HardcoreLearnee22
Electrical
- Feb 15, 2016
- 3
Hello All,
Thank you for reading my post. I'm attempting to figure out how to determine whether a pump is in standby, run, or rut in the PLC control logic for a water management system. The pump motor is interlocked with the discharge valve so the pump must turn on before the valve begins to open. Since the pump will experience an inrush of water from the reservoir, it must constantly be pumping water while its running. If that's the case, how can it be in standby mode?
In addition, I am not familiar with the rut status of a motor. What exactly does that mean? Does it mean it's running but not transmitting energy to the water? If someone could define that for me, I would be extremely grateful. In addition, I do not understand how the PLC can know if the motor is in rut without sensing a current or voltage. The only switches I have access to is the running switch from the motor controller and the open and closed limit switch of the discharge valve. I'm almost done with this project and I just need a bit of a push forward to figure out this logic, so your help would be greatly appreciated.
In case it's relevant, I'm using TIA portal version 13 step 7, PLC sim version 13 and WinCC step 7 version 13.
Much Appreciated,![[bigsmile] [bigsmile] [bigsmile]](/data/assets/smilies/bigsmile.gif)
Hardcore_Learnee22
Thank you for reading my post. I'm attempting to figure out how to determine whether a pump is in standby, run, or rut in the PLC control logic for a water management system. The pump motor is interlocked with the discharge valve so the pump must turn on before the valve begins to open. Since the pump will experience an inrush of water from the reservoir, it must constantly be pumping water while its running. If that's the case, how can it be in standby mode?
In addition, I am not familiar with the rut status of a motor. What exactly does that mean? Does it mean it's running but not transmitting energy to the water? If someone could define that for me, I would be extremely grateful. In addition, I do not understand how the PLC can know if the motor is in rut without sensing a current or voltage. The only switches I have access to is the running switch from the motor controller and the open and closed limit switch of the discharge valve. I'm almost done with this project and I just need a bit of a push forward to figure out this logic, so your help would be greatly appreciated.
In case it's relevant, I'm using TIA portal version 13 step 7, PLC sim version 13 and WinCC step 7 version 13.
Much Appreciated,
![[bigsmile] [bigsmile] [bigsmile]](/data/assets/smilies/bigsmile.gif)
Hardcore_Learnee22