Bando 16T10-370UG T10 Polyurethane Timing Belt Sensors & Switches Merry Sales

Bando 16T10-370UG T10 Polyurethane Timing Belt Sensors & Switches Merry SalesBando 16T10 370UG Synchro Link Trapezoidal Timing Belts Polyurethane (Metric) Polyurethane timing belts provide a lightweight drive system, when used with aluminum or plastic pulleys, and exceptionally quiet operation. They are ideal for applications needing high oil and ozone resistance, and their extremely clean operation make them suitable for appliance and office machine use. Metric sizes are often found on imported textile machinery. Fiberglass

Armature Voltage 230 V Base Speed 1750 rpm Enclosure DPFG Field Voltage 230 V Frame 259AT Frame Material Steel Output Power 15

0 Mounting type Base mounting Accessories Not contain Handle color Black and gray Accessory material Plastic Rated insulation voltage Up to 1000 V Accessory reference H

60 A Rated torque 8

9 a Front Face Code Standard Front Shaft Indicator None Heater Indicator No Heater Insulation Class F Inverter Code Inverter Duty KVA Code L Lifting Lugs No Lifting Lugs Locked Bearing Indicator Locked Bearing Max Speed 5400 rpm Motor Lead Exit Ko Box Motor Lead Termination Flying Leads Motor Lead Quantity/Wire Size 9 @ 18 AWG Motor Type 3520M Mounting Arrangement F1 Number of Poles 2 Overall Length 12

Bando - 12PK1265 Trusted by the world's Top Automakers

5 % Enclosure Modification Severe Duty Features Feedback Device NO FEEDBACK High Voltage Full Load Amps 87

Catalog Number CEM4109T Enclosure TEFC Frame 324TSC Frame Material Iron Frequency 60

41 IN Power Factor 74 Product Family Wash Down All Stainless Steel Pulley Face Code C-Face Rodent Screen None Service Factor 1

Model_Number FS37 PRODUCT NAME 200 HP - ODP - 3565 PHASETYPE 3_PHASE MOTOR ENCLOSURE ODP HORSEPOWER 200 KILOWATTS 149

Smart ElectricSET3884

Bando - TL32H100 The type of pulley used on a Synchro-Link® drive depends on a number of factors

lb Locked rotor torque 280 % Breakdown torque 350 % Locked rotor time 0s (cold) 0s (hot) Moment of inertia (J) 0