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Blue sea system 2014

Blue sea system 2014

Product catalog summary

P12 Battery Charger LED Remote Overview
The P12 Battery Charger LED Remote is designed to indicate the battery charger's stage and control basic functions. It features several LED indicators and control buttons for user interaction.

LED Indicators:

Charging LED: A green light confirms charging.
Charge Stage: Displays the current charging stage.
Equalize LED: Indicates when the charger is in equalization mode.
Fan Mode: Shows the internal fan mode of the charger.
Charge Output: Displays the percentage of output current for each battery and indicates maximum output settings.
Alert: Icon LEDs provide warning and alert status for diagnostics.

Control Buttons:

Fan: Allows user-adjustable settings.
Dim/Alarm: Adjusts LED brightness and silences alarms.
Output: Adjusts charger output to accommodate AC source limitations.
Power: Puts the charger into standby mode.

Mounting Options: The device can be mounted using a 360 Panel system.

DeckHand Dimmers Overview
DeckHand Dimmers control the dimming of non-regulated LED, incandescent, and halogen lights. They feature an illuminated exit with adjustable time delay, support multiple switch locations, and have a memory for the last dimmer setting.

Specifications:

Nominal Voltage: Varies by model.
Operating Range: Varies by model.
Maximum Output Current: Varies by model.
Maximum Parasitic Current: Less than 2mA.
Temperature Rating: -40°C to 85°C.

Regulatory Compliance: E marked, meets ISO 8846 and SAE J1171 requirements.

Battery Management Overview
Battery management is crucial for safe boat or vehicle operation. Blue Sea Systems offers a range of battery switches and automatic charging relays (ACRs) to manage large battery banks efficiently.

Key Features:

Manual Battery Switches: Isolate battery energy during non-use or emergencies.
Automatic Charging Relays (ACRs): Automatically combine batteries during charging and isolate them during discharging.
Low Voltage Disconnect (m-LVD): Saves battery power for engine starting by disconnecting non-essential loads.

Regulatory Compliance: E marked, UL Listed, meets ABYC and SAE J1171 requirements.

Battery Management Panels Overview
The document provides detailed specifications and features of various battery management panels and related components. It includes information on battery switches, circuit breakers, and automatic charging relays, focusing on their specifications, features, and regulatory compliance.

Specifications
The document lists several battery switches with varying voltage capacities (12V, 24V, 32V, 48V DC) and dimensions. It also details the cranking, intermittent, and continuous ratings for different wire sizes, emphasizing the importance of selecting the appropriate wire size for specific current ratings.

Features and Functions
Key features of the battery management panels include the ability to isolate engine circuits from house circuits, emergency cross-connect between isolated battery banks, and protection of electronics from voltage sags and spikes. The panels also provide 24-hour circuit protection and include ON indicating LEDs and spare apertures for additional circuit breakers.

Component References
The document references various components such as m-Series and e-Series battery switches, C-Series flat rocker circuit breakers, and push-button reset-only circuit breakers. It also mentions the inclusion of a square format label set for circuit identification.

Regulatory Compliance
The products meet UL 1500 and SAE J1171 external ignition protection requirements, ensuring safety and reliability in marine and automotive applications.

Automatic Charging Relays (ACR)
The document explains the operation of automatic charging relays, which manage the charging of multiple battery banks from a single source. ACRs are preferred over battery isolators due to their lower voltage drop and ability to fully charge batteries.

Related Products and Features
Additional related products include solenoid switches, remote control switches, and low voltage disconnects. The document highlights features such as manual override knobs, LED outputs for switch state indication, and integrated coil control to minimize heating and amperage draw.

Conclusion
The document provides comprehensive technical details on battery management systems, emphasizing the importance of proper component selection and installation to ensure efficient and safe operation in various applications.

Specifications
The document outlines the specifications for various Automatic Charging Relays (ACRs) and related battery management products. Key specifications include:

Operating current for combined and open states, with values such as 90mA and 15mA respectively.
Nominal voltage options of 12V and 24V DC.
Cable size requirements, with a minimum of 6 AWG and a maximum of 1/0 AWG.
Terminal stud size and length specifications.
Relay contact positions with specific voltage requirements for different durations.
Over and under voltage lockout and recovery thresholds.

Procedures and Features
The document describes the operational procedures and features of the ACRs:

Automatic combination of batteries during charging and isolation during discharging and engine starting.
Optional start isolation to protect sensitive electronics during engine cranking.
Remote LED indication of ACR states.
Integrated LED for status indication and quick connect terminals for optional features.

