Machinery Control Panels
Industrial Automation Panel for Machinery, Utilities and Water Treatment Control
Custom industrial automation panels for machinery, utilities, water and wastewater control. 100V-600V, 50A/100A, indoor or outdoor IP-rated options, UL 508A design available.
Specifications
- Enclosure
- Wall-mounted, floor-standing, relay rack, outdoor cabinet
- Protection Level
- IP54, IP55, IP65, IP66, IP68
- Voltage
- 100V-600V
- Current
- 50A, 100A or customized
- Socket Quantity
- 6, 8, 12, 16, 20, 24
- Wiring Standard
- UL 508A-based, IEC-based, project-specific wiring
- Components
- Schneider, Siemens, ABB, Omron, Mitsubishi, Allen-Bradley or equivalent
- Documentation
- Wiring diagram, layout drawing, BOM, test report, labeling list
Custom Industrial Automation Panels for Machinery, Utilities, and Water Treatment Control
Uniregal supplies custom industrial automation panels for industrial machinery, indoor and outdoor control systems, water and wastewater projects, and electric utility relay rack applications.
Each panel can be configured according to your voltage, current, socket quantity, enclosure protection level, component preference, wiring standard, and project documentation requirements. For projects that need North American control panel requirements, UL 508A-based design and documentation can be discussed before production.
Quick Answer
An industrial automation panel is used to organize power distribution, protection devices, relays, sockets, terminals, PLCs, drives, and control wiring into one electrical enclosure.
For buyers, the most important question is not only whether the panel can be built. The real question is whether the panel fits the site voltage, load current, installation environment, wiring access, safety requirements, maintenance method, and approval documents required by the project.
Key Specifications
Item | Available Options |
|---|---|
Product Name | Industrial Automation Panel |
Type | UL 508A Industrial Control Panel |
Rated Voltage | 100V-600V |
Rated Current | 50A, 100A |
Number of Sockets | 6, 8, 12, 16, 20, 24 |
Application | Industrial, Indoor, Outdoor, Water & Wastewater, Relay Racks for Electric Utility |
IP Level | IP54, IP55, IP65, IP66, IP68 |
Lock Type | Customized |
Place of Origin | Shanghai, China |
Quality Focus | Reliable, Safe, and Project-Ready |
Built for Real Industrial Applications
An industrial automation panel should be selected according to the actual working site, not only according to a product name.
A panel used inside a clean factory workshop has different requirements from a panel installed near a wastewater treatment system, an outdoor utility site, or a retrofit project where old wiring and discontinued components still need to be considered.
Uniregal helps buyers confirm the practical details before production, including incoming voltage, rated current, socket quantity, enclosure protection, wiring space, component brand, terminal layout, labeling method, and documentation requirements.
Application Areas
Application | Typical Use |
|---|---|
Industrial Machinery | Machine control, relay logic, power distribution, motor control, signal wiring |
Water & Wastewater Systems | Pump control, dosing control, valve control, level signals, alarm circuits |
Electric Utility Relay Racks | Relay sockets, protection circuits, monitoring terminals, control wiring |
Outdoor Industrial Sites | IP-rated control cabinets for dust, rain, and field installation conditions |
Factory Production Lines | Equipment control, automation upgrades, maintenance replacement, production support |
Retrofit Projects | Replacement of old panels, wiring cleanup, component upgrade, layout improvement |
Configuration Options
Configuration Item | Options |
|---|---|
Enclosure Type | Wall-mounted cabinet, floor-standing cabinet, relay rack, outdoor enclosure |
Protection Level | IP54, IP55, IP65, IP66, IP68 |
Rated Voltage | 100V-600V |
Rated Current | 50A, 100A, or customized according to load requirement |
Socket Quantity | 6, 8, 12, 16, 20, 24 |
Wiring Standard | UL 508A-based, IEC-based, or project-specific wiring requirement |
Components | Schneider, Siemens, ABB, Omron, Mitsubishi, Allen-Bradley, or equivalent brands |
Labeling | Wire labels, terminal labels, device labels, nameplate information |
Documentation | Layout drawing, electrical schematic, wiring diagram, BOM, test report |
Why Panel Specification Matters
Many panel problems do not come from one failed component. They come from unclear specification before production.
A cabinet may look acceptable in a quotation but become difficult to install when cable entry is not considered. A panel may pass a simple power-on check but create maintenance problems later if the terminal layout, labels, spare space, and drawings are not clear. For outdoor or wastewater applications, the wrong enclosure protection level can also create long-term reliability problems.
That is why we review the panel as a project item, not only as an electrical box.
What Should Be Confirmed Before Ordering?
