16-switch 24 V DC panel with analog voltmeter and ammeter

The primary role of this panel is to distribute electrical power and provide analog monitoring of circuits in 24V DC systems. It offers a centralized solution for managing and protecting 16 separate circuits aboard boats or recreational vehicles.

The '16SP' designation indicates that the panel has 16 positions, meaning it can manage and protect up to 16 different electrical circuits via its integrated switches and circuit breakers.

This panel is specifically designed to work with 24-volt direct current (DC) electrical systems. It is not suitable for 12V or AC systems.

The panel is equipped with Airpax magneto-hydraulic circuit breakers. These breakers are known for their reliability and their ability to maintain performance regardless of ambient temperature variations.

Yes, the Airpax magneto-hydraulic circuit breakers used in this panel are manually resettable. In case of overload or short circuit, they trip to protect the circuit and can be reactivated once the issue is resolved.

The panel is made with a thermo-lacquered marine-grade aluminum base plate, providing excellent resistance to corrosion and harsh environments. It also features a "Contour Design fascia" front panel for a modern aesthetic.

Yes, absolutely. Its design and materials, including its marine-grade thermo-lacquered aluminium base plate, are specifically chosen to withstand the demanding conditions of marine environments, including humidity and salt spray.

The panel integrates an analog monitoring system. The abbreviation 'ANA V A' in its name indicates it is equipped with an analog voltmeter and ammeter to monitor DC circuit voltage and current.

The switch labels are backlit by green LEDs, making them easier to identify in the dark. Red LEDs are also present to indicate the operating status (on/off) of each circuit, or a possible circuit breaker trip.

Yes, this panel is designed to comply with ABYC (American Boat & Yacht Council) standards, ensuring optimal integration and safety aboard vessels.

Yes, in addition to marine applications, this panel is also designed for power distribution and monitoring in recreational vehicle electrical systems, thanks to its robustness and compliance with standards.

The "Contour Design fascia" refers to the aesthetic and functional design of the panel's front face. It gives it a modern and clean look while ergonomically integrating switches and instruments.

The panel is usually supplied with a sheet of predefined labels for common functions, as well as blank or customizable labels. The labels are backlit by green LEDs for better visibility.

Yes, the panel includes analog measuring instruments. Specifically, it is equipped with a voltmeter and an ammeter to allow direct monitoring of voltage and current in the 24V DC system.

This panel is designed to manage up to 16 separate electrical circuits. Each position is fitted with a switch and a circuit breaker for protection and control of a circuit.

Although designed for demanding marine environments, the panel is generally splash- and moisture-resistant but not intended for immersion. It should be installed in a location protected from direct water spray.

Yes, BEP distribution panels are generally supplied with a detailed installation manual and a wiring diagram to facilitate correct circuit connection and integration into your vessel's or vehicle's electrical system.

The panel is designed for flush mounting. This typically involves cutting an opening in the mounting surface (dashboard, bulkhead) and securing the panel with screws for a clean, integrated finish.

The maximum current rating each Airpax circuit breaker can handle varies depending on the specific breaker model installed for each circuit. This information is typically detailed in the product manual or directly on the breakers themselves. It is essential to verify these specifications for each circuit.

The built-in magnetic-hydraulic circuit breakers provide protection against overcurrents and short circuits, safeguarding connected circuits. For full protection against transient overvoltages (voltage spikes), additional protective devices may be required upstream of the panel.

The BEP PAN 16SP DC24V ANA V A circuit breaker panel is a centralized power distribution and analog monitoring solution designed for marine electrical systems and recreational vehicles. It manages and protects 16 independent circuits operating at 24V DC.

This panel has 16 positions, meaning it can manage and protect up to 16 separate electrical circuits.

The BEP PAN 16SP DC24V ANA V A panel is specifically designed to operate with 24-volt DC electrical systems.

This panel is made with a marine-grade thermo-lacquered aluminum base plate. This material provides excellent resistance to the harsh conditions encountered in marine environments.

Yes, absolutely. Its marine-grade powder-coated aluminum construction and compliance with ABYC (American Boat & Yacht Council) standards ensure robustness and reliability in demanding marine environments.

Circuit protection is provided by Airpax magneto-hydraulic circuit breakers. These breakers are known for their reliability and performance in marine applications.

Each switch is supplied with labels backlit by green LEDs. This makes circuit identification easier, even in low-light conditions.

Red LEDs are integrated next to each switch to indicate circuit status. A lit red LED typically signals that a circuit is active or that a circuit breaker has tripped.

The panel integrates an analog monitoring system for DC circuits. This allows you to view key information such as voltage and current, providing a clear overview of the electrical performance.

Yes, BEP panels are designed to comply with ABYC (American Boat & Yacht Council) standards, ensuring optimal integration and safety aboard vessels.

The "Contour Design fascia" is an aesthetic feature that gives the panel a modern and clean design. It is a front panel designed to blend seamlessly into contemporary marine interiors.

The panel is equipped with slots for LED backlit labels in green. It is common for BEP to supply a set of generic labels for the most common marine applications, but it is always recommended to check the exact contents of the package.

Installing a marine electrical distribution panel requires electrical knowledge and compliance with safety standards. While an experienced user may be able to do it, it is strongly recommended to hire a qualified professional to ensure correct and secure installation in accordance with ABYC standards.

Typical installation steps include:

Select a suitable and accessible mounting location.Cut the required opening in the mounting surface.Secure the panel using appropriate fasteners.Wire the input and output circuits, observing polarity and wire gauges.Connect the analog monitoring system.It is essential to refer to the manufacturer's specific installation manual for detailed instructions.

For installation, you will generally need standard tools for electrical work and wood/plastic fabrication, such as:

A multimeter to check voltages.Wire strippers and crimping pliers.Screwdrivers (flathead and Phillips).A jigsaw or hole saw for cutting.A drill bit for mounting holes.Terminals and connectors as required.

Yes, when wiring a 24V DC system, it is critical to respect polarity (+ and -), use wires of an appropriate gauge for each circuit’s load to prevent overheating, and ensure all connections are secure and insulated. It is also important to disconnect all power sources before starting the wiring.

No, this panel is specifically designed for 24V DC electrical systems. Using it with a 12V DC system will not provide the intended protection or functionality and may damage the equipment or the panel itself.

Yes, the BEP PAN 16SP DC24V ANA V A panel is also designed for recreational vehicle (RV) applications using a 24V DC electrical system, in addition to marine applications.

No, this panel is designed with 16 fixed circuit breaker positions. It is not intended for adding additional circuit breakers beyond its original capacity. If you require more circuits, a larger panel or an additional panel would be necessary.

No, the LED backlighting for the labels and the analog monitoring system are powered directly by the 24V DC system to which the panel is connected, with no need for a separate external power source.