M39MM Black Nylon Double Pass Hexagonal Column Isolation Column (Pack of 10) Documentation

Component Name

M39MM Black Nylon Double Pass Hexagonal Column Isolation Column (Pack of 10)

Description

The M39MM Black Nylon Double Pass Hexagonal Column Isolation Column is a type of insulation column designed for use in various IoT applications, particularly in robotic, automation, and mechanical systems. This component is sold in packs of 10 and is constructed from high-quality black nylon.

Functionality

The primary function of this isolation column is to electrically isolate and mechanically support components, such as sensors, actuators, or PCBs, in IoT devices. It provides a secure mounting point for these components while preventing electrical interference and noise propagation between them. The column's insulation properties ensure that the components are isolated from each other, reducing the risk of electrical shorts, noise, and signal degradation.

Key Features

Thread Size and Pitch: The column has a thread size of M3 and a pitch of 0.5mm, making it compatible with standard M3 screws and fittings.
Length and Diameter: The column has a length of 9mm and a diameter of 3mm, providing a compact and lightweight solution for IoT applications.
Material: The column is made from high-quality black nylon, which offers excellent insulation properties, durability, and resistance to corrosion.
Double Pass Hexagonal Column: The column features a double pass hexagonal design, which provides added strength, stability, and resistance to twisting or bending forces.
Isolation: The column is designed to provide electrical isolation between components, ensuring that signals and power lines are not compromised.
Mounting: The column can be securely mounted using M3 screws, providing a reliable and stable connection.
Packaging: The component is sold in packs of 10, making it a convenient option for IoT projects and prototypes that require multiple isolation columns.

Material

Black Nylon

Thread Size

M3

Pitch

0.5mm

Length

9mm

Diameter

3mm

Weight

Approx. 0.5g (per piece)

Operating Temperature

-20C to 80C

Insulation Resistance

>100M

Applications

IoT devices and sensors

Robotics and automation systems

Mechanical systems and assemblies

PCB and component mounting

Electromagnetic interference (EMI) reduction

Benefits

Provides electrical isolation and mechanical support for components

Reduces electrical noise and signal degradation

Compact and lightweight design

Durable and corrosion-resistant material

Easy to install and assemble

In summary, the M39MM Black Nylon Double Pass Hexagonal Column Isolation Column is a reliable and versatile component for IoT applications, offering electrical isolation, mechanical support, and ease of use. Its compact design, durability, and corrosion resistance make it an ideal solution for a wide range of IoT projects and applications.

Pin Configuration

M39MM Black Nylon Double Pass Hexagonal Column Isolation Column (Pack of 10) Documentation
Overview
The M39MM Black Nylon Double Pass Hexagonal Column Isolation Column is a type of standoff or spacer commonly used in electronics and IoT applications to isolate components, provide mechanical support, and manage cable organization. This component is packaged in a set of 10 and features a hexagonal column design with a double pass structure.
Pinout Explanation
This component does not have electronic pins, but rather mechanical interfaces that allow it to be used as a spacer or standoff. The following points describe each interface:
M3 Thread: A male M3 thread is located at one end of the component. This thread is used to screw the component into a corresponding female M3 thread, typically found on a PCB or another component.
9MM Column: The component features a 9MM long hexagonal column that provides a stable and rigid structure for isolation and support.
Double Pass Structure: The column has a double pass structure, meaning it has two separate internal channels that allow for the passage of cables or wires. This design feature enables organized cable management and reduces clutter.
Nylon Material: The component is made from black nylon, which provides a durable and insulating material suitable for various applications.
Connection Structure (Step-by-Step Guide)
To connect this component, follow these steps:
1. Identify the mounting point: Locate the female M3 thread on the PCB or component where you want to attach the isolation column.
2. Align the M3 thread: Carefully align the male M3 thread of the isolation column with the female M3 thread on the mounting point.
3. Screw in the isolation column: Gently screw the isolation column into the female M3 thread until it is securely fastened. Ensure not to overtighten, as this may damage the component or the PCB.
4. Route cables through the double pass structure: Pass the cables or wires through the internal channels of the double pass structure, taking care not to bend or kink them.
5. Secure cables: Once the cables are routed through the structure, secure them using cable ties, zip ties, or other suitable methods to prevent them from coming loose.
6. Verify the installation: Double-check that the isolation column is securely attached and the cables are properly routed and secured.
Important Notes
Ensure the M3 thread is clean and free of debris before screwing in the isolation column.
Avoid over-tightening the isolation column, as this may damage the component or the PCB.
Use suitable cable management methods to secure cables and prevent damage or electrical shorts.
By following these instructions, you can successfully integrate the M39MM Black Nylon Double Pass Hexagonal Column Isolation Column into your IoT project, providing a reliable and organized cable management solution.

