ML Series MINIATURE SCREW-DRIVEN LINEAR ACTUATOR LOW COST SOLUTION FOR PRECISION POSITIONING IN COMPACT SPACES!

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1 ML Series MINIATURE SCREW-DRIVEN LINEAR ACTUATOR Compact and easy to install, a low cost linear solution perfectly suited for the medical industry, life science and small scale automation applications. FEATURES & BENEFITS Small, Compact Profile - 8 x mm Patent Pending SIMO process for machine tool performance at extruded prices MLC Lead Screw Driven - High accuracy and precise repeatability Many Multi-Axis Configurations - Easy assembly Long Travel Lengths - up to 650 mm ML PRODUCT SERIES MLB (Integrated Motors) - pre-mounted Omron servo motors, Fastech or PBC brand stepper motors. MLC (Motor Mount Only) - designed motor mounts and couplings for easy mounting and extended life. MLD (Hand driven)- adjustable hand operated knob and optional brake for precision control. MLE - Designed to provide, uniform ultra smooth velocity and reduce velocity ripple. Perfect for precision scanning and printing applicaitons. (not shown) LOW COST SOLUTION FOR PRECISION POSITIONING IN COMPACT SPACES! MLB MLD Size mm 8 x in.0 x.6 Max. Load - Lite Preload - anti-backlash - Normal Preload - anti-backlash - Standard Max. Moments Bending Moment of Inertia (second moment of area) Base Weight without Motor Fx N lbf Fy 07 Fz 78 0 Mx.. My Nm. lbf-in. Mz.. Iy cm. in Iz Add for 00 mm of stroke Kg lbf Total Carriage Mass Total Carriage Mass & Top Plate Coefficient of Friction 0.9 Max. Speed m/s.9 in/s 75 Max. Stroke Length Min. Stroke Length mm 5 in 0. Nominal Screw Diameter Max RPM 000 No Load Torque Nut - Lite Preload - anti-backlash - Normal Preload anti-backlash - Standard Linear Guide - Single Linear Guide - Dual Linear Guides Seal Strip - with Seal Strip - without Seal Strip Screw Lead Accuracy* Bi-directional Repeatability - Anti-Backlash Nut - Standard Nut Nm Nm.07.0 lbf-in lbf-in Nm.08 lbf-in mm/.0006 in/in.0006 mm +/- mm /- in *Higher accuracies are available to.000 mm/mm (in/in). Contact manufacturer for details. Specifications are subject to change without notice.

2 LOAD RANGE (RPM) % CRITICAL SPEED (RPM) XYZ XY Max Travel Rate (mm/sec) TRAVEL RATES Max Travel Rate (in/sec) XZ Leadscrew (mm) Leadscrew (in) Max. Load Anti-Backlash Standard Nut Max. Moments LINEAR GUIDE SUPPORTS - Lite Preload - Normal Preload Bending Moment of Inertia (Second moment of area) Fx N () SINGLE () DUAL () SINGLE () DUAL # of runner blocks on each guide # of runner blocks on each guide lbf Fy Fz Mx My Nm lbf-in 6 88 Mz Iy cm.... in Iz Base Weight without Motor Kg lbf Add for 00mm of Stroke Total Carriage Mass Kg lbm Coefficent of Friction NOTE:. Moment arms for calculating moments should be measured from the center of the extrusion.. Limit switches must be used in order to prevent the carriage from contacting the actuator end blocks, resulting in damage.. Servo drive system - Recommended over-travel of 0 mm. Stepper motors or manual hand cranks system - add 5 mm of over-travel. For combined loads. loading cannot exceed the following formula.

