Description
BPS-8 Ultrasonic Antifouling System | Boat Supply Store
Combat persistent marine biofouling effectively and sustainably with the BPS Marine BPS-8 Ultrasonic Antifouling System. This 12VDC system deploys eight submersible ultrasonic transducers, generating a multi-frequency sweep (20kHz-42kHz) to disrupt the settlement of organisms on hulls up to 80ft. Engineered for a zero-maintenance operation, it significantly reduces reliance on abrasive hull cleanings and extends the lifespan of your existing bottom paint, particularly beneficial for vessels operating in high-fouling Gulf Coast waters.
Key Features
- Eight submersible ultrasonic transducers for comprehensive coverage
- Protect hulls up to 80ft in length
- Eliminate marine growth with a 100% chemical-free and eco-friendly process
- Reduce fuel consumption through a cleaner hull
- Extend bottom paint life by inhibiting organism attachment
- Minimize the need for costly hull cleaning services
- Safeguard hard-to-reach areas including drives and rudders
- Enjoy zero scheduled maintenance requirements post-installation
Specifications
| Product Specifications | |
|---|---|
| Power Operation | 12VDC or 24VDC |
| Average Power Draw | 2Ah |
| Transducer Strength | 60W |
| Cable Length per Transducer | 15ft |
| Ultrasonic Sweep Range | 20kHz-42kHz |
Who This Is For
Boat owners seeking an eco-friendly, chemical-free, and low-maintenance solution to prevent marine growth on their hulls, drives, rudders, and stabilizers. It is particularly suitable for vessels up to 80ft or smaller vessels with complex drive systems requiring robust protection.
How It Compares
| Feature | BPS-8 Ultrasonic Antifouling System | Competitor |
|---|---|---|
| Number of Transducers | 8 | 2, 4 |
| Maximum Hull Coverage | 80ft | — |
| Transducer Strength | 60W | Not Specified, Not Specified |
| Average Power Draw | 2Ah | 0.5A @ 12V, 1.2A @ 12V |
| Frequency Range | 20kHz-42kHz | Not Specified, Not Specified |
| Installation Method | Epoxy on hull surface | Epoxy on hull surface, Epoxy on hull surface |
| Chemical-Free | Yes | Yes, Yes |
Common Concerns Answered
Is the initial cost higher than traditional antifouling methods?
While the initial investment for the BPS-8 is greater than some traditional bottom paints, it offers long-term cost savings through reduced maintenance, extended hull life, and fuel efficiency, providing a superior return on investment over time.
Is the installation process complicated?
The BPS-8 system is designed for DIY installation without requiring thru-hulls. However, it demands careful surface preparation, precise transducer placement, and proper epoxy application, potentially requiring professional assistance for larger vessels or those less experienced with marine epoxy work.
How does effectiveness vary with water conditions?
Effectiveness can exhibit minor variations based on specific water conditions and the types of marine growth prevalent in your operating area. The multi-frequency sweep algorithm is engineered to address a broad spectrum of fouling organisms.
Frequently Asked Questions
How does the BPS-8 ultrasonic antifouling system work?
The system utilizes eight submersible transducers that emit specific ultrasonic frequencies, creating micro-vibrations on the hull surface that deter marine organisms from attaching and growing. This prevents fouling without chemicals.
What is the effective range of the BPS-8 system?
The BPS-8 system is designed to protect hulls up to 80 feet in length, ensuring comprehensive coverage for a wide range of vessel sizes.
Is the BPS-8 system safe for marine life and the environment?
Yes, the BPS-8 operates entirely without chemicals and uses ultrasonic frequencies that are safe for marine life, humans, and the overall marine environment.
What is the power consumption of the BPS-8 system?
The system draws an average of 2Ah, making it an efficient solution that can typically be powered by your vessel's existing 12VDC or 24VDC electrical system.
Can the BPS-8 system be used on different types of boat hulls?
Yes, the BPS-8 system is compatible with most rigid hull materials commonly found on boats, including fiberglass, steel, aluminum, and wood, when installed with appropriate epoxy bonding.
