The Ioniser Fan Interface Unit and Constant-Flow Fan

The Ioniser Fan Interface Unit and Constant-Flow Fan Interface Unit exhibit significant differences in functionality, technical specifications, and application scenarios, as detailed below:

1. Core Functionality

Ioniser docking station: Primarily employed for static elimination, generating positive and negative ions via high-voltage discharge to neutralise surface electrostatic charges. Technical parameters include ion balance (AC-powered units exhibit superior balance), ion release distance (DC-powered units achieve greater range), and safety (DC-powered units feature lower current output).

Constant-current fan docking station: Focuses on stable airflow delivery, achieving precise air volume control via DC motors. Suitable for scenarios requiring continuous heat dissipation (e.g., electronic equipment cooling). Performance metrics include airflow (CFM), static pressure, noise level, and speed regulation methods (e.g., PWM intelligent speed control).

2. Advantages and Disadvantages Analysis

Ion Fan Docking Station:

Advantages: DC type offers high ion concentration and rapid static elimination; AC type provides stable balance.

Disadvantages: DC type balance is susceptible to discharge needle wear; AC type has lower safety.

Constant-Current Fan Docking Station:

Advantages: Low noise, high energy efficiency, precise speed regulation.

Disadvantages: Higher cost, requires additional power supply support.

3. Application Scenario Differences

Ion blower docking station: Suitable for electrostatic-sensitive processes such as semiconductor packaging and liquid crystal panel production.

Constant-current fan docking station: Primarily used in industrial equipment or server cabinets requiring stable heat dissipation.