187380P2 Liebert Motor 208-230/460v 3/4hp 950/1140rpm; MOTOR .75HP INVD CERAMIC BRNG W/ RAIN SHLD
Overview
The Liebert 187380P2 is a premium 3-phase blower/motor replacement unit rated at ¾ HP, with selectable dual speed outputs of approximately 950/1140 RPM. It supports wide voltage operation—208-230/460 V—making it highly versatile for HVAC, cooling-unit and industrial fan applications. This motor is engineered for reliable performance in demanding environments, offering OEM-level compatibility and durability.
Features
¾ horsepower motor, designed for industrial blower, fan or HVAC applications
Dual speed operation: approximately 950 RPM and 1140 RPM
Universal input voltage: 208-230 VAC or 460 VAC for flexible installation
Heavy-duty construction built for reliability under continuous operation
OEM replacement for Liebert systems and compatible applications
Suitable for use in variable airflow systems, large-capacity units, or high-performance fan assemblies
Designed for direct replacement with minimal modification
Specifications
| Specification | Details |
|---|---|
| Model / Part Number | 187380P2 |
| Manufacturer | Liebert |
| Output Power | ¾ HP (0.75 horsepower) |
| Speed Options | Approximate 950 RPM / 1140 RPM |
| Rated Voltages | 208–230 V or 460 V (3-phase) |
| Application Type | Blower/fan motor for HVAC and industrial systems |
| Mounting Configuration | Standard motor shaft and mounting flange suitable for conversion |
| Construction | Industrial grade for continuous operation |
| Typical Use Case | Replacement for Liebert OEM blower motors |
Applications
The Liebert 187380P2 motor is ideal for:
Large-capacity HVAC air handlers and blower units
Industrial ventilation systems in data-centre or critical infrastructure settings
Replacement of aging OEM motors in Liebert or compatible equipment
Fan and blower assemblies requiring dual-speed operation for airflow control
Benefits
Simplifies replacement with a direct swap for Liebert OEM equipment
Dual-speed capability enables flexible airflow design or tiers of operation
High-reliability design reduces downtime and maintenance costs
Wide-voltage rating makes it suitable across different power systems
Ensures optimal airflow and cooling performance for critical environments







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