Regulatory Compliance
The products meet various regulatory standards, including:

E marked and ISO 8846 compliance.
SAE J1171 external ignition protection requirements.
IP67 rating for protection against immersion up to 1 meter for 30 minutes.

Recommendations and Best Practices
The document suggests:

Using ACRs to prevent battery discharge and ensure reliable engine starting.
Adding a second battery to avoid being stranded due to a dead starting battery.
Choosing the right ACR based on continuous and intermittent ratings above the maximum alternator output and auxiliary battery load.

Related Products
The document references related products such as battery switches, toggle switches, and LEDs, providing page numbers for additional information.

Overview: This document provides detailed specifications and features of various types of fuses and fuse blocks used for circuit protection in marine and automotive applications. It includes information on different fuse types, their amperage ratings, and the corresponding retail packaging.

Fuse Types and Specifications:

ATM® Fuses: Mini blade-type fuses with amperage ratings ranging from 5A to 30A. They feature tin-plated connector blades for corrosion resistance and have an interrupting capacity of 1,000A at a maximum operating voltage of 32V DC.
easyID™ ATC® Fuses: These fuses use LED technology to indicate when a fuse has blown. They are available in amperage ratings from 3A to 40A and have similar specifications to ATM® fuses.
MEGA® or AMG® Fuses: Designed for 100 to 300 Amp circuit protection, these fuses are economical and suitable for high-current applications.
Class T Fuses: These fuses offer high interrupt capacity for large battery banks, including Lithium-Ion and TPPL batteries, with amperage ratings from 35A to 225A.
ANL Fuses: Suitable for 35–750 Amp loads, these fuses provide robust protection for high-current circuits.

Fuse Blocks and Holders:

MAXI™ Fuse Block: Designed for 30–80 Amps, it features screw termination that accepts a variety of wire sizes and provides a consolidated location for fuses.
ST Blade Fuse Blocks: These blocks offer a space-saving solution for adding circuit protection and are available in configurations for 6 or 12 circuits.
Terminal Fuse Blocks: Marine Rated Battery Fuse (MRBF) blocks are designed for space-saving and ignition protection, suitable for 30 to 300 Amp loads.
Safety Fuse Blocks: These blocks are ignition protected and suitable for use on gasoline-powered boats, with a maximum operating voltage of 32V DC.

Features and Regulatory Compliance:

Many fuses and blocks feature visible indication of blown condition and corrosion-resistant materials.
Several products meet SAE J1171 external ignition protection requirements and are rated IP66 for protection against powerful water jets.
Specifications are subject to change, and users are advised to check the manufacturer's website for the most current information.

Recommendations: For a full-scale fuse comparison and to choose the correct fuse and amperage, users are directed to page 122 of the document. It is recommended to use the appropriate fuse blocks and holders to ensure compliance with safety standards and to provide effective circuit protection.

Specifications and Features:
1. The document outlines various fuse blocks and their specifications, including MEGA®, AMG®, AMI®, MIDI®, ATO®, and ATC® fuses.
2. Terminal stud sizes and mounting options are specified for different parts, with details on the materials used, such as tin-plated copper and stainless steel for corrosion resistance.
3. The fuse blocks are designed to meet regulatory standards like SAE J1171 and ISO 8846, ensuring ignition protection and water resistance (IP66 rating).

Product Descriptions:
1. SafetyHub Fuse Blocks: These blocks consolidate multiple circuits and are ignition protected, suitable for gasoline-powered boats. They feature integrated connecting plugs to reduce wiring complexity.
2. ANL and Class T Fuse Blocks: These blocks support a wide range of amperages and are designed for fast-acting circuit protection.
3. SafetyHub 100, 150, and 250: These models offer different configurations for circuit consolidation and include features like remote battery switches and integrated negative buses.

Regulatory Compliance:
1. Products meet various standards, including SAE J1171 for external ignition protection and ISO 8846 for marine applications.
2. IP66 rating ensures protection against powerful water jets, making these products suitable for harsh marine environments.

Applications and Use Cases:
1. The fuse blocks are used in marine applications, particularly on gasoline-powered boats, to protect high-amp loads and consolidate circuits.
2. They are suitable for main or branch circuit protection, with specific models designed for use with electronic equipment and inverters.

