Baldor-Reliance three-phase open motor · live detail API
EM2536T
30HP, 1180RPM, 3PH, 60HZ, 326T, 4084M, OPSB, F1
Manufacturer-published motor data
Electrical and mechanical specifications
- Catalog number
- EM2536T
- UPC
- 781568105085
- Output @ frequency
- 30.000 HP @ 60 HZ
- Actual speed
- 1180 rpm
- Synchronous speed
- 1200 RPM @ 60 HZ
- Phase
- 3
- Frequency
- 60.00 Hz
- Voltage
- 230.0 V @ 60 HZ · 460.0 V @ 60 HZ
- Current
- 39.000 A @ 460.0 V · 78.000 A @ 230.0 V
- Frame
- 326T
- Frame material
- Steel
- Enclosure
- OPSB
- Duty
- CONT
- Full-load efficiency
- 93.6 %
- Service factor
- 1.15
- Insulation class
- F
- Mounting arrangement
- F1
- Motor type
- 4084M
- Poles
- 6
- Shaft diameter
- 2.125 IN
- Ambient temperature
- 40 °C
- Inverter status
- Inverter Ready
- Motor standard
- NEMA
- Agency approvals
- NEMA PREMIUM (OLD LOGO) · NEMA PREMIUM · CURUSEEV
- Published list text
- EM2536T | 30HP, 1180RPM, 3PH, 60HZ, 326T, 4084M, OPSB, F1 | 781568105085
Verification boundary
What still needs to match
Mechanical interfaceConfirm complete NEMA frame suffix, mounting, shaft geometry, envelope, conduit-box orientation, and driven-equipment clearance.
Electrical supplyVerify voltage, frequency, phase, full-load current, starting method, protection, and available fault/current characteristics.
Duty and controlsCheck actual speed, service factor, efficiency, starts per hour, thermal duty, VFD suitability, and operating speed range.
Open enclosure environmentConfirm ventilation, ambient, contamination/drip exposure, guarding, and whether an open motor is suitable for the installation.
Related Baldor-Reliance motors
Same frame
50.000 HP @ 60 HZ · 1775 rpmEFM2543TOPSB · 460.0 V @ 60 HZ / 230.0 V @ 60 HZ50.000 HP @ 60 HZ · 1775 rpmEM2543TOPSB · 230.0 V @ 60 HZ / 460.0 V @ 60 HZ50.000 HP @ 60 HZ · 1775 rpmEM2543T-12OPSB · 230.0 V @ 60 HZ / 460.0 V @ 60 HZ50.000 HP @ 60 HZ · 1775 rpmEM2543T-5OPSB · 575.0 V @ 60 HZ50.000 HP @ 60 HZ · 1775 rpmEM2543T-8OPSB · 200.0 V @ 60 HZ50.000 HP @ 60 HZ · 1775 rpmEM2543T-CIOPEN · 460.0 V @ 60 HZ / 230.0 V @ 60 HZ