Bando SF 2 15/16 QD BORE 2 15/16 (2.9375) AC Motors - NEMA

Bando SF 2 15/16 QD BORE 2 15/16 (2.9375) AC Motors - NEMABando SF 2 15 16 The original sheave and pulley mounting system developed to facilitate installation and replacement of components. The QD (Quick Detachable) design provides for both conventional (flange outboard) and reverse (flange inboard) mounting configurations.

15 STARTCAPMFD N\A SHIPPING WEIGHT 1100 BREAKDOWN TORQUE 230 BREAKDOWN TORQUE UOM PERCENT OF FLT LOCKED ROTOR TORQUE 186 LOCKED ROTOR TORQUE UOM PERCENT OF FLT INSULATION CLASS F KVA CODE LETTER G LOCKED ROTOR AMPS 725 NEMA NOMINAL EFFICIENCY 95

Standard NEMA MG-1 Frequency 60//50 Hz Voltage 230/460//380 V Number of poles 2 Degree of Protection IP23 Synchronous speed 3600 rpm Output rating 150 HP Mounting F-1 Flange Without Terminal box¹ Left position Enclosure IC01 - ODP

70 in) Gross weight 25

7 a Front Face Code Standard Front Shaft Indicator None Heater Indicator No Heater Insulation Class H Inverter Code Inverter Duty KVA Code K Lifting Lugs No Lifting Lugs Locked Bearing Indicator Locked Bearing Motor Finish UNPAINTED Motor Lead Exit Ko Box Motor Lead Termination Flying Leads Motor Lead Quantity/Wire Size 9 @ 18 AWG Motor Type 3528M Mounting Arrangement F1 Number of Poles 4 Overall Length 16

Packard80660

0x(Code N) No load current 1

8 % Feedback Device NO FEEDBACK High Voltage Full Load Amps 377

1 % Enclosure Modification 841 Feedback Device NO FEEDBACK High Voltage Full Load Amps 41

Start Configuration DOL Break-Down Torque 15

0 a Front Face Code Encoder/Feedback Device Front Shaft Indicator None Heater Indicator No Heater Insulation Class H Inverter Code Inverter Duty IP Rating NONE KVA Code K Lifting Lugs Standard Lifting Lugs Locked Bearing Indicator Locked Bearing Max Speed 6000 rpm Motor Lead Exit Ko Box Motor Lead Termination Flying Leads Motor Lead Quantity/Wire Size 9 @ 16 AWG Motor Type 0624M Mounting Arrangement F1 Number of Poles 4 Overall Length 17

AOM25904T SPEC

Bando - 9-8V3000 To resolve problem applications where belts are flipping over or jumping out of the sheaves