AC Centrifugal Fans with Nylon Impeller for Energy Storage

	Model	Voltage [V]	Frequency [Hz]	Speed [rpm]	Max Power [W]	Max Airflow [m3/h]	Noise [dB(A)]
	B133P.A00801	230	50	2900	32.1	198	57.9
		230	60	3440	30.9	237	58.7
	B175P.A017	230	50	2630	44	299	60.7
		230	60	2790	57	303	61.9
	B175P.A020	230	50	2770	42	508	61.8
		230	60	3092	49	573	64.2
	B190P.A016	230	50	2782	61	541	64.9
	B190P.A030	230	60	2920	70	570	70
	B220P.A026	220	50	2657	93	697	69.2
		220	60	3000	211	783	71.5
	B225P.A018	230	60	2925	227	1293	71
	B225P.A030	230	50	2693	141	1122	69.2
		230	60	2991	200	1244	71.5
	B225P.A042	380	50	2717	132	1163	69.1
		380	60	3026	184	1296	71.4
	B250P.A014	380	50	2700	198	1402	72.5

Airflow-static pressure curve：

Airflow-power curve：

Dimension

Core advantage

1. High Heat Dissipation Efficiency

Adopting an optimized streamlined nylon impeller with superior aerodynamic performance, this AC centrifugal fan delivers higher static pressure and smoother airflow. Perfectly tailored for the compact layout of energy storage cabinets and container systems, it rapidly dissipates internal heat and ensures stable thermal management for battery units.

2. High Environmental Adaptability

The fan features corrosion-resistant materials and special surface coating, passing 1440-hour salt spray testing. With IP54 ingress protection, it effectively blocks dust, moisture and condensation. It stably operates in diverse harsh conditions, including high-altitude, desert, coastal and extreme temperature scenarios for outdoor energy storage projects.

3. Low Operating & Lifecycle Cost

Premium fluid optimization and rational duct structure design, paired with a high-efficiency AC motor, greatly reduce power consumption. Lower energy consumption and maintenance-free structure effectively cut down daily operation and long-term lifecycle costs for energy storage systems.

4. High Stability & Extended Service Life

All units undergo strict 40,000-hour continuous aging testing within -25℃ to 65℃ wide temperature range. Combined with high-strength nylon impeller and premium bearing configuration, the fan maintains long-term stable operation, minimizing failure risks and supporting the long-duration running demand of energy storage equipment.

FAQ

Q1: What are the advantages of nylon impeller over metal impeller?

A1: The high-strength nylon impeller is lightweight, low-noise and crack-resistant. It will not rust and avoid metal fragment risks, greatly improving operational safety for energy storage battery systems.

Q2: Is this fan applicable for outdoor energy storage containers?

A2: Yes. It adopts corrosion-resistant materials and special coating with IP54 protection class, and has passed 1440-hour salt spray test. It can stably operate in high temperature, humid, coastal and other harsh outdoor environments.

Q3: What is the operating temperature range?

A3: It supports long-term stable operation at ambient temperature from -25℃ to 65℃, fully meeting the 24/7 continuous heat dissipation demand of energy storage equipment.

Q4: Is this fan energy-saving and cost-effective?

A4: Equipped with high-efficiency AC motor and optimized aerodynamic structure, it realizes low power consumption. Meanwhile, maintenance-free design and long service life effectively reduce overall operation and life-cycle costs.

Q5: Can it adapt to compact energy storage cabinet heat dissipation?

A5: Featuring high static pressure and smooth airflow, the compact structure fits the narrow internal space of energy storage cabinets perfectly, delivering efficient heat exhaustion and rapid cooling performance.