Designing for space savings in industrial control panels is critical for optimizing efficiency and reducing the overall footprint of machinery.
WHY PARTNER WITH DYNAMIC?
Dynamic has strategies, tips, and tricks to assist your machine design. By working with us early in the design process, space savings can come from a variety of places, such as; slip rings, cable management, and interconnect devices. Things that reduce the number of wires, ways to use the most efficient wire diameters, and optimize bending radii will allow you to design your system to maximize the available space.
Here are the areas we know, that lead to a reduced machine footprint ...
Cabinet Free Design
Using IP67 rated industrial controls can eliminate the need for large enclosures. Rugged systems can be configured for mounting outside of the machine.
Busbar Systems for <600V
Implementing busbar systems can shrink panel size by 25%, offering a compact alternative to traditional wiring.
Compact Components
Use miniature circuit breakers, eBreakers, slim SSR relays, and miniature terminal blocks to save space.
Integrated Systems
Combining functions in fewer components to reduce the number of devices needed.
DIN Rail Mounting
Utilizes vertical space and organizes components efficiently.
Panel Layout Optimization
Designing the layout for maximum space utilization.
Compact Wiring
Employing techniques to minimize wiring bulk.
Remote I/O Modules
Reduces the need for wiring back to the main control panel.
Miniaturized Sensors and Actuators
Smaller sensors and actuators reduce space requirements.
HMI Integration
Consolidating control interfaces into compact, multifunctional displays.
Modular Enclosures
Using modular designs for easy expansion and customization.
Multi-Functional Devices
Devices that perform multiple functions can significantly reduce space.
Compact Communication Protocols
Utilizing communication protocols that require less hardware.
Heat Dissipation Management
Innovative solutions to manage heat without requiring additional space.
Efficiency and precision in machine design and industrial control components are fundamental for achieving high productivity, superior product quality, extended machine lifetime, and optimal design effectiveness. Early consultation with Dynamic enables a strategic focus on critical design aspects.
