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In this video, George Dodwell from ABB demonstrates PID Control. Using our demo rig, which comprises of an inverter, a fan, a damper and a pressure control point. The pressure is fairly crucial to this demonstration. George explains that PID Control is the principle of using an inverter to control the speed of an application. […]
In this video, ABB’s Area Sales Manager, Stuart Ruskin demonstrates PID control using our demo rig. The demo rig consists of an inverter, a motor, a fan and a damper. In this demonstration the damper will be used to control the flow in this instance air, but the demonstration is just as applicable to water. […]
In this video, Inverter Drive Systems Ltd Account Manager, Simona York, demonstrates PID Control using an Inverter. In the demonstration, Simona uses a demonstration rig, our Balloon Machine, which consists of an ABB inverter, a motor, a fan with damper (which can be used to control the flow) and a pressure sensor. On the keypad […]
Two PID (proportional integral derivative) controllers, feature in the latest ABB drives, making it easier and less expensive to set up control loops to manage industrial processes. The ABB drive contains two independent PID loops, which can be selected from digital inputs. The addition of the two loops means that instead of simply controlling the […]
As in the previous comments on using inverters on centrifugal pumps and fans in AHU’s and water systems to save energy, then to give better and even more accurate control on energy savings using inverters, then using P.I.D control (proportional integral derivative) in everyday language sensors, fitted along with the inverter, will give better control. […]
