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Siemens SIMOREG 6RA7086-6KS22-0

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6RA7086-6KS22-0

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Siemens' 6RA7086-6KS22-0 is a robust DC converter designed for single-quadrant applications. It operates on a three-phase supply voltage of approximately 690 V and delivers a rated DC output voltage of around 830 V DC with a maximum current of 720 A.

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Technical specifications for 6RA7086-6KS22-0

ManufacturerSiemens
Product TypeDC converter, single-quadrant
Product LineSIMOREG
Part Number6RA7086-6KS22-0
Weight32.00 lbs (14.51 kg)
Rated Supply (AC)3-phase, ~690 V
Rated DC Output Voltage~830 V DC
Rated DC Output Current720 A
Approx. Continuous Power~600 kW
Operating Quadrant1Q, non-regen
Power-Circuit Topology6-pulse bridge
Cooling MethodExternal cooling
Mounting / Form FactorChassis mount
Control SystemDigital closed-loop
I/O & InterfacesAnalog/digital I/O
Mass~44 kg
Protection FeaturesOvercurrent & short-circuit
ParallelabilityYes

The Siemens 6RA7086-6KS22-0 model is a specialized DC converter ideal for single-quadrant operations. Accepting a three-phase AC input of approximately 690 V, it generates a significant DC output voltage of about 830 V, coupled with a substantial output current rating of 720 A. This converter effectively handles continuous power levels nearing 600 kW, sufficient for high-demand industrial tasks.

The design incorporates a 6-pulse bridge topology, ensuring efficient power conversion while operating exclusively in the first quadrant without regenerative capabilities. Active protection measures include overcurrent and short-circuit safeguards, which enhance the safety and reliability of operations.

Installation is straightforward due to its chassis mount configuration, and it utilizes an external cooling mechanism for effective thermal management. The control is executed via a digital closed-loop system, which provides precise control over performance parameters. With options for both analog and digital I/O interfaces, flexibility in communication with various systems is assured. Weighing in at approximately 44 kg, this unit is also designed for compatibility in parallel setups, making it versatile for scaling up to meet larger power demands.