Advantages and Daily Protection of Embedded Industrial Panel PCs
Human-machine interface (HMI) products fall into three main categories: touchscreens, text terminals, and embedded panel PCs, with embedded panel PCs being the primary product category. The embedded panel PC is the most commonly used human-machine interface with the manufacturer's configuration (SCADA/HMI) software; when shipped from the factory, it boots into the manufacturer's configuration software interface. Factory-direct embedded panel PCs are tablets similar to consumer tablets that additionally come with industrial interfaces, running the same three mainstream operating systems.
What Outstanding Advantages Do Embedded Industrial Panel PCs Have?
With their stable performance, simple operation, and low cost, embedded industrial panel PCs are being adopted by a growing number of CNC manufacturers—embedded industrial panel PCs, for example—and applied in various industrial control, traffic control, environmental protection control, and automation fields.
The advantages of embedded industrial panel PCs are roughly as follows:
1. The front panels of most embedded industrial touch panel PCs are die-cast from aluminum-magnesium alloy, with the front panel achieving the NEMA IP65 protection rating. They are rugged, solid, durable, and relatively lightweight.
2. The embedded industrial touch panel PC has an all-in-one structure, integrating the host, LCD monitor, and touchscreen, offering relatively good stability.
3. It adopts the currently popular touch function, which simplifies work, making it more convenient, faster, and more user-friendly.
4. Embedded industrial touch panel PCs are compact in size, making installation and maintenance very simple.
5. Most embedded industrial touch panel PCs use a fanless design, dissipating heat through large-area finned aluminum blocks, resulting in lower power consumption and less noise.
6. Attractive appearance and wide applicability.
A true embedded industrial panel PC is an industrial control computer platform that perfectly integrates an industrial computer with an embedded operating system and industrial configuration software. You can leverage the rich resources of PC systems—such as computing speed, storage space, multimedia, peripherals, and larger screens—to realize advanced and sophisticated human-machine interfaces.
How to Prevent Damage to Embedded Industrial Panel PCs from External Environments?
There are many things to pay attention to when using embedded industrial panel PCs, and the external environment can also affect their use. To avoid such effects, what should you keep in mind?
1. When using an embedded industrial panel PC, note that the ambient temperature should be between 0°C and 55°C, and the relative humidity should be between 5% and 95% with no condensation.
2. When using an embedded industrial panel PC, please ensure the supply voltage is between 200-240V AC. Try to avoid damp environments, extreme temperatures, vibration, and dusty conditions.
3. The openings on the left side of the embedded industrial panel PC and the ventilation openings at the rear of the power supply are for air circulation. To ensure the industrial panel PC works normally and reliably and to prevent overheating, do not block or cover these openings. To ensure reliable operation, we strongly recommend that you do not arbitrarily change the BIOS settings of the motherboard.
4. When using an embedded industrial panel PC, try to keep at least one meter away from equipment that generates strong electromagnetic interference (variable frequency drives, motors, etc.). After shutting down the industrial panel PC, please wait more than 8 seconds before powering it on again.
Embedded industrial panel PCs also require proper maintenance during use. Knowing the points above will help you avoid the influence of external environments on embedded industrial panel PCs.
For project planning, a embedded industrial display should be evaluated together with the mounting structure, signal interfaces, touch method, operating environment, and maintenance requirements.
When specifying a embedded industrial display, integrators should match the display configuration to the actual installation space, control system, viewing conditions, and expected duty cycle.
ZXTLCD can configure a embedded industrial display around project-specific requirements such as panel size, brightness, touch technology, interfaces, mounting method, and environmental protection.
