Baldor Electric
Baldor Electric VL3514T 1-1/2 HP 1725 RPM 115/230V 145TC Motor
Single-phase capacitor-start motor delivers 1-1/2 hp at 1725 rpm with dual 115/230 V operation and 145TC face mounting
- TypeElectrical
- 5 HP output for demanding tasks
- 1725 RPM speed for consistent performance
- Dual 115/230V voltage for flexible wiring
- 145TC frame fits standard mounts
- Totally enclosed fan-cooled design for durability
General-purpose capacitor-start/run motor
The Baldor Electric VL3514T is a single-phase motor rated at 1-1/2 HP with a nameplate speed of 1725 RPM. It suits equipment that demands continuous duty at 60 Hz in ambient temperatures up to 40 degrees C.
Totally enclosed fan-cooled 145TC frame
A totally enclosed fan-cooled enclosure protects windings from dust and moisture while the face-mounted 145TC frame simplifies direct coupling. Dual-voltage 115/230V AC wiring and CW/CCW rotation give installers flexibility without rewinding.
Replaces failed capacitor-start units
This unit upgrades older motors that lack a 1.15 service factor or dual-voltage capability. The jump is worth it when the application needs continuous operation at 12.4 or 6.2 full-load amps and 208V compatibility.
Highlights
- 5 HP output for demanding tasks
- 1725 RPM speed for consistent performance
- Dual 115/230V voltage for flexible wiring
- 145TC frame fits standard mounts
- Totally enclosed fan-cooled design for durability
Specifications
| Brand | BALDOR ELECTRIC |
|---|---|
| Type | Electrical |
Questions about this item
What voltage does the 115/230V motor actually run on, and what current will it draw at full load?
The motor is rated for 115 V or 230 V AC at 60 Hz. Full-load current is 12.4 A at 115 V and 6.2 A at 230 V. It is usable at 208 V but not at 200 V.
Which frame and mounting style does the 145TC motor use, and what shaft features should I expect?
It uses a NEMA 145TC face-mount frame with a keyed shaft. The shaft rotates clockwise or counter-clockwise depending on wiring.
How do I wire this capacitor-start/run motor for the correct voltage and rotation, and what mistake should I avoid?
Follow the nameplate diagram: reconfigure the dual-voltage leads for 115 V or 230 V, then swap the two capacitor leads to reverse rotation. The common error is changing voltage links without also moving the capacitor connections.
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