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What is Fanless Panel Pcs

Fanless industrial fanless pc designs compact, rugged devices with touch displays. No cooling fans, reliable in harsh conditions. Used in factory automation, transportation, retail POS, healthcare, building automation, outdoor kiosks. Enhance productivity and user interaction.

HMI Industrial Fanless Panel Pc Touch Screen

Benefits of Fanless Panel Pcs

Durability and Industrial Design
Fanless industrial panel PCs are designed for use in harsh industrial environments. They are resistant to dust, moisture, vibration, impact and other environmental factors. They offer long-lasting performance thanks to their reliability in industrial facilities, production lines and storage areas.

Low Maintenance
Many traditional PC designs are cooled by fans, which can lead to dust accumulation and malfunctions over time. Fanless industrial panel PCs contain fewer moving parts thanks to their fanless design, reducing the need for maintenance. This increases the operational efficiency of businesses by reducing maintenance costs.

Energy Efficiency
Fanless design helps increase energy efficiency. Fans do not need to run constantly to provide proper cooling. This means lower energy consumption. Businesses both reduce energy costs and support environmental sustainability.

Noiseless Operation

In industrial environments, noise can negatively affect workers' comfort and attention. Fanless industrial panel PCs operate quietly, allowing employees to work more efficiently.

Thermal Enhancement

Fanless design makes thermal management more effective. Without fans, components can operate at lower temperatures, extending component life and improving performance.

Space Saving

Fanless industrial panel PCs generally have a compact and slim structure. This means they can be used comfortably even in limited spaces. It is an ideal solution in narrow spaces such as production lines and control panels.

Ease of Integration

Industrial automation systems often require the integration of different devices. Fanless industrial panel PCs simplify integration by offering wide connectivity options and convenient mounting features.

Types of Fanless Panel Pcs

Industrial Fanless Box PCs
The term "box PC" is often used interchangeably with "embedded PC" and "fanless PC," which can be confusing. Essentially, a box PC is any computer without a screen and without a fan. It typically resembles a small box with ridges or antennas. The ridges are designed to increase surface area for heat dissipation, while antennas may also aid in heat dissipation or improve Wi-Fi signal strength.

Industrial Fanless Tablets
Industrial fanless tablets are typically MIL-STD-810 rated to withstand drops and shocks. Since fans are mechanical components that can easily break, industrial tablets do not include them. Tablets generally have lower computing power compared to PCs, making it easier to manage heat effectively.

Industrial Fanless Panel PCs
Before the advent of tablets and Wi-Fi, industrial plants often used large panel computers connected by COM lines, resembling an old-school NASA command center arranged in a semi-circle. Industrial fanless panel PCs have a bezel on the outer edge designed to fit into a cut-out area with a surrounding work surface. Often, multiple computers are present, creating a window panel design, hence the name “Panel PC.”

Industrial Fanless All-in-One PCs
Industrial fanless all-in-one PCs are equipped with touchscreens and designed for continuous 24/7 operation. They are characterized by a fully flat front, with minimal seams and ridges. These PCs offer a modern aesthetic and are easy to clean.

Rugged Fanless Computers
Rugged fanless computers are built to endure extreme conditions, such as jungle humidity, freezing temperatures, intense sunlight, or harsh environments like a busy theme park or snow slope. These computers have a MIL-STD-810 vibration/shock rating and an IP65 housing, and may include occasional internal heating components.

What to Consider When Choosing an Industrial Panel PC

When choosing the right industrial panel PC, there are several important factors to consider. Let's review them below.

Fanless Panel PC

As the name suggests, fanless panel PCs do not have fans. They may also come without vent holes. The absence of openings makes them suitable for installation in dusty or debris-prone areas. Without a fan, these panel PCs prevent airborne particulates from entering the internal casing, making them ideal for industrial environments.
To provide some context, one of the main causes of failure and performance issues in standard PCs is the fan. A fanless panel PC benefits from the absence of a fan, addressing many of the issues found in traditional PCs.
Location and environmental conditions are not a concern for fanless devices, making them well-suited for industrial settings. Consequently, fanless panel PCs tend to have a longer lifespan, saving both time and money.

