SPAL 30100364 11" Low-Profile Puller Fan 12 V 808 CFM Universal

Vehicle Fitment

• Universal application - suitable for most radiators, heat exchangers, oil coolers or condensers; not vehicle-specific.

Features

• 11" diameter low-profile puller fan for tight engine-bay setups
• Straight-blade design optimized for high airflow and static pressure
• Rated up to ~808 CFM at zero static pressure
• 12 V DC operation, compatible with most automotive systems
• Fully sealed waterproof motor for durability and long life
• Individually balanced assembly to minimize vibration and noise
• Compact depth (approx. 2") for space-constrained installations
• Ideal for high-performance cooling applications and heavy duty usage

Specifications

• Brand: SPAL
• Part Number: 30100364
• Fan Type: 11" Low-Profile Puller Fan
• Airflow: Approx. 808 CFM (zero static pressure) / ~755 CFM per alternate spec
• Diameter (Blade OD): 11" (≈ 279 mm)
• Overall Height: ~12.19" (310 mm)
• Depth (Motor + Housing): ~2.01" (51 mm)
• Voltage: 12 V DC
• Blade Style: Straight blades
• Mounting holes: ¼" ... mounting brackets sold separately

Included Components

• 1x SPAL 11" Low-Profile Puller Fan (12 V) - Part #30100364
• Note: Mounting brackets and hardware not included - sold separately

Product Description

The SPAL 30100364 11" Low-Profile Puller Fan is designed for universal use where high-performance air movement is required but space is constrained. Its compact depth and straight-blade architecture allow it to pull large volumes of air (up to ~808 CFM) through radiators, oil-coolers, or air-conditioning condensers - making it an ideal upgrade in performance, off-road, or industrial applications.

With its sealed waterproof motor and balanced construction, this fan delivers durable and reliable service under demanding conditions. Because it mounts universally, it can be adapted into various vehicle and equipment platforms - however, mounting brackets are not included and must be selected separately. Designed for use with 12-volt systems and requiring standard wiring practices, it is well suited for high-flow cooling systems where space behind the core is limited.