Specifications
Dimensions
- Drive End Bearing Size205
- Frame Size145TC
- Motor Length Less Shaft9.6 in
- Opposite Drive End Bearing Size203
- Overall Length C Dimension14.37 in
- Service Factor1.00
- Shaft Diameter0.8750 in
- Weight52 lbs
Details
- 2D Drawing
- Ambient Temperature Range40 °C
- Assembly Box MountingF1 Only
- Base RPM1750 rpm
- Description Keyword2 hp
- Duty Condition TypeContinuous Duty
- Electrical TypeSquirrel Cage Inverter Duty
- Enclosure TypeTEFC (Totally Enclosed Fan Cooled)
- FeaturesInverter duty insulation system Constant HP range at 2x base speed 56 - 256T frames Constant HP range at 1.5x base speed 284T - 445T frames No mounting available for encoder devices Normally closed thermostats Steel and aluminum frame construction - see notes Precision balanced rotors
- Frame MaterialRolled Steel
- Frequency Rating60 Hz
- Full Load Amps6.0/3.0 A
- Full Load Current6.0/3.0 A
- Full Load Efficiency85.5 %
- Insulation ClassF
- IP Rating43
- KVA CodeN
- kW1.50 kW
- Manufacturer Catalog NumberLM25962
- Manufacturer Product Page
- Manufacturer Upc Number691720008294
- Motor CategoryInverter Duty Motor
- Motor Horsepower2 hp
- Motor OrientationHorizontal
- Motor Phase3 ph
- Motor Poles4
- Motor Supply Voltage230/460 V
- Mounting TypeRigid Base
- NEMA Design ClassINV
- Operation Manual
- Opposite Drive End BearingBall
- Product TypeInverter Vector Duty Motors
- Shaft RotationReversible
- Shaft TypeT
- Spec Sheet2 HP, 230/460 V, 4:1 Speed Ratio
- Standards MetCSA
- Starting MethodInverter Only
- Synchronous Rpm1800 rpm
- Technical Specifications2 HP Variable Speed Motor, 3 phase, 1800 RPM, 230/460 V, 145TC Frame, TEFC
- Thermal ProtectionThermostats (N/C)
- Type of BearingBall
- Type Of BearingBall
- Wiring Diagram
Overview
Mfr description
LM25962 MOTOR
- Inverter duty insulation system Constant HP range at 2x base speed 56 - 256T frames Constant HP range at 1.5x base speed 284T - 445T frames No mounting available for encoder devices Normally closed thermostats Steel and aluminum frame construction - see notes Precision balanced rotors