What I Did in the Document

• Showed the service entrance cable going into the meter base neatly through a brass gland.

• Explained how the meter base separates live and neutral before feeding the panel.

• Designed the distribution panel with a main breaker, bus bar, and space for branch circuits.

• Added a grounding system using a 16 mm² bonding conductor to an 8‑ft ground rod.

• Wrote a Job Safety Analysis (JSA) listing hazards, risks, and prevention steps.

• Prepared a cost estimate for cables, panel, breakers, ground rod, conduit, and accessories.

• Outlined inspection and testing (continuity, polarity, voltage, and functional tests).

What I did:

• Showed how the splitter safely distributes power using busbars, mechanical lugs, and brass glands.

• Wrote a Job Safety Analysis (JSA) covering hazards like live conductors, sharp edges, and incorrect torque, with control measures such as PPE and lockout/tagout.

• Prepared a material list with costs for the enclosure, busbars, glands, conductors, ground rod, and accessories.

• Explained grounding and bonding using a 6 mm² copper conductor connected to a 2.4 m ground rod, bonding the enclosure, meter bases, and panels.

• Outlined testing procedures including continuity, polarity, insulation resistance, earth resistance, voltage, and load tests.

• Summarized that the splitter unit provides a safe, TTBS‑compliant way to supply multiple dwellings with secure distribution and proper grounding.