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Siemens SIMODRIVE 6RB2160-0FB00

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6RB2160-0FB00

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The Siemens 6RB2160-0FB00 is a DC feed drive power circuit board used within the SIMODRIVE series. Capable of handling a rated current of 60 to 180 Amps, it is suitable for controlling up to two axes.

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Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All of our products come with DO Supply's 2-year warranty.
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Technical specifications for 6RB2160-0FB00

ManufacturerSiemens
Product LineSIMODRIVE
Part Number6RB2160-0FB00
Weight5.13 lbs (2.32 kg)
NameDC Feed Drive Power Circuit Board
Rated Current60/180 Amps
Control Axes1/2 Axes
Mounting TypePCB Module
Min. Operating Temp.0°C
Max. Operating Temp.55°C
Min. Storage Temp.-20°C
Max. Storage Temp.60°C
Relative Humidity95% or less (non-condensing)
EnvironmentNo corrosive gases
Altitude2000 meters
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The Siemens part number 6RB2160-0FB00 represents a specialized DC Feed Drive Power Circuit Board from the SIMODRIVE family. Designed to deliver reliability, this unit supports a rated current of 60 Amps to 180 Amps, making it versatile for applications requiring power regulation. It manages control for one or two axes, allowing for operational flexibility in various setups.

Constructed as a PCB module, the board's compact weight is approximately 0.45 kg, or 1 lb, enabling straightforward installation and integration into existing systems. The operational temperature range for this board is set between 0°C to 55°C, ensuring reliable performance under specified conditions. For storage needs, it can endure temperatures as low as -20°C and up to 60°C, granting versatility in deployment.

In terms of environmental considerations, the board is designed to operate in non-condensing atmospheres with relative humidity levels not exceeding 95%. It is essential that it is kept away from corrosive gases to maintain integrity and functionality. Furthermore, it is rated for use at altitudes up to 2000 meters, enhancing its adaptability across various setting types.