FISCHER FISCHERSCOPE X-RAY XDLM 231, Operator'S Manual

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Measurement device monitoring for the Fischerscope X-RAY Pre-run for determining the control limits
122 FISCHERSCOPE
®
X-RAY
control chart as lines and correspond to the limit values that lead to
a correction if they are violated during subsequent measurements.
The final protocol of the pre-run generated with the WinFTM-PDM
software at the actual reference sample Ni/Cu/Fe 10-245 shows
beneath the group numbers (designated with "n
bl
"), the group
results (mean values Ni. and Cu. per group, standard deviation s
per group), the final result, the control limits as well as the control
charts for the nickel coating and for the copper coating:
Helmut Fischer GmbH Office West
Danziger Straße 1050374 Erftstadt
Tel.: 02235 41447Fax: 02235 922990
Fischerscope ® XRAY Final protocol
___________________________________________________
Product:
Ni/Cu/Fe reference specimen 10-245
Folder: ISO9000
Meas. application: Ni/Cu/Fe
Meas. mode:Dual coating (dd_)
Order:Pre-run
Operation.:5 x 10 measurements
Final evaluation fromGroup No. 1 measured 12:22:09
toGroup No. 10 measured 12:39:55
nbl= 1 Ni.= 7.54
μ m Cu.= 7.79 μ m
s = 0.085 μ m s = 0.098 μ m
nbl= 2 Ni.= 7.45 μ m Cu.= 7.70 μ m
s = 0.053 μ m s = 0.155 μ m
nbl= 3 Ni.= 7.36 μ m Cu.= 7.68 μ m
s = 0.123 μ m s = 0.097 μ m
nbl= 4 Ni.= 7.43 μ m Cu.= 7.57 μ m
s = 0.078 μ m s = 0.174 μ m
nbl= 5 Ni.= 7.45 μ m Cu.= 7.54 μ m
s = 0.155 μ m s = 0.093 μ m
nbl= 6 Ni.= 7.39 μ m Cu.= 7.61 μ m
s = 0.171 μ m s = 0.148 μ m
nbl= 7 Ni.= 7.46 μ m Cu.= 7.69 μ m
s = 0.111 μ m s = 0.160 μ m
nbl= 8 Ni.= 7.35 μ m Cu.= 7.66 μ m
s = 0.103 μ m s = 0.135 μ m
nbl= 9 Ni.= 7.49 μ m Cu.= 7.72 μ m
s = 0.215 μ m s = 0.168 μ m
nbl= 10 Ni.= 7.56 μ m Cu.= 7.84 μ m
s = 0.158 μ m s = 0.101 μ m