Setting up a new ESD Protected Area (EPA) can be a little daunting, especially if you are unfamiliar or relatively new to the concept of ESD Control. It would be nice to have a blue print for establishing an EPA, but in truth there is no exact formula as everyone’s situation is different. However, there are general guidelines that make for a good starting point.<br> <br> <br> <br> The best place to start for a good static control program is with a list of desco esd product - https://www.mostori.com/ Control items by function and Technical Requirements for each. Once it’s decided - http://Scp-knowledge.org/?s=decided how many Technical Requirements to employ, then an ESD control provider can recommend specific part numbers based on performance and budget. Ultimately, it important to implement all the Technical Requirements of ANSI/ESD S20.20.<br> <br> <br> <br> Personnel Grounding<br> <br> Grounding the human body is the single most important Technical Requirement for ESD control. This is not an optional requirement, unless there is a safety hazard like the presence of high voltage. What is optional is how you ground the human body.<br> <br> <br> <br> usebags<br> <br> Grounding with a wrist strap.<br> <br> You can wear a wrist strap and or ESD footwear to ground the human body (ESD footwear must be worn on an ESD protective floor). However, the rule is that when you are seated you shall wear a wrist strap. When wearing a wrist strap the human body Rtg (resistance to ground) required limit is desco esd product</a>.<br> <br> ESD Packaging Materials<br> <br> These would be material handling such as static shielding and moisture barrier bags, totes, bins, foams, tapes, and other forms of packaging. Note that when an ESD susceptible (ESDS) device is transported outside of the EPA, it shall be in a discharge shielding package of some type. If the EPA does not have mobile grounding, then the same rule applies when transporting that device from point A to point B within the EPA.<br> <br> <br> <br> 60500Use<br> <br> Insulators and conductors that cannot be grounded must be neutralized with ionization.<br> <br> Ionization – Ionization is used to neutralize static generation on isolated conductors and process required insulators.<br> <br> <br> <br> Insulators cannot be grounded and therefore require ionization to minimize and neutralize static charges. Isolated conductors that are not grounded may also retain or hold charges and must be neutralized via ionization. These might include: ungrounded components, totes, hand tools, metal fixtures, machinery, etc. The ANSI/ESD S20.20 standard requires that all conductors be at desco esd - http://Www.Shewrites.com/main/search/search?q=desco%20esd product</a>.