Layout inspection

Perform layout inspection and functional testing at a frequency defined by the customer. 

Trained personnel Equipment design Layout Inspection Maintenance Instrumentation. 

Hazardous materials management plans Hazardous materials inventory Storage area layout Inspection logs... 

The layout of the system is given in figure 1. The system has two X-Ray sources to accommodate for the variation in wall thickness of the products to be inspected. The 160 kV tube is placed in top of the 320 kV tube (Figure 2). 

The 1982 White Paper on Standards, Quality and International Competitiveness was concurrent with increasing interest in the techniques of quality assurance and the need for international harmonization of standards and the reciprocal recognition of certification. It is worth noting that the ISO 9000 series of standards on Quality Systems 1987 followed the layout of BS 5750 1979 almost clause by clause. ISO Guide 39 covers the general requirements for inspection bodies. Auditing on behalf of certification bodies is part of the inspecting authorities role. 

Before piping is installed, the layout should be analyzed to eliminate low points where liquid could collect and to provide drains where low points cannot be eliminated. A regular part of the operating procedure must be the periodic drainage of low points in the piping and separators, as well as inspection of automatic drain traps. 

Tubes may be arranged in either a horizontal and vertical alignment pattern (which provides for easier cleaning and inspection) or in a staggered layout (which provides for improved heat transfer) because of the more circuitous flow of water around the tubes). 

Sec. 820.70 Production and process controls - Address production procedures and process controls, changes to the process, environmental controls, clothing and hygiene of personnel, prevention of contamination, suitability and layout of buildings, equipment qualification, maintenance, periodic inspection, and adjustment, removal of unwanted manufacturing materials from devices and automated (computer controlled) processes... 

Placement of detectors should consider the need for protection from physical damage, weather effects (snow, icing, wind-driven rain, or dust), or direct water hose spray during an area wash down. Detector placement should also allow safe access to perform required periodic testing and inspection. Typical approaches to flammable gas detection layout are ... 

Daily checks of foam systems should be made where freezing conditions exist to ensure the system is functional. Operating and maintenance instructions and layouts should be posted at control equipment with a second copy on file. All persons who are expected to inspect, test, maintain or operate foamgenerating apparatus should be thoroughly trained. Training records should be kept up to date. 

To set up the page layout for plotting spectra several tasks have to be performed. They include the definition of the plot region, of the spectrum components to be included in the plot (spectrum, integral, peak labels, axis, of the title, of the contents of the parameter table and any additional imported data to be added to the layout such as the formulae or molecular structure. To inspect the final layout prior to plotting. WIN-NMR offers the Preview option which shows an exact copy of your subsequent plot on the screen and allows you to perform final adjustments and rearrangements on the screen. 

Click on the Preview button and inspect your layout, if necessary modify the... 

Now load the first DEPT spectrum. Using the third DEPT spectrum as the calibration file perform a peak picking. In the Page Layout dialog box check the X- and y- File Compare boxes and click on the File Compare... button to select the already plotted third DEPT spectrum as the calibration file. Click on the Edit Title... button to create an appropriate title. Click on the Preview button, accept clearing the Preview window and inspect the layout, which should now be the same as for the third DEPT spectrum. Plot the spectrum. 

Adjust the vertical scale and the vertical offset for the main trace spectrum to obtain the best display of the signals for the ring protons. Click on the File Param. button and set the plot limits to 6.0 ppm and 3.5 ppm. Click on both the F1/F2 for all and the Y for all buttons to transfer the plotting information from the reference spectrum to the other six spectra. Click on the OK button to close the dialog box. Do not click on the Return button as this will lose all the Separate Plot plotting parameters that have just been set. From the Output pull-down menu choose the Page Layout option and select the same parameters, options, colors, fonts and the printer setup as used in the multiple display above. Use the Preview option for a final inspection before plotting this Separate Plot layout. 

Click on the Frame button and open a second large frame in the Preview window. Double click the left button on the mouse to open the dialog box and click on Read NMR-File... to read in the normal C spectrum of glucose D NMRDATA GLUCOSE 1D C GC 001999.1R. Adjust its size and set the various plot options for this spectrum. Finally readjust the sizes of both windows for the best layout. Open two additional windows and read in the previously saved parameter textfile and the glucose structural formula respectively. Use the Preview Zoom function to inspect the individual... 

Use the same 2D spectrum to try out the other types of projections. From the Display pull-down menu choose the Layout menu and select Slice to interactively inspect slices along Fl and F2 and to define a suitable pair as projections. Do the same with the Slice numerical option. 

An additional feature, the Preview window, accessible with the Preview button from within the Page Setup... sub-menu in the Output pull-down menu, displays an exact copy of your plot (WYSIWYG). It is recommended that you exploit this useful option and inspect the layout in this Preview window prior to plotting your 2D NMR spectra in order to avoid a waste of paper and time. 

This allows you to store your layout (Save layout...) and to reload it (Load layout...) for later use in order to get standardised plots of your 2D spectra. With these commands the kind of windows (spectrum, title, parameter), their position and size and additional features (axis, units, projections, parameters,...) are stored and loaded respectively. After loading a layout, these layout parameters may be inspected and if necessary modified in the Page Setup dialog box opened with the Page Setup... command (section 4.10.2) before a data set is loaded and plotted. 

Choose the Page Setup... option in the Output pull-down menu and select the plotting parameters and projections to be included in the plot. Adjust the sizes of all windows (title, parameter, spectrum) to the size of the paper sheet. Set up a title and select the parameters to be plotted. Load the defined levels with the Load button, choose different colors for the levels if you have a multicolor output device. Click the Preview button to inspect the final layout in the Preview window. Repeat these steps, load the defined levels with the Load button as before, but add additional contour levels with the Fill button. 

The Gehman test is also standardised in BS903 Part A1318 and ASTM D105319. The British Standard is identical to the international method but the ASTM has a rather different layout as it covers coated fabrics as well as rubbers and a single point procedure is added for routine inspection. It only specifies a step temperature change procedure. 

The layout of the non-explosive wing is as shown (Figure 21). The power and free conveyor system provides process operational flexibility for maintenance operations associated with abrasive cleaning, inspection, painting and shipping of large items. 

The blender may need to fit within an existing plant, so layout considerations often come into play. This includes not only the height and footprint consumed by the blender, but also additional operations such as fitting an IBC underneath a blender to receive the blend, and methods to load the blender initially. The headroom available beneath a blender may affect the choice of IBC (e.g., drums, steep conical hopper, shallow pyramidal hopper), which can ultimately affect segregation and content uniformity. Having a layout that allows ease of peripheral operations such as cleaning, inspection, and... 

---