Baldor Electric
Baldor Electric VEM3587T 2 HP 145TC three-phase motor
A 2 HP three-phase motor in a 145TC frame with cast-iron construction, C-face mounting, and 86.5% nominal efficiency
- 2 HP output drives demanding industrial equipment
- 5 % nominal efficiency reduces energy consumption
- 208-230/460 V three-phase suits common plant power
- 145TC C-face frame simplifies direct coupling
- Cast-iron construction withstands 40 °C ambient conditions
Motor identity and target use
The Baldor VEM3587T is a 2 HP three-phase general-purpose motor built on a 145TC frame with a C-face mount. It suits OEM equipment, replacement projects and new machinery that need a totally enclosed fan-cooled design rated for continuous duty at 1750 rpm.
Electrical and mechanical checks before ordering
Confirm your supply matches 208-230/460 V AC at 60 Hz and that the starter can handle 5.8 A at low voltage or 2.9 A at high voltage. Verify the driven load accepts a 1.15 service factor, CW/CCW rotation and a maximum ambient temperature of 40 °C.
Upgrade path and when the jump pays off
This unit replaces older 145TC motors that lack Class F insulation, 86.5 % nominal efficiency or CSA EEV certification. The efficiency gain is worthwhile when the motor runs many hours per day and lower operating cost outweighs the initial investment.
Highlights
- 2 HP output drives demanding industrial equipment
- 5 % nominal efficiency reduces energy consumption
- 208-230/460 V three-phase suits common plant power
- 145TC C-face frame simplifies direct coupling
- Cast-iron construction withstands 40 °C ambient conditions
Specifications
| Brand | BALDOR ELECTRIC |
|---|
Questions about this item
Does the VEM3587T ship with mounting hardware or do I need to source C-face bolts separately?
The motor has a C-face mounting design on a 145TC frame; mounting bolts are not included and must be supplied by the installer.
Should I wire this motor for 208-230 V or 460 V three-phase supply?
The nameplate lists dual voltage 208-230/460 V at 60 Hz with full-load currents of 5.8 A on low voltage and 2.9 A on high voltage; choose the connection that matches your supply.
What does the 86.5 % nominal efficiency mean for continuous duty at 1750 rpm?
At full load the motor converts 86.5 % of electrical input into mechanical output; it is rated for continuous duty with a 1.15 service factor and a 40 °C maximum ambient.
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