Before ordering an industrial automation panel, the following details should be checked:
Information Needed | Example |
|---|---|
Application | Machine control, pump system, relay rack, wastewater system |
Rated Voltage | 220V, 380V, 480V, 600V |
Rated Current | 50A, 100A, or actual load current |
Installation Environment | Indoor, outdoor, wet area, dusty area, utility site |
IP Rating | IP54, IP65, IP66, IP68 |
Socket Quantity | 6, 8, 12, 16, 20, 24 |
Component Preference | Siemens, Schneider, ABB, Omron, Mitsubishi, Allen-Bradley |
Drawing Availability | Existing schematic, layout drawing, wiring diagram, or panel photos |
Compliance Requirement | UL 508A-based design, IEC wiring, project-specific standard |
Documentation Requirement | BOM, test report, terminal list, packing list, nameplate information |
UL 508A Industrial Control Panel Options
For projects requiring industrial control panels for the North American market, UL 508A is often an important reference for panel construction, component selection, wiring, spacing, marking, and short-circuit current rating review.
Uniregal can support UL 508A-based panel design when required. The exact requirement should be confirmed before quotation, especially if the project needs specific components, SCCR calculation, documentation, inspection, or labeling requirements.
Panel Testing Before Shipment
Each panel can be checked before shipment according to the confirmed drawings and project requirements.
Typical inspection items include the following:
- Component model verification
- Wiring continuity check
- Terminal and label inspection
- Layout and assembly inspection
- Grounding check
- Power-on test when applicable
- Function test according to agreed control logic
- Visual inspection before packing
- Packing inspection before delivery
The purpose of testing is not only to see whether the panel can be powered on. It is to reduce wiring mistakes, unclear labels, missing components, and installation problems before the panel reaches the site.
Available Documents
Project documentation can be prepared according to the confirmed order scope.
Available documents may include:
- General arrangement drawing
- Electrical schematic
- Wiring diagram
- Bill of materials
- Terminal list
- Nameplate information
- Label list
- Test report
- Packing list
- Compliance-related documents if required
Industrial Automation Panel for Retrofit Projects
Many automation panel requirements come from existing machines or old project sites.
In these cases, the buyer may not have complete drawings. The old panel may contain discontinued components, unclear wiring, damaged terminals, or a layout that is difficult to maintain.
For retrofit and replacement projects, you can send us existing panel photos, component lists, old drawings, nameplate information, and site voltage details. We can review the available information and help propose a practical replacement panel configuration.
Lead Time
Lead time depends on panel quantity, component brand, wiring complexity, enclosure type, documentation requirements, and whether special compliance review is needed.
For urgent replacement or project delay situations, we can first review the critical components and propose a realistic delivery schedule before full production confirmation.
FAQ
What is an industrial automation panel?
An industrial automation panel is an electrical control assembly used to manage industrial equipment, machinery, sensors, relays, drives, motors, and control signals. It usually includes protection devices, terminals, relays, sockets, wiring, and optional PLC, HMI, or VFD components.
What does an industrial automation panel do?
It helps control how industrial equipment starts, stops, protects itself, communicates, and responds to field signals. It also gives maintenance teams a structured place to inspect wiring, replace components, and troubleshoot faults.
What is considered an industrial control panel?
An industrial control panel is usually an enclosure or assembly containing two or more power circuit components, control circuit components, or a combination of both. It is used to control industrial machines, equipment, or processes.
What is the difference between an industrial automation panel and an electrical control panel?
An electrical control panel is a broader term. An industrial automation panel usually focuses more on machine control, automation signals, relays, PLCs, drives, sensors, and process control functions used in industrial environments.
What UL standard applies to industrial control panels?
UL 508A is commonly used for industrial control panels in North American projects. If the panel is part of industrial machinery, NFPA 79 may also be relevant depending on the machine and project requirement.
Can this panel be built according to UL 508A requirements?
Yes, UL 508A-based design can be discussed before production. The final configuration depends on component selection, wiring method, SCCR requirement, enclosure design, markings, and documentation scope.
How do I choose the right IP rating?
Indoor clean environments may use IP54 or IP55. Outdoor, dusty, wet, or wastewater environments usually need higher protection, such as IP65 or IP66. IP68 should only be selected when the installation condition truly requires a higher sealed protection level.
How do I choose the right panel size?
Panel size depends on component quantity, wiring space, heat dissipation, cable entry, installation method, maintenance access, and future spare space. A smaller cabinet may reduce the initial cost, but it can make wiring and maintenance more difficult later.
Can the number of sockets be customized?
Yes. Available socket quantities include 6, 8, 12, 16, 20, and 24. The final layout should also consider wiring access, labeling, maintenance space, and project documentation.
Can we specify component brands?
Yes. Components can be selected according to your project standard, local maintenance preference, budget, and availability. Common options include Schneider, Siemens, ABB, Omron, Mitsubishi, Allen-Bradley, or equivalent alternatives.
Can you build replacement panels from photos or old drawings?
Yes. For retrofit projects, you can send existing panel photos, old wiring drawings, component lists, nameplate information, and site voltage details. We can review the information and suggest a practical replacement configuration.
What information should I send for a quotation?
Please send the application, rated voltage, rated current, socket quantity, indoor or outdoor installation, IP rating, component brand preference, drawings if available, and any UL 508A or documentation requirement.
Request a Quotation
Send us your panel requirement, including voltage, current, socket quantity, IP rating, application, and component preference.
Our team will review the configuration before quotation, so you receive a practical industrial automation panel proposal instead of only a cabinet price.

Email: info@uniregal.com
What'aspp: 86-13535080546