Rotron by AMETEK EN 513 / CP 513 Regenerative Blower
Environmental & Chemical Process Duty
1.5 HP • Explosion-Proof • Sealed Assembly
Condition: Used – Good
Quantity Available: 1 unit in stock
Flanges: Not included (aftermarket readily available)
OVERVIEW
The Rotron EN 513 / CP 513 regenerative blower is designed for environmental, chemical processing, and hazardous-location air handling. Manufactured in the USA by AMETEK, this unit combines a sealed blower assembly with an explosion-proof motor, making it well-suited for corrosive or classified industrial environments.
MECHANICAL PERFORMANCE
- Blower Type: Regenerative (side-channel)
- Maximum Pressure: 88 in. W.G.
- Maximum Vacuum: 75 in. W.G.
- Maximum Airflow: ≈ 78 SCFM
- Operating Mode: Pressure or vacuum
- Noise Level: Quiet operation within OSHA standards
ELECTRICAL / POWER REQUIREMENTS
- Horsepower: 1.5 HP
- Motor Type: Explosion-Proof, TEFC
- Voltage: 230 / 460 VAC
- Phase: 3-Phase
- Frequency: 60 Hz
- NEMA Insulation Class: F
- Service Factor: 1.15
- Approx. Full Load Amps:
- 230V: ~4.6 A
- 460V: ~2.3 A
- UL & CSA Approved
- Hazardous Location Rating:
Class I, Group D (minimum)
CONSTRUCTION & FEATURES
- Manufactured in the USA (ISO 9001 / NAFTA compliant)
- Sealed blower assembly for chemical service
- Cast aluminum blower housing, impeller, cover & manifold
- Cast iron port interfaces
- Permanently sealed ball bearings
- Compact footprint with high pressure capability
PORTS / CONNECTIONS
-
Inlet & Outlet: Female threaded ports
-
Flanges: Not included
(OEM flanges have long lead times; aftermarket threaded flange adapters are commonly used and readily available)
MODEL INFORMATION
- Model: EN513W72LA
- Series: EN 513 / CP 513
TYPICAL APPLICATIONS
- Chemical processing exhaust
- Plating shop ventilation & scrubber systems
- Environmental air handling
- Hazardous-location pressure or vacuum assist
- Industrial air and vapor movement
NOTES
- Unit sold as-is, as shown
- Buyer responsible for selecting appropriate flange adapters
- OEM flange pricing and lead times avoided by aftermarket sourcing



