MTB 42 Belt Driven Linear Actuator

Transcription

1 LINEAR ACTUATOR TECHNOLOGY MT Series MTB Belt Driven Linear Actuator The MT Series offers a number of profile sizes with multiple design configurations to fit almost any application. TECHNICAL DATA features & benefits High Acceleration, Speed & Rigidity Long Travel Length Low Friction, Noise & Vibration Strong yet Lightweight & Corrosion Resistant Multiple Accessories & Options Key Features 1 Anodized aluminum housing and carriage Steel reinforced belt capable of handling high loads Ball guided rail system 5 1 Adjustable belt tension 5 T-slots for mounting and sensor mounting Multiple drive configurations NOTE: 1. Moment arms for calculating moments should be measured from the centerline of the extrusion.. Limit switches must be used in order to prevent the carriage from contacting the actuator end blocks, resulting in damage.. 5 mm of over-travel has been added to the body length in each direction to allow for carriage over-travel. 5 mm is the recommended over-travel; although a minimum of 10 mm may be specified for special applications. Size mm x in 1.5 x 1.5 Max. Speed m/s 5 in/s Max. Stroke Length mm,000 in 78.7 Min. Stroke Length mm 100 in.9 Pulley Drive Ratio mm 90 in.5 Number of Pulley Teeth 18 Max RPM,500 Base Weight Kg 0.78 lb 1.7 Add for 100 mm or.9 in of Stroke Kg.91 lb 0. Max. Load Fx N 0 lbf 10 Fy N 1,50 lbf 51 Fz N 1,50 lbf 51 Max. Moments Mx Nm 0 lbf-in 177 My Nm 55 lbf-in 87 Mz Nm 55 lbf-in 87 Moment of Inertia Ix cm 1 in 0.9 Iy cm 15 in 0. Max. Radial Load on Input Shaft N 0 lbf 9.5 No Load Torque Nm 0.8 lbf-in 7.1 For combined loads, the combined loading cannot exceed the following formula.

2 DIMENSIONAL INFORMATION X 5 X 0 X Ø M5 5 mm X OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH mm OVERTRAVEL 5 mm OVERTRAVEL A IDLER END BODY LENGTH = STROKE + CARRIAGE LENGTH + ( x OVERTRAVEL) = STROKE ( x 5).9 DRIVE END X Ø 8 H7 1.5 mm DETAIL A SHAFT VERSIONS FEMALE - Ø 10 mm - 1 mm MALE - Ø 1 mm 1 X M 7 mm D B C.9 X 11 X DETAIL B PLCS DETAIL C PLCS DETAIL D PLCS. X 1 X 7 ACCESSORIES (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housings Coupling Flange Plate Stub Shafting ORDERING INFORMATION Example: MTB-0D B1 MTB 0 X - XXXX - XX X X X Series MTB Belt Driven Unit Size (mm) (Base x Height) mm x mm D = Driven N = Undriven System Type* Body Length** Shaft Diameter Shaft Type # Carriage** Guidance Type,000 mm (max.) Must include 50 mm over-travel For lengths greater than 1,500 mm consult factory 00 = No shaft (undriven system) 10 = 10 mm 1 = 1 mm F = Female hollow (10, 1) L = Left Male (1) R = Right Male (1) B = Both Male (1) 0 = No shaft (undriven system) 1 Standard = Profile rail w/ runner blocks per carriage * No belt or motor mount, contact manufacturer for N version. ** Contact manufacturer for other options and availability. Profile rail will be segmented for lengths over 1 m. Common Drive Combinations 10F - 10% 1B - 0% 1F - 0% 1R - 0% 1L - 10% Product information and D/D CAD drawings available for download at For technical & application information call The data and specifications in this publication have been carefully compiled and are believed to be accurate and correct. However, it is the responsibility of the user to determine and ensure the suitability of PBC Linear products for a specific application. PBC Linear only obligation will be to repair or replace without charge, any defective components if returned promptly. No liability is assumed beyond such replacement. Specifications are subject to change without notice. LITMTB0-001 [r9-01]

