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Electrical Control Panel
Electrical Control Panel Details
The ability to maintain control will remain constant if the Control Panel's layout was designed taking into account the actual operating conditions behind the process. We manufacture Electrical Control Panels at Perfect Automation & Innovation to operate 24/7 in fluctuating load conditions, and with quick decision cycles; while at the same time, not causing uncertainty within the system.
When we design a control panel, we do not just consider it as a box of components; instead, we see it as the functional brain of the facility.
Logic flow dictates the layout of every Electrical Control Panel's design. The incoming power, overcurrent protection, Control Circuits and Field Connection are organised for easy identification by a technician during times of service; which helps to reduce the amount of time it takes to get the equipment up and running, especially if a plant is under a production deadline.
We manufacture Power Control Centres (PCC), Motor Control Centres (MCC), Programmable Logic Controller (PLC) Automation Panels, Variable Frequency Drive (VFD) Panels, and Custom Operator Control Desks only using the Actual Site Information and not catalogue (i.e.. overage) assumptions.
When designing an Electrical Control Panel, we incorporate heat management, cable segregation, and busbar support for Long Operating Hours. The operator will have clear indications of where everything is located, there will be smooth on/off switching, and easy access to the inside of the Electrical Control Panel when performing maintenance during downtime.
When we integrate with drives, remote I/O, and SCADA, we always leave room to allow for future modification, especially when expansion will occur in multiple phases.
The Testing Process for Electrical Control Panels is performed Under Simulated Load Conditions; all Wiring Ferruling, Tightening Torque and Interlock Checks will be Documented and will not be Assumed. The end result is an electrically controlled panel that has a fast response time, stable operation, and is capable of supporting production goals without creating future Maintenance Dependency.
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