Additional Features:
1. Insulating covers meet ABYC/USCG requirements, and cover breakouts allow wire access in any direction.
2. The design includes features like insert molded studs for secure mounting and storage space for spare fuses.

Product Comparisons:
1. The document provides a comparison of different fuse blocks, highlighting their maximum voltage, amperage range, and regulatory compliance.
2. It also compares in-line fuse holders and their compatibility with various fuse types.

Overview: This document provides detailed specifications and features of various circuit protection devices, including push button reset-only circuit breakers, waterproof boots, and different series of circuit breakers. It is intended for use in environments where circuit protection is critical, such as marine or industrial applications.

Push Button Reset-Only CLB Circuit Breaker Waterproof Boots:

Designed to protect push button circuit breakers in wet environments.
Features include incorporation into waterproof panels and replacement of dress nut mounting.
Specifications: Nickel-Plated Brass thread material, 3/8"-27 thread, IP67 rating for water immersion protection.

ST CLB Circuit Breaker Blocks:

Compact surface mount solution with secure screw termination.
Features quick connect clips, tin-plated copper busses, and clear insulating cover.
Specifications include a maximum operating voltage of 32V DC and amperage up to 100A per block.

Medium Duty Push Button Reset-Only Circuit Breakers:

Provides circuit protection for 15 to 60 Amp loads.
Features weatherproof design and trip-free operation.
Specifications include interrupting capacity of 5,000A @ 32V DC and 3,000A @ 120V AC.

285-Series Circuit Breakers:

Medium duty circuit protection for 25 to 150 Amp loads.
Features visible reset lever and trip-free design.
Specifications include a maximum operating voltage of 48V DC and IP67 rating.

187-Series Circuit Breakers:

Heavy duty circuit protection for 25 to 200 Amp loads.
Features single lever operation and trip-free design.
Specifications include a maximum operating voltage of 48V DC and IP66 rating.

A-Series Toggle Circuit Breakers:

Combines switching and circuit protection into a single device.
Available in single and double pole configurations.
Specifications include a maximum operating voltage of 65V DC / 250V AC and magnetic hydraulic trip-free type.

Regulatory Compliance:

Products meet various regulatory standards including UL 1077, SAE J1171, and IP ratings for water protection.

Overview: This document provides detailed specifications and guidelines for various types of circuit breakers, including A-Series Rocker Circuit Breakers and C-Series Toggle Circuit Breakers. It also discusses safety measures related to marine electrical systems, particularly focusing on Equipment Leakage Circuit Interrupters (ELCIs) and Ground Fault Circuit Interrupters (GFCIs).

Specifications: The document outlines the interrupting capacity, voltage, and amperage trip references for different circuit breakers. It includes tables detailing the interrupting capacity for both AC and DC applications, with specific values for single, double, and triple pole configurations.

Procedures and Standards: The document references standards such as UL 1077, EN60934, and ABYC requirements. It emphasizes the importance of adhering to these standards for safety and compliance in marine electrical systems.

Recommendations: It is recommended to use ELCIs and GFCIs to prevent electrical hazards on boats. ELCIs should be installed within 10 feet of the shore power inlet to provide 30mA ground fault protection for the entire AC shore power system. GFCIs are recommended for branch circuit ground fault protection in potentially wet environments.

Key Features: The document highlights features of the circuit breakers, such as trip-free mechanisms, high interrupt capacity, and suitability for both AC and DC applications. It also notes the importance of proper installation and maintenance to ensure safety and functionality.

Safety Considerations: The document discusses the risks associated with faulty grounds and ground faults, emphasizing the need for proper grounding and the use of protective devices like ELCIs and GFCIs to mitigate these risks.

Conclusion: Adhering to the outlined specifications and recommendations is crucial for ensuring the safety and reliability of marine electrical systems. The use of ELCIs and GFCIs is particularly important in preventing electrical hazards and protecting both people and equipment.

Overview: The document provides detailed specifications and regulatory information for various electrical components used in marine environments, specifically focusing on ELCI (Equipment Leakage Circuit Interrupter) and GFCI (Ground Fault Circuit Interrupter) systems. These components are designed to offer overcurrent and leakage protection, adhering to ABYC E-11 standards for shore power protection.

Specifications:

Interrupting Capacity: 5,000 Amps for AC circuit breakers.
Temperature Range: Operating temperatures from -35°C to 66°C.
Switching Cycles: 10,000 cycles at rated amperage and voltage.
Type: Magnetic Hydraulic—Trip free.
Mounting: Uses #6-32 stainless steel screws with a recommended torque of 6–8 in-lb.

