CIMME GBQ004010E4LG Blower Fan
The CIMME GBQ004010E4LG Blower Fan is a high-efficiency industrial ventilation solution designed for continuous operation in demanding environments. Built with precision engineering and heavy-duty materials, this blower provides reliable airflow performance for industrial, commercial, and process applications where consistent air movement is essential. Its base-mounted horizontal configuration ensures easy integration into various systems, while its powerful 3-phase induction motor guarantees energy-efficient performance and long service life.
Manufacturer: Cimme
Type: Blower Fan
Model: GBQ004010E4LG
Serial No.: P202100036046-0201
Technical Information
- Flow Rate: 8/36 m³/min
- Speed: 2900 rpm
- Total Pressure: 316/255 kgf/m²
- Maximum Fluid Temperature (Tmax): 80 °C
- Regulation (EU) 327/2011 Efficiency: η = 55.9% (B Total), N = 63.6
- Material: Heavy-duty painted steel
- Mounting: Base-mounted (horizontal airflow configuration)
- Usage: Suitable for continuous industrial ventilation and process air movement
- Certification: CE Marked
Motor Attachment Details
- Model: CIMME SWEA100L2 3-Phase Induction Motor
- Manufacturer: CIMME (Wonder)
- Code No.: 210130897L
- Mounting: IM1001
- Frame Size: 100L
- Duty Type: Continuous (S1)
- Rated Voltage: 230/400/460 V
- Rated Frequency: 50/60 Hz
- Power (kW): 3 (50 Hz (400V Y)), 3 (50 Hz (230V Δ)), 3.4 (60 Hz (460V Y))
- Speed (rpm): 2910 (50 Hz (400V Y)), 2910 (50 Hz (230V Δ)), 3505 (60 Hz (460V Y))
- Current (A): 5.59 (50 Hz (400V Y)), 9.71 (50 Hz (230V Δ)), 5.45 (60 Hz (460V Y))
- Power Factor (cos φ): 0.89 (50 Hz (400V Y)), 0.89 (50 Hz (230V Δ)), 0.89 (60 Hz (460V Y))
- Efficiency (η%): 87.1 (50 Hz (400V Y)), 87.1 (50 Hz (230V Δ)), 87.3 (60 Hz (460V Y))
- Insulation Class: F (155 °C)
- Protection Class: IP55
- Bearings: 6306-2Z/C3 (drive end), 6205-2Z/C3 (non-drive end)
- Standard Compliance: IEC 60034-1
This blower fan offers a perfect balance between performance and efficiency, making it ideal for HVAC systems, dust extraction units, and industrial air handling applications. The robust design and efficient motor ensure low noise, minimal vibration, and reduced energy consumption ” increasing system reliability and lowering operational costs.
