An IT technician is auditing environmental controls in a newly constructed server room. System monitoring reports show that the room's relative humidity has fallen to 12%, and technicians report receiving minor static shocks when touching server rack frames. Which of the following environmental adjustments is the most effective long-term control to mitigate ESD risks while protecting active hardware?
- Adjust the HVAC environmental controls to maintain relative humidity levels between 40% and 55%.Cevap
- BDecrease ambient server room temperature to 10°C (50°F) to neutralize static charge accumulation.
- CPosition high-velocity cooling fans directly in front of open rack enclosures to disperse electrostatic fields.
- DApply a liquid anti-static spray treatment directly onto active network switch faceplates and server enclosures.
Cevap
Adjusting the HVAC system to maintain a relative humidity between 40% and 55% is the standard environmental control to minimize electrostatic discharge (ESD) accumulation while avoiding moisture condensation.
Relative humidity controls static electricity in environment-controlled IT spaces. Raising dry air humidity levels to the recommended 40%-55% range allows static charges to dissipate harmlessly through microscopic air moisture, mitigating ESD events before technicians handle equipment.
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Environmental Controls and Relative Humidity for ESD Prevention
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