EasyManua.ls Logo

Smart system Smart 2 lite User Manual

Default Icon
6 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Page #1 background imageLoading...
Page #1 background image
Ultrasonic Antifouling Smart 2 lite
En / Installation manual
Ver. 02/2020
Please read and follow the installation manual carefully! In order for the device to work
properly it has to be installed correctly, especially the ultrasonic transducers.
Package Contents
- main box Smart 2 lite
- 2 transducers with connectors IP68
- Transducer mounting adapters
- 8 m cable for each transducer
- 4 m cable for DC connection
- abrasive paper
- cleaning alcohol wipe
- 2 k adhesive
- contact grease
- user manual
Introduction
Ultrasound is mainly used in industry, medicine, for cleaning purposes… Our device works on the
principle of converting electrical energy into mechanical energy through a transducer. The transducer
transmits ultrasonic vibrations that resonate through the hull of the boat and thus prevents the formation
of biofilm on the hull. Ultrasonic vibrations also create a cavitation effect below the water surface. The
cavitation effect destroys the cells of microorganisms and stops them from adhering to the underwater
part of the hull. Microorganisms and biofilm are food for algae and seashells that adhere to the hull and
underwater parts of a boat, such as rudder, propeller…
Ultrasonic antifouling is environmentally friendly.
Follow the instruction manual and thus correctly install the device. The hull of the boat and underwater
parts of the boat will stay clean for a few seasons. Underwater anodes can be replaced during a lift-out
or in the water.
Warning
Install the ultrasonic device on the boat after cleaning the hull thoroughly and applying the antifouling
paint. Device will prevent the growth of organisms and partly clean the hull. Place the device on the
inside of the boat.
Device is suitable for plastic and metallic hulls (aluminum, iron).
Technical Specifications
- Main box (IP55)
- 2 Transducers 60W (IP68)
- DC 12V or 24V
- Frequency range 20-55khz
- 2 Transducer resonate band
- Power adjustable 4 steps
- Burst time adjustable 2 steps
- Burst pause time adjustable 2 steps
- Average consumption 250mA - 1A
- Output Transducer voltage max. 300V (1000Vpp)
- Low voltage protection
Question and Answer IconNeed help?

Do you have a question about the Smart system Smart 2 lite and is the answer not in the manual?

Smart system Smart 2 lite Specifications

General IconGeneral
BrandSmart system
ModelSmart 2 lite
CategoryUltrasonic Jewelry Cleaner
LanguageEnglish

Summary

Product Introduction and Overview

Introduction to Ultrasonic Antifouling

Explains the principle of converting electrical energy into mechanical energy for antifouling.

Installation Warning

Emphasizes careful installation, especially of transducers, for proper device function.

Technical Specifications

Lists key technical details including power, frequency range, and voltage requirements.

Transducer Placement and Installation

Location of Master Box and Transducers

Guidance on selecting optimal locations for the master box and transducers on the boat.

Hull Preparation for Transducer Mounting

Instructions for preparing a flat, clean surface on the hull for transducer adhesion.

Main Box Installation and Setup

Main Box Installation Guidelines

Recommendations for placing the main box near the battery and connecting cables.

Power Connection Procedure

Step-by-step guide for connecting the power supply to the main box and battery.

Device Operation and Maintenance

Voltage Drop Warnings

Details how the device responds to low battery voltage conditions.

Maintenance and Troubleshooting

Guidance on periodic checks, troubleshooting common issues, and contact information.

DIP Switch Configuration

Transducer Working Mode and Time Settings

Configuration options for transducer operation modes and timing in cyclic mode.

Burst and Power Settings

Adjustments for burst frequency, time, pause duration, and power output levels.

Transducer Type and Example Settings

Selection for transducer type and examples of common DIP switch configurations.