Zalman ZM-DF120R A3 White 120mm Reverse Daisy Chain ARGB Ανεμιστήρας 3 τεμ.

PC builders often struggle with cable clutter and inconsistent airflow when adding multiple fans. The Zalman ZM-DF120R A3 solves this with a reverse-blade design that keeps the clean side of the fan visible while pushing air upward for optimal intake, and daisy-chain support to reduce wiring to a single PWM and ARGB connection.

Who is it for

This 3-pack is ideal for users who want a tidy, high-performance cooling setup with vibrant addressable RGB lighting, especially in cases where bottom or side intake fans would otherwise show their ugly rear frames.

Main features

• Reverse airflow direction: pulls air from the front (hub side) and exhausts out the back, perfect for bottom intake or side intake without visible support struts.
• Daisy-chain design: connect fans in series for PWM and ARGB, reducing cable mess and saving motherboard headers.
• Addressable RGB lighting: 5V 3-pin ARGB connector allows per-LED control for stunning effects, synchronized with compatible motherboards.
• Fluid Dynamic Bearing: long-lasting, quiet operation with a 100,000-hour MTBF.
• Anti-vibration pads on corners reduce noise and resonance.
• PWM speed control from 500 to 2000 RPM for balanced cooling and noise.

Specifications

• Fan size: 120mm
• Fan thickness: 25mm
• Airflow direction: Reverse
• Quantity: 3 fans
• Colour: White
• Lighting: Addressable RGB (ARGB)
• Bearing type: Fluid Dynamic Bearing (FDB)
• Fan speed: 500 - 2000 RPM (±10%)
• Max airflow: 68.5 CFM
• Max static pressure: 2.0 mmH2O
• Noise level: 10 - 30 dBA
• Fan connector: 4-Pin PWM
• LED connector: 3-Pin ARGB (5V)
• Daisy chain support: Yes
• Rated voltage (fan): 12V DC
• Rated voltage (LED): 5V DC
• MTBF: 100,000 hours
• Anti-vibration pads: Yes

Tips

Use these fans as bottom or side intake to show off the clean hub side while maintaining proper airflow. Connect the daisy chain to a single PWM header and ARGB header, and control lighting via your motherboard software for a unified look.