A front panel is a metal or plastic enclosure that serves as the interface between electrical devices and the user, providing a way to access and control the device's functions.
Where To Use Front Panel
Front panels are commonly used in industrial settings, such as control rooms, machinery installations, and panel buildings.
Key Features Of Front Panel
Robust construction for harsh environments
Durable materials for long-lasting performance
Ergonomic design for easy accessibility
Customizable layouts for specific applications
How To Use Front Panel
Mount the front panel to a suitable enclosure using screws or adhesives
Cable and connect the necessary electrical components
Program and configure the device's functions as needed
Regularly inspect and maintain the front panel for optimal performance
How Front Panel Is Manufactured
The manufacturing process for front panels typically involves design, tooling, cutting, punching, and finishing operations.
Technical Specification Of Front Panel
Dimensions:
300mm x 200mm
Material:
Stainless Steel (304)
Thickness:
1.5mm
Number of Cutouts:
10
Cutout Size:
20mm x 15mm
Finish:
Powder Coated (Silver)
Mounting Holes:
M5 x 10mm
Mounting Type:
Screws
Weight:
2.5kg
The technical specifications of the front panel are designed to provide a robust and durable enclosure for electrical devices, with features such as stainless steel construction, powder coating finish, and M5 mounting holes. The dimensions and weight of the front panel are optimized for easy handling and installation. The number of cutouts and their size allow for efficient wiring and cabling, while the material thickness ensures long-lasting performance.
Description Of Front Panel
The front panel is designed to provide a user-friendly interface for electrical devices, with features such as a robust construction, durable materials, and ergonomic design.
Related Products & Synonyms Of Front Panel
Some related products to the front panel include control panels, electrical enclosures, and cabinet doors.
Control Panels: Used for controlling and monitoring electrical devices
Electrical Enclosures: Provide a secure and protected environment for electrical components
Cabinet Doors: Used to enclose and protect electrical equipment in cabinets
