Bando 10-8V1120 Power Ace Combo, 8VM1120 Direct Drive Fan Motors

Bando 10-8V1120 Power Ace Combo, 8VM1120 Direct Drive Fan MotorsBando 10 8V1120 To resolve problem applications where belts are flipping over or jumping out of the sheaves, utilize Bandos series of Combo belts. The tie band assures lateral rigidity and guides the belts into the sheave grooves. The tie band, reinforced with high strength transverse tensile cords, is fully oil and heat resistant and permanently welds the individual belts together. Combos utilize the premium quality Power King and Power Ace belts,

lb Locked rotor torque 200 % Breakdown torque 200 % Locked rotor time 21s (cold) 12s (hot) Moment of inertia (J) 89

Frame 364/5JM Output 50 HP (37 kW) Number of Poles 6 Frequency 60 Hz Rated speed 1185 rpm Slip 1

0 V @ 50 HZ XP Class and Group None XP Division Not Applicable Agency Approvals CCSA US Ambient Temperature 40 °C Auxillary Box No Auxillary Box Base Indicator Rigid Bearing Grease Type Polyrex EM (-20F +300F) Current @ Voltage 210

0 V Design Code B Drip Cover No Drip Cover Duty Rating CONT Electrically Isolated Bearing Not Electrically Isolated Feedback Device NO FEEDBACK High Voltage Full Load Amps 8

17" Leads with Flag Terminals

86 A Rated torque 44

54 A Rated torque 71

G XP Division Division I Agency Approvals UL CSA EEV Ambient Temperature 40 °C Auxillary Box No Auxillary Box Auxillary Box Lead Termination None Base Indicator Rigid Bearing Grease Type Polyrex EM (-20F +300F) Blower None Constant Torque Speed Range 6 Current @ Voltage 4

875 IN Shaft Extension Location Pulley End Shaft Ground Indicator No Shaft Grounding Shaft Rotation Reversible Shaft Slinger Indicator Shaft Slinger Speed 1760 rpm 880 rpm Speed Code 2S-1W-CT Motor Standards NEMA Starting Method Direct on line Thermal Device - Bearing None Thermal Device - Winding None Vibration Sensor Indicator No Vibration Sensor Winding Thermal 1 None Winding Thermal 2 None Drawings

97 kW Rated Resistance 5

2154 Ohms B Ph Temp

Bando - 150-S3M-999 Unique modified curvilinear tooth form enables the STS belt to transmit greater loads than like-sized drives having the standard high torque tooth profile