3 DIMENSIONAL INFORMATION mm (* 7. mm WHEN USING ANY CARRIAGE BRACKET) CARRIAGE WITH DOVETAIL 8.0. BODY LENGTH NOTE: BODY LENGTH = STROKE + *CARRIAGE LENGTH + ( X OVER TRAVEL) + 8mm Motorized units use a different drive end bracket. See motor section for more details CENTER OF GRAVITY FOR MOMENT CALCULATIONS OVER TRAVEL ZONE STROKE LENGTH 5.0 / 7.0 OVER TRAVEL ZONE 8.0 DOVETAIL SLOTS 5.0 RECOMMENDED OVER TRAVEL- per side Knob or Hand Crank = 5mm Stepper Motor = 0mm Servo Motor = 0mm X M5X0.8 7mm MAX TORQUE =. N-m (0 in-lbf) DOVETAIL SLOTS T-SLOTS SINGLE LINEAR GUIDE SUPPORTS KNOB MX0.5 TYP 9. 6X M.0x0.5 X M.0x DUAL LINEAR GUIDE SUPPORTS SHAFT ONLY X M.0x X M.0x A DETAIL A

4 LITMLA-00 ORDERING OPTIONS & ACCESSORIES LINEAR GUIDE RAILS SEAL STRIP WITH CARRIAGE BRACKET RUNNER BLOCKS MOUNTING SUPPORTS STEPPER MOTORS MOTOR MOUNT KIT LEAD SCREW NUT MULTIPLE OPTIONS TO ENSURE THE BEST FIT FOR YOUR APPLICATION! ORDERING OPTIONS Linear Guide Supports - Provides increased load and moment capacities. Available in single or dual rails with runner blocks. ACCESSORIES Mounting Supports Dovetail clamps and riser plates for stable positioning and surface mounting. Lead Screws - mm (0.09 ), mm (0.5 ), 0 mm (0. ), 5mm ( ), 8mm (.5 ) Contact manufacturer for other available sizes. Nut Type Standard or optional anti-blash nut for applications requiring high bi-directional accuracy and repeatability. Seal Strip Prevent debris from entering or exiting the actuator. Stepper Motors - PBC brand motors are designed to reduce length in the ML actuator. Standard NEMA and metric sizes available in single, double or triple stack. Fastech motors offer state-of-the-art monitoring and drive advancements into their EZi-step motor for precision, speed and power. Available in open or closed loop designs. Servo motors - Omron high-precision positioning with improved response and vibration control. Available in 0 & 60 mm. Motor Coupling Extends life of the motor and provides shortest overall length. Position Sensor Attaches to housing to precisely signal when the carriage has reached limit or home positions. Replacement Parts Fast replacement parts at a moments notice. Side motor brackets, covers and pulley belt system Upgrade System Parts Carriage Bracket Kit, Linear Guide Support Kit, Seal Strip Kit Cable Carrier Extruded one-piece or snap together side bands for various cable carrier cavities and application requirements. QUESTIONS? (888) TO ORDER CALL: (800) E. Rockton Road, Roscoe, IL 607 USA 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. /

5 PL Series PLA BALL SCREW DRIVEN LINEAR ACTUATOR SIMULTANEOUS INTEGRAL MILLING OPERATION Hardened Steel V-Raceway TECHNICAL DATA FEATURES & BENEFITS High Speed Cam Roller Design - Pre-loaded ball bearing cam rollers are guided by the patent pending Integral V hardened steel raceways. Creates smooth precision guidance Ball, Acme or Lead Screw Driven - high positioning accuracy and high load/torque load requirements SIMO - (Simultaneous Integral Milling Operation) patent pending machining process for precision machined surfaces on all housing sides Accessories: couplings, mounting clamps, motor mounts, limit switches, gear reducers, shaft extensions etc. KEY FEATURES () Positioning accuracy assured by ball or lead screw drive () Double row angular contact bearing () T-slots for easy mounting () Seal strip - stainless steel, magnetically sealed NOTE:. Moment arms for calculating moments should be measured from the centerline of the driveshaft.. Limit switches must be used in order to prevent the carriage from contacting the actuator end blocks, resulting in damage.. 5mm of over-travel has been added to the body length in each direction to allow for carriage over-travel. 5mm is the recommended over-travel; although a minimum of 0mm may be specifi ed for special applications.. Fx applies to ball and acme screws only. Contact manufacturer for lead screw values. *Max length and speed are limited by critical speed of screw. Max load is limited by column strength of screw. Values listed are theoretical max. Size mm 55 x 55 in.7 x.7 Max. Speed - Lead m/s in/s 79 Max. Stroke Length* mm 70 in 07 Min. Stroke Length mm 50 in.97 Max RPM* 755 Base Weight Kg.66 lbf.6 Add for 00 mm of Stroke Kg 0.79 lbf 0.8 Max. Load Fx N 958 lbf 0 Fy N 85 lbf 6 Fz N 980 lbf 0 Max. Moments Mx Nm lbf-in 06 My Nm 5 lbf-in 60 Mz Nm 5 lbf-in 60 Moment of Inertia Ix cm 9 in 0.70 Iy cm in 0.77 Repeatability mm ± 0.06 in ± 0.00 Max. Radial Load on Input Shaft N 00 lbf 5 No Load Torque Nm 0.05 lbf-in 0. For combined loads, the combined loading cannot exceed the following formula.

