5-52
5
S3-14
Roping Sets the roping ratio of the eleva-
tor
1:1:1
2:1:2
1 or 2 2 No A A A A 6CAH 6-65
Roping Ratio
S3-15
Gear Ratio
Sets the mechanical gear ratio.
0.10 to
10.00
1.000 No A A A A 6CBH 6-65
Gear Ratio
S3-16
Over accelera-
tion detection
level
Sets the maximum car accelera-
tion value.
If the acceleration rate is higher
that this value the inverter trips
with an over acceleration fault
(DV6)
0.0 to
50.0
1.5 m/s² No - - - A 6CCH 6-46
Over Acc Det
Lvl
S3-17
Over accelera-
tion decelera-
tion time
constant
Sets the time for which an over
acceleration must be detected
before the inverter stops with an
over acceleration fault (DV6)
0.000
to
5.000
0.05
sec
No - - - A 6CDH 6-46
Over Acc Det
Fil
S3-18
Over accelera-
tion detection
method selec-
tion
Selects wether the over accelera-
tion detection is always active or
during run only.
0:Detection during power on
1:Detection during run only
0 or 1 0 No - - - A 6CEH 6-46
Over Acc Det
Sel
S3-19
Inspection speed
upper limit
Sets the upper frequency limit for
the inspection speed detection if
multi speed operation is selected
(d1-18 = 0 or 3)
S3-04
to
120.0
Hz
25.0 Hz No A A A A 6CFH 6-11
Inspection
UpLmt
S3-20
Short floor min-
imum constant
speed time
Sets the minimal constant speed
time for the advanced short floor
function. The parameter is effec-
tive only if paramter S3-01is set to
“2” (Advanced short floor opera-
tion enabled)
0.0 to
2.0
0.0 sec No A A A A 6D0H 6-18
ShortF2
MinTime
S3-21
Distance calcu-
lation accelera-
tion time gain
Sets the acceleration time gain for
the optimal speed calculation of
the advanced short floor function.
50.0 to
200.0
150.0% No A A A A 6D1H 6-18
Tacc Gain
S3-22
Distance calcu-
lation decelera-
tion time gain
Sets the deceleration time gain for
the optimal speed calculation of
the advanced short floor function.
50.0 to
200.0
150.0% No A A A A 6D2H 6-18
Tdec Gain
S3-23
Distance calcu-
lation decelera-
tion time gain
Sets the deceleration time gain for
the optimal speed calculation of
the advanced short floor function.
50.0 to
200.0
150.0% No A A A A 6D3H 6-18
S3-24
Light Load
Direction
Search Method
Selects the light load direction
search method.
0:Motor Current comparison
1:Regenerative direction detec-
tion
0 or 1 0 No A A - - 6D4H 6-77
LLS method sel
Param-
eter
Num-
ber
Name
Description
Setting
Range
Factory
Setting
Change
during
Opera-
tion
Control Methods
MEMO-
BUS
Register
Page
V/f
Open
Loop
Vector
Closed
Loop
Vector
Closed
Loop
Vector
(PM)
Display