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KATANA S610M Inverter Specialized for Elevator Manual
F21.23
Speed limit of upward forced deceleration
switch 1
0.00~6.00 m/s
0
F21.24
Speed limit of upward forced deceleration
switch 2
0.00~6.00 m/s
0
F21.25
Speed limit of upward forced deceleration
switch 3
0.00~6.00 m/s
0
F21.26
Speed
limit
of
downward
forced
deceleration switch 1
0.00~6.00 m/s
0
F21.27
Speed
limit
of
downward
forced
deceleration switch 2
0.00~6.00 m/s
0
F21.28
Speed
limit
of
downward
forced
deceleration switch 3
0.00~6.00 m/s
0
When the elevator completes the shaft parameter self-learning, it will automatically calculate the maximum speed allowed
by the elevator operation while passing each class of forced deceleration switch.F21.23~F21.25 saves the maximum
operating speed allowed when the elevator passes upward first-class ~ third-class forced deceleration
switch.F21.26~F21.28 saves the maximum operating speed allowed by the elevator when the elevator passes downward
first-class ~ third-class forced deceleration switch. If the elevator operates at this point of forced deceleration switch, the
elevator will perform forced deceleration if the speed of the elevator is higher than this limited speed.
F21.29~F21.91
Height of floors 1…63
00.000~60.000 m
0
Floor height refers to the height of a certain floor, which is the height difference of leveling switch position between the
upper layer and this layer. The parameters of this group are automatically written by the system after hoistway auto-tuning.
For example, F21.29 refers to the height of the leveling switch in the 2nd floor minus the1st floor.
6.17 Upward Running Leveling Distance Compensation (Group F22)
F22.00~F22.63
Leveling distance compensation of upward
running floor 1… floor 64
-200
～
200 mm
0
When the elevator leveling is not correct on every floor due to certain factors, can adjust this parameter, set deviation
value to adjust slightly.
When F20.18=0 (the leveling switch is set to China mode), the leveling compensation parameter of the upper floor and the
lower floor is a set of parameter.If every time it is an underlevel layer, namely, the sill of the car door is lower than the sill
of the hall door during upward running, or the sill of the car door is higher than the sill of the hall door during downward
running, should increase the parameter value. If each time is overlevel, namely, the sill of the car door is higher than the sill
of the hall door during upward running, or the sill of the car door is lower than the sill of the hall door during downward
running, should decrease the parameter value.
When F20.18=1 (the leveling switch is set to Iran mode), this set of parameter is compensation for ascending floor leveling.
If every time it is an underlevel layer, namely, the sill of the car door is lower than the sill of the hall door during upward
running, should increase the parameter value. If each time is overlevel, namely, the sill of the car door is higher than the sill
of the hall door during upward running, should decrease the parameter value.
6.18 Downward Running Leveling Distance Compensation (Group F23)
F23.00~F23.63
Leveling distance compensation of
downward running floor 1… floor 64
-200
～
200 mm
0
When the elevator leveling is not correct on every floor due to certain factors, can adjust this parameter, set deviation
value to adjust slightly.
When F20.18=0 (the leveling switch is set to China mode), this set of parameter is unavailable.
When F20.18=1 (the leveling switch is set to Iran mode), this set of parameter is compensation for downward runing floors.
If every time it is an underlevel layer, namely, the sill of the car door is higher than the sill of the hall door during upward