6 LITPL-00 DIMENSIONAL DATA LOAD RANGE (Ball & Acme Screws) The recommended operating range is below and to the left of the shown curves. Speeds indicated by the curves are based upon 80% of the critical speed of the ball screw. Higher recommended speed ranges can be achieved by selecting a larger lead ball screw. SECTION B-B ORDERING INFORMATION EXAMPLE: PLA055S-0JX-XXXX-CDM PLA 055 X - XX XX X - XXXX - X X X X X Series PLA Screw Driven Size (mm) (Base x Height) 55mm x 55mm Drive Journal Confi guration SEE CHART BELOW. Leads Accuracy Body Length #Carriages = Driven (S) = () Driven & Undriven Carriage Style C = Standard Length Bearing Bearing Quantity Type D = Double - 6 Rollers (S) = Sealed Steel (S) Mounting Holes I = in. (#0-) M = mm (S) (M5 x 0.8) Drive Journal Confi g. Leads ** Accuracy N = No motor-undriven P* = Ball screw with pre-loaded nut S = Ball screw with ball nut (S) 00 = Undriven 0 = Drive Shaft (S) 0 = Drive Shafts (Both Ends) C = Acme screw w/ bronze nut D = Acme screw w/ polymer nut L = Lead screw w/ polymer nut K = Lead screw w/ polymer anti-backlash nut Ball Screw Acme & Lead Screw AK = AM = 0.00 (.5mm) (.76mm) AN = 0.5 (.8mm) AX = AA = 0.00 (5.08mm) (5mm) AC = (.7mm) AA = AD =.000 (5.mm) (5.08mm) AJ = 0.97 (0mm) AF = 0.69 (6mm) X = ISO CLASS 0 (< ± 0µm/00mm) (< ±.008 /ft.) 7 = ISO CLASS 7 (< ± 5µm/00mm) (< ±.00 /ft.) 5 = ISO CLASS 5 (< ± µm/00mm) (< ±.0009 /ft.) (S) = Standard *Requires an extended length carriage, please contact PBC Linear. Contact manufacturer prior to ordering lead screw option. **Contact manufacturer for lead /acme screw options and accuracy combinations. Not all combinations are available. PLEASE NOTE: To ensure quick delivery, PBC reserves the right at its sole discretion to upgrade accuacy class or bearing quantity (free of charge), with or without notice, if the requested option is unavailable. Product information and D/D CAD drawings available for download at For technical & application information call The data and specifi cations 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. /0

7 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 () Anodized aluminum housing and carriage () Steel reinforced belt capable of handling high loads () Ball guided rail system () Adjustable belt tension 5 (5) T-slots for mounting and sensor mounting (6) Multiple drive configurations 6 Size mm x in.65 x.65 Max. Speed m/s in/s 8 Max. Stroke Length mm 6000 in 6 Min. Stroke Length mm 00 in.9 Pulley Drive Ratio mm 90 in.5 Number of Pulley Teeth 8 Max RPM 000 Base Weight Kg. lbf. Add for 00 mm or.9 in of Stroke Kg 0.8 lbf 0.0 Max. Load Fx N 60 lbf 0 Fy N 560 lbf 5 Fz N 560 lbf 5 Max. Moments Mx Nm 0 lbf-in 77 My Nm 55 lbf-in 87 Mz Nm 55 lbf-in 87 Moment of Inertia Ix cm in 0.9 Iy cm 5 in 0.6 Repeatability mm ± 0.05 in ± 0.00 Max. Radial Load on Input Shaft N 0 lbf 9.5 No Load Torque Nm 0.8 lbf-in 7. For combined loads, the combined loading cannot exceed the following formula. NOTE:. 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.. 5mm 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 0mm may be specifi ed for special applications.

