About Raspberry Pi 4 Armor Case Passive Aluminum Alloy Case With Cooling Fan For Raspberry Pi 4 Model B
Description:
It can be access to all ports and slots of Raspberry Pi 4 Model B, such as usb-c power port, micro hdmi ports, audio port, usb ports, sd card slot, camera port, gpio port, display slot and so on, heatsink pads cover all heat generating components except wireless. The thermal tapes can help this aluminum alloy case close to the heating chip for better heat dissipation, The dual fan has a better quiet effect and a better cooling effect for Raspberry Pi 4 Model B, Thermal pads actually make contact with heatsink and all components. The case has an acrylic window on the side that improves wireless -bluetooth performance and makes status lights visible, provides micro sd access, camera cable passthrough.
Specification:
Material: Aluminum Alloy
Color: Black
Fan Speed: 7500rpm/min
Features:
The cooling fan has the features of high speed and low noise.
It can be close to the heating chip for better heat dissipation.
It's ideal for Raspberry Pi 4 Model B.
Reinforced aluminum material, lightweight and durable, long-lasting stainless.
Dual cooling experience, more powerful heat dissipation.
Very quiet cooling fan, get rid of the fan noisy
Rugged Design for Industrial ApplicationsConstructed from premium aluminum alloy, this armor case offers enhanced protection and performance, making it well-suited for industrial environments. Its passive cooling system, supported by an integrated fan, ensures effective heat management, while the sturdy black casing provides additional durability for demanding usage scenarios.
Efficient Cooling and ConnectivityThe integrated cooling fan maintains optimal temperatures during intensive tasks, reducing the risk of overheating. Signal output to control systems is enabled via the serial interface, allowing seamless integration with various industrial setups. With a supply voltage of 5V-12V DC and a 2A current rating, the case supports stable and reliable operation.
FAQ's of Raspberry Pi 4 Armor Case Passive Aluminum Alloy Case With Cooling Fan For Raspberry Pi 4 Model B:
Q: How does the cooling fan improve the performance of the Raspberry Pi 4 Armor Case in industrial use?
A: The built-in cooling fan in the armor case actively dissipates heat, maintaining optimal operating temperatures for the Raspberry Pi 4 Model B. This is especially beneficial in industrial environments, as reduced thermal stress prevents hardware throttling and supports stable, long-term operation.
Q: What type of signal output can I expect to integrate with my control system?
A: This case enables signal output to your control system through its serial interface. This allows for reliable communication and data transfer in various industrial processes involving the Raspberry Pi 4 Model B.
Q: When should I use an external power supply and what is the recommended voltage?
A: It is recommended to use an external power supply with a voltage between 5V and 12V DC to operate the Raspberry Pi 4 Armor Case efficiently. This ensures the case and cooling fan function reliably, especially in intensive industrial tasks.
Q: Where are these cases sourced and who can purchase them?
A: The Raspberry Pi 4 Armor Cases are manufactured, distributed, exported, imported, supplied, and traded from Taiwan. They are available for purchase through authorized distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers.
Q: What is the process to install my Raspberry Pi 4 Model B into this armor case?
A: To install your Raspberry Pi 4 Model B, open the case and carefully place the board into the designated slots. Attach the cooling fan as per the provided instructions, secure the case, connect the serial interface, and power it up with the recommended external power supply.
Q: What are the benefits of using this armor case for my Raspberry Pi 4 in industrial environments?
A: Using the armor case provides superior protection, improved cooling via the included fan, and stable performance with external power. It also supports direct touch interaction and reliable signal output, making it suitable for demanding industrial applications.