3 LINEAR ACTUATOR TECHNOLOGY MT Series MTB 55 Belt Driven Linear Actuator The MT Series offers a number of profile sizes with multiple design configurations to fit almost any application. TECHNICAL DATA features & benefits High Acceleration, Speed & Rigidity Long Travel Length Low Friction, Noise & Vibration Strong yet Lightweight & Corrosion Resistant Multiple Accessories & Options Key Features 1 Anodized aluminum housing and carriage Steel reinforced belt capable of handling high loads Ball guided rail system 5 1 Adjustable belt tension 5 T-slots for mounting and sensor mounting Multiple drive configurations NOTE: 1. Moment arms for calculating moments should be measured from the centerline of the extrusion.. Limit switches must be used in order to prevent the carriage from contacting the actuator end blocks, resulting in damage.. 5 mm of over-travel has been added to the body length in each direction to allow for carriage over-travel. 5 mm is the recommended over-travel; although a minimum of 10 mm may be specified for special applications. Size mm 55 x 55 in.17 x.17 Max. Speed m/s 5 in/s Max. Stroke Length mm,000 in. Min. Stroke Length mm 100 in.9 Pulley Drive Ratio mm 10 in.7 Number of Pulley Teeth Max RPM,500 Base Weight Kg lb.0 Add for 100 mm or.9 in of Stroke Kg.7 lb 1.05 Max. Load Fx N 80 lbf 18 Fy N 1,850 lbf 1 Fz N 1,850 lbf 1 Max. Moments Mx Nm 5 lbf-in 1 My Nm 10 lbf-in 1,0 Mz Nm 10 lbf-in 1,0 Moment of Inertia Ix cm in 0.8 Iy cm 5 in 1.08 Max. Radial Load on Input Shaft N 50 lbf 5. No Load Torque Nm 1 lbf-in 8.9 For combined loads, the combined loading cannot exceed the following formula.

4 DIMENSIONAL INFORMATION X X 55 X M5 5 mm X mm OVERTRAVEL OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH mm OVERTRAVEL A BODY LENGTH = STROKE + CARRIAGE LENGTH + ( x OVERTRAVEL) = STROKE ( x 5) DRIVE END IDLER END 8.. DETAIL A SHAFT VERSIONS FEMALE - Ø 1-1 mm MALE - Ø 1 mm 50 8 B X Ø H7 X M mm 7 mm 55 7 C X 8.5 DETAIL B PLCS. DETAIL C PLCS. X 8 X X 55 ACCESSORIES (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housings Coupling Flange Plate Stub Shafting ORDERING INFORMATION Example: MTB-055D F1 MTB 055 X - XXXX - XX X X X Series MTB Belt Driven Unit Size (mm) (Base x Height) 55 mm x 55 mm D = Driven N = Undriven System Type* Body Length** Shaft Diameter Shaft Type # Carriage** Guidance Type,000 mm (max.) Must include 50 mm over-travel For lengths greater than 1,500 mm consult factory 00 = No shaft (undriven system) 1 = 1 mm 1 = 1 mm 1 = 1 mm F = Female hollow (1, 1) L = Left Male (1) R = Right Male (1) B = Both Male (1) 0 = No shaft (undriven system) 1 Standard = Profile rail w/ runner blocks per carriage * No belt or motor mount, contact manufacturer for N version. ** Contact manufacturer for other options and availability. Profile rail will be segmented for lengths over 1 m. Common Drive Combinations 1L - 10% 1F - 0% 1F - 0% 1B - 0% 1R - 10% Product information and D/D CAD drawings available for download at For technical & application information call The data and specifications in this publication have been carefully compiled and are believed to be accurate and correct. However, it is the responsibility of the user to determine and ensure the suitability of PBC Linear products for a specific application. PBC Linear only obligation will be to repair or replace without charge, any defective components if returned promptly. No liability is assumed beyond such replacement. Specifications are subject to change without notice. LITMTB [r9-01]