8 LITMTB DIMENSIONAL INFORMATION X X 55 X M5 5 mm X mm OVERTRAVEL ZONE OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH mm OVERTRAVEL ZONE A BODY LENGTH = STROKE + CARRIAGE LENGTH + ( x OVERTRAVEL) = STROKE ( x 5) DRIVE END IDLER END DETAIL A SHAFT VERSIONS FEMALE - Ø - mm MALE - Ø 6 mm 50 8 B X Ø H7 X M5 5.5 mm 7 mm 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 Housing Coupling Flange Plate Stub Shafting ORDERING INFORMATION EXAMPLE: MTB055D-000-F MTB 055 D - XXXX - X X X X Series MTB Belt Driven Unit Size (mm) (Base x Height) 55 mm x 55 mm *No belt or motor mount, contact manufacturer for N version. **Contact manufacturer for other options and availability. System Type* Body Length** Shaft Diameter Shaft Type #Carriage** Guidance Type N = Undriven D = Driven 6000 mm (max.) Must include 50mm over-travel 00 = No shaft (undriven system) = mm = mm 6 = 6mm 0 = No shaft (undriven system) F = Female hollow (, ) L = Left Male (6) R = Right Male (6) B = Both Male (6) = Profile rail w/ runner blocks per carriage Future Option C = CRT/IVT - V-wheel roller G = GST - Gliding polymer 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. /

9 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 () Anodized aluminum housing and carriage () Steel reinforced belt capable of handling high loads () Ball guided rail system () Adjustable belt tension 5 (5) T-slots for mounting and sensor mounting (6) Multiple drive configurations Size mm 55 x 55 in.7 x.7 Max. Speed m/s in/s 8 Max. Stroke Length mm 6000 in 6 Min. Stroke Length mm 00 in.9 Pulley Drive Ratio mm 0 in.7 Number of Pulley Teeth 8 Max RPM 500 Base Weight Kg. lbf 9.7 Add for 00 mm or.9 in of Stroke Kg 0. lbf 0.75 Max. Load Fx N 80 lbf 8 Fy N 850 lbf 6 Fz N 850 lbf 6 Max. Moments Mx Nm 5 lbf-in My Nm 0 lbf-in 06 Mz Nm 0 lbf-in 06 Moment of Inertia Ix cm 6 in 0.86 Iy cm 5 in.08 Repeatability mm ± 0.05 in ± 0.00 Max. Radial Load on Input Shaft N 50 lbf 56. No Load Torque Nm lbf-in For combined loads, the combined loading cannot exceed the following formula. NOTE:. 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.. 5mm 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 0mm may be specified for special applications.

10 LITMTB0-00 DIMENSIONAL INFORMATION 5 0 X 5 X 0 X Ø M5 5 mm X 6 OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH mm OVERTRAVEL ZONE 5 mm OVERTRAVEL ZONE A IDLER END BODY LENGTH = STROKE + CARRIAGE LENGTH + ( x OVERTRAVEL) = STROKE ( x 5).9 DRIVE END X Ø 8 H7.5 mm DETAIL A SHAFT VERSIONS FEMALE - Ø 0 mm - mm MALE - Ø mm X M 7 mm D B C.9 X X DETAIL B PLCS DETAIL C PLCS. DETAIL D PLCS. X 6 X 7 ACCESSORIES - (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housings Coupling Flange Plate Stub Shafting ORDERING INFORMATION EXAMPLE: MTB0D-000-0F MTB 0 D - XXXX - X X X X Series MTB Belt Driven Unit Size (mm) (Base x Height) mm x mm *No belt or motor mount, contact manufacturer for N version. **Contact manufacturer for other options and availability. System Type* Body Length** Shaft Diameter Shaft Type #Carriage** Guidance Type N = Undriven D = Driven 6000 mm (max.) Must include 50mm over-travel 00 = No shaft (undriven system) 0 = 0mm = mm 0 = No shaft (undriven system) F = Female hollow (0, ) L = Left Male () R = Right Male () B = Both Male () = Profile rail w/ runner blocks per carriage Future Option C = CRT/IVT - V-wheel roller G = GST - Gliding polymer Product information and D/D CAD drawings available for download at For technical & application information call The data and specifi cations 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. Specifi cations are subject to change without notice. /09