Touchscreen or Touch Panel PC

Panel PCs are typically available with two types of touchscreens: capacitive and resistive.
Capacitive Touch Panel PCs: These are often used for interactive digital signage and kiosks due to their highly accurate touch sensing and multi-touch capabilities. They rely on the electrical field of the human body to process input, similar to many smartphones.
Resistive Touchscreen Panel PCs: These rely on physical pressure to transmit touch data and can be used while wearing gloves, making them ideal for factory automation or healthcare applications.

Mounted vs. Embedded Panel PC

The location of the panel PC is crucial when choosing between a mounted or embedded design. Consider where the panel PC will be placed:
Embedded PC: If embedding the panel PC in a kiosk, larger device, or another type of enclosure, ensure you select the appropriate size to avoid delays and installation issues.
Mounted PC: For mounted panel PCs, size and design are also important. Depending on whether the PC will be affixed to a wall, a stand, or an articulating arm, choose a suitable panel PC to ensure compatibility with the mounting setup. Mounted PCs prevent debris accumulation and allow for easy cleaning.

What Size Panel PC Is Needed?

Industrial panel PCs come in various sizes to meet different needs. When selecting the size, consider where the panel PC will be placed, whether it will be mounted or embedded, and the overall weight of the system.
In addition to size, consider the resolution of the screen or display. Determine how clear or large you want the images to be. Standard screens are available in standard (4:3) or widescreen (16:9) formats.

Will the Panel PC Be Used in Direct Sunlight?

Avoid placing the panel PC in direct sunlight, as glare can make it difficult to view images or text on the screen. Ensuring proper placement will help your audience clearly see and engage with the content.

How To Install A Fanless PC

Though industrial PCs are built to more rugged specifications, our fanless computers are as easy to integrate and set up as an off-the-shelf consumer-grade PC. Once installed and operating, the system should feel warm to the touch. This indicates that the passive cooling mechanism is working effectively. Using infrared technology, you can measure the temperature of the chassis to ensure that the dissipated heat isn’t excessive, as this could indicate an issue and cause the CPU to throttle. For example, if the external surface temperature of the heatsink exceeds the datasheet's specified operating temperature for the IPC, you should reassess your installation.

Efficient Cooling Requires Proper Installation of the Fanless PC

Fanless cooling relies on both efficient internal conduction and external convection, known as passive cooling. This allows heat to dissipate from internal components to the external cooling fins. Ensuring proper airflow over the external cooling fins is crucial for fanless cooling to work efficiently. In some high-performance PC applications, external fans are used to help move cooler air over the chassis, aiding in system cooling.
When installing a fanless computer in a fully enclosed location, such as an unventilated cabinet in a manufacturing environment or in the trunk of a vehicle, ambient temperatures can quickly rise beyond the surrounding environment's ambient temperature. Although our fanless cooling PCs are highly efficient, allowing adequate space around the system for air to pass over the fins will help ensure optimal performance. If your project involves installing the PC in a compact enclosure, remember that heat rises. Ensure that no other heat-producing equipment is located below the PC, and provide adequate airflow above the PC to allow air to pass over the heatsink fins and facilitate natural heat convection. Stacking additional equipment, whether heat-emitting or not, can inhibit cooling capabilities and may cause CPU throttling or potential system damage over time. For optimal cooling performance, ensure that the heatsink fins on the industrial PC are facing upwards when installed on either a horizontal or vertical surface. If necessary, fanless computers can be installed on top of an enclosure with the cooling fins facing downwards, but this will impact cooling efficiency and should be monitored closely.

Consider Environmental Factors: Temperature Swings, Dust, Debris, and Water

Although nearly all of our fanless PCs are built to withstand environmental contaminants, they are not all built the same. To optimize system performance and ensure a long-life solution, choose the appropriate level of ingress protection. This will help shield the PC from debris such as dust, water, or other contaminants in your environment.
Ingress protection is also influenced by the selection of onboard I/O. Most fanless PCs use standard connectors such as RJ45 for Ethernet or DB9 for Serial. Optional port blocking kits are available to enhance the system's ability to protect itself from ingress. While this may not improve overall system reliability, it could prevent ports from malfunctioning or requiring increased maintenance to clear debris.
An alternative option for increasing ingress protection is to select a rugged embedded computer with M12 circular locking connectors. These are standard for waterproof computers or for increased protection against shock, vibration, or potential cable snagging. More information about industrial M12 waterproof connectors can be found here.
Solar gain is another factor often overlooked when installing a fanless outdoor computer. Solar gain refers to the increase in temperature caused by solar radiation, which can add up to 90W per square foot of thermal load. Whether the sun shines directly on the outdoor computer or on an enclosure containing the fanless computer, this can increase the system's temperature and should be monitored accordingly.

