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Inland Shipping – Products
MKT 75/440 Air whistle, suitable for vessels with a LOA 20m till 75m. Approved for inland vessel.
Regulations Before and After COLREG 1972
Before “COLREG 1972” (International Regulations for Preventing Collisions at Sea), low-pitched tones were often used for smaller vessels. However, the principle of reserving low tones for large vessels was not strictly enforced. The IMO regulations now reserve very low tones exclusively for the largest ships. For middle-sized and smaller vessels, there are broader frequency options available.
Signal Preferences and Frequency Range
IMO regulations prioritize signals that maintain audibility even at a distance. Vessels between 20 and 75 meters (66 – 246 feet) should use whistles with frequencies ranging between 250 and 700 Hz. These frequencies ensure effective communication and compliance with maritime safety standards.
Optimal Whistle Positioning for Clear Sound Propagation
Proper whistle MKT 75/440 positioning is essential for ensuring clear, unobstructed sound radiation. Large deck surfaces can disrupt sound waves, similar to how light waves experience optical refraction. This disruption can diminish the effectiveness of the whistle. To prevent such issues, it’s crucial to place the whistle where no obstacles interfere with sound propagation.
Meeting IMO Regulations for Safety
The International Maritime Organization (IMO) emphasizes the importance of selecting an appropriate whistle position on board. Not only does this ensure efficient signaling, but it also guarantees that the permissible sound levels at the listening post are maintained. Excessive noise at this post can be a safety concern, so careful placement is key.
For the best results, a combined whistle system should be used, featuring a frequency difference of at least 10 Hz between the two whistles. This setup complies with IMO safety regulations and enhances sound distribution across the vessel. Proper installation ensures both strong signaling and adherence to safety standards, protecting crew members from high noise levels while ensuring effective communication at sea.
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Technical Data
- Frequency: 440 Hz
- Sound Pressure Level (1m):
- Total: 143 dB
- 1/3 octave IMO limit: 130 dB
- Air consumption: 8 – 10 I/s
- Air supply pressure: 0,3 – 0,45 MPa (3 – 4,5 bar)
- Weight: 1,85 kg
MLT 75/345 Air whistle, suitable for vessels up to LOA 20m. Approved for inland vessel.
Compact and Efficient Signaling Whistle
The TYFON® MLT 75/345 ND is designed for vessels up to 20 meters in length, meeting IMO requirements for signaling equipment. It achieves a sound pressure level of 120 dB within one 1/3 octave, ensuring compliance with international maritime standards. The system offers practical features tailored for effective and reliable performance on board.
Key Features for Optimal Performance
- Electrically driven compressor: Eliminates the need for pressurized air on board.
- Thermostatic heating: Ensures consistent operation even in colder conditions.
- Low power consumption: Designed to deliver high sound output with minimal energy usage.
- Easy installation: Simplifies the setup process, saving time and effort for ship crews.
Installation and Electrical Setup
For optimal sound distribution, mount the whistle as high and free of obstructions as possible. This positioning ensures all-around sound radiation, which is crucial for effective signaling. Additionally, the compressor is housed in a protective box with a built-in heating unit, ensuring reliable operation in all weather conditions.
When connecting the compressor, wire it to the power relay, which is controlled by a push-button switch. Be sure to check the polarity of the compressor during installation. For a 24 V system, use a cable section of at least 2.5 mm² and protect the circuit with a 16 A slow-blow fuse for safety and performance.
With its durable design, ease of installation, and energy efficiency, the TYFON® MLT 75/345 ND is an ideal choice for small vessels, offering robust performance while fully complying with IMO regulations.
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Technical Data
- Power supply: 24V DC
- Power consumption compressor: 195 W
- Power consumption heating: 25 W
- Sound frequency 345 Hz
- Sound Pressure Level at 1 m:
- Total 126 dB
- 1/3 octave 122 dB
- Weight 4,4 kg
Navigation Light Controller
This is the core of the system for controlling and monitoring your navigation
lights – with the unique Lopolight monitor relay, one for each light. The
system is scalable from 4 up to 60 lights.
- CABINET OPTION
The cabinet is an optional IP66
enclosure. Available in 2 sizes. - COMPACT
Ideal for installations where space is
at a premium and power supply is DC.
Each compact system holds up to
14 relays, several systems can be
combined up to 60 outputs.
PHILAE Conventional Fire Detection System
The PHILAE is a versatile conventional fire detection system that supports 4 to 28 zones. It has a total capacity for up to 512 detectors or manual call points, providing extensive coverage for fire safety.
The system’s modular design allows the connection of up to three PHILAE_EM extension modules, each offering 8 additional zones, expanding the capacity to a maximum of 28 zones. Each zone can accommodate up to 32 devices, such as manual call points, optical smoke, heat, and flame detectors, including intrinsically safe options.