Code Examples

Component Documentation: M39MM Black Nylon Double Pass Hexagonal Column Isolation Column (Pack of 10)

Overview

The M39MM Black Nylon Double Pass Hexagonal Column Isolation Column is a type of spacer or standoff commonly used in electronic and mechanical assemblies. It provides a reliable and durable way to isolate components, manage cables, and organize PCBs (Printed Circuit Boards) in IoT projects. This component is particularly useful in applications where vibration, shock, or thermal management is a concern.

Technical Specifications

Material: Black Nylon
 Thread: M3
 Length: 9mm
 Column Type: Hexagonal
 Features: Double Pass, Isolation Column
 Packaging: Pack of 10

Code Examples

Here are two code examples that demonstrate how to use this component in various contexts:

Example 1: Using the Isolation Column as a PCB Spacer in a Raspberry Pi Project (Python)

In this example, we'll use the M39MM Black Nylon Double Pass Hexagonal Column Isolation Column as a spacer between a Raspberry Pi board and a custom PCB.

```python
import RPi.GPIO as GPIO

# Set up GPIO library
GPIO.setmode(GPIO.BCM)

#DEFINE Constant for PCB mounting points
PCB_MOUNTING_POINTS = [(0, 0), (10, 0), (20, 0), (30, 0)]  # adjust according to your PCB design

# Mount the PCB using the isolation columns
for point in PCB_MOUNTING_POINTS:
    # Attach the isolation column to the Raspberry Pi
    GPIO.setup(point[0], GPIO.OUT)
    GPIO.output(point[0], GPIO.LOW)
    
    # Attach the isolation column to the custom PCB
    # (assuming you have a custom PCB with M3 mounting points)
    # Insert the isolation column into the PCB mounting point
    # Secure the column using a screw or adhesive (not shown in code)

# Verify the PCB is securely mounted
print("PCB mounted successfully using isolation columns!")
```

Example 2: Using the Isolation Column as a Cable Management Component in an Arduino Project (C++)

In this example, we'll use the M39MM Black Nylon Double Pass Hexagonal Column Isolation Column to manage cables in an Arduino project.

```c++
#include <Arduino.h>

// Define constant for cable management points
const int CABLE_MANAGEMENT_POINTS[] = {A0, A1, A2, A3};  // adjust according to your project's cable layout

void setup() {
  // Initialize the cable management points as outputs
  for (int i = 0; i < sizeof(CABLE_MANAGEMENT_POINTS) / sizeof(CABLE_MANAGEMENT_POINTS[0]); i++) {
    pinMode(CABLE_MANAGEMENT_POINTS[i], OUTPUT);
    digitalWrite(CABLE_MANAGEMENT_POINTS[i], LOW);
  }

// Attach cables to the isolation columns
  for (int i = 0; i < sizeof(CABLE_MANAGEMENT_POINTS) / sizeof(CABLE_MANAGEMENT_POINTS[0]); i++) {
    // Insert the isolation column into the cable management point
    // Secure the cable to the column using cable ties or zip ties (not shown in code)
  }

Serial.println("Cables managed successfully using isolation columns!");
}

void loop() {
  // Your project's main logic goes here
}
```

Additional Information

When using the M39MM Black Nylon Double Pass Hexagonal Column Isolation Column, ensure that the threaded end is securely fastened to the desired surface or component to avoid vibration or movement.
 The nylon material provides a degree of flexibility and shock absorption, making it suitable for applications with moderate vibration or impact.
 The double-pass design allows for easier cable management and organization, making it an ideal choice for complex IoT projects.

By following these code examples and considering the technical specifications and additional information, you can effectively utilize the M39MM Black Nylon Double Pass Hexagonal Column Isolation Column in your IoT projects.

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