WINNER INVERTERS UP / DOWN COMMAND SETTING 10, 11.

Understanding UP/DOWN Command WINNER INVERTERS UP / DOWN COMMAND SETTING 10, 11.

Parameter 10: UP Command

• Function: Increases the output frequency.​

• Operation: When the assigned digital input is activated, the WINNER INVERTERS output frequency increases at a rate defined by the UP/DOWN speed setting.​

Parameter 11: DOWN Command

• Function: Decreases the output frequency.​

• Operation: When the assigned digital input is activated, the inverter’s output frequency decreases at a rate defined by the UP/DOWN speed setting.​

WINNER INVERTER These commands can be configured for either level-type (continuous signal) or pulse-type (discrete signal) operations, providing flexibility in control methods.​

Configuring UP/DOWN Commands

1. Assign Digital Inputs: Map the UP and DOWN functions to specific digital input terminals on the inverter.​

2. Set Operation Mode:

   • Level-Type: Continuous activation of the input increases or decreases the frequency steadily.​

   • Pulse-Type: Each activation (pulse) changes the frequency by a fixed step.​

3. Define Speed/Step Settings: Configure the rate at which the frequency changes during UP/DOWN operations.

4. Set Frequency Limits:

   • Upper Limit: Maximum frequency the inverter can reach.​

   • Lower Limit: Minimum frequency the inverter can reach.​

5. Configure Memory Settings:

   • Stored on Power Loss: Retains the last frequency setting after a power cycle.​

   • Cleared on Power Loss: Resets frequency to default after a power cycle.​

   • Cleared at Stop or Power Loss: Resets frequency when the inverter stops or loses power.​

Practical Applications

• Conveyor Systems: Adjust speed to match production requirements.​

• Pumps: Control flow rates by varying motor speed.​

• Fans: Regulate airflow in HVAC systems.​

Safety Considerations

• Emergency Stop: Ensure that emergency stop functions override UP/DOWN commands to halt operations immediately.

• Frequency Limits: Set appropriate upper and lower frequency limits to prevent equipment damage.​

• Signal Interference: Use shielded cables and proper grounding to prevent signal interference in control wiring.​

By properly configuring the UP/DOWN command settings, operators can achieve precise and flexible control over motor speeds, enhancing the efficiency and safety of various industrial applications.

It is the function to control the inverter,s output frequency through the control terminal,s on/off . when using this function please make sure to set the 2 multi function input up/down command .if only to set single multi function input the fault ope 03 will occur .besides in the occasion where acceleration /deceleration stop was both set (value a) ope 03 fault will occur too. b1-02  operation method selection  please set it to be 1 (exterior terminal ) it won’t act except when it is set 1 . frequency ,s up/down to mimes or plus the time normally )c1-01 ~08 ).
frequency up/down . when up/down , output frequency ,s upper limit and lower limit will be set as follows ,upper limit , maximum output frequency (e1-04) output frequency upper limit (d2-01)/100 .
lower limit maximum output frequency ( e1-04) output frequency command (current ) terminal 14 are input as used as frequency command input the maximum frequency value will be taken as the lower limit ,(up , down are both on /off status except that the operation command is on ) . when up/down function is used once the operation command is input the output frequency will be accelerated till it teaches the lower limit .  when up/down function and job frequency selection is selected at multi function input at the same time jog frequency option on has the priority  to be selected  .Prelim of inverter,s overheat (value’s)off = normal operation
on =normal operation (display , oh2 inverter overheating , on digital operator )
When the real arm of inverter,s overheat is on oh2 inverter overheat will be displayed . when it is off the display will come back to be  the previous status , do not reset the prelim. the inverter continue to work without fault detection  please set according to the warning from the ambient temperature sensor .multi functional analog input options (setting’s ).off = multi function analog input is disabled.
on = multi function analog input is enabled .
multi function analog input is effective / no effective  it is can be operated exterior. when this signal is off the action is same as when h3-05 (multi function analog input terminal 16 function option ) is set as 1f and analog input is not used .option of non effective speed control with pg  v/f  (valued ).off = v/f control with pg (it is effective to control the speed with speed feed back )
on  = v/f control without pg (it is non effective to control the speed with speed feed back ).
pg speed control and speed control without pg can be switched exteriorly . it can be switched during the inverter,s operation .

Speed control integration reset (valuate ) .

off = it acts in the speed control circuit of proportional and integration control .
on =it acts in the speed control circuit of proportional control ( integration value of speed control it is reset according to the integration constant ).
In the occasion with pg v/f control mode this function is effective only when f1-07 ( integral action options of  acceleration/ deceleration ) (non effective when acceleration /deceleration integration dose not act ) it can be switched over in the operation of inverter.