Regulatory Compliance:

UL 1077, UL 943 Class A, and UL 1500 certifications for various models.
AC and AC/DC circuit breakers are E marked.

Product Variants:

ELCI Main and GFCI Branch circuit breakers available in different series (A-Series, C-Series) with varying voltage and amperage ratings.
Models include options for 120V, 230V, and 240V applications, with leakage trip settings of 5mA or 30mA.

Panel Enclosures:

SMS Surface Mount System designed for ELCI Main circuit breakers, featuring glass-filled polycarbonate bases and clear covers for easy status viewing.
Includes waterproof glands and stainless steel mounting hardware.
Enclosures are IP66 rated, providing protection against powerful water jets.

Additional Features:

Green LEDs for backlighting and ON indication, with red LEDs for reverse polarity indication.
Various panel configurations available, accommodating different circuit breaker setups.

Water Resistant Switches:

Contura switches designed for use in water-resistant panels, offering vibration, shock, and moisture resistance.
Available in different styles and configurations, including dimmer switches for deck lighting control.

Conclusion: The document outlines a comprehensive range of circuit protection and switching solutions for marine applications, emphasizing safety, regulatory compliance, and adaptability to various electrical setups.

Overview: This document provides detailed specifications and descriptions of various electrical components and systems offered by Blue Sea Systems, focusing on switches, panels, and connectors.

Specifications: The document outlines specifications for Contura Switch Mounting Panels, including dimensions, material, and environmental resistance. It highlights the modular design allowing for assembly in various sizes and provides specific measurements for different panel types.

Procedures: Instructions for mounting and using the actuator removal tool and Contura switches are provided. The document also includes guidelines for testing cut holes in actual materials to ensure proper fit.

Standards and Compliance: The components meet UL 1500 and ISO 8846 standards for external ignition protection and are rated IP67 for water resistance. The document emphasizes compliance with USCG and ABYC insulation requirements.

Recommendations: Recommendations include using specific mounting panels for different applications and ensuring compatibility with existing systems. The document suggests using DualBus Plus and m-Series ON/OFF Battery Switch for efficient electrical load management.

Key Features: Key features of the products include vibration and shock resistance, thermoshock, moisture, and salt spray resistance, and the use of nickel-plated brass for non-corrosive construction. The document also highlights the use of LED lighting with a long lifespan.

Related Products: The document references related products such as Contura Circuit Breaker Panels, DeckHand Dimmers, and WeatherDeck™ Toggle Switches, providing page numbers for further details.

Data Summary: Tables in the document provide detailed specifications for various switches, including amperage ratings, pole/throw configurations, and terminal types. The document also includes dimensions and part numbers for easy reference.

Conclusion: Blue Sea Systems offers a comprehensive range of electrical components designed for durability and compliance with industry standards, suitable for various marine and industrial applications.

Specifications
1. Continuous Rating: 130A AC/150A DC
2. Voltage Max. Operating: 300V AC/48V DC
3. Mounting Holes: Accepts #10 (M5) Screws
4. Bus Material: Tin-Plated Copper CDA 110/UNS C11000
5. Regulatory: E Certified

Product Overview
This document provides detailed specifications and descriptions for various electrical components such as BusBars, Terminal Blocks, and Cable Connectors used in electrical systems. These components are essential for ensuring reliable and efficient electrical connections in various applications, including marine environments.

Key Components

BusBars: Available in different amperage ratings (e.g., 150A, 250A, 600A) and configurations, these are used for distributing electrical power efficiently. They come with optional insulating covers and are made from tin-plated copper for durability.
Terminal Blocks: These are used to isolate circuits and can be combined using Terminal Block Jumpers to create common circuits. They are fully insulated to prevent power leakage.
Cable Connectors: Designed to connect high amperage cables securely, these connectors include insulators and are rated for IP66 protection against water jets.

Mounting and Installation
Components are designed with specific mounting hole sizes to accommodate standard screws, ensuring secure installation. The document provides detailed dimensions for each component to assist in proper installation and integration into existing systems.

Regulatory Compliance
All components are E Certified, ensuring they meet industry standards for safety and performance. The insulating covers meet ABYC insulation requirements, providing additional safety in marine applications.

