Description
A typical inline cabinet fan consists of a motor, a propeller, and a housing. The fan motor converts electrical energy into the motion of the propeller. The fan propeller draws air in or out of the inline cabinet. The fan housing encloses the motor and propeller.
Inline cabinet fans are typically used in commercial and industrial buildings. These fans are used for ventilation, air purification, and air transfer between different HVAC systems.
Features of a Typical Inline Cabinet Fan
A typical inline cabinet fan has the following features:
Motor: The motor of a typical inline cabinet fan is usually an AC motor. An AC motor has two coils that are placed in two different phases. This causes a current with a constant frequency to flow through the motor, which results in a more stable fan operation.
Propeller: The propeller of a typical inline cabinet fan is usually made of metal or plastic. Metal propellers are more durable, but plastic propellers are lighter. Propellers of typical inline cabinet fans are usually of the axial or centrifugal type. Axial propellers move the air axially. Centrifugal propellers move the air radially.
Housing: The housing of a typical inline cabinet fan is usually made of metal or plastic. Metal housings are more durable, but plastic housings are lighter. The housing of a typical inline cabinet fan is usually of the housing type. The housing type transfers the air from one side to the other.
Other Features: An inline cabinet fan may have other features such as:
- Controller: The controller controls the fan speed.
- Filter: The filter collects airborne particles.
- Thermal protector: The thermal protector protects the motor from overheating.
Types of Cabinet Fans
cabinet fans come in a variety of types, each with its own unique characteristics. Some of the most common types of through-wall cabinet fans include:
- Axial cabinet fans: These fans have an axial impeller that moves air axially.
- Centrifugal cabinet fans: These fans have a centrifugal impeller that moves air radially.
- Centrifugal inline cabinet fans: These fans are a combination of axial and centrifugal fans.
Choosing a Regular Cabinet Fan
When choosing a regular cabinet fan, there are several factors to consider:
Fan capacity: The fan capacity determines the airflow rate of the fan. You should choose a cabinet fan with a capacity that suits your needs.
Airflow rate: The airflow rate determines the amount of air moved by the fan per unit time. You should choose a cabinet fan with an airflow rate that suits your needs.
Fan pressure: The fan pressure determines the amount of pressure the fan can generate. You should choose a cabinet fan with a fan pressure that suits your needs.
Protection class (IP): The protection class determines the fan’s protection against dust and moisture. You should choose a cabinet fan with a protection class that suits the environment it will be used in.
Overall, a regular inline cabinet fan is an essential device for ventilation and air transfer in commercial and industrial buildings. When choosing a regular inline cabinet fan, you should consider various factors to choose the best option for your needs.
Technical Specifications of a Typical Cabinet Fan
The technical specifications of a typical cabinet fan include:
Fan Capacity (CFM)
The fan capacity determines the amount of airflow the fan can provide. It is measured in cubic feet per minute (CFM). For example, a fan with a capacity of 1000 CFM can move 1000 cubic feet of air in one minute.
Fan Static Pressure
The fan static pressure determines the amount of pressure the fan can generate. It is measured in inches of water (in. H2O). For example, a fan with a static pressure of 10 in. H2O can move air through a duct with a resistance of 10 in. H2O.
Fan Blade Diameter
The fan blade diameter determines the physical size of the fan blades. The diameter of the fan blade typically ranges from 12 to 24 inches.
Fan Speed (RPM)
The fan speed determines how fast the fan blades rotate. The fan speed typically ranges from 1000 to 3000 RPM.
Motor Type
The motor type determines the type of motor used in the fan. Cabinet fans typically use AC motors. AC motors have two coils that are placed in two different phases. This causes a current with a constant frequency to flow through the motor, which results in more stable fan performance.
Ingress Protection (IP)
Ingress Protection (IP) indicates the level of protection a fan provides against dust and moisture. The IP rating is a two-digit code. The first digit indicates the level of protection against dust, and the second digit indicates the level of protection against moisture. For example, a fan with an IP55 rating is protected against dust and water jets.
Other Features
A typical through-wall cabinet fan may have additional features such as a controller, filter, and thermal protector.
Controller
A controller regulates the fan’s speed. Controllers are typically mechanical or electronic.
Filter
A filter captures airborne particles. Filters are typically made of paper, metal, or plastic.
Thermal Protector
A thermal protector safeguards the motor from overheating. Thermal protectors are typically thermostat-type.
Factors to Consider When Choosing a Through-Wall Cabinet Fan
When selecting a through-wall cabinet fan, various factors should be considered to ensure the best choice for your needs. Some key factors include:
Fan Capacity
The fan capacity determines the airflow rate of the fan. You should choose a cabinet fan with a capacity that suits your requirements.
Fan Pressure
Fan pressure determines the amount of pressure the fan can generate.
Buying a regular cabinet fan from Satraptahvieh
Satraptahvieh Alborz is one of the reputable manufacturers and distributors of cabinet fans in Iran. With over 20 years of experience, this company produces and supplies a wide variety of products in different types of regular cabinet fans. To buy a regular cabinet fan from Satraptahvieh Alborz, you can contact our sales experts.
Reviews
There are no reviews yet.