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Want to light up your pathways, garden, or patio? Low voltage bollard lights solar are a great option. They’re not just energy efficient with low voltage bollard lights led, they elevate any low voltage bollard lights outdoor environment.
In this blog, we’ll break down everything you need to know about low voltage bollard lights. We’ll guide you through:
- How to pick the best low voltage bollard lights: Understand the features and factors to consider for the ideal fit.
- Low Voltage Bollard Lights Installation: A step-by-step guide on how to set up your LED lights.
- Troubleshooting: We’ll tackle common issues and fixLow Voltage Bollard Lights so you can shine.
If you’re a DIYer or just looking to add some style to your outdoor space, this is your ultimate resource.
How to pick the best low voltage bollard lights?
What’s the purpose of the lighting? Is it for path lighting, accent lighting, or security? You can choose from various shapes, sizes, and finishes to match your home’s style.
It’s tough to beat aluminum and stainless steel, especially in coastal areas. Choose cool or warm white LEDs for energy efficiency. It’s easy to install solar, but it’s not as reliable as wired systems.
Before you buy, read online reviews and compare features.
How to Install Low Voltage Bollard Lights?
I’ve put together a detailed guide on how to install low voltage bollard lights:
What materials are required to install Low Voltage Bollard Lights?
- Low voltage bollard lights
- Low voltage outdoor cable (gauge depends on distance and light wattage).
- Low voltage landscape transformer
- Direct burial wire connectors
- Shovel
- Concrete mix (optional, for more stability)
- PVC conduit (optional, for added wire protection)
Install Low Voltage Bollard Lights
Run the cable, place the transformer, and think about distances and voltage drops.
Place PVC conduit in the trench if you want. Dig a trench 6-12 inches deep for the cable. Then connect the primary wires to your outlet (according to the manufacturer’s instructions) and place the transformer near an outdoor outlet.
Place the low voltage cable along the trench, leaving extra at each light. Attach the bollard light leads to the cable ends using wire connectors. Follow the manufacturer’s instructions.
First, you can bury it directly: dig a hole, place the bollard base in it, then backfill it. You can also dig a hole deep enough for concrete, insert the bollard base, and fill it with concrete mix. Let it dry.
You can use wire connectors to secure the main cable to the transformer’s secondary wires. Check all the lights, then backfill.
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Troubleshooting Low Voltage Bollard Lights
Check out this guide for troubleshooting low voltage bollard lights:
Lights Won’t Turn On
Connect the transformer and turn it on. Check for tripped circuit breakers or blown GFCIs. Make sure the timer or photocell works.
Check the main cable for breaks, cuts, and animal damage. Be sure to use waterproof wire connectors. Check for loose wires, corrosion, and water damage.
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Not working on individual lights
Replace the bulb/LED if necessary. Check the socket for corrosion or damage. Make sure the fixture itself gets power (use a non-contact voltage tester).
Cable to the Light Check the wires leading to the non-working light for cuts or damage.
At the fixture base, check the wire connectors.
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Flickering or dimming lights
There can be voltage drop if you have long wire runs or too many lights on one circuit. Can Flickering Lights Cause A Fire?
You may need to recalculate the voltage drop or use thicker gauge wire. Fix loose connections Tighten transformer connections. If the transformer output voltage is wrong, replace it.
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What is the voltage of a bollard light?
Low voltage Bollard lights are great for pathway lighting, landscapes, and gardens. They usually run at 12 or 24 volts. The low voltage is great for residential and commercial outdoor lighting because it’s energy efficient, easy to install, and safe.
There are some bollard lights that work on standard line voltage (120-277 volts) for specific applications, especially in commercial or industrial settings.
Where should the bollard lights be placed?
Bollard lights are good for increasing visibility, improving safety, and complementing the aesthetics of an area.
- Enhance pathways for safety and navigation.
- Mark driveway boundaries and improve visibility.
- For easy access, highlight entry and exit points.
- Enhance garden features like statues, plants, or fountains.
- In public areas like parks, commercial buildings, and pedestrian areas.
- To add ambient lighting to outdoor living spaces like decks and patios.
It’s important to have even spacing for consistent illumination, so there are no spots too bright or too dark.
Are bollard lights effective?
Bollard lights are highly effective for several reasons. You’re more safe and secure since they illuminate pathways and outdoor areas, so you’re less likely to trip and fall. Bollard lights add visual appeal to landscapes and architecture with their various styles and designs.
They’re built to withstand harsh weather conditions, so they’re durable. LED technology is more energy-efficient and has a longer life span than traditional lighting.
You can use it for everything from residential landscapes to commercial and public spots.
Read Also: Motion Sensor Driveway Lights: How To Reduce Crime And Lower Energy
In conclusion, installing low voltage bollard lights can enhance your outdoor space’s aesthetic appeal and functionality.
Ensure a successful installation following manufacturer instructions and considering distances and voltage drops. Steps like checking for loose connections and inspecting the wiring can help you troubleshoot. The right outdoor bollard lights provide safety and ambiance.
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