What Are Sollos Landscape Floods?

Sollos Landscape Floods are low-voltage outdoor lighting fixtures designed to spread light over a wider area than a narrow spotlight. In a 12V landscape system, they are commonly used to illuminate facades, fences, retaining walls, larger shrubs, feature trees, monuments, and outdoor signs. The term contractor grade generally suggests a fixture intended for regular field installation rather than occasional residential replacement work. Buyers usually look for consistent build quality, practical mounting, stable aiming, and compatibility with standard low-voltage landscape wiring methods.

Where Are Sollos Landscape Floods Used?

These fixtures are commonly used in residential landscape projects, small commercial properties, multi-unit developments, hospitality exteriors, and light-duty institutional grounds. Typical applications include wall washing on masonry or siding, lighting wider garden beds, highlighting tree canopies from a moderate setback, and improving visibility around entry monuments or site features. They are also useful where a softer, broader effect is preferred over the more dramatic punch of a narrow beam spotlight. On service jobs, flood fixtures are often selected when an existing area looks uneven and needs smoother coverage with fewer dark gaps.

How To Choose Sollos Landscape Floods

Start with the visual goal. If the job calls for broad, even illumination across a surface or planting area, a flood is usually more suitable than a spot. Next, consider fixture setback. A wider beam close to the target can create smooth coverage, while a fixture placed farther back may need more output or a different beam pattern to avoid falloff at the edges. Check the total number of fixtures on the run, the cable distance from transformer to farthest load, and whether the layout is hub, tee, or daisy-chain. Also consider service access, mounting stability in soil or hardscape, and whether the project needs a consistent family look across multiple fixture types. For retrofit work, matching the existing system voltage and transformer capacity is often more important than replacing one fixture with the brightest available option.

Trade Rules Of Thumb

For low-voltage landscape lighting, a common rule of thumb is to size the transformer at total connected fixture wattage multiplied by about 1.25 to leave reasonable headroom. Another practical guideline is to keep voltage drop to roughly 10 percent or less across the run where possible, especially when visual consistency matters. In many layouts, 16 AWG cable may suit shorter runs with lighter loads, 14 AWG may be used for medium runs, and 12 AWG is often chosen for longer runs or higher connected wattage. For aiming, flood fixtures usually benefit from testing at night before final stake or mount tightening, because daytime alignment often looks acceptable but produces glare or uneven wash after dark. These are typical field guidelines only, not code rules.

Sizing Guidelines

Begin sizing with the full system, not just the individual fixture. Add the connected wattage of all fixtures on the transformer, then apply a reasonable margin for loading and future adjustment. Review the longest cable path and estimate voltage drop based on conductor size, load, and layout. If the farthest fixtures are noticeably dimmer in similar systems, move to a heavier cable, shorten the run, split the load, or use a different wiring topology. For broader facade or landscape wash effects, spacing is usually determined by beam spread and setback distance rather than a fixed metre rule. As an approximate starting point, wider beams and closer setbacks reduce the number of fixtures needed, but too much overlap can flatten the scene and waste capacity. Final sizing and layout should be confirmed against actual fixture data, site conditions, and local electrical requirements.

Common Installation Practices

Installers commonly mock up one or two fixtures at night before committing to the full layout, especially on feature walls, trees, and signs. Cable routing is usually planned to reduce visible trench lines, avoid future edging damage, and keep splices accessible but protected. Fixtures are often aimed slightly off-axis from the main viewing angle to reduce glare into windows, walkways, or seating areas. On larger jobs, grouping fixtures by zone can simplify troubleshooting and future changes. It is also common practice to leave enough slack for repositioning after planting growth or site changes. All outdoor low-voltage work should be installed in accordance with manufacturer instructions, local code, and site-specific conditions.

Common Mistakes

One common mistake is choosing flood fixtures simply because the target area is large, without checking whether the beam is too wide for the setback. That can create spill light, glare, and weak centre intensity. Another is underestimating voltage drop on long runs, which leads to uneven brightness and callbacks. Installers also run into trouble when they place fixtures too close to walls or trunks, creating hot spots instead of a smooth wash. Poor aiming discipline is another issue, especially when fixtures are installed in daylight and never rechecked at night. On the purchasing side, selecting by fixture appearance alone without considering cable size, transformer loading, and serviceability usually costs more over the life of the system.

Brand Comparisons

For this page, the focus is on Sollos landscape floods. Since no alternate carried brands or market comparison brands were provided in the input, the practical comparison is product-position based rather than brand-versus-brand. A contractor-grade Sollos flood may be a suitable choice when the priority is standard 12V landscape integration, broad beam coverage, and straightforward field installation. If a site already uses another installed lighting family, matching that existing system may still be the better service decision for appearance, beam consistency, and maintenance simplicity. In general, buyers should compare fixture construction, beam options, mounting method, service access, and compatibility with the rest of the low-voltage system rather than assuming all landscape flood fixtures perform the same.

Related Products

Related products typically include low-voltage landscape transformers, direct-burial landscape cable, waterproof wire connectors, mounting stakes, junction accessories, photocells, timers, and control components. Depending on the project, buyers may also cross-shop landscape spot lights for narrower accent work, path lights for circulation areas, and hardscape fixtures for step, wall, or seating illumination. On larger jobs, keeping the fixture family and control approach consistent can simplify installation, aiming, and future maintenance.

Frequently Asked Questions

Are landscape floods the same as spot lights?

No. A flood light generally spreads light over a wider area, while a spotlight is usually used for narrower, more concentrated accenting. Floods are often chosen for walls, wider planting beds, and broader tree canopies.

Can I use Sollos Landscape Floods on a 12V system only?

Based on the provided category information, this page is for 12 Volt landscape lighting. The actual fixture and system details should always be confirmed against the product listing and manufacturer instructions before installation.

How do I know if my cable is too small for the run?

If the run is long or the connected load is high, smaller cable can cause voltage drop and visible dimming at the far end. As a practical rule of thumb, move to heavier cable or split the load when run length and wattage start to stack up.

How far apart should landscape flood lights be installed?

There is no single spacing rule that fits every job. Spacing depends on beam spread, fixture output, setback distance, mounting height, and the surface or planting being lit. A night mock-up is usually the fastest way to confirm spacing before final installation.

What does contractor grade usually mean for landscape lighting?

In trade use, contractor grade usually refers to fixtures intended for regular installation work with practical mounting, repeatable aiming, and better suitability for service and maintenance than entry-level decorative products. It is still important to review actual construction and product details rather than relying on the label alone.

Do I need to oversize the transformer for future additions?

In many projects, leaving some transformer capacity is a sensible planning choice. A common approach is to allow headroom beyond the current connected load so future fixtures or adjustments do not force a full system change. Final loading should always stay within the transformer and fixture requirements.