Additional Features
Some components include features like insulating covers with breakouts for easy wire access, and stainless steel studs for enhanced durability. The document also highlights related products and compatible enclosures for comprehensive system integration.

Specifications:
The document outlines specifications for various marine electrical components, including ring and gasket materials made from UV-stabilized thermoplastic and Buna-N rubber, respectively. Mounting holes are designed to accept specific sizes of stainless steel screws.

Product Features:
The document describes CableClams with stainless steel dress caps, which provide waterproof side entries for antenna cables without removing factory-installed connectors. These products are available in different part numbers, each supporting specific maximum connector and cable diameters.

Panel Systems:
Blue Sea Systems offers a range of panel systems, including WeatherDeck® Waterproof Panels, Contura Switch Water Resistant Panels, and the 360 Panel System. Each system is designed for specific applications, such as wet environments or open-cockpit installations, and offers features like LED indicators, circuit protection, and customizable configurations.

WeatherDeck® Panels:
These panels are designed for extreme weather conditions and are available in switch-only, fuse, and circuit breaker models. They feature bicolored LEDs for circuit status indication and can be mounted in multiple orientations.

Contura Switch Panels:
Designed for wet environments, these panels use industry-standard Contura switches and are available in various configurations. They offer features like watertight mounting gaskets and LED indicators.

360 Panel System:
This system provides an open frame for mounting a broad selection of modules, allowing for future upgrades and customization. It supports both DC and AC circuits and offers unmatched design flexibility.

Key Features and Benefits:

Waterproof and weather-resistant designs suitable for marine environments.
Customizable panel systems for specific electrical needs.
Integrated LED indicators for easy monitoring of circuit status.
Compatibility with existing marine hardware and systems.

Overview: The document provides detailed specifications and configurations for Blue Sea Systems' Traditional Metal Panels and 360 Panel Systems, designed for marine power distribution. These panels are suitable for both extensions to existing setups and full replacements, offering a range of configurations to meet various electrical needs.

Specifications: The panels are constructed with a marine-grade aluminum frame, treated to resist corrosion. They support up to 35 circuit breaker positions with voltage ratings of 12V and 24V DC, and 120V, 120/240V, and 230V AC. The total panel rating can reach up to 100A per bus, with LED indicators for ON status and large format labels for clarity.

Product Variants: The document lists multiple panel configurations, including Traditional Metal and 360 Panel Systems, with varying positions, circuit breaker types, and nominal voltages. Each configuration is detailed with dimensions, depth, and specific part numbers for circuit breakers and meters.

Features: Key features include ON-indicating LEDs, backlit label positions, and the ability to monitor voltage across multiple battery banks. Some panels include digital or analog meters for enhanced monitoring capabilities.

Related Products: The document references related products such as A-Series Toggle Circuit Breakers, Digital and Analog Meters, and LED Indicator Lights, providing page numbers for further details.

Applications: These panels are used in various marine applications, including installations on Saber Spirit and SAFE Boats, indicating their suitability for both recreational and commercial/military use.

Additional Notes: Specifications are subject to change, and users are directed to the Blue Sea Systems website for the most current information. The document also includes references to component parts and additional accessories like insulating back covers.

Specifications:
The document provides detailed specifications for various Blue Sea Systems products, including rotary switches, circuit breaker panels, and custom panel solutions. Key specifications include:

Rotary Switches: Operate at a maximum voltage of 600V AC and 240V AC, with a wire size range of 12–6 AWG. They are designed to switch between three AC sources.
Panel Dimensions: Various panel sizes are listed, with dimensions provided in inches and millimeters.
Circuit Breakers: Include both AC and DC options, with specific part numbers and amperage ratings provided.

Procedures:
The document outlines procedures for designing and ordering custom panels using the Panel Wizard or Custom 360 Panel Worksheet. The process involves designing the panel, confirming the design, and submitting an order, with panels shipping within seven business days.

Standards and Regulatory Compliance:
Products are E marked and UL listed, ensuring compliance with relevant safety and performance standards.

Recommendations:
Blue Sea Systems recommends using their products for comprehensive monitoring and management of AC and DC systems on boats and other vehicles. The Vessel Systems Monitor VSM 422 is highlighted for its ability to monitor multiple systems, including DC, AC, tanks, and bilge pumps.

Key Features:
Highlighted features include:

ON indicating LEDs and backlit label positions for easy monitoring.
Insulating covers included with 360 Panel System AC/DC panels.
Custom labels available in multiple languages.

