies 5 V power to the simulator Digital Out card, the user should not connect any power supply to the simulator Digital Out connector.

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• OPAL-RT OP4512 real-time simulator including:

  • OPAL-RT OP5360 32 channels digital output module, 5 V to 30 V

  • OPAL-RT OP5342 16 channels analog input module, 2MS/s, 16 bits, ±20 V

  • OPAL-RT OP5353 32 channels digital input module, 4.5 V to 50 V

  • OPAL-RT OP5330 16 channels analog output module, 1 MS/s, 16 bits, 35mA, ±16 V or 8 channels at 2 MS/s

• OPAL-RTOP8219 Inverters/Decoders Interface Panel

• OPAL-RT OP8662-8-600 High Voltage and Current Probe, 15 A, 600 V

• Festo (LabVolt) IGBT chopper/inverter (8857)

• Festo (LabVolt) power supply (8821)

• Festo (LabVolt) line inductors

• Festo (LabVolt) resistive load

• Festo (LabVolt) three-phase wound-rotor induction motor

• Festo (LabVolt) A-quad dynamo (8540)

• Festo (LabVolt) DFIG machine (8505)

• Festo (LabVolt) Motor module (8506)