7 Critical Steps to Protect Your Electronics from ESD Damage

ESD or Electrostatic Discharge is described as the sudden exchange of electrical pulses between two objects. People, objects and electrical devices are carriers of static electricity. Walking across a carpeted area, picking up a poly bag from a bench or sitting in a urethane foam chair causes an electrical connection between the object and the person. This is also true of objects and electrical devices. Most major companies are not aware of the type of damage ESD can cause. Electrostatic Discharge is the “invisible” enemy that robs products of their quality, reliability and functionality. ESD can go unnoticed for months or even years, causing the company to replace sensitive and vital parts, such as circuit boards and sensors.

7 Critical Steps Companies for Protecting Electronics and Operators from ESD

 1) Install or create a static free workplace. Create an area that is safe from electrostatic build up. This includes setting up workstations in non carpeted areas. Carpets are a conductor for electrical flow to generate. Tiled or concrete floors offer the best protection against electrical surges and static build up.

 2) Consider using an air ionizer if non static areas are not possible or available. Provide continuously maintenance to ions to ensure they are providing extra layers of protection by neutralizing the accumulation of electrostatic buildup.

 3) Provide education and training to personnel who work in close proximately with electrical devices and components.  In addition, Before operators are allowed to enter their work area, provide them with protective hand gear, such a wrist straps or antistatic top.

4) Perform an audit of all equipment. When packing or storing Electrostatic devices, be sure to place equipment and components in static free protective bags and containers to prevent damage.

5) When setting up new electrical equipment, be sure the devices are grounded properly. Use the proper wall outlets, surge protectors and wiring specifications to prevent electrical shock, and electrical discharge.

6) When setting up work stations do not use desks, tables or other furniture that contain electrical conducive materials such as stainless stain, aluminum, or foil.

7) Setup an In house Static Testing Center.  Prevention is cheaper than intervention on all levels. Onsite testing is less costly than outsourcing. Encourage workers to test their clothing, shoes and wrist straps before entering the work area. This will ensure that the workers will not discharge electrostatic waves, while they are working with sensitive devices.