Data and Graphical Information:
The document includes tables with detailed dimensions and specifications for various panel configurations, as well as descriptions of available modules and frames for custom panels.

Overview: The document provides detailed specifications and guidelines for various electronic components used in marine and industrial applications, focusing on tank senders, digital and analog meters, and associated accessories.

1. Tank Senders:

Designed for use with VSM 422, the tank senders are available in two models: 1811 and 1810, supporting tanks up to 24" and 32" deep, respectively.
Features include anti-slosh algorithms for accurate readings and ignition protection.
Installation requires specific conditions: calibration with VSM 422, a minimum 4" distance from tank sides, and perpendicular mounting to the liquid surface.

2. Digital Meters:

Various models are available for monitoring DC and AC functions, including multimeters, voltmeters, and ammeters.
Key features include large LED displays, splash-proof designs, and programmable alarms for voltage and current monitoring.
Specifications detail measurement ranges, resolutions, and accuracy percentages.

3. Analog Meters:

Available in micro and standard sizes, these meters offer backlighting for low-light conditions and include external shunts when necessary.
They are designed for both DC and AC applications, with specific models for different voltage and current ranges.

4. Mounting Panels:

Panels are provided for easy installation of both digital and analog meters, accommodating standard sizes and including necessary mounting hardware.

5. Shunts and Transformers:

DC shunts and AC current transformers are specified for use with respective ammeters, detailing their ratios and dimensions.

6. Mini Clamp Multimeter:

A compact tool for measuring AC/DC current without circuit disturbance, featuring auto-ranging and additional functions like data hold and overload display.

7. Regulatory and Operational Guidelines:

Components are E-marked and designed for specific operational conditions, with recommendations for continuous operation and maximum current ratings.

Product Overview
This document provides detailed specifications and descriptions of various metering and accessory products offered by Blue Sea Systems. The products include analog and digital ammeters, voltmeters, multimeters, and various panel accessories designed for marine and other applications.

Metering Products

Vessel Systems Monitor VSM 422: Measures AC and DC currents and voltages, bilge, tank, and state of charge. Dimensions: 4.00" x 3.00" x 2.00".
DIN Ammeters: Available in various ranges and styles, including analog and digital with or without alarms.
Analog and Digital Meters: Various models measuring different ranges of AC and DC currents and voltages.

Gauges

2 Inch Round Gauges: Designed for boat operation monitoring, featuring watertight, fog-resistant, and anti-scratch glass faces.
Specifications include maximum operating voltage, temperature ranges, and amperage operating current.

Panel Accessories

Includes insulating back covers, dual USB chargers, socket-plug systems, and label systems.
Designed to meet ABYC safety requirements and provide electrical insulation and mechanical protection.

Label Systems

Offers a variety of label formats for different panel systems, made from durable polycarbonate material with waterproof adhesive.
Custom labels are available for specific applications.

Specifications and Compliance

All products are subject to change, and current information can be found on the Blue Sea Systems website.
Products comply with various regulatory standards, including FCC and UL ratings.

Overview: This document provides detailed information about the labeling options available from Blue Sea Systems for various panel formats. It includes specifications, ordering procedures, and a comprehensive list of standard and custom labels.

Specifications: The document mentions that specifications are subject to change and advises checking the Blue Sea Systems website for the most current information.

Label Options: Blue Sea Systems offers over 500 standard labels and the ability to order custom labels online in any language. The labels are available in square and large formats, with specific part numbers provided for ordering.

Ordering Procedure: To order individual labels, customers need to specify the part number (either 6520 or 8063) and the label number. The document lists numerous label texts with corresponding numbers for easy reference.

Related Products: The document references related products such as the 360 Panel and various Label Backlight Systems, indicating compatibility with the labels offered.

Key Label Categories: The labels cover a wide range of applications, including electrical systems (e.g., 12 Volt DC, 120 Volt AC), marine equipment (e.g., bilge pump, anchor light), and general accessories (e.g., GPS, refrigerator, stereo).

Conclusion: Blue Sea Systems provides a comprehensive labeling solution for marine and electrical panels, with a focus on customization and rapid delivery through their in-house printing facility.

Overview: This document provides detailed guidelines on selecting the correct wire, fuse, and fuse holder for marine electrical systems, ensuring safety and reliability. It includes a comprehensive list of electrical components and systems typically found on boats, such as lights, alarms, pumps, and navigation instruments.

