Self-Cleaning UV Light
R2,999.00
This self-cleaning UV light is an advanced ultraviolet device designed to purify water by emitting UV-C rays that eliminate harmful microorganisms. Its self-cleaning feature prevents the accumulation of debris, algae, and microbial contaminants on the UV light itself, ensuring consistent and optimal performance.
This self-cleaning UV light is superior to traditional UV lights because it maintains consistent water purification without frequent cleaning. This results in lower maintenance costs, reduced downtime, and more reliable water quality, making it ideal for maintaining healthy aquatic environments in water treatment systems, fishponds, pools etc.
The inside of the main Stainless Steel tube is polished. This allows the UV rays to be reflected 2-3 more times which enhances the efficiency of the UV sterilizer by more than 200%.
- Gross weight – 3,4kg
- Dimensions – 1060 x 130 x 70mm
- Port size – 40mm
- Power Input – 230VAC 50Hz
- Power Output – 55W
- Main Body Material – 316 Grade Stainless Steel, UV-resistant Polycarbonate
- UV-Lamp – 4-pin
- Glass Tube - Quartz
- Patent Pending
Frequently Asked Questions
Is the Self-Cleaning UV Sterilizer easy to install?
| Yes, the self-cleaning UV sterilizer is designed for easy installation. To guide you through the process, we provide a detailed installation video available on YouTube and our website. |
Is the Self-Cleaning UV Sterilizer safe to use in my koi pond and aquarium?
| Yes, the self-cleaning UV sterilizer is completely safe for use in koi ponds and aquariums. It effectively eliminates harmful bacteria and algae without using chemicals, ensuring a clean and healthy environment for your fish. Always follow our guidelines for proper installation and use to maintain safety and efficiency. |
How long will the UV Bulb last before i need to replace it?
| The UV bulb typically lasts around 8,000 to 10,000 hours of continuous use before needing replacement. This translates to approximately 12 months if used consistently. To maintain optimal performance, it’s recommended to replace the bulb annually, even if it’s still functioning, as its effectiveness decreases over time. |
What size pump is required for the Self-Cleaning UV Sterilizer to operate at its optimal efficiency, ensuring proper water flow and effective sterilization?
| To ensure optimal water flow and effective sterilization, the required pump size depends on the installation orientation of the self-cleaning UV sterilizer: Horizontal Installation: A 120W pump is ideal, and our MK4 Nanobubbler is a perfect match for this setup. Vertical Installation: A 1.1kW pump is recommended, and our MK3 Nanobubbler is an excellent choice for this configuration. Both options ensure the sterilizer operates efficiently for maximum performance. |
What makes this Self-Cleaning UV Sterilizer better than other similar products?
| What sets our self-cleaning UV sterilizer apart from other similar products is its advanced self-cleaning feature, which helps maintain consistent performance without the need for frequent manual cleaning. This reduces maintenance time and ensures the sterilizer remains effective for longer periods. Additionally, it is designed with energy efficiency in mind, providing powerful UV sterilization while consuming less power. Its high-quality construction ensures durability, making it ideal for both koi ponds and aquariums. The ease of installation, coupled with user-friendly features, offers an overall superior experience compared to other sterilizers on the market. |
The NanoBubbler™ in Action
The NanoBubbler™ creates 170 Liters of air bubbles per minute and produces three major categories of air bubbles:
Macro Bubbles
These bubbles are large and visible. They create movement in the water column as they rapidly rise to the top of the water’s surface. They attached to dead bacteria and other debris and lift them to the surface.
Fine / Micro Bubbles
These bubbles are much smaller but still visible. They remain in the water column for a short period of time (1 min- 1hour). Some of these bubbles will amalgamate with others and form bigger bubbles. Others will implode under the water pressure and the air will dissolve into the water increasing/maximizing dissolved oxygen. Dissolved oxygen is crucial not only for aquaculture but also for aerobic oxidative bacteria. The more dissolved oxygen in the water the more active are the aerobic bacteria in degrading organic matter improving the water body conditions.
Ultra Fine / Nano Bubbles
With most polluted water sources there is a thick layer of sediment at the bottom of the water column. This sediment is usually in an anaerobic state as little or no oxygen reaches this layer. The Nano Bubbles has the ability to remain in water and contact the sediment layer. At this depth air inside the bubble is dissolved into the sediment layer. This changes this area to an aerobic condition accelerating organic matter oxidation and decomposition and cleaning the sediment layer.