Sanken SVCO6, Instruction Manual, Page: 194 / 326

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7-3 Description of Functions
Note: When a timer is changed during operation, the value will be effective from the next cycle. If the change is made
after the operation, the value will become effective since the cycle is started.
F2218 Operation stop time T0
5) About the operation stop time T0
During simple scheduled operation, besides the above-mentioned T1
-
T15, there is an operation stop time T0
(F2218).
Each timer in simple scheduled operation is used as a cycle, but the cycle switching (i.e. moving from T15 to T1)
after one complete operation is stopped will be used when trying to move to the next cycle.
Code No. Function Name Date Content
Setting
Resolution
Factory
Presets
F2218 Operation stop time T0 0-65000s 1s 10
Note 1: The frequency cannot be specified during the operation stop time T0. Usually under the status of stopping
deceleration.
Note 2: The deceleration time in stopping action will decelerate from first deceleration time to fourth deceleration time
specified by midway stop deceleration time (F2219).
Note 3: When the operation stop time T0 is finished and the inverter is still stopping deceleration, it will last until the
inverter is fully stopped, otherwise, it will not enter the next cycle. Therefore, the stop time of T0 should be set
longer than the time from T15 to deceleration stopping.
Note 4: The braking mode is the same as usual operation. (DC braking, braking excitation, free run stop are effective)
Note 5: When operation stop time is not required, please set F2218=0. When the cycle moves from T15 to T1, the
inverter will operate continuously.
Deceleration Stop
First cycle Second cycle
Time
6) Use of frequency value for each timer

The frequency of each timer is set by function codes of multi-speed frequency (1st
-
15th speed frequency)
with standard functions. However, for the frequency set for T1, when 1st speed frequency (F1002) selects 1, 21
and 22, the 1st speed frequency (F2101) is the set frequency; for occasions other than 1, 21 and 22, the set
frequency is the frequency set for specified function.

Setting method
Operation timer Content
Operation timer T1 F1002=1, 21, 22 1st speed frequency (F2101)
F1002=2-20 Analog frequency input (VIF1, VIF2, VIF3 terminals)
F1002=25 Pulse train input
F1002=26-28 Absolute value of analog input frequency (VIF1, VIF2, VIF3
terminals)
(Rotation direction as specified by F2221)
Operation timer T2-T15 Decided by contents of F2102-F2115 = 0-599Hz
Note 1: During actions of each operation timer (T1 - T15), if the frequency is changed by multi-speed frequency code
(F2102 - F2115), direct step setting or terminal stepping functions, the frequency in current operation timer will
also change. Furthermore, the changed frequency will be shown in the function codes of multi-speed frequency.
Fr
eq
u
en
cy
Midway stop deceleration time
Selected by F2219
Inverter stop