Use a Dedicated Power Supply

It is important to use the computer’s own power supply whenever possible and to keep its input independent of other equipment. By avoiding the sharing of a common DC source with inductive loads such as solenoids, relay switches, or motors, you mitigate the risk of voltage spikes that can damage or destroy computers. If using the same power supply, verify that the industrial computer has the necessary DC power protection. Some AC power supplies used with fanless computers may provide electrical protection not included as a standard specification in the PC. Rugged PCs typically feature wider power input ranges that can withstand power dips or surges. Typical DC inputs for these systems range from 9 to 48V DC, compared to the fixed 12 or 24V DC inputs on standard industrial PCs.

The Applications of Fanless Box PCs

The versatility of fanless box PCs allows their deployment across diverse sectors. Here are a few notable applications:

Medical: In healthcare environments, fanless box PCs offer a reliable and hygienic solution. Their fanless design mitigates the risk of airborne contaminants, making them an excellent choice for hospital operating rooms, diagnostic labs, and patient monitoring systems. Furthermore, their durability ensures seamless operation in critical healthcare settings.

Transportation: Fanless box PCs play a vital role in the transportation sector, where reliability and durability are paramount. Whether controlling traffic signals, managing fleet operations, or powering in-vehicle infotainment systems, these rugged devices can withstand the demanding conditions of the road. Their resistance to shock, vibration, and extreme temperatures makes them a trusted companion in the transportation industry.

Retail and Point-of-Sale Systems: Fanless box PCs are ideal for retail environments where space is limited and silence is crucial. They can power point-of-sale systems, inventory management, and digital signage, providing reliable and efficient computing solutions without disrupting the shopping experience.

Digital Signage and Kiosks: Fanless box PCs are commonly used in digital signage and kiosk applications. Their low power consumption, compact design, and durability make them perfect for displaying advertisements, interactive information, and self-service kiosks in public places such as shopping malls, airports, and museums.

Gaming and Entertainment: Fanless box PCs can be utilized in gaming and entertainment setups, particularly in venues where noise reduction is essential. Whether powering arcade machines, virtual reality (VR) systems, or media servers for home theaters, fanless box PCs provide the necessary performance without the distraction of fan noise.

Food and Beverage Industry: In the food and beverage industry, where cleanliness and sanitation are vital, fanless box PCs offer an advantage. Their fanless design prevents the circulation of dust, particles, or food debris that could compromise the integrity of the equipment. They can be used for menu displays, order processing, or kitchen automation systems.

How Does a Fanless Computer Work?

A fanless computer utilizes passive cooling techniques to dissipate heat, eliminating the need for a fan and reducing both failure rates and power consumption. The design of a fanless computer includes components such as heat sinks, heat pipes, thermal pads and grease, and cooling fins on the chassis.

The heat sink, typically made of an excellent thermal conductor such as copper or aluminum, attaches to heat-generating components like the processor (CPU) or graphics processing unit (GPU). By absorbing heat and spreading it across a larger surface area, the heat sink enhances effective cooling. Heat pipes, which contain a liquid that vaporizes and condenses in a cycle, transfer heat away from the source to the chassis or heat sink.

The most recognizable feature of a fanless computer is perhaps the mountain-like cooling fins on the chassis. The cooling fins act as a large heat sink, absorbing and conducting heat from the internal components and radiating it into the surrounding environment. Additionally, the cooling fins strategically permit natural convection, allowing cooler air from the environment to enter the system, absorb heat, and then rise to exit the system while carrying the heat with it. This is how a fanless computer ensures effective heat transfer and dissipation through passive cooling. However, it may also require components that generate less heat or run at lower clock speeds to prevent overheating. Balancing performance and heat generation is a significant challenge for fanless computer manufacturers.

About us

Haxun is a professional supplier of industrial computer and touch panel pc solution.

Unlike consumer computers, industrial computers and touch panel pc on the market, haxun computers are designed by professional technical teams to operate stably in demanding environments and applications.