Additionally, the PHILAE system supports up to three repeaters, such as PHILAE_RP, which can log events for locations like the Engine Control Room or Fire Control Room, ensuring comprehensive monitoring.
Display
The Philae Fire Detection and Alarm System provides clear status indication with yellow and red LEDs for zone monitoring. Additionally, the system includes bilingual text (English and French by default, with other languages available upon request). An integrated buzzer ensures immediate audio alerts, while customizable labels allow easy zone identification, offering enhanced clarity and personalization.
Input
The system features one dedicated general alarm input. This input activates a sequence of 7 short blasts followed by 1 long blast on the siren output, ensuring proper alarm signaling in critical situations.
Key Functions
- Microswitch Configuration: Simplifies system setup and customization.
- Access Code Protection: Ensures only authorized personnel can modify protected functions.
- Zone Monitoring: Detects short circuits, open circuits, or missing detectors, ensuring real-time system reliability.
- Automatic Power Switchover: Seamlessly shifts from main to emergency power supply, with an accompanying alarm.
- Repeater with Log Events: Records critical data, aiding in future analysis and system audits.
Outputs
The Philae system is equipped with several outputs:
- Siren Output: Monitored, 24VDC with a 0.5A maximum capacity.
- Fire Output: Dry contact, N.O., with a 1A maximum capacity.
- Fault Output: Dry contact, N.C., with a 1A maximum capacity.
- Unacknowledged Fire Alert (2 min): Dry contact, N.O., with a 1A maximum capacity.
Communication
- NET1 Output: Connects to VDR via IEC-61162-2 and NMEA 0183 standards (ASCII, 4800 bauds, 8/N/1).
- NET2 Output: Supports Modbus RTU RS485 SLAVE for communication with external equipment (9600 bauds, 8/N/1). A dedicated port is available if a repeater is used.
The Philae Fire Detection and Fire Alarm System is certified with the Marine Equipment Directive (MED), ensuring compliance with industry standards and offering reliable fire safety management.
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If you have any questions or require spare parts for your Marinelec system.
Discover the compatible Conventional Detectors and Bases.
Contact Us for More Information
If you have any questions or require spare parts for your Marinelec system.
PHILAE Conventional Fire Detection System
The PHILAE is a versatile conventional fire detection system that supports 4 to 28 zones and support the PHILAE Extension Module. It has a total capacity for up to 512 detectors or manual call points, providing extensive coverage for fire safety.
The system’s modular design allows the connection of up to three PHILAE_EM extension modules, each offering 8 additional zones, expanding the capacity to a maximum of 28 zones. Each zone can accommodate up to 32 devices, such as manual call points, optical smoke, heat, and flame detectors, including intrinsically safe options. PHILAE Extension Module
Additionally, the PHILAE system supports up to three repeaters, such as PHILAE_RP, which can log events for locations like the Engine Control Room or Fire Control Room, ensuring comprehensive monitoring.
Display
The Philae Fire Detection and Alarm System provides clear status indication with yellow and red LEDs for zone monitoring. Additionally, the system includes bilingual text (English and French by default, with other languages available upon request). An integrated buzzer ensures immediate audio alerts, while customizable labels allow easy zone identification, offering enhanced clarity and personalization.
Input
The system features one dedicated general alarm input. This input activates a sequence of 7 short blasts followed by 1 long blast on the siren output, ensuring proper alarm signaling in critical situations.
Key Functions
- Microswitch Configuration: Simplifies system setup and customization.
- Access Code Protection: Ensures only authorized personnel can modify protected functions.
- Zone Monitoring: Detects short circuits, open circuits, or missing detectors, ensuring real-time system reliability.
- Automatic Power Switchover: Seamlessly shifts from main to emergency power supply, with an accompanying alarm.
- Repeater with Log Events: Records critical data, aiding in future analysis and system audits.
Outputs
The Philae system is equipped with several outputs:
- Siren Output: Monitored, 24VDC with a 0.5A maximum capacity.
- Fire Output: Dry contact, N.O., with a 1A maximum capacity.
- Fault Output: Dry contact, N.C., with a 1A maximum capacity.
- Unacknowledged Fire Alert (2 min): Dry contact, N.O., with a 1A maximum capacity.
Communication
- NET1 Output: Connects to VDR via IEC-61162-2 and NMEA 0183 standards (ASCII, 4800 bauds, 8/N/1).
- NET2 Output: Supports Modbus RTU RS485 SLAVE for communication with external equipment (9600 bauds, 8/N/1). A dedicated port is available if a repeater is used.
The Philae Fire Detection and Fire Alarm System is certified with the Marine Equipment Directive (MED), ensuring compliance with industry standards and offering reliable fire safety management.
Contact Us for More Information
If you have any questions or require spare parts for your Marinelec system.
