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Raspberry Pi Metal Aluminium Case with Double Fans for Raspberry Pi 4B (Black)

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Component Name

Raspberry Pi Metal Aluminium Case with Double Fans for Raspberry Pi 4B (Black)

Overview

The Raspberry Pi Metal Aluminium Case with Double Fans is a high-quality enclosure designed specifically for the Raspberry Pi 4B single-board computer. This case provides excellent protection, heat dissipation, and aesthetic appeal for your Raspberry Pi project.

Functionality

The primary function of this case is to provide a robust and stylish housing for the Raspberry Pi 4B, while also ensuring efficient heat dissipation and airflow. The case is designed to facilitate easy installation and access to the Raspberry Pi's components, making it an ideal solution for various IoT projects, prototyping, and development.

Key Features

### Durability and Protection

Constructed from high-quality aluminium metal, providing excellent durability and protection against physical damage, dust, and moisture.

The case's metal body helps to dissipate heat generated by the Raspberry Pi, reducing the risk of overheating and increasing the overall reliability of the system.

### Cooling System

Equipped with two high-performance fans, specifically designed to provide efficient airflow and heat dissipation.

The fans are strategically placed to direct airflow directly over the Raspberry Pi's CPU and other critical components, ensuring effective cooling even in demanding applications.

### Ease of Installation

The case features a simple and tool-free design, allowing for easy installation and removal of the Raspberry Pi 4B.

The case's interior is thoughtfully designed with cutouts and access points, making it easy to connect cables and access the Raspberry Pi's GPIO pins, USB ports, and other components.

### Aesthetics

The case features a sleek and modern design, with a matte black finish that complements the Raspberry Pi 4B's aesthetic.

The aluminium construction provides a premium look and feel, making the case suitable for use in professional, commercial, or residential applications.

### Compatibility

Specifically designed for the Raspberry Pi 4B, ensuring a snug and secure fit.

The case is compatible with the Raspberry Pi 4B's dimensions and mounting points, making it easy to integrate into existing projects or prototypes.

### Additional Features

The case includes mounting screws and standoffs for securing the Raspberry Pi 4B in place.

The fans are equipped with 3-pin connectors, compatible with the Raspberry Pi 4B's fan control capabilities.

Material

Aluminium metal

Color

Matte black

Dimensions

[Insert dimensions]

Weight

[Insert weight]

Fan specifications

[Insert fan specifications, e.g., speed, noise level, etc.]

Compatibility

Raspberry Pi 4B

Operating temperature

[Insert operating temperature range]

Ordering Information

The Raspberry Pi Metal Aluminium Case with Double Fans for Raspberry Pi 4B (Black) is available for purchase from various online retailers and distributors. Please ensure compatibility with your specific Raspberry Pi model and project requirements before making a purchase.

