HOT ! VIVOSUN AeroWave E9 Grow Tent Fan 9\", EC Motor, WiFi-Controllable, US Patented Auto Oscillating Clip fan, IP54 Weatherproof, Strong Airflow & Quiet for Hydroponic Ventilation Circulation, White

Overview

• Brand : VIVOSUN


• Color : Whtie


• Electric fan design : Table Fan


• Power Source : Electric power


• Style : Modern


• Product Dimensions : 12\"D x 5.6\"W x 9.9\"H


• Special Feature : Oscillating


• Recommended Uses For Product : Air Circulation


• Noise Level : 36 Decibels


• Indoor/Outdoor Usage : Indoor


• Mounting Type
  Clip On : Controller Type
  Remote Control


• : Mounting Type
  Clip On


• : Controller Type
  Remote Control


• Number of Speeds
  10 : Included Components
  Remote


• : Number of Speeds
  10


• : Included Components
  Remote

About this item

• US Patented Square Design: With a US patented clamping design, this grow tent clip-on fan securely attaches to round or square poles and stands stably on flat surfaces; Features a thick rubber pad to prevent slipping or surface damage


• Quiet Motor-Driven Airflow & Flexible Oscillation：Powered by a durable dual ball bearing EC motor, the Vivosun Aerowave E9 oscillating clip fan delivers strong airflow at a whisper-quiet 36 dB(A), plus 80° horizontal auto-oscillation and 80° manual vertical adjustment for optimal air circulation


• Adjustable Speeds & Natural Wind Mode: Our grow tent circulation fan E9 offers 10 adjustable speed levels (5 if not connected to Vivosun app) for tailored airflow; Features an innovative natural wind mode that simulates natural environments to reduce plant stress for better growth


• Smart Wi-Fi Control: Compatible with the Vivosun GrowHub E42/E42A/E25 for remote speed and timer control; Syncs with SGS (Smart Grow System) to apply custom grow recipes and operate in tandem with other connected devices


• IP54 Weatherproof & Ultra-Safe: IP54 weatherproof rating makes Aerowave E9 clip fan suitable for high temperature and humid environments; Automatically retracts to prevent motor jamming upon detecting obstacles within its oscillating range