Motors & Pump Repairs in Sarasota, FL

Industrial electrical control panels fall under two categories:

1. Units that contain components that control major industrial production systems, such as presses, cranes, conveyors and refrigeration units

2. Units that contain components that control necessary nearby environmental systems, such as lighting, HVAC and pumps

When power or control components, such as motor controllers, wires, relays and switches, fail to work properly, production immediately slows or screeches to a halt resulting in lost revenues and high on-site emergency repair call costs. For these reasons, it’s critical that you hire a trained technical professional to perform a preventative inspection and repair work if any of the following conditions currently exist in your factory:

While SCADA Industrial Control Systems (Supervisory Control And Data Acquisition) and DCS (Distributed Control Systems) originally began as separate systems they have partially merged together as bandwidth has broadened, thus making localized decisions at every node unnecessary. SCADA, then, includes both “control” and “data acquisition,” while DCS includes only “control.”

Certain products come with expiration dates, and you will need to replace those items before that deadline to avoid problems. You have set perimeters in place to keep track of timelines for replacing parts or entire machines in your factory. You also have the backup parts for those untimely breakdowns. You run a business that relies on all the working parts to, well, work.

Communication is an essential part of an effective SCADA system. If the different parts of the system cannot communicate securely in common procedural language, the system cannot control the processes as it is designed to.

The controller is the foundation for industrial control and automation.  Platforms may include a programmable logic controller (PLC), a programmable automation controller (PAC), or a combination.  Look for a system that will reliably perform for years.  Following are seven steps to take when choosing a controller for your industrial control and automation needs.