11 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 () Anodized aluminum housing and carriage () Steel reinforced belt capable of handling high loads () Ball guided rail system () Adjustable belt tension 5 (5) T-slots for mounting and sensor mounting (6) Multiple drive configurations Size mm 80 x 80 in.5 x.5 Max. Speed m/s in/s 8 Max. Stroke Length mm 6000 in 6 Min. Stroke Length mm 00 in.9 Pulley Drive Ratio mm 60 in 6.0 Number of Pulley Teeth Max RPM 50 Base Weight Kg 5.9 lbf.00 Add for 00 mm or.9 in of Stroke Kg 0.9 lbf.08 Max. Load Fx N 650 lbf 7 Fy N 500 lbf 0 Fz N 500 lbf 0 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 8 in.9 Iy cm 6 in 5. Repeatability mm ± 0.05 in ± 0.00 Max. Radial Load on Input Shaft N 00 lbf 67. No Load Torque Nm. lbf-in For combined loads, the combined loading cannot exceed the following formula. NOTE:. 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.. 5mm 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 0mm may be specifi ed for special applications.

12 LITMTB DIMENSIONAL INFORMATION TYP. X 75 5X M5 0 mm X 0 OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH mm OVERTRAVEL ZONE 5MM OVERTRAVEL ZONE A IDLER END BODY LENGTH = STROKE + CARRIAGE LENGTH + ( x OVERTRAVEL) = STROKE +0 + ( x 5) DRIVE END 7. 7 DETAIL A SHAFT VERSIONS FEMALE - Ø 6-9 mm MALE - Ø 9 mm 0 B X Ø 55 H7.5 mm 0.6 C DETAIL B PLCS. DETAIL C PLCS. 80 X 58 X 5 X 0 80 X 8 ACCESSORIES - (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housing Coupling Flange Plate Stub Shafting ORDERING INFORMATION EXAMPLE: MTB080D-000-6F MTB 080 D - XXXX - X X X X Series MTB Belt Driven Unit Size (mm) (Base x Height) 80 mm x 80 mm *No belt or motor mount, contact manufacturer for N version. **Contact manufacturer for other options and availability. System Type* Body Length** Shaft Diameter Shaft Type #Carriage** Guidance Type N - Undriven D - Driven 6000 mm (max.) Must include 50mm over-travel 00 = No shaft (undriven system) 6 = 6mm 9 = 9mm 0 = No shaft (undriven system) F = Female hollow (6,9) L = Left Male (9) R = Right Male (9) B = Both Male (9) = Profile rail w/ runner blocks per carriage Future Option C = CRT/IVT - V-wheel roller G = GST - Gliding polymer Product information and D/D CAD drawings available for download at For technical & application information call The data and specifi cations 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. Specifi cations are subject to change without notice. /09

13 MT Series MTC Belt Belt Driven Driven Units Linear - Linearantrieb Baureihe Actuator MTC The MTC belt driven unit features a flat profile design for compact spaces. Integrated with the carriage is a stainless steel strip with magnetic seals. Ideal in high contamination and clean room environments. Same direction of movement for all carriages TECHNICAL DATA features & benefits High Acceleration, Speed & Rigidity Long Travel Length Low Friction, Noise & Vibration Strong yet Lightweight & Corrosion Resistant Key Features () 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 (6) Multiple drive configurations 5 Size mm x 75 in.65 x.95 Max. Speed m/s in/s 8 Max. Stroke Length mm 000 in 8 Min. Stroke Length mm 00 in.9 Pulley Drive Ratio mm 0 in 5. Number of Pulley Teeth 6 Max RPM 000 Base Weight Kg.7 lbf 5.9 Add for 00 mm or.9 in of Stroke Kg 0.50 lbf.0 Max. Load Fx N 65 lbf 8 Fy N 75 lbf 87 Fz N 75 lbf 87 Max. Moments Mx Nm 8 lbf-in 59 My Nm 0 lbf-in 97 Mz Nm 0 lbf-in 97 Moment of Inertia Ix cm 8 in 0.67 Iy cm 7 in 0.89 Repeatability mm ± 0.05 in ± 0.00 Max. Radial Load on Input Shaft N 50 lbf 56. No Load Torque Nm.0 lbf-in 8.85 For combined loads, the combined loading cannot exceed the following formula. NOTE:. 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.. 5mm 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 0mm may be specified for special applications.

