90 degree T fitting, 22 mm diameter, metal, for fluid systems.

Attwood 24 V extractor/fan for onboard ventilation

The’extractor/fan Attwood distributed by Osculati (code 16.174.51) is a component designed for applications in ventilation and aeration the nautical field. It is suitable when air exchange needs to be promoted or to support extraction/ventilation in technical compartments and onboard spaces, within a 24 V.

Identifying data

• Product: Attwood extractor/fan
• Power Supply: 24 V
• Supplier code: 16.174.51
• Supplier: Osculati S.r.l.
• Scout KM-4 PZ

Dimensions and logistical data

To facilitate evaluation during installation and warehouse management, the following data is available:

• Height: 13 cm
• Width: 15 cm
• Length: 10 cm
• Weight: 0.42 kg
• Volume: 1,950 cm³

Function: extractor and fan

This component is described as extractor/fan: a practical solution when you want to manage airflow in an onboard ventilation system. Depending on the system configuration and placement, it can be used to promote aeration or air extraction from a compartment.

Typical applications in the nautical field

In a context of onboard systems, ventilation is often a functional requirement to improve air exchange and support the management of technical compartments. The Attwood extractor/fan can be considered for:

• Technical compartments where it is useful to promote air exchange.
• Compartments and closed spaces that require aeration, depending on the system design.
• 24 V installations on boats and onboard electrical systems with this power supply.
• Maintenance or refitting interventions when replacing an existing component with a spare identified by code.

The choice of installation point and any air ducting depend on the system present onboard and the needs of the compartment to be ventilated.

Simpler selection thanks to clear code and data

The reference Osculati 16.174.51 helps to precisely manage orders, replacements, and compatibility checks with the bill of materials of your system. The data of bulk and weight support installation planning, especially when available space is limited.

Integration into 24 V systems

The power supply at 24 V makes the product suitable for onboard electrical configurations that use this voltage. When choosing, it is always advisable to check consistency with the existing system and the expected wiring methods.

Practical size for technical spaces

The dimensions listed in the datasheet make this fan/extractor a suitable solution when looking for a component compatto that is manageable during installation. This aspect is useful both in new constructions and in replacements where the housing is already defined.

Usage and installation notes

• Check the 24 V power supply of the system before connection.
• Check the dimensions (height, width, and length) against the available space and any air passages.
• Plan the positioning consistently with the desired function (ventilation or extraction) and with the air path in the compartment.
• Follow the manufacturer's instructions and good onboard electrical and mechanical installation practices.

If you are performing a replacement, it is useful to compare the product code and the dimensions with the component already installed, thus reducing downtime and adaptation interventions.

FAQ – Frequently Asked Questions

Is this extractor/fan suitable for 24 V systems?

Yes, the product is indicated with a 24 V power supply. Before installation, check that the onboard system is actually 24 V.

What is the Osculati product code?

The provided supplier code is 16.174.51 (Osculati).

What are the dimensions and weight of the vacuum/fan?

The data available on the card are: height 13 cm, width 15 cm, length 10 cm, and weight 0.42 kg.

In which contexts is an onboard extractor/fan used?

It is typically used for ventilation and aeration of technical compartments or enclosed spaces on board, depending on the system design and positioning.

Is it suitable for replacements and maintenance?

Yes, thanks to the article code reference and dimensional data, it can also be used in maintenance or replacement interventions, verifying the correspondence with the existing component.