5 LINEAR ACTUATOR TECHNOLOGY MT Series MTB 80 Belt Driven Linear Actuator The MT Series offers a number of profile sizes with multiple design configurations to fit almost any application. TECHNICAL DATA features & benefits High Acceleration, Speed & Rigidity Long Travel Length Low Friction, Noise & Vibration Strong yet Lightweight & Corrosion Resistant Multiple Accessories & Options Key Features 1 Anodized aluminum housing and carriage Steel reinforced belt capable of handling high loads Ball guided rail system Adjustable belt tension 5 T-slots for mounting and sensor mounting Multiple drive configurations NOTE: 1. Moment arms for calculating moments should be measured from the centerline of the extrusion.. Limit switches must be used in order to prevent the carriage from contacting the actuator end blocks, resulting in damage.. 5 mm of over-travel has been added to the body length in each direction to allow for carriage over-travel. 5 mm is the recommended over-travel; although a minimum of 10 mm may be specified for special applications. 1 5 Size mm 80 x 80 in.15 x.15 Max. Speed m/s 5 in/s Max. Stroke Length mm,000 in. Min. Stroke Length mm 100 in.9 Pulley Drive Ratio mm 10 in.0 Number of Pulley Teeth Max RPM 1,900 Base Weight Kg.9 lb 9.9 Add for 100 mm or.9 in of Stroke Kg.958 lb.11 Max. Load Fx N 1,50 lbf 70.9 Fy N,500 lbf Fz N,500 lbf Max. Moments Mx Nm 80 lbf-in 708 My Nm 50 lbf-in,98 Mz Nm 50 lbf-in,98 Moment of Inertia Ix cm 18 in.9 Iy cm in 5. Max. Radial Load on Input Shaft N 00 lbf 7. No Load Torque Nm 1.1 lbf-in 9.7 For combined loads, the combined loading cannot exceed the following formula.

6 DIMENSIONAL INFORMATION 0 0 TYP. X 75 5X M5 10 mm X 10 OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH mm OVERTRAVEL 5MM OVERTRAVEL A IDLER END BODY LENGTH = STROKE + CARRIAGE LENGTH + ( x OVERTRAVEL) = STROKE +0 + ( x 5) DRIVE END DETAIL A SHAFT VERSIONS FEMALE - Ø 1-19 mm MALE - Ø 19 mm 0 B X Ø 55 H7.5 mm 10. C DETAIL B PLCS. DETAIL C PLCS X 58 X 5 X 0 80 X 8 ACCESSORIES (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housings Coupling Flange Plate Stub Shafting ORDERING INFORMATION Example: MTB-080D F1 MTB 080 X - XXXX - XX X X X Series MTB Belt Driven Unit Size (mm) (Base x Height) 80 mm x 80 mm D = Driven N = Undriven System Type* Body Length** Shaft Diameter Shaft Type # Carriage** Guidance Type,000 mm (max.) Must include 50 mm over-travel For lengths greater than 1,500 mm consult factory 00 = No shaft (undriven system) 1 = 1 mm 19 = 19 mm F = Female hollow (1, 19) L = Left Male (19) R = Right Male (19) B = Both Male (19) 0 = No shaft (undriven system) 1 Standard = Profile rail w/ runner blocks per carriage * No belt or motor mount, contact manufacturer for N version. ** Contact manufacturer for other options and availability. Profile rail will be segmented for lengths over 1 m. Common Drive Combinations 1F - 10% 19F - 50% 19L - 0% 19R - 10% 19B - 10% Product information and D/D CAD drawings available for download at For technical & application information call The data and specifications in this publication have been carefully compiled and are believed to be accurate and correct. However, it is the responsibility of the user to determine and ensure the suitability of PBC Linear products for a specific application. PBC Linear only obligation will be to repair or replace without charge, any defective components if returned promptly. No liability is assumed beyond such replacement. Specifications are subject to change without notice. LITMTB [r9-01]