Here's an Article from an electrical engineer who's work I really admire. I encourage you to read it and follow him for more content if you have interest in electrical things..
Choosing the right cable for your #construction project isn’t just technical, it’s essential for safety and #performance.
Whether it’s for lighting, power circuits, or HVAC systems, the right selection makes all the difference.
Before installing, check and Calculate
- Load current
- Voltage drop (keep under 3–5%)
- Cable length (longer runs need adjustments)
- Ambient temperature
- Installation method (buried, in conduit, or on tray?)
- Short circuit capacity (can it handle faults?)
- Type of load (lighting, motors, HVAC, elevators)
- Applicable standards (NEC, IEC, BS 7671, or local codes)
- Cable Material (Copper = performance, Aluminum = cost savings)
Choosing the right cable for your #construction project isn’t just technical, it’s essential for safety and #performance.
Whether it’s for lighting, power circuits, or HVAC systems, the right selection makes all the difference.
Before installing, check and Calculate
- Load current
- Voltage drop (keep under 3–5%)
- Cable length (longer runs need adjustments)
- Ambient temperature
- Installation method (buried, in conduit, or on tray?)
- Short circuit capacity (can it handle faults?)
- Type of load (lighting, motors, HVAC, elevators)
- Applicable standards (NEC, IEC, BS 7671, or local codes)
- Cable Material (Copper = performance, Aluminum = cost savings)
Here's an Article from an electrical engineer who's work I really admire. I encourage you to read it and follow him for more content if you have interest in electrical things..
Choosing the right cable for your #construction project isn’t just technical, it’s essential for safety and #performance.
Whether it’s for lighting, power circuits, or HVAC systems, the right selection makes all the difference.
Before installing, check and Calculate
- Load current
- Voltage drop (keep under 3–5%)
- Cable length (longer runs need adjustments)
- Ambient temperature
- Installation method (buried, in conduit, or on tray?)
- Short circuit capacity (can it handle faults?)
- Type of load (lighting, motors, HVAC, elevators)
- Applicable standards (NEC, IEC, BS 7671, or local codes)
- Cable Material (Copper = performance, Aluminum = cost savings)
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