Motors & Pump Repairs in Sarasota, FL

Your pool motor is an important component of the pool pump assembly. The motor helps power the pump in order to move water through the filter and back into the pool. Your pool motor can encounter various issues related to these parts, which can prevent it from operating effectively.

When selecting a micro programmable controller for your manufacturing processes, it can be difficult to sift through the wide range of PLCs that might be right for your applications. Often, process managers look to balance I/O capacity, processing power, and communications architecture - along with cost and ruggedness (or industrial hardening) to arrive at the perfect for specific plant floor control. Here, we will examine two widely used PLC's throughout the process and control industry, the IDEC MicroSmart product line and Automation Direct's DirectLOGIC 06 line of micro PLCs.

IDEC Corporation was founded in 1945 and is one of the earliest entrants into the micro PLC market. The company has always sought to supply PLC technology with specific capabilities to meet their customers demand. By eliminating unnecessary bells-and-whistles, the company offers a cost-effective line of micro PLCs to meet a wide range of automation and control needs.

The PLC, the industry anagram for Programmable Logic Controller, was first developed in the 1960s as a more efficient replacement for bulky banks of hardwired electromechanical relays and timers. Today, they're found in industrial applications for controlling conveyors, assembly lines, pumps, mixers, even wind turbines, and a host of other production machines and processes. They can also be found in other diverse applications such as controlling amusement rides and traffic signals.

A PLC, with its hardened embedded processor, can be thought of as a specialized digital computer built to withstand the demands of tough industrial environments. Any time precise sensing and logical decisions are required, PLCs can meet the demand.

The trend in industrial automation begun by the first PLCs continues to move today toward smaller, faster, and better. Ladder logic programming first used to improve and enhance automation systems based on relays and timers still endures as the most used PLC programming language, making it the reliable industry standard which is expected to continue for years to come.

Pump impellers play an important role in many systems. Their applications can range from that of a simple home pool, to the complexity of major water treatment facilities. Pump impellers are a key components within pumps that help regulate and control water pressure.

Here are 3 reasons you should maintain your pump impeller to keep it in excellent condition:

The sudden electric motor failure at a strategic point on your production or assembly line can create a serious drop in productivity. In time intensive production situations, a stoppage can mean a backup of raw materials and a disruption of customer deliveries. Meanwhile, your labor costs are piling up while a solution is sought and options are weighed.

A sump pump, or sewage pump, is a method of removing water from locations you do not want water to be. It can either move waste water from one location to another, or it can remove ground water that has seeped into a basement, a rare concern for most Florida residents. Both pumps are similar in nature, the main difference between the two is where they are installed, and how they are set up to serve their unique purpose.

Variable Frequency Drives (VFDs) are a valuable resource for any production plant. In addition to reducing energy consumption and lengthening motor life, they add automation and improve production speeds. VFDs are also crucial towards process efficiency and control.

Rotating machines, like motors, operate by having an electric-current-flow through the wires in the coil. Each electric wire consists of a good conductor of electricity, such as copper or aluminum. The wire itself has to be covered by an insulating material, which offers a resistance to electric flow along the length of the wire.

Motors often account for a significant portion of your electric bill and operating expenses. Running your motors at low efficiency can lead to wasted energy costs, while overloaded motors can lead to overheating and loss of efficiency.

It is therefore important to determine your motor’s actual load in order to properly match the recommended size and load of the motor. This article will show you how to determine your motor’s actual load in a simple and cost-effective manner.