Haxun has always put customer demand first, product quality assurance we will be very strict control, all the raw materials used are up to industrial standards, the assembled computer must be certified and monitored to ensure stable operation in a harsh environment. Before delivery, we will have special quality supervision personnel to check, and then 48 hours of aging, in line with the company's shipping standards before arranging delivery.

Whether the service is pre-sale, in-sale or after-sales service is first-class, we will introduce the items we need to know from the customer's point of view before purchasing, and our technical staff will answer them in detail in time if there are any doubts or support in the process of use. in short, if you have any needs, please come to us so that customers can purchase and use products with peace of mind.

FAQ

Q: What is a fanless panel pc?

A: Fanless panel pc is a computer system that runs without an internal cooling fan. Instead, the entire system is usually equipped with a radiator or other type of passive cooling method to keep the overall temperature at a reasonable level.

Q: What are the benefits of fanless panel pc?

A: There are several benefits: 1,Noise-free operation: because there is no internal cooling fan, the system will not produce noise. This makes fanless panel pc ideal for use in quiet environments such as medical laboratories, recording studios or libraries. 2,Dust-free operation: they are less likely to accumulate dust and debris in the system, reducing the need for maintenance and cleaning. 3,Energy efficiency: fanless panel pc consume less power than traditional computers with built-in cooling fans, saving energy costs in the long run. 4,Reliable operation: without moving parts such as internal fans, there is less possibility of mechanical failure, which may lead to a longer life of the system.

Q: Does the fanless panel PC come with a touch screen？

A: Yes, you can choose between resistive or capacitive touch screens.

Q: What are the advantages of my company's fanless industrial panel pc?

A: 1, In terms of hardware, our company is relatively flexible, whether in appearance or performance, we can customize according to customer needs, our design engineer team will communicate well with customers, and then produce drawings or samples directly. Mass production will only be confirmed online with customers. 2, In terms of software, we have windows,linux,android OS to choose from, which can be installed in advance for customers and confirmed with customers before final delivery. 3, During the warranty period, the computer will be replaced free of charge, so that customers can experience good service.

Q: Are fanless PCs any good?

A: Fanless computers, as the name suggests, don't have internal fans to help keep them cool. Instead, they utilize passive cooling. Eliminating the fan helps with many of the problems that fans introduce.

Q: What is a fanless motherboard?

A: A fanless PC makes liberal use of a device called a heatsink to connect with these components and allow the heat they emit to flow through it, in order to control the direction of heat transfer.

Q: Are fanless computers safe?

A: Fanless PCs are inherently reliable and are specifically designed to run 24x7 for years on end.

Q: Can we run PC without fan?

A: Generally, if the temp indicators are green, you're OK. You absolutely should have case fans though. At minimum, a front intake and a rear exhaust. Your temps are higher because that a small form factor case.

Q: Why use a fanless PC?

A: Fanless cooling eliminates the possibility of dust and other particulates entering the system and causing damage or performance issues. 4. Without fans, embedded fanless PCs run much quieter than their counterparts with pure passive cooling solutions, making them ideal for use in office or retail settings.

Q: Are fanless fans worth it?

A: Bladeless fans have advantages over regular ones, such as a modern design, safety, energy efficiency, and easy maintenance. Regular fans come in various styles and price ranges and provide flexible cooling solutions that meet multiple needs. It's essential to consider what matters most to you.

Q: How do fanless fans work?

A: Bladeless fans have a hidden propeller in their base, which draws air into the pedestal and up into the bladeless ring. The air is then pushed through a loop and accelerated through a narrow slit, resulting in a powerful and consistent airflow.

Q: Do fanless computers overheat?

A: While these components are designed to produce as little heat as possible, excess heat can still accumulate. If the components overheat, they can malfunction, become damaged, and force the computer to shut down.

Q: What is industrial panel PC?

A: A panel PC, also known as a panel-mounted computer, touch panel PC, or industrial panel PC, is a combined industrial PC and Computer monitor so that the entire computer can be mounted in any manner available for mounting a display alone.

Q: What is rugged industrial box PC?

A: This box PC is made for production lines, warehouses, control cabinets, and other enduring environments with heat, dust, or machine vibration that would damage a consumer-grade PC.

As one of the leading touch panel computer manufacturers in China, we warmly welcome you to buy discount touch panel computer made in China here from our factory. All customized products are with high quality and competitive price. For more information, contact us now.

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