Electronic balances maintenance

The evaluation of computer systems performing regulated operations is the first phase to achieving an organized, prioritized, and balanced Part 11 Remediation Project approach. The objective of the evaluation is to identity the system s functional and/or procedural gaps results of the evaluation will determine whether the operational, maintenance, or security procedures specific to the system will provide a controlled environment, which ensures the integrity of the electronic records and/or signatures as stated in the Part 11 requirements. 

Depending on the type of rechargeable battery, various control mechanisms and maintenance procedures are needed to achieve a perfect balance. In some cases, thermal management systems, periodic overcharging, and active electronic systems are needed to maintain the SOC in the battery within its intended operating range. Under these complex requirements, the battery life is highly variable and, hence, unpredictable. 

Basically, PBT seems to have a unique and favorable balance of properties between nylons and POM resins. It has relatively low moisture absorption, extremely good self-lubrication, fatigue resistance, solvent resistance, and good maintenance of mechanical properties at elevated temperatures. When PBT was reinforced with glass fiber it has excellent maintenance of properties up to its crystal melting point. Key markets include under-the-hood automotive applications, which require thermal and solvent resistance, electrical and electronic applications, power tools, small and large appliance components, and athletic goods. 

---