Wire Selection: The document outlines a step-by-step process for choosing the correct wire size based on current flow in amps, circuit type, and circuit length. It distinguishes between non-critical circuits (10% allowable voltage drop) and critical circuits (3% allowable voltage drop). An example is provided for clarity.

Fuse Selection: A detailed chart helps in selecting the appropriate fuse and amperage based on the wire size determined in the previous step. It emphasizes the importance of choosing the correct fuse to prevent nuisance blows while ensuring adequate protection.

Fuse Holder Selection: The document advises on selecting suitable fuse holders or blocks, considering environmental factors like ignition and ingress protection. It provides options for in-line fuse holders and fuse blocks, highlighting their applications.

Battery Management: Wiring schematics for various battery configurations are provided, illustrating how batteries, switches, and automatic charging relays are interconnected. The diagrams cater to different setups, from simple single battery systems to complex multi-battery and generator systems.

DC Circuit Protection: The importance of using fuses and circuit breakers to protect wire insulation from overcurrents is discussed. The document stresses that every positive wire in the DC Main Power Distribution System must be protected, except those intended for starting currents.

Conclusion: The document serves as a comprehensive guide for marine electrical system installation, emphasizing safety through proper wire, fuse, and fuse holder selection. It encourages consulting with certified installers for specific installation queries.

DC Main Distribution System: The American Boat and Yacht Council (ABYC) provides voluntary standards for DC Main circuit protection devices, such as fuses or circuit breakers. These devices are not required for wires carrying engine starting currents. Placement dimensions for these devices vary based on the conductor's housing and connection to the battery.

DC Main Circuit Protection Selection: The key attribute of a DC Main circuit protection device is its Ampere Interrupt Capacity (AIC) rating, determined by the total Cold Cranking Amperes (CCA) of connected batteries. Wire selection is based on voltage drop requirements and maximum continuous current capacity, with higher-grade marine wires rated up to 105°C.

AC Main Power Distribution and Circuit Protection: AC systems on boats provide paths for power delivery and fault current return, with circuit breakers ensuring electrical separation and protection. Devices qualifying as AC main circuit breakers must meet specific AIC requirements and have multiple poles. An Equipment Leakage Circuit Interrupter (ELCI) is required for shore power applications.

Marketing Materials: Blue Sea Systems offers various sales and marketing materials to assist in product promotion and selection, including catalogs, guides, and merchandising plans.

Catalog excerpts

Power Conversion P12 Battery Charger LED Remote 10 Battery Management Manual Battery Switches 14-19 Battery Management Panels 20 Remote Battery Switches 22 Automatic Charging Relays 24-28 cuit Protection and Switches Fuse Holders and Fuse Blocks 37-45 Water Resistant Contura Switches 60 WeatherDeck™ Toggle Switches 62 Terminal Blocks Terminal Feed Through Connectors 70 PowerPost Cable Connectors 70 Distribution Panels Contura Switch Water Resistant 78-79 DC Branch Circuit Breaker 82-85 AC Branch Circuit Breaker 86-87 AC Main Circuit Breaker 88-89 AC Source Selection Circuit Breaker 90 AC RCBO,...

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PRODUCTS Power Conversion Circuit Protection and Switches SMS Surface Mount System (p. 57) Waterproof Rated IP66 panel enclosure with a 240V AC, 50A ELCI circuit breaker. 7521, 7522 Four-stage, three-output charger with a rugged cast aluminum case. PreFloat stage helps to prevent overcharging. Designed, assembled, and tested in the USA. Features pre-drilled rubber inserts for easier installation. Stainless steel dress cap conceals mounting hardware and matches stainless steel deck fittings. Provides side entry for antenna cables. Stainless steel dress cap conceals mounting hardware and matches...

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2 BATTERY BANK, 1 ENGINE ELECTRICAL SYSTEM Power Conversion 1. DeckHand Dimmer (p. 11) Digitally controls dimming of non-regulated LED, incandescent, and halogen lights. Batter y Management 2. m-Series Battery Switch (p. 15) Compact 300A continuous rated battery disconnect. Running Lights 3. m-ACR Automatic Charging Relay (p. 25) Automatically combines batteries during charging, isolates batteries when discharging. Cabin Lights Circuit Protection and Switches 4. ST-Blade Fuse Block (p. 39) Compact ATO®/ATC® Fuse Block with independent source to protect both switched and 24-hour circuits. Switched...

