An electric fanless industrial computer is a type of industrial computer. An electric fanless industrial computer is an industrial computer without an electric fan. Non-electric fan IPCs are mainly composed of industrial motherboards, CPUs, memory, storage devices and other components, during which CPUs operate in operation.
When the heat is counted, it is the primary heat source inside the IPC. In order to ensure the normal operation of the IPC and outstanding heat dissipation, the fanless IPC usually uses a closed alloy chassis. The internal temperature will be heated by a special heat-conducting raw material.
Lead to the entire chassis, so that the internal temperature through the entire alloy chassis to heat, not only deal with the IPC cooling problem, closed chassis can also play a dust-proof effect of moisture, together with outstanding protection of the internal control of the IPC member.
Non-electric Fan Industrial Control Features:
1, scientific and reasonable alloy chassis planning, not only to dust, moisture, anti-oscillation, and enhance electromagnetic interference can also complete the wide temperature operation.
2, no fan, no cable planning, greatly reducing the protection needs of the system.
In the cooling plan of the non-electric fan industrial computer, the cooling fan is not used. Instead, the heat sink is spread over the surface of the entire industrial control chassis. The internal temperature of the industrial control chassis is well handled, and the long-term operation of the cooling fan is simplified.
The problem of seizures has increased the stability and reliability of IPC's long-term operation on site. Together with the absence of electric fan operation, the requirement of air convection is avoided, thereby effectively preventing dust from entering the interior of the industrial computer.
The absence of cable planning means that the IPC will not cause problems due to the looseness of the welding head of the cable when it is operating in a high-temperature, strong-oscillating environment. All circuits are circuit-boarded and are firmly fixed inside the IPC. ,Make In the extremely harsh environment of high temperature, high frequency oscillation, high dust, etc., stable and reliable operation can still be maintained.
3, with self-diagnosis function, in the event of a fault when the machine is down, without the need for manual intervention and active reset, able to carry out long-term, low-redundant error operations.
4. The non-electric fan IPC is compact in size, small in size, light in weight, and occupies less space. The device and protection are simple, sensitive, and easy to operate, and it can match any terminal, equipment or control cabinet.
5, device methods are diverse, such as rail-mounted devices, wall-mounted devices, embedded devices and desktop devices, etc., saving the operating space.
Comparing traditional IPCs and non-electric fans, IPCs are specifically designed for certain types of applications. They are based on computer skills and provide platforms for hardware and software integration. They are suitable for more demanding applications such as reliability, cost-effectiveness, size, and power consumption. And embedded With the development of in-skills, the occupation of embedded IPCs has grown rapidly. It has been widely used in industrial automation, machine vision, rail transit, networks, communications, self-service terminals, medical equipment, automotive equipment, electricity, ticketing machines, and industrial Robots and other professions.