ESD S-160 Anti Static Magnetic Heat Insulation Workbench Mat

Buy Now on Stufin

Material

Rubber-based compound with magnetic additives

Thickness

3 mm (0.12 inches)

Surface Resistance

<10^9 ohms

Magnetic Strength

1 kg (2.2 lbs) holding capacity

Heat Resistance

Up to 130C (266F)

Chemical Resistance

Resistant to acetone, toluene, and hexane

Operating Temperature

0C to 40C (32F to 104F)

Weight

Approximately 1.5 kg (3.3 lbs) for the 160x60 cm size

Applications

Electronics assembly and repair
IoT project development
PCB manufacturing and inspection
Quality control and testing
Laboratory and research environments

The ESD S-160 Anti-Static Magnetic Heat Insulation Workbench Mat is ideal for various applications, including

By providing a safe, organized, and thermally insulated workspace, the ESD S-160 mat is an essential component for anyone working with sensitive electronic components.

Pin Configuration

ESD S-160 Anti-Static Magnetic Heat Insulation Workbench Mat Documentation
Introduction
The ESD S-160 Anti-Static Magnetic Heat Insulation Workbench Mat is a high-quality work surface designed for professionals and hobbyists working with sensitive electronics. This mat is specifically designed to prevent electrostatic discharge (ESD) damage to components and devices, while also providing excellent thermal insulation and a comfortable working surface.
Pinout Description
The ESD S-160 mat does not have electronic pins, but rather a series of connections and features that facilitate its anti-static and thermal insulation properties. Below is a point-by-point description of the mat's connections and features:
1. Grounding Point
Location: Located at one corner of the mat, marked with a grounding symbol ()
Function: Provides a grounding point for users to connect their wrist strap or other ESD protection devices, ensuring safe and controlled dissipation of static electricity.
Connection: Connect a wrist strap or other ESD protection device to this point using a grounding cord.
2. Magnetic Connections
Location: Distributed across the surface of the mat, marked with a magnetic symbol ()
Function: Allows for strong magnetic attraction, keeping small metal parts and components in place, preventing them from getting lost or damaged.
Connection: Place small metal parts or components on the mat, and they will be attracted to the magnetic surface.
3. Anti-Static Material
Location: The entire surface of the mat is made of anti-static material.
Function: Prevents the buildup of static electricity on the mat's surface, protecting sensitive components from ESD damage.
Connection: No connection required; the anti-static material is an integral part of the mat's design.
4. Heat Insulation Layer
Location: The bottom layer of the mat, designed to provide thermal insulation.
Function: Reduces heat transfer between the work surface and the underlying surface, protecting components from heat damage.
Connection: No connection required; the heat insulation layer is an integral part of the mat's design.
5. Rubberized Base
Location: The bottom surface of the mat, providing a non-slip grip.
Function: Prevents the mat from slipping or sliding, ensuring a stable working surface.
Connection: No connection required; the rubberized base is an integral part of the mat's design.
Connection Structure
Since the ESD S-160 mat does not have electronic pins, there is no specific connection structure to describe. The connections and features described above are designed to work independently, providing a safe and efficient working surface for users.
Usage Guidelines
1. Place the mat on a flat, stable surface.
2. Connect your wrist strap or other ESD protection device to the grounding point.
3. Use the magnetic connections to keep small metal parts and components in place.
4. Work on your project, taking advantage of the mat's anti-static and heat insulation properties.
5. Ensure the mat is clean and dry to maintain its anti-static and insulation properties.
By following these guidelines and using the ESD S-160 Anti-Static Magnetic Heat Insulation Workbench Mat, you can create a safe and efficient working environment for your electronics projects.

Code Examples

ESD S-160 Anti-Static Magnetic Heat Insulation Workbench Mat Documentation

Overview

The ESD S-160 Anti-Static Magnetic Heat Insulation Workbench Mat is a versatile and essential component for various IoT and electronics projects. This mat provides a safe and efficient working surface for handling sensitive electronic components, protecting them from electrostatic discharge (ESD) and heat damage. Its magnetic heat insulation properties ensure reliable thermal management, making it an ideal accessory for IoT development, prototyping, and repair.

Features

Anti-static surface to prevent ESD damage to electronic components
 Magnetic heat insulation to prevent overheating and thermal stress
 Durable and wear-resistant material for extended lifespan
 Easy to clean and maintain

Usage Examples

### Example 1: Electrostatic-Sensitive Component Handling

When working with electrostatic-sensitive components, it's crucial to prevent ESD damage. The ESD S-160 mat provides a safe and controlled environment for handling these components.

Scenario: You're working on a IoT project that involves handling sensitive microcontrollers and sensors.

Code Example: (no code required, the mat is a passive component)

Place the ESD S-160 mat on your workbench.
 Ground yourself by wearing an anti-static wrist strap or touching a grounded object.
 Handle the electrostatic-sensitive components on the mat, ensuring they do not come into contact with any other surfaces.

### Example 2: Thermal Management in IoT Projects

The ESD S-160 mat's magnetic heat insulation properties make it an excellent choice for projects that require thermal management, such as IoT devices with heat-generating components.

Scenario: You're building an IoT project that involves a high-power LED strip and a microcontroller.

Code Example: (assuming an Arduino-based project)
```c
#include <FastLED.h>

#define LED_PIN 6
#define LED_COUNT 30

CRGB leds[LED_COUNT];

void setup() {
  FastLED.addLeds<WS2812, LED_PIN, GRB>(leds, LED_COUNT);
}

void loop() {
  // Animation code here
  FastLED.show();
  delay(50);
}
```
 Place the ESD S-160 mat on your workbench.
 Mount the high-power LED strip on the mat, ensuring good thermal contact.
 Position the microcontroller on the mat, away from the LED strip.
 Connect the power supply and other components as required.
 The ESD S-160 mat will help dissipate heat generated by the LED strip, protecting the microcontroller and other components from thermal stress.

These examples demonstrate the versatility of the ESD S-160 Anti-Static Magnetic Heat Insulation Workbench Mat in various IoT project contexts. By incorporating this component into your workflow, you can ensure the safety and reliability of your projects.