Rev. May 2001

GraviMaster-FGB-M05 (S)

Page 46

 

Gravimetric Blender

 

6.2Replacement of parts

6.2.1Replacement of printed circuit

For the replacement of the printed circuit of the control-box, the cover should be removed by unscrewing the bolts. unplug the connectors which are attached to the printed circuit. Now unscrew all M3 bolts and remove the circuit. It is important to first disconnect the connectors and then unscrew the bolts. attach the new printed circuit in the same way, but in reverse.

It is wise to use a wrist band with ground cord which is connected with earth (PE). This because of the of static electricity.

6.3Cleaning the machine

The frequency of cleaning will depend on the number of times the raw material is changed.

For cleaning the machine the front panel, the mixer chamber, the weighbin and the mixer should be removed (as described in section 4.2). Disconnect the electrical power and air supply.

Clean the machine by using air pressure. Use safety-goggles when cleaning. After it has been cleaned, put it back together in the reverse way of stripping it.

6.4Transportation of the GraviMaster

The weigh bin should be removed, before moving the GraviMaster, this can be done as described in the previous section. The weigh bin should be removed to prevent damaging the loadcell. The machine can now be transported on a firm pallet.

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GE FGB-M05 Replacement of parts Replacement of printed circuit, Cleaning the machine, Transportation of the GraviMaster
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FGB-M05 specifications

The GE FGB-M05 is a cutting-edge gas turbine designed for a variety of industrial applications, showcasing remarkable efficiency and advanced technology. As a part of General Electric's extensive portfolio of power generation solutions, the FGB-M05 stands out for its versatility and reliability.

One of the main features of the FGB-M05 is its modular design, which allows for easy maintenance and adaptability to different operating conditions. This modularity helps reduce downtime and enhances overall operational efficiency. The gas turbine is engineered to optimize performance across a wide range of workloads, making it suitable for both base load and peak shaving applications.

Incorporating advanced aerodynamics, the FGB-M05 leverages high-efficiency compressor stages that significantly improve its operational performance. The turbine features state-of-the-art cooling technologies that enhance combustion efficiency while ensuring longer equipment life. This is particularly important in high-temperature applications, where maintaining material integrity is crucial.

The FGB-M05 is equipped with sophisticated control systems that enable real-time monitoring and optimization of its operational parameters. These control systems enhance the turbine’s capability to respond dynamically to changing load demands, ensuring that it operates at peak efficiency at all times. Additionally, the turbine supports a range of fuels, including natural gas and biogas, making it a versatile choice for various power generation needs.

Furthermore, the FGB-M05 incorporates advanced emissions control technologies, reducing its environmental impact. It is designed to meet stringent emissions regulations, boasting low NOx and CO emissions levels, which are essential for compliance in many regions.

The GE FGB-M05 gas turbine is also noted for its compact footprint, making it an ideal solution for locations where space is limited. Its combination of high performance, flexibility, and reduced emissions makes it a preferred choice for energy providers looking to invest in sustainable and efficient power generation technologies.

In summary, the GE FGB-M05 gas turbine stands as a testament to modern engineering, combining innovative features, robust technology, and a commitment to environmental responsibility. Whether for industrial applications, peaking plants, or renewable integration, the FGB-M05 delivers reliability and excellence in performance.
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