;---------------------------------MLVR2.HTM---------------------------------
;        ; new variables
f29      ;
10000    ; default F29
;        ;         ___
f30      ;
10000    ; default F30
;
l[d10    ; E5+E6 F29 Value D10
m5000    ; example 5000
;
l[d12    ; E0+E6 'o' Value D12
m500     ; example 500 +
;
l[d14    ; E1+E6 'o' Value D14
m500     ; example 500 -
;
l[d20    ; E5+E7 F29 Value D20
m7500    ; example 7500
;
l[d22    ; E0+E7 'o' Value D22
m750     ; example 750 +
;
l[d24    ; E1+E7 'o' Value D24
m750     ; example 750 -
;
l[d30    ; E5+E6+E7 F29 Value D30
m10000   ; example 10000
;
l[d32    ; E0+E6+E7 'o' Value D32
m1000    ; example 1000 +
;
l[d34    ; E1+E6+E7 'o' Value D34
m1000    ; example 1000 -
;
l[d36    ; Channel 1
m182     ; analog-out
;
l[d38    ; Channel 2
m1808    ; analog-out
;
l[d3a    ; Shift 1
m13      ; analog-out
;
l[d3c    ; Shift 2
m18      ; analog-out
;
=P
;        ; Programm mit Kodierung von drei Festwerten plus Analogwert ueber
u1       ; Pegel an E6 und E7 in Kombination mit E5 (Syn.), E0 / E1 (Dreh.)
;
; based on ML-R2.KOM / ML-R2.UPD (synchron) --- (C) by Dietz-electronic ---

This program based on FOCUS.KOM and ML-R2.KOM !
If you start the application MLVR2.CNF you get a little
description in MLVR2.HTM (WinDietz-help-function) !
If you have a running inverter based on FOCUS or ML-R2,
only upload the update-file MLVR2.UPD to the inverters.
Otherwise take the full-version MLVR2.KOM to the inverter.

The program is for master- and slave-units also. For slave-
mode the option-card 'second-encoder' must be used here.

New function:

With preselection of E6 and E7 you get 9 new fix setpoints
(added to the original 3 analog functions):

E5 high, E6 low, E7 low = parameter f29 is controlled by potentiometer
E5 high, E6 high, E7 low = parameter f29 is fixed from variable 0d10
E5 high, E6 low, E7 high = parameter f29 is fixed from variable 0d20
E5 high, E6 high, E7 high = parameter f29 is fixed from variable 0d30

E0 high, E6 low, E7 low = speed is controlled by potentiometer (+)
E0 high, E6 high, E7 low = speed is fixed from variable 0d12 (+)
E0 high, E6 low, E7 high = speed is fixed from variable 0d22 (+)
E0 high, E6 high, E7 high = speed is fixed from variable 0d32 (+)

E1 high, E6 low, E7 low = speed is controlled by potentiometer (-)
E1 high, E6 high, E7 low = speed is fixed from variable 0d12 (-)
E1 high, E6 low, E7 high = speed is fixed from variable 0d22 (-)
E1 high, E6 high, E7 high = speed is fixed from variable 0d32 (-)

Also the settings for '2-channel-analog-out' now could be changed!
Note: values of 0D36, 0D38 are deci. of the hex-value of variable!

For other parameters and variables look to the focus.htm-file also

Note: To save a file with values extendet from 0E00-0E6E (example:
values 0D10-0D3C) from the inverter back to computer the 'extendet
read-out-function 0B30-0E6E must be choosed, otherwise the values
0B30-0DFE are not saved to disk! MLVR2.KOM/UPD use extendet values