Discover the compatible Conventional Detectors and Bases.
Contact Us for More Information
If you have any questions or require spare parts for your Marinelec system.
Phoenix Monitor: Fire Detection Software Solution
The Phoenix Monitor, developed by MARINELEC, integrates seamlessly with the Phoenix V2 fire detection panel to provide an ergonomic, user-friendly interface for ship fire detection systems. Its customizable features make monitoring and responding to fire-related events more efficient.
Key Features
The Phoenix Monitor offers several advantages:
- Customizable Interface: Users can tailor the interface to fit their specific needs, ensuring it aligns with the vessel’s layout.
- Clear Event Visualization: Any event is displayed visually and clearly, which speeds up decision-making and enables quicker interventions.
- Event History Logging: The software keeps a detailed log of all events, allowing for comprehensive analysis.
Hardware Configuration
To run Phoenix Monitor, you need a PC with the following minimum specifications:
- Memory: 512MB of RAM
- Operating System: Windows 7 or 10 (64-bit)
- Communication: RS485 port or USB with an RS485 converter (using the Modbus RTU protocol)
- Display: Full HD resolution (1920×1080)
- Operator Stations: Up to 2 stations (master and slave)
Software Configuration
The software offers robust customization options, including:
- Vessel View Import: Users can import and assign vessel views (e.g., general profile, deck sections).
- Automatic System Import: The system configuration can be automatically imported via the Phoenix V2 panel.
- Drag & Drop Zone Assignment: Each zone and point can be assigned on the views using an intuitive drag-and-drop feature.
User Interface
The interface provides comprehensive fire monitoring, including:
- Global Monitoring: Displays status at the profile level and by bridge.
- Zone Diagnostics: Offers status and diagnostics for each zone and point.
- System Diagnostics: Monitors the Phoenix V2 network, communication, loops, and electrical networks.
- Event History: Logs all events for later analysis.
With Phoenix Monitor, the ship’s fire detection system becomes more responsive and easier to manage, enhancing safety and efficiency.
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If you have any questions or require spare parts for your Marinelec system.
Discover the PHOENIX V2 Fire Detection System.
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If you have any questions or require spare parts for your Marinelec system.
Phoenix V2: Addressable Fire Detection and Alarm Control Panel
The Phoenix V2 is an advanced fire detection and alarm control panel with two detection loops, supporting up to 126 devices per loop using the Apollo protocol. It works seamlessly with various devices, including automatic detectors, manual call points, loop-powered sounders, and I/O modules. This flexible system allows users to assign devices to any zone, making it adaptable for different requirements.
To ensure smooth installation, careful planning is crucial. Each device needs a unique address and a label of up to 40 characters to identify its location. Group devices into zones according to fire detection standards. Manage the panel configuration easily using Phoenix Soft V2.
Device Compatibility and System Design
The Phoenix V2 supports a wide range of devices, such as optical smoke detectors, heat detectors, multi-sensor detectors, switch monitors, sounders, relay modules, and bell controllers. It also integrates with conventional detection systems. Each loop provides an addressing range from 1 to 126, offering flexible options for various building layouts.
Important Considerations for Fire Detection Cables
To prevent interference or malfunction, fire alarm circuits must be kept separate from other circuits. Key considerations include:
- Minimizing electromagnetic interference from nearby circuits.
- Preventing insulation breakdown of either fire alarm or other circuits.
- Reducing fire risks caused by faults in other circuits.
Proper care is also needed when installing or removing other circuits in shared ducts or trunking to avoid damaging fire alarm circuits.
Following these guidelines ensures that the Phoenix V2 system is installed and maintained effectively, providing reliable fire detection and alarm performance.
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If you have any questions or require spare parts for your Marinelec system.
Discover the compatible Addressable Detectors and Bases.
Contact Us for More Information
If you have any questions or require spare parts for your Marinelec system.
The Role of Inland Shipping
Inland shipping plays a vital role in reducing highway traffic by moving goods efficiently across rivers and canals throughout Europe. As more goods are transported via waterways, it helps ease congestion on roads, benefiting the environment and overall logistics. Additionally, the rapid innovation in high-quality equipment is making navigation easier and more efficient for vessels.
Trusted Brands for Sustainability and Efficiency
Reliable, durable products are essential to ensure smooth operations and long-term performance. Our trusted brands, such as Kockum Sonics, Lopolight, and Marinelec, offer advanced solutions that cater to the specific needs. With their extensive experience in the shipping industry, they provide equipment designed to promote both sustainability and economic efficiency.
Kockum Sonics, known for its acoustic signaling systems approved for Zone 2 operations in German waters, ensures safe and compliant navigation. Lopolight offers energy-efficient LED lighting solutions that guarantee durability and low maintenance, while Marinelec specializes in advanced safety and monitoring systems, providing reliable performance under all conditions.
