ROOTS™ EasyAir X2 Factory Blower Package System
Model: EasyAir X2 Package System
The ROOTS™ EasyAir X2 factory blower package system is designed for facilities that need dependable airflow performance with simplified installation and quieter operation. Engineered for pressure and vacuum applications, this compact package combines efficient blower technology, advanced cooling, and easy-maintenance access into one integrated solution. Its acoustic enclosure, automatic belt-tensioning system, and optimized airflow design help improve equipment life while supporting reliable operation in demanding industrial environments.
ROOTS™ EasyAir X2 Design Features
Compact footprint for easier installation in limited spaces
Floor or rear electrical access for added flexibility
Automatic belt tensioning system designed to extend V-belt life
Simplified belt replacement without special lifting equipment
Side-by-side installation capability for better space management
Locking access panels for safer equipment servicing
Front-to-rear airflow configuration for equipment protection
Convenient air filter access to improve maintenance efficiency
The shaft-mounted cooling fan helps reduce enclosure temperatures
Ergonomically positioned gauges for easier system monitoring
Acoustic enclosure designed for significant noise reduction
Broad operating range for pressure and vacuum applications
Package Standard Equipment
Bi-lobe or tri-lobe splash lubricated blower
High efficiency TEFC drive motor with 1.15 service factor
Self-tensioning V-belt drive system
Inlet filter silencer with polyester element
Multi-chamber non-packed discharge silencer
Non-electric enclosure vent fan
Vibration isolation pads
Panel-mounted pressure, vacuum, and temperature gauges
Acoustic enclosure with durable painted finish
Flexible discharge connector
Integrated check valve
Pressure relief valve
Oil drain manifold with sight gauge
Warranty Information
Warranty period is months from the date of original unit start-up or months from the date of original shipment, whichever occurs first.