Instruction Manual
OCM F
page 80
OCM F - rev. 05 / 06.04.2018
Fig. 25-8
Selecting v-crit determination
>Manning
Strickler<
The theoretical discharge curve is calculated using the settings under
>Dimensions<, >Slope< and >Roughness<.
This function may be combined with the automatic mode.
This action will overwrite the theoretical settings after the application
coefficient has been determined (see Fig. 25-6/4).
>Slope<
Enter the slope at measurement point [%]
>Strickler-Coeff.<
Enter the Manning-Strickler coefficient
Fig. 25-9
Manning Strickler v-crit determination
Table “Manning-Strickler coefficients”
For detailed information see table “Manning-Strickler coefficients” on page 102.
>Manual<
Enter the current level and the current flow velocity (measured using a
reference) directly. The theoretical discharge curve is calculated from
these values.
This function may be combined with the automatic mode. The theoreti-
cal settings will be overwritten after the application coefficient has been
determined (see Fig. 25-6/4).
>h manual<
Entry of current level
>v manual<
Entry of current flow velocity
Fig. 25-10 Manually setting v-crit determination
Summary of Contents for OCM F
Page 105: ...Approvals and Certificates OCM F rev 05 06 04 2018 page 105 Approvals and Certificates...
Page 106: ...Instruction Manual OCM F page 106 OCM F rev 05 06 04 2018...
Page 107: ...Approvals and Certificates OCM F rev 05 06 04 2018 page 107...
Page 108: ...Instruction Manual OCM F page 108 OCM F rev 05 06 04 2018...
Page 109: ...Approvals and Certificates OCM F rev 05 06 04 2018 page 109...
Page 110: ...Instruction Manual OCM F page 110 OCM F rev 05 06 04 2018...
