rahuljadhav1 Posted September 22, 2007 Report Share Posted September 22, 2007 Hi dear all, What is slip compensation? Any site for it. Take care. Regards Rahul Jadhav Link to comment Share on other sites More sharing options...
marke Posted September 22, 2007 Report Share Posted September 22, 2007 Hello Rahul As you increase the load on an induction motor, the motor slows a little. This is due to the increase in slip. There must be an increase in slip in order to increase the torque produced by the motor. With some drives, there is a function called slip compensation. This causes the drive frequency to rise a little as the load is increased in a manner that the motor speed becomes less load dependent. This is called slip compensation. For example, if we have a motor that has a full load slip of 3%, and we can adjust the slip compensation to increase the frequency by 3% at full load, the slip will equal the frequency increase. Best regards, Mark Empson | administratorSkype Contact = markempson | phone +64 274 363 067LMPForum | Power Factor | L M Photonics Ltd | Empson family | Advanced Motor Control Ltd | Pressure Transducers | Smart Relay | GSM Control | Mark Empson Website | AuCom | Soft Starters Link to comment Share on other sites More sharing options...
rahuljadhav1 Posted September 22, 2007 Author Report Share Posted September 22, 2007 Hello Rahul As you increase the load on an induction motor, the motor slows a little. This is due to the increase in slip. There must be an increase in slip in order to increase the torque produced by the motor. With some drives, there is a function called slip compensation. This causes the drive frequency to rise a little as the load is increased in a manner that the motor speed becomes less load dependent. This is called slip compensation. For example, if we have a motor that has a full load slip of 3%, and we can adjust the slip compensation to increase the frequency by 3% at full load, the slip will equal the frequency increase. Best regards, Thanks marke for quick reply. take care Regards Rahul Link to comment Share on other sites More sharing options...
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