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3 BATTERY BANK, 1 ENGINE ELECTRICAL SYSTEM INTRODUCTION Power Conversion Shore Power Digital, four-stage charger designed to meet global electrical requirements. 2. P12 Battery Charger LED Remote (p. 10) 3. DeckHand Dimmer (p. 11) Digitally controls dimming of non-regulated LEDs, incandescent, and halogen lights. Battery Management 4. m-Series Battery Switch (p. 15) Compact 300A continuous rated battery disconnect. e-Series Battery Switch (p. 16) Standard case 350A continuous rated battery disconnect. 6. ML-Series Remote Battery Switches (p. 22) 500A magnetic latching relay with manual control....

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Power AC Power DC Monitor and Control Ground DC Running Lights Cabin Lights

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Blue Sea Systems P12 Battery Chargers are designed to perform in the most challenging conditions found around the world.

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POWER CONVERSION Drawing on experience gained from years of design, manufacturing, and customer input, Blue Sea Systems introduces the P12 Battery Chargers. SECTION INDEX Customers have asked for a battery charger with the latest technology and features built with the integrity and engineering expertise applied to every Blue Sea Systems product. Customers want a charger that can work anywhere, in any conditions, with any battery type, is easy to install, and intuitive to operate. They also demand a high level of product support for questions and troubleshooting. Blue Sea Systems P12 Battery Chargers...

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Scan for additional product information P12 Battery Chargers POWER CONVERSION The P12 Battery Charger is designed, assembled, and tested at Blue Sea Systems company headquarters in Bellingham, Washington. The P12 Battery Charger was designed to support three core company philosophies: 1. Reliability • Rugged, finned aluminum case • Universal line voltage 90–265V AC, 50/60 Hz • AC over and under voltage shut down and automatic restart • PreFloat stage prevents over charging by allowing each battery to end absorption stage individually Large, bright display Multi-language: English, French, German,...

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TOP 7.80" (198mm) TOP MOUNTING SCREW CENTERS FOR DRIP PROOF PERFORMANCE, CHARGER MUST BE MOUNTED VERTICALLY AS SHOWN Charge Coordination Explained A boat’s batteries typically spend less than 2% of their time being charged by the alternator. For the remaining 98% of the time they are being maintained by the AC battery charger. During this time, it is important that the proper charging stage of Bulk, Absorption, PreFloat, or Float be applied to each battery. POWER CONVERSION Ø0.3" (6.6mm) CLEARANCE FOR: M6, 1/4", or #12 MOUNTING HARDWARE U N D E RWAY When engine is running and alternator is charging...

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Scan for additional product information P12 Battery Charger LED Remote POWER CONVERSION Indicates battery charger stage and alerts and controls basic battery charger functions. LED Indicators • Charging LED- Quick check for green light confirms charging • Charge Stage- Displays charging stage • Equalize LED- Indicates the charger is currently in equalization mode • Fan Mode- Indicates charger's internal fan mode • Charge Output- Displays the percentage of output current for each battery. Will also indicate maximum output setting when maximum output is adjusted to accommodate for AC source limitations....

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Scan for additional product information DeckHand Dimmers POWER CONVERSION Digitally controls dimming of non-regulated LED, incandescent, and halogen lights Features • Illuminated exit with adjustable time delay • Supports multiple switch locations • Memory for last dimmer setting • Bulb saver prevents excessive bulb aging while boat’s batteries are being charged • Provides continuous voltage control from 0 to 100% of input voltage • Offset mounting tabs allow dimmers to be mounted close together • Retail package includes momentary (ON)-OFF-(ON) switch 8216 (p. 60) Specifications Vn Nominal Voltage...

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Boston Whaler manages three outboards and three battery banks on the 370 Outrage with Blue Sea Systems ML-Automatic Charging Relays and ML-Remote Battery Switches.

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Battery management is central to safe operation of a boat or vehicle. A battery switch is required by ABYC in every boat with a battery over 800 Cold Cranking Amps (CCA). This requirement exists so the potentially destructive energy in the batteries can be isolated in With involvement on the American Boat and Yacht Council (ABYC) Electrical Component Project Committee, Blue Sea Systems is close to the source of standards for battery switches. The company's participation in the process means quick response when standards and needs of boaters change. In addition to the broadest selection of industry...

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Blue sea system 2014

Blue sea system 2014

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