Bando 560-8M-30 8M HT Timing Belt 170mm Wide

Bando 560-8M-30 8M HT Timing Belt 170mm WideBando 560 8M 30 Synchro Link HT (High Torque Synchronous) belts' curvilinear tooth design improves stress distribution to provide high horsepower ratings over a wide speed range and high torque transmission at low speeds. The rounded tooth profile meshes precisely with matching pulley grooves so there is no belt creep or slip to cause speed variation. HT belt drives are 99% efficient, leading to significant energy savings on high horsepower

Catalog Number ECS100T8H2DB4 Enclosure TEFC Frame 145TC Frame Material Steel Frequency 60

Standard NEMA MG-1 Frequency 60 Hz Voltage 460 V Number of poles 4 Degree of Protection IP55 Synchronous speed 1800 rpm Output rating 250 HP Mounting F-1 Flange Without Terminal box¹ Left position Enclosure IC411 - TEFC Electric Motors

Bando - 926XL050G The extra durable

8 a Front Face Code Standard Front Shaft Indicator None Heater Indicator No Heater Insulation Class B Inverter Code Not Inverter KVA Code J Lifting Lugs No Lifting Lugs Locked Bearing Indicator No Locked Bearing Motor Lead Exit Ko Box Motor Lead Termination Flying Leads Motor Lead Quantity/Wire Size 9 @ 18 AWG Motor Type 3410M Mounting Arrangement F1 Number of Poles 2 Overall Length 10

Power Factor 50

5 VOLTS 115/230 AMP 12

12F882Z279G1 HP 50 R

4 NEMA NOMINAL EFFICIENCY 93 FULL LOAD AMPS PRIMARY 18

9 POLES 2 NUMBER SPEEDS 1 RPM 3560 RPM 2 3560 HERTZ 60 VOLTS PRIMARY 230/460 VOLTS 460 VOLTS 2 230 FRME 364 SHAFT CODE TS MOUNTING HORZ-FOOTED ASSEMBLY POSITION F1 MOTOR TYPE DI OPPOSITE END BEARING 6212-2Z-J/C3 SHAFT END BEARING 6212-2Z-J/C3 AMBIENT 40 SERVICE FACTOR 1

9 POLES 4 NUMBER SPEEDS 1 RPM 1785 HERTZ 60 VOLTS PRIMARY 460 VOLTS 460 FRME 444 SHAFT CODE TPA MOUNTING VERT ASSEMBLY POSITION NA MOTOR TYPE RUS OPPOSITE END BEARING 7322 BEM SHAFT END BEARING 6215-J AMBIENT 40 SERVICE FACTOR 1

36L196L010G1 HP 3 VOLTS 575 AMP 2

lb Locked rotor torque 240 % Breakdown torque 260 % Locked rotor time 18s (cold) 10s (hot) Moment of inertia (J) 66