Embedded industrial PCs are typically used in production environments, where they are susceptible to environmental conditions that can affect their reliability and lifespan. These conditions necessitate that the industrial PC function reliably under such conditions. This article will focus on the principles of embedded industrial PCs and how to use them.
Embedded industrial computer principle
Embedded industrial PCs differ from the commonly used 1U, 2U, and 4U machines. They have more stringent environmental and temperature requirements and are generally customized to meet specific customer needs. This can lead to incompatibility and general limitations. However, with the continuous improvement of industrial intelligence technology, embedded industrial PCs are now fulfilling their functions in various industries and fields.
Embedded industrial PCs have a small chassis, which neatly concentrates the main hardware within the enclosure, taking up little space and making installation and maintenance simple and convenient. They can be placed in almost any equipment or control cabinet.
Firstly, its chassis adopts a fully enclosed fanless design. The CPU heat dissipation contact surface is coated with a layer of thermal conductive silicone. The thermal conductive silicone sheet is in direct contact with the chassis fins, transferring the heat inside the industrial control computer to the fins, thus forming an effective heat dissipation without placing a fan inside the chassis.
Secondly, the embedded industrial computer is quiet and dustproof. The heat of the machine itself is dissipated through a fully enclosed alloy chassis, which not only solves the heat dissipation problem of the industrial computer, but also plays a role in dust and moisture protection.
Finally, the embedded industrial control computer uses an embedded, low-power motherboard. Many of the machine's hardware components are integrated on the motherboard, which effectively avoids problems caused by various external connections.
How to use an embedded industrial PC?
Because the industrial control industry prioritizes equipment stability and minimizes changes, embedded industrial PCs typically have a lifespan of 7-10 years, compared to the short one- to two-year lifespan of commercial PCs. The following describes how to install an embedded industrial PC.
1. First, place the embedded industrial control all-in-one machine body flat on a stable surface, and then accurately embed the base into the machine body;
2. Install the screws, screwing them into each hole and confirming that they are tightened.
3. Before cleaning the screen of the embedded industrial control all-in-one machine, stop using the equipment and unplug the power cord to ensure that the equipment is powered off. Do not use sprays directly on the screen.
4. The touch screen should be cleaned regularly. If there is dust or dirt on the surface, it can be wiped with a towel or a soft cotton cloth. It is recommended to use a cleaning agent that is non-corrosive to glass.