14 LITMTC-00 DIMENSIONAL INFORMATION ACCESSORIES - (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housing Coupling Flange Plate Stub Shafting ORDERING INFORMATION EXAMPLE: MTC0D-000-F MTC 0 D - XXXX - X X X X Series MTC Belt Driven Unit Size (mm) (Base x Height) mm x mm *No belt or motor mount, contact manufacturer for N version. **Contact manufacturer for other options and availability. System Type* Body Length** Shaft Diameter Shaft Type #Carriage** Guidance Type N - Undriven D - Driven 6000 mm (max.) Must include 50mm over-travel 00 = No shaft (undriven system) = mm = mm 6 = 6mm 0 = No shaft (undriven system) F = Female hollow (, ) L = Left Male (6) R = Right Male (6) B = Both Male (6) = Profile rail w/ runner blocks per carriage Future Option C = CRT/IVT - V-wheel roller G = GST - Gliding polymer 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. 7/0

15 MT Series MTD Belt Driven Linear Actuator The MTD belt driven unit features a flat profile design and bidirectional movement. Available with one or two railway runner blocks per carriage. Carriages move in opposite direction TECHNICAL DATA features & benefits High Acceleration, Speed & Rigidity Long Travel Length Low Friction, Noise & Vibration Strong yet Lightweight & Corrosion Resistant Key Features () 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 (6) Multiple drive configurations 5 Size mm x 75 in.65 x.95 Max. Speed m/s in/s 8 Max. Stroke Length mm 000 in 8 Min. Stroke Length mm 00 in.9 Pulley Drive Ratio mm 0 in 5. Number of Pulley Teeth 6 Max RPM 000 Base Weight Kg.7 lbf 8. Add for 00 mm or.9 in of Stroke Kg 0.50 lbf.0 Max. Load Fx N 65 lbf 8 Fy N 75 lbf 87 Fz N 75 lbf 87 Max. Moments Mx Nm 8 lbf-in 59 My Nm 0 lbf-in 97 Mz Nm 0 lbf-in 97 Moment of Inertia Ix cm 8 in 0.67 Iy cm 7 in 0.89 Repeatability mm ± 0.05 in ± 0.00 Max. Radial Load on Input Shaft N 50 lbf 56. No Load Torque Nm. lbf-in. For combined loads, the combined loading cannot exceed the following formula. NOTE:. 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.. 5mm 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 0mm may be specified for special applications.

16 LITMTD-00 DIMENSIONAL DATA 5 0 X 8 X THRU HOLE AND CBORE FOR M5 SCREW X 5.5 X 0 X 0 X M5 0 mm X 5 A OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH IDLER END 5 MM OVERTRAVEL ZONE 5 mm OVERTRAVEL ZONE DRIVE END 86.5 BODY LENGTH = STROKE LENGTH + ( x CARRIAGE LENGTH + ( x END CAP LENGTH) + ( x OVERTRAVEL) = STROKE LENGTH + ( x 0) + ( x 5.5) + ( x 5) 75 DETAIL A X B X C X 9 X DETAIL B PLCS.. 6. DETAIL C PLCS Ø 6 SHAFT VERSIONS X Ø 0 H7 FEMALE - Ø - mm MALE - Ø 6 mm.5mm ACCESSORIES - (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housing Coupling Flange Plate Stub Shafting ORDERING INFORMATION EXAMPLE: MTDD-000-F MTD 0 D - XXXX - X X X X Series MTD Belt Driven Unit Size (mm) (Base x Height) mm x mm *No belt or motor mount, contact manufacturer for N version. **Contact manufacturer for other options and availability. System Type* Body Length** Shaft Diameter Shaft Type #Carriage** Guidance Type N - Undriven D - Driven 6000 mm (max.) Must include 50mm over-travel 00 = No shaft (undriven system) = mm = mm 6 = 6mm 0 = No shaft (undriven system) F = Female hollow (, ) L = Left Male (6) R = Right Male (6) B = Both Male (6) = Profile rail w/ runner blocks per carriage Future Option C = CRT/IVT - V-wheel roller G = GST - Gliding polymer 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. 7/0

17 MT Series MTE MTC BELT Belt DRIVEN Driven LINEAR Units - ACTUATOR Linearantrieb Baureihe MTC Vertical Lift Light Carriage TECHNICAL DATA FEATURES & BENEFITS High Acceleration, Speed & Rigidity Long Travel Length Low Friction, Noise & Vibration Ideal for Vertical Applications KEY FEATURES () Adjustable belt tension () Anodized aluminum housing and carriage () Steel reinforced belt capable of handling high loads () Ball guided rail system (5) Motor mount assembly (6) Rubber buffer NOTE:. 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.. 5mm 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 0mm may be specified for special applications. 5 6 Size mm 55 x 55 in.7 x.7 Max. Speed m/s in/s 9 Max. Stroke Length mm 000 in 9 Min. Stroke Length mm 00 in.9 Pulley Drive Ratio mm 0 in 5. Number of Pulley Teeth 6 Max RPM 60 Base Weight Kg.9 lbf 8.6 Add for 00 mm or.9 in of Stroke Kg 0. lbf 0.66 Max. Load Fx N 800 lbf 80 Fy N 00 lbf 7 Fz N 00 lbf 7 Max. Moments Mx Nm 0 lbf-in 5 My Nm 0 lbf-in 97 Mz Nm 0 lbf-in 97 Moment of Inertia Ix cm 6 in 0.86 Iy cm 6 in.0 Repeatability mm ± 0.05 in ± 0.00 Max. Radial Load on Input Shaft N 00 lbf 5 No Load Torque Nm.0 lbf-in 8.85 For combined loads, the combined loading cannot exceed the following formula.

18 LITMTE-00 DIMENSIONAL DATA 5 mm 5 mm OVERTRAVEL ZONE OVERTRAVEL ZONE BODY LENGTH = STROKE + CARRIAGE LENGTH + ( x OVERTRAVEL) = STROKE ( X 5) OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH ACCESSORIES - (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housing Coupling Flange Plate Stub Shafting ORDERING INFORMATION EXAMPLE: MTE055D-000-F MTE 055 D - XXXX - X X X X Series MTE Belt Driven Unit Size (mm) (Base x Height) 55 mm x 55mm *No belt or motor mount, contact manufacturer for N version. **Contact manufacturer for other options and availability. System Type* Body Length** Shaft Diameter Shaft Type** #Carriage** Guidance Type N - Undriven D - Driven 000 mm (max.) Must include 50mm over-travel 00 = No shaft (undriven system) = mm F= Female Hollow () L = Left Male R = Right Male B = Both Male = Profile rail w/ runner blocks per carriage Future Option C = CRT/IVT - V-wheel roller G = GST - Gliding polymer Product information and D/D CAD drawings available for download at For technical & application information call The data and specifi cations 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. Specifi cations are subject to change without notice. /09

19 MT Series MTF Belt Driven Linear Actuator The MTF belt driven unit with dual rail system has the durability to handle high load capacity. An ideal fit for vertical applications. Vertical Lift Strong Carriage TECHNICAL DATA Size mm 55 x 55 in.7 x.7 FEATURES & BENEFITS High Load Capacity - () ball guided rail system Low Friction, Noise & Vibration Ideal for Vertical Movement KEY FEATURES () Adjustable belt tension () Steel reinforced belt capable of handling high loads () Anodized aluminum housing and carriage () Ball guided rail system (5) Motor mount assembly (6) T-slots - ease of mounting Max. Speed m/s in/s 9 Max. Stroke Length mm 000 in 9 Min. Stroke Length mm 00 in.9 Pulley Drive Ratio mm 0 in 5. Number of Pulley Teeth 6 Max RPM 60 Base Weight Kg 5. lbf. Add for 00 mm or.9 in of Stroke Kg 0.5 lbf. Max. Load Fx N 800 lbf 80 Fy N 7800 lbf 75 Fz N 7800 lbf 75 Max. Moