Sicherheitsfaktor = f(Fehlmenge)

0.9201-0.9300

E{Fehlmenge} Sicherheitsfaktor E{Fehlmenge} Sicherheitsfaktor
0.9201 -0.7999 0.9251 -0.8062
0.9202 -0.8000 0.9252 -0.8064
0.9203 -0.8001 0.9253 -0.8065
0.9204 -0.8003 0.9254 -0.8066
0.9205 -0.8004 0.9255 -0.8067
0.9206 -0.8005 0.9256 -0.8069
0.9207 -0.8006 0.9257 -0.8070
0.9208 -0.8008 0.9258 -0.8071
0.9209 -0.8009 0.9259 -0.8072
0.9210 -0.8010 0.9260 -0.8074
0.9211 -0.8012 0.9261 -0.8075
0.9212 -0.8013 0.9262 -0.8076
0.9213 -0.8014 0.9263 -0.8077
0.9214 -0.8015 0.9264 -0.8079
0.9215 -0.8017 0.9265 -0.8080
0.9216 -0.8018 0.9266 -0.8081
0.9217 -0.8019 0.9267 -0.8083
0.9218 -0.8020 0.9268 -0.8084
0.9219 -0.8022 0.9269 -0.8085
0.9220 -0.8023 0.9270 -0.8086
0.9221 -0.8024 0.9271 -0.8088
0.9222 -0.8026 0.9272 -0.8089
0.9223 -0.8027 0.9273 -0.8090
0.9224 -0.8028 0.9274 -0.8091
0.9225 -0.8029 0.9275 -0.8093
0.9226 -0.8031 0.9276 -0.8094
0.9227 -0.8032 0.9277 -0.8095
0.9228 -0.8033 0.9278 -0.8096
0.9229 -0.8034 0.9279 -0.8098
0.9230 -0.8036 0.9280 -0.8099
0.9231 -0.8037 0.9281 -0.8100
0.9232 -0.8038 0.9282 -0.8102
0.9233 -0.8039 0.9283 -0.8103
0.9234 -0.8041 0.9284 -0.8104
0.9235 -0.8042 0.9285 -0.8105
0.9236 -0.8043 0.9286 -0.8107
0.9237 -0.8045 0.9287 -0.8108
0.9238 -0.8046 0.9288 -0.8109
0.9239 -0.8047 0.9289 -0.8110
0.9240 -0.8048 0.9290 -0.8112
0.9241 -0.8050 0.9291 -0.8113
0.9242 -0.8051 0.9292 -0.8114
0.9243 -0.8052 0.9293 -0.8115
0.9244 -0.8053 0.9294 -0.8117
0.9245 -0.8055 0.9295 -0.8118
0.9246 -0.8056 0.9296 -0.8119
0.9247 -0.8057 0.9297 -0.8120
0.9248 -0.8058 0.9298 -0.8122
0.9249 -0.8060 0.9299 -0.8123
0.9250 -0.8061 0.9300 -0.8124

Siehe auch ...

Literatur

Tempelmeier, H. (2015). Bestandsmanagement in Supply Chains. 5. Aufl., Norderstedt: Books on Demand.
Günther, H.-O. und Tempelmeier, H. (2016). Produktion und Logistik - Supply Chain and Operations Management. 12. Aufl., Norderstedt: Books on Demand.