Pin Configuration

  • Raspberry Pi Metal Aluminium Case with Double Fans for Raspberry Pi 4B (Black) Pinout Documentation
  • The Raspberry Pi 4B is a powerful single-board computer that features a variety of pins for connecting peripherals, sensors, and other devices. The metal aluminium case with double fans is designed to provide a secure and cool environment for the Raspberry Pi 4B. Here is a detailed explanation of the pins on the Raspberry Pi 4B, along with a structured guide on how to connect them:
  • Pinout Diagram
  • The Raspberry Pi 4B has a 40-pin GPIO (General Purpose Input/Output) header, which is divided into two rows of 20 pins each. The pins are numbered from 1 to 40, with the top row having odd numbers and the bottom row having even numbers.
  • Pin Description and Connection Guide
  • Here is a point-by-point explanation of each pin, along with connection guidelines:
  • Power Pins (1-6)
  • Pin 1: 3.3V Power (3V3)
  • + Connect to a 3.3V power source or a voltage regulator output.
  • Pin 2: 5V Power (5V0)
  • + Connect to a 5V power source or a USB power input.
  • Pin 3: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • Pin 4: 5V Power (5V0)
  • + Connect to a 5V power source or a USB power input.
  • Pin 5: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • Pin 6: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • GPIO Pins (7-26)
  • Pin 7: GPIO 4 (GPIO_GEN4)
  • + Use as a general-purpose input/output or as a SPI clock signal.
  • Pin 8: GPIO 14 (GPIO_GEN14)
  • + Use as a general-purpose input/output or as a UART transmit signal.
  • Pin 9: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • Pin 10: GPIO 15 (GPIO_GEN15)
  • + Use as a general-purpose input/output or as a UART receive signal.
  • Pin 11: GPIO 17 (GPIO_GEN17)
  • + Use as a general-purpose input/output or as a SPI chip select signal.
  • Pin 12: GPIO 18 (GPIO_GEN18)
  • + Use as a general-purpose input/output or as a PWM signal.
  • Pin 13: GPIO 21 (GPIO_GEN21)
  • + Use as a general-purpose input/output or as a I2C clock signal.
  • Pin 14: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • Pin 15: GPIO 22 (GPIO_GEN22)
  • + Use as a general-purpose input/output or as a I2C data signal.
  • Pin 16: GPIO 23 (GPIO_GEN23)
  • + Use as a general-purpose input/output or as a SPI MOSI signal.
  • Pin 17: GPIO 24 (GPIO_GEN24)
  • + Use as a general-purpose input/output or as a SPI MISO signal.
  • Pin 18: GPIO 10 (GPIO_GEN10)
  • + Use as a general-purpose input/output or as a UART CTS signal.
  • Pin 19: GPIO 9 (GPIO_GEN9)
  • + Use as a general-purpose input/output or as a UART RTS signal.
  • Pin 20: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • Pin 21: GPIO 25 (GPIO_GEN25)
  • + Use as a general-purpose input/output or as a I2C SDA signal.
  • Pin 22: GPIO 26 (GPIO_GEN26)
  • + Use as a general-purpose input/output or as a I2C SCL signal.
  • Pin 23: GPIO 27 (GPIO_GEN27)
  • + Use as a general-purpose input/output or as a SPI CE1 signal.
  • Pin 24: GPIO 28 (GPIO_GEN28)
  • + Use as a general-purpose input/output or as a SPI CE0 signal.
  • Pin 25: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • Pin 26: GPIO 7 (GPIO_GEN7)
  • + Use as a general-purpose input/output or as a SPI MOSI signal.
  • Other Pins (27-40)
  • Pin 27: ID_SD (Identification Signal)
  • + Used for identification purposes, such as detecting the presence of an EEPROM.
  • Pin 28: ID_SC (Identification Clock)
  • + Used for identification purposes, such as detecting the presence of an EEPROM.
  • Pin 29: GPIO 5 (GPIO_GEN5)
  • + Use as a general-purpose input/output or as a UART CTS signal.
  • Pin 30: GPIO 6 (GPIO_GEN6)
  • + Use as a general-purpose input/output or as a UART RTS signal.
  • Pin 31: GPIO 13 (GPIO_GEN13)
  • + Use as a general-purpose input/output or as a PWM signal.
  • Pin 32: GPIO 19 (GPIO_GEN19)
  • + Use as a general-purpose input/output or as a I2C SDA signal.
  • Pin 33: GPIO 16 (GPIO_GEN16)
  • + Use as a general-purpose input/output or as a I2C SCL signal.
  • Pin 34: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • Pin 35: GPIO 20 (GPIO_GEN20)
  • + Use as a general-purpose input/output or as a UART transmit signal.
  • Pin 36: GPIO 12 (GPIO_GEN12)
  • + Use as a general-purpose input/output or as a PWM signal.
  • Pin 37: GPIO 8 (GPIO_GEN8)
  • + Use as a general-purpose input/output or as a UART receive signal.
  • Pin 38: GPIO 11 (GPIO_GEN11)
  • + Use as a general-purpose input/output or as a SPI chip select signal.
  • Pin 39: Ground (GND)
  • + Connect to a Ground or Negative terminal of a power source.
  • Pin 40: GPIO 0 (GPIO_GEN0)
  • + Use as a general-purpose input/output or as a SPI clock signal.
  • Connection Guidelines
  • When connecting pins, ensure that:
  • Use a breadboard or a PCB to connect components and avoid short circuits.
  • Use jumper wires or connectors to connect pins to peripherals, sensors, or other devices.
  • Verify the pinout diagram and connection guidelines before connecting any components.
  • Use a multimeter to check voltage and current levels before powering on the Raspberry Pi 4B.
  • Always connect Ground pins to a Ground or Negative terminal of a power source.
  • By following this pinout documentation and connection guide, you can safely and effectively connect peripherals, sensors, and other devices to your Raspberry Pi 4B, ensuring reliable and efficient operation.

