ebm-papst, Tangential Centrifugal Fan, 96 x 251 x 83mm, 130m³/h, 230 V AC (QLZ Series)

Dimensions: 96 x 251 x 83mm

Noise Level: 40dB

Mounting Hole Diameter: 2.4mm

Series: QLZ

Vertical Hole Spacing: 16.5mm

AC or DC Operation: AC

Bearing Type: Sleeve

Height: 96mm

Width: 251mm

Depth: 83mm

Air Flow: 130m³/h

Supply Voltage: 230 V ac

Horizontal Hole Spacing: 154mm Fan Speed: 1400rpm Blower Type: Tangential Mounting Hole Spacing: 154 x 16.5mm

The EBM-Papst Tangential Centrifugal Fan, particularly from the QLZ Series, is an innovative product designed to meet diverse industrial needs. This fan exhibits a unique blend of efficiency and performance, characterised by its tangential and centrifugal airflow dynamics. It measures 96 x 251 x 83 mm, making it a compact yet powerful solution for various applications.

Standout Features and Benefits of the Tangential Centrifugal Fan

• With an output of 130m³/h, it ensures rapid and effective air movement.
• Its dimensions (96 x 251 x 83 mm) make it suitable for installations where space is at a premium.
• It operates on a standard 230 V AC supply, making it versatile for global industrial use.
• Offers a unique airflow pattern that is beneficial for even and consistent air distribution.
• Constructed with high-quality materials, ensuring a long service life under various operating conditions.

Design and Additional Capabilities

This fan model boasts a robust design crafted for longevity and reliability. The dimensions of 96 x 251 x 83 mm indicate a form factor that is both space-efficient and capable of fitting into a range of systems. It delivers an impressive air flow rate of 130m³/h, powered by a 230 V AC source. The fan’s architecture is optimised for tangential airflow, which enhances its efficiency and performance in targeted cooling or air distribution tasks.

The ebm-papst, Tangential Centrifugal Fan, 96 x 251 x 83mm, 130m³/h, 230 V ac (QLZ Series): Versatile Usage

The EBM-Papst Tangential Centrifugal Fan finds its utility in a multitude of sectors. Some of the primary applications include:

• Ideal for cooling in server racks, power supplies, and other electronic equipment due to its efficient airflow.
• Employed in heating, ventilation, and air conditioning systems for residential and commercial buildings.
• Suitable for cooling machinery and components in industrial settings to prevent overheating.
• Its versatile design allows for integration into specialised equipment or systems requiring focused air distribution.