Question

Difficulty: MediumSafety Procedures and Environmental Controls

An IT technician is preparing to install a heavy 4U storage expansion chassis into a server rack cabinet and upgrade its internal RAM modules before commissioning the server. Which of the following safety precautions should the technician implement to ensure personal safety and prevent hardware damage? (Select TWO.)

  1. Utilize a mechanical equipment lift or team lifting procedure when raising the storage chassis into the rack cabinet.Answer
  2. Attach an ESD wrist strap to an unpainted metal portion of the grounded equipment rack frame while handling internal memory modules.Answer
  3. C
    Connect the anti-static wrist strap grounding clip directly to an active AC power line conductor to maintain maximum grounding path continuity.
  4. D
    Install the heavy storage chassis at the topmost position in an empty rack cabinet to maximize airflow around the bottom intake vents.

Answer

The technician should utilize a mechanical lift or team lifting procedure to safely manage the heavy chassis weight, and attach an ESD wrist strap to an unpainted metal surface of the grounded rack frame when handling internal memory components.
Using a mechanical lift or team lifting process prevents bodily strain and dropped equipment when mounting heavy rack-mount enclosures. Attaching an anti-static wrist strap to unpainted metal on a grounded rack safely dissipates static charges without exposing technicians to hazardous voltages.

Step-by-Step Solution

1
Assess physical lifting and mounting safety for heavy server equipment.
Determined that heavy server enclosures require team lifting or mechanical assistance to prevent musculoskeletal injury or dropped hardware.
Enterprise chassis exceeding standard single-person weight limits pose severe physical strain and drop risks if handled alone.
2
Implement electrostatic discharge (ESD) protection during memory installation.
Determined that connecting an anti-static wrist strap to unpainted, grounded rack metal safely bleeds static electric charges.
Sensitive electronic components like system RAM are highly susceptible to damage from imperceptible static discharges.

Key Concept

Rack Installation Ergonomics and Electrostatic Discharge (ESD) Control
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