Code Examples

Raspberry Pi Metal Aluminium Case with Double Fans for Raspberry Pi 4B (Black) Documentation
Overview
The Raspberry Pi Metal Aluminium Case with Double Fans is a high-quality enclosure designed specifically for the Raspberry Pi 4B. This case provides excellent heat dissipation, protecting your Raspberry Pi from overheating, and ensures reliable operation in demanding environments. The double fans work in tandem to efficiently cool the board, making it ideal for applications that require continuous operation.
Features
Made of high-quality aluminium for excellent heat dissipation
 Double fans for efficient cooling
 Compatible with Raspberry Pi 4B
 Black anodized finish for durability and aesthetics
 Easy to assemble and install
Technical Specifications
Material: Aluminium
 Dimensions: 92mm x 65mm x 36mm (L x W x H)
 Fans: 2 x 30mm x 30mm x 10mm
 Power consumption: 2.5W per fan
 Operating temperature: 0C to 50C
Getting Started
To use the Raspberry Pi Metal Aluminium Case with Double Fans, follow these steps:
1. Install the Raspberry Pi 4B into the case, ensuring it is securely fastened.
2. Connect the fans to the power supply (e.g., a USB connection).
3. Install the operating system and necessary software on the Raspberry Pi.
Code Examples
Here are a few examples of how to use the Raspberry Pi Metal Aluminium Case with Double Fans in different contexts:
Example 1: Fan Control using Python
In this example, we'll demonstrate how to control the fans using Python. We'll use the `RPi.GPIO` library to control the fan speed.
```python
import RPi.GPIO as GPIO
import time
# Set up GPIO pins for fan control
GPIO.setmode(GPIO.BCM)
GPIO.setup(18, GPIO.OUT)  # Fan 1
GPIO.setup(23, GPIO.OUT)  # Fan 2
while True:
    # Set fan speed to 50% duty cycle
    GPIO.output(18, GPIO.HIGH)
    GPIO.output(23, GPIO.HIGH)
    time.sleep(1)
    GPIO.output(18, GPIO.LOW)
    GPIO.output(23, GPIO.LOW)
    time.sleep(1)
```
Example 2: Temperature Monitoring using Shell Script
In this example, we'll demonstrate how to monitor the system temperature using a shell script. We'll use the `vcgencmd` command to read the temperature and control the fans accordingly.
```bash
#!/bin/bash
while true
do
    temp=$(vcgencmd measure_temp | cut -c6-9)
    if [ $temp -ge 50 ]; then
        # Turn on fans if temperature exceeds 50C
        echo "Fans on"
        gpio write 18 1
        gpio write 23 1
    else
        # Turn off fans if temperature is below 50C
        echo "Fans off"
        gpio write 18 0
        gpio write 23 0
    fi
    sleep 1
done
```
Example 3: Home Automation using Node.js
In this example, we'll demonstrate how to integrate the Raspberry Pi Metal Aluminium Case with Double Fans into a home automation system using Node.js. We'll use the `rpi-gpio` library to control the fans and the `homebridge` library to integrate with other home automation devices.
```javascript
const gpio = require('rpi-gpio');
const homebridge = require('homebridge');
// Set up GPIO pins for fan control
gpio.setup(18, gpio.DIR_OUT);
gpio.setup(23, gpio.DIR_OUT);
// Define a home automation accessory
class FanAccessory {
    constructor() {
        this.service = new homebridge.Service.Fan('Living Room Fan');
        this.service.setCharacteristic(homebridge.Characteristic.On, false);
    }
getOn() {
        return gpio.read(18) === gpio.HIGH;
    }
setOn(value) {
        if (value) {
            gpio.write(18, gpio.HIGH);
            gpio.write(23, gpio.HIGH);
        } else {
            gpio.write(18, gpio.LOW);
            gpio.write(23, gpio.LOW);
        }
    }
}
// Register the accessory with Homebridge
homebridge.registerAccessory('FanAccessory', FanAccessory);
```
These examples demonstrate the versatility of the Raspberry Pi Metal Aluminium Case with Double Fans in various contexts. By controlling the fans and monitoring the temperature, you can ensure reliable operation of your Raspberry Pi in demanding environments.