Electrical control & power distribution in control panels refers to the use of electrical components, methods, and procedures to regulate the flow of electrical power and assure its safe and efficient distribution.
Control panels are the link between the electrical power source and the electrical loads, enabling the monitoring and management of the electrical system. The control panels often incorporate circuit breakers, contactors, and fuses to protect the electrical system from overloading and short circuits. In addition, control panels may have power distribution units (PDUs) that distribute electrical power to various loads and equipment.
These systems play a crucial role in ensuring the safe and efficient operation of electrical systems in industrial and commercial settings and are utilized in a vast array of applications, ranging from simple electrical systems to complex power distribution networks.
Made from lightweight yet durable materials like fiberglass, polycarbonate, and PVC, these enclosures offer excellent protection against harsh industrial environments, including dust, moisture, chemicals, and extreme temperatures. The Ensto Polybox has a very stylish and modern appearance as well as maintains a rugged look and feel, not like some other brands that feel "cheap and flimsy".
They are available in standard JIC (Joint Industrial Council) sizes from 8x6x4 through 18x16x10
Additionally, these non-metallic enclosures are non-conductive, making them ideal for use in electrical control systems and other applications where electrical safety is a concern. Easy to install and versatile in the number of options available, the Ensto Polybox is perfect for use as an industrial control panel.
Corner Elevator System for raising, lowering, and stacking back panels.
Padlockable nonmetallic latch with only one moving part
Optional Metal Locking Latch
An HMI (Human Machine Interface) is an essential component of an industrial control panel that provides a graphical user interface for interacting with the underlying control systems. The primary purpose of an HMI is to display real-time process data and provide a means for operators to interact with the control system.
Some examples of our work:
We also supply Ruggedized Keyboards:
And Capacitive and Optical Pushbuttons!
Get in touch to discuss an upcoming application and get a quote!
Cable entry frames are used in industrial control panels to provide a secure and organized means for cables to enter and exit. They help protect cables from damage and ensure wires are organized; they can also prevent unauthorized access to the control panel, where a cable gland just be unscrewed.
A tool-free, IP66, or IP54 sealed passage or insertion of assembled and unassembled cables and hoses are made possible by CONTA-CLIP's cable entry systems.
Our KDS solutions for cable entry make it possible to quickly size passage seals for pre-constructed cables. They seal to tightness under IP66 protection class. You can easily change the seal in any cable frame according to the diameter of the hose or cable without disassembling the frame.• Up to 32 wires in one frame • KDS-FB for flat cables
• KES is a rubber, toolless seal, sealed up to IP66
BLOCK’s line of CT series control power transformers is the perfect choice for general-purpose and industrial applications, up to 2500VA.
The most popular application in industrial control panels will be to step-down 480VAC to 120VAC.
Primarily engineered for isolation, lighting, or signal systems, the CT series provides an economical and efficient solution under regular and even abnormal conditions. They ensure a robust design and a continuous electrical supply of your control circuits.
Our TT3 is available for 3-phase and high-power applications up to 600V and ratings from 10kVA to 1MVA.
NEW - Push-In Terminal Block Transformer Connection
Save time on wiring, safe in high vibration applications, no re-torquing required.
No tools, no screws, simply plug in and go, and release with just one click.
Standard Industrial Control Transformers
When choosing an industrial control transformer for a control panel, several crucial factors should be considered. The following are some of the most vital considerations:
Voltage and current ratings: When choosing a transformer, ensure it has the proper voltage and current ratings for the intended use. Verify that the transformer can manage the voltage and current needed to power the load.
Frequency: The transformer's frequency should coincide with the electrical supply's frequency.
Insulation class: The transformer needs to have an insulation class appropriate for the control panel's voltage levels and operating conditions.
Efficiency: A more energy-efficient transformer will generate less heat, lowering the possibility of thermal damage and improving reliability.
Size and weight: The transformer's size and weight should suit the control panel's available space and the design's specifications. i.e = autotransformers are small in size but do not provide isolation.
Noise production: Certain transformers may produce electrical noise, which may impair the performance of other electrical parts in the control panel.
Environment: The transformer should be able to function within the control panel's environmental parameters, such as temperature, humidity, shock, and vibration.
Safety: Verify that the transformer complies with all applicable safety regulations and standards for the intended use.
We have the proper transformer for your application; please get in touch.
A switching power supply uses sophisticated electronics to convert AC or DC to a commonly used DC voltage. The most popular application in a din rail mount power supply is to convert 120VAC to 24VDC, although other combinations such as 48V, 12V, and 5V DC are also possible.
Our new PCC series of 24VDC power supplies
Have a robust construction (metal housing) and meet all international safety standards. making the perfect for harsh industrial environments. Additionally, their high-quality components, including the new push-in terminals, ensure stable and consistent voltage output, ensuring long-term performance and minimal downtime. High-quality AC/DC 24V din rail mount power supplies are crucial for industrial control panels' efficient and safe operation.
Let us show you why we should be the power provider for your next industrial control panel build!
Industrial Ethernet switches are crucial in modern industrial networking systems, providing secure, reliable, and high-speed communication between different devices. These network switches are designed to operate in harsh industrial environments, with features such as extended temperature range, rugged enclosures, and enhanced reliability.
Using industrial Ethernet switches in factories, power plants, and other industrial settings can help improve operational efficiency, increase process control and automation, and reduce downtime. They also support various protocols, including TCP/IP, Modbus, and Profinet, making them highly compatible with multiple industrial devices. Additionally, many industrial Ethernet switches come equipped with advanced security features, such as firewalls, VLANs, and VPNs, to help protect against cyber threats. The use of industrial Ethernet switches is a critical factor in the growth and development of Industry 4.0 and the Internet of Things (IoT) in industrial environments.
In control panels, electrical power controls are devices or components used to regulate and control the flow of electrical power to various electrical and mechanical systems. These elements include circuit breakers, contactors, fuses, overload relays, and switchgear. Their primary purpose is to safeguard electrical systems and equipment from overloading, short-circuiting, and other power-related hazards.
Industrial process control refers to the application of diverse control systems, such as control panels, to govern and control industrial processes and production systems. The control panels monitor and control temperature, pressure, flow, and other parameters to keep the process running smoothly and within desired parameters. The control panels can be automated to allow for real-time monitoring and modifications to the process, ensuring that the finished product adheres to quality standards.
In control panels, electro-mechanical solutions relate to the use of electrical and mechanical components to manage and monitor industrial operations. To manage and regulating the process, often entails the use of electrical components like switches, motors, and sensors, as well as mechanical components such as actuators and relays. The purpose of electromechanical solutions in control panels is to provide a dependable, efficient, and adaptable method of controlling industrial processes, with an emphasis on minimizing downtime and boosting output.
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