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Control panels
Control panels can vary in size, functionality, and cost. Many design considerations are essential, including the overall appearance, user interface, and cost. Simple designs are often the best option, because they are less expensive to produce and maintain. Moreover, it is important to understand the design principles, including the electrical and physical requirements, before you go shopping for control panels. These guidelines will help you choose the right product for your application. Once you understand these factors, you'll be able to select a reliable and high-quality control panel.
The term control panel is defined in the National Electrical Code (NEC) Section 409.2. It describes an enclosed unit for display of control instruments. Its functionality is independent of the type of control system it is used to control. These panels are typically found in factories to monitor machinery and shipboards. Industrial-grade panels are also found in mainframe computers. While older control panels use analog or push buttons to show information, modern ones use touchscreens and other interfaces.
In medical applications, control panels are commonly used in hospitals, clinics, and laboratories. This type of equipment is used to operate critical medical devices, such as pacemakers and monitors. These touchscreens and membrane switches are designed for speed and easy operation. These control devices are compatible with a wide variety of operating systems. Whether you're running a hospital, a lab, or a hospital, you can find an electronic control panel to suit your needs.
The industrial control panel should include an emergency stop button. This differs from a cycle stop and typically comes in the palm or mushroom style. This button is required by the Occupational Safety and Health Administration (OSHA). Unlike HMIs, emergency stops cannot be used as HMI buttons. Instead, they must be hard-wired into the safety circuit. In addition, start and stop buttons should be located above the emergency stop button. Ideally, they are located to the left of the emergency-stop button.
Industrial control panels should feature an emergency stop button. Unlike cycle stops, emergency stops are designed to prevent machines from continuing. According to Occupational Safety and Health Administration regulations, they should be hard-wired into the safety circuit. When designing the panel, make sure it has ample illumination and space within the enclosure. It should also be easy to reach the components without causing injury. In addition, emergency stop buttons are located above the associated stop button.
The electrical control panel includes an enclosure. This enclosure protects the components within the device from external hazards. The enclosure must be sturdy enough to offer protection in the installation environment. The enclosure should be durable enough to withstand impact, vibration, dust, and liquids. The enclosure must be resistant to corrosion, and must be able to withstand extreme temperatures. The panel should also be able to withstand high voltage. It should have a backlight.