Continuous change occurs through shift changes, operator rotation and load pattern progression. However, the system must start, transfer and stop without waiting for the operator’s intervention. We make Automatic Electric Control Panels intended for this type of use where electrical safety works together with sequence control. Each panel is designed specifically using the actual field input, the necessary response time, and an analysis of failure priorities, to ensure that the logic works correctly when the system is actually in use (not only during trials).
Our panels operate with either a PLC or dedicated control relays depending on the complexity of the process. Incoming power is constantly monitored for conditions of low voltage, phase loss and overcurrent protection. Output feeders for electric motors, electric heaters, electric pumps or utility loads are interlocked with permissive signals so the wrong sequence of operation will never occur. The panel has provisions for both automatic and manual selection with the needed electrical isolation necessary to perform maintenance on the panel.
The door-mounted status indicators indicate operation commands and healthy state, trip status and hold conditions. The internal wiring is grouped according to the function, which makes it easier when troubleshooting shutdown issues. The control supply is independent of the power supply so that the automation can maintain stability even if the power supply experiences transient disturbances.
Testing includes simulations of power failures, sensor failures, overload trips, and automatic restart sequences. After commissioning the panel will control ALL of the electrical devices in a predetermined logic flow, decreasing the operator's reliance on timing and increasing the overall efficiency of the plant with respect to changes in load conditions, as well as providing a uniform response to fault conditions within the plant.
Our precision-built Power Distribution Boxes provide clarity, control and safety for complex electrical networks where o... Continue
The Power Distribution Panels are designed to be the focal point of today's electrical infrastructure. These panels have... Continue
The ability to maintain control will remain constant if the Control Panel's layout was designed taking into account the ... Continue
It's impossible to efficiently manage a group of multiple motors starting, stopping, or changing their load during the s... Continue
The appearance of varying speed in a process may be straightforward when viewed on a computer screen; however, within a ... Continue
Power distribution for large buildings can not rely on disorganized switchboards and poorly coordinated guessing. We cre... Continue
Process lines do not typically run at a single, constant speed; a Variable Frequency Drive (VFD) panel that has been eng... Continue
The initial step of temperature loss in a cold storage facility isn’t due to the refrigeration unit, but is attrib... Continue
While low voltage means no low level of responsibility. The panel must operate like a controlled distribution system whe... Continue
When running a plant, switching operations cannot rely solely on judgement by human beings. The time between fault detec... Continue
Reactive power penalties gradually accumulate on a utility bill because inductive loads continue to require additional c... Continue
The load being placed on the motor under normal and abnormal operating conditions is very seldom consistent. In fact, so... Continue
Most utility penalties do not arise because of connected load; they exist because of poor power factor operating silentl... Continue
Water process failures are always a slow decline rather than an immediate failure. This happens sometimes when a pump lo... Continue
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Starting a motor seems easy until the large inrush current pulls voltage down on the feeder that supplies the motor. A p... Continue
Feeder Pillars are typically subject to less than ideal conditions, such as dirt entering, moisture collecting, cables c... Continue
Motor feeders often do not run in the same way for very long. A motor may run continuously while one motors cycles every... Continue
When the operation of the automated system begins, it will rely on a manual switch to start the process and operate acco... Continue
When every action is dependent on the timing of the operator, a process has the potential to become unpredictable. The F... Continue
Having capacity with three-phase is great, however as you increase the number of loads with different duty cycles you ha... Continue
The drawings for the last mile of power distribution appear to be fairly simple, but if you look at the actual site, it ... Continue
When small loads are not well distributed cause major disruptions in power distribution systems Single Phase Power Distr... Continue
Control begins outside of the PLC; it begins on the shop floor where operators are running fast, signals are noisy and p... Continue
Although starting a large-capacity motor directly on the supply line may seem straightforward on paper, it can generate ... Continue
When viewed from the outside, the steam generation appears to be steady; however, on the inside of the system, there are... Continue
Power is constantly changing in any operating facility. Load shifts, feeder additions and changing fault levels occur wi... Continue
The speed of operator response is dependent on the ease with which the necessary controls are located directly in front ... Continue
The initial warning sign of issues with multiple feeders running under variable loads is the development of excess heat.... Continue
The issue of power distribution becomes increasingly difficult to manage when a single panel distributes light, small mo... Continue
Most of the time, the issue isn't actually a power outage itself, but rather what happens after the power comes back on&... Continue
Streetlights seem easy until a single circuit breaker trips at midnight and no one knows which pole went out. The CCMS S... Continue
Control logic often fails on site because the panel is viewed as a hardware box instead of as the "brain" of the process... Continue
Motor feeders do not experience simultaneous failures. One will trip due to overload, a second will operate at half-load... Continue