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GE Fanuc Emerson Other 41G1400-FB01-B0

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41G1400-FB01-B0

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The GE Fanuc Emerson part number 41G1400-FB01-B0 is a control operation interface designed for logic or power interface functionality, as well as processing in motion or control subsystems. This component is suitable for chassis mounting and features a natural convection cooling method.

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Technical specifications for 41G1400-FB01-B0

ManufacturerGE Fanuc Emerson
Product TypeControl Operation Interface
Product LineOther
Part Number41G1400-FB01-B0
Primary FunctionLogic/Power Interface Function or Motion/Control Sub-System Processing
Mounting TypeChassis Mount
Cooling MethodNatural Convection
Vibration Resistance1G to 2G
Min. Operating Temperature0 °C
Max. Operating Temperature55 °C
Min. Storage Temperature-40 °C
Max. Storage Temperature85 °C
Min. Relative Humidity5% (Non-Condensing)
Max. Relative Humidity95% (Non-Condensing)

The control operation interface known as GE Fanuc Emerson 41G1400-FB01-B0 is engineered for a blend of logic and power tasks, as well as handling operations related to motion control within subsystems. Constructed to be mounted within a chassis, it ensures secure installation in various setups. With a total weight of 1.0 lbs, this unit is lightweight yet functional.

Cooling is managed through natural convection, enabling efficient heat dissipation during operation. It’s built to withstand vibrations within a spectrum of 1G to 2G, making it suitable for environments where stability is a requirement. Temperature-wise, the interface can operate safely within a minimum of 0 °C and a maximum of 55 °C. For storage, it can withstand conditions ranging from -40 °C up to 85 °C, allowing for flexibility in handling.

Humidity considerations are also integral, as the device functions properly in relative humidity levels between 5% and 95% without condensation, contributing to its reliability across different environmental contexts. By meeting these specifications, the 41G1400-FB01-B0 interface stands as a robust choice for applications necessitating a reliable control operation interface.