Street Lights for Society Roads, Parking & Apartment Campuses

Three to four times the mounting height. A 6 m pole spaces at 18 to 24 m, a 4 m pole at 12 to 16 m. Use the closer end of the range at curves, speed breakers, pedestrian crossings, and anywhere mature trees have grown into the beam - which in an older society is most places.

It depends on road length, pole height and layout rather than on the number of flats. Send us the road lengths, existing pole positions and pole heights and we'll return a fixture count and spacing plan - which is the number an RWA needs to put in a proposal, not an estimate.

Both give 10,000 lumens. The Slim is lightweight on a 50 mm pole and suits parking rows, service lanes and footpath poles where budget per pole matters. The standard model has more heat sink area on a 60 mm pole and runs cooler over long nightly hours - better on main internal roads, where replacing a failed fixture means arranging a ladder and an electrician.

Replacing a 150W sodium vapour street light with a 100W LED saves roughly 219 units per fixture per year at 12 hours a night. Across thirty poles that's about 6,570 units - roughly ₹52,000 a year at ₹8 per unit. Payback typically falls between fourteen months and two years, before counting the maintenance saved on lamp replacement.

With a day/night photocell sensor, yes - it switches at dusk and dawn automatically and adjusts through the year, so nobody has a daily switching job. Importantly, one sensor controls an entire circuit rather than one per pole, which changes the cost of the proposal significantly.

100W flood lights (12,000 lumens) one every 10 to 12 m for open parking, or 50W for a small bay or covered stilt area. Mount at 10 to 12 feet minimum, angled 30° downward, and overlap the beams so there are no dark patches between fixtures. Aim inward so light doesn't enter ground-floor flats.

50W or 100W flood lights, wall-mounted, spaced for even coverage rather than bright pools. Light the ramp mouth more brightly than the ramp interior, because the eye needs time to adapt on entry. Run at least a partial circuit 24 hours - a basement is dark at noon, so day/night sensors are the wrong control here.

Almost always mounting height and aim. A flood or street light mounted too low, or angled outward rather than downward, throws light into ground-floor and first-floor windows. Mount at 10 to 12 feet minimum, angle roughly 30° down, and aim inward across the campus. It's far easier to get right at installation than to fix after complaints start.

Recessed glare-shielded step lights - 3W square or 6W rectangular - with at least one per landing, plus 2W to 6W up-down wall lights along corridors and at flat entrances. These are low-wattage fixtures on long hours, so consumption is negligible while the visible improvement is large.

Cool white (6500K) on roads, parking and basements, where visibility and contrast matter. Warm white (3000K) at the entrance gate, boundary wall and lobby, where the job is presentation. Keep them on separate circuits and avoid mixing the two within a single sightline.

Yes - the specification is identical for gated communities, institutional campuses, hostels, office campuses and industrial townships. The zones are the same: internal roads, parking, basements, pedestrian areas and a boundary. Only the scale changes.

Yes, IP65 throughout - fully dust-tight and protected against water jets from any direction. That's the correct rating for pole and wall mounting, where a fixture sheds water downward and is never submerged. It also matters in basements, which are damp, flood in monsoon and get pressure-washed.

Yes. Society jobs are almost always project quantity and we quote at bulk pricing with GST invoicing, which the society's accounts and any later AMC claim will need. Send road lengths, pole positions and parking dimensions and we'll return a layout with fixture counts.

Yes, and a phased proposal usually passes the general body more easily than a single large one. The sequence that works: roads and basement first for safety, gate and staircases second because residents see them daily, parking and boundary third. Order the same models across phases so the campus doesn't end up mismatched.

Two years' warranty across the range, BIS certified and government empanelled, manufactured in Delhi and shipped PAN India. Keep the GST invoice as the warranty reference - for a society, file it with the AMC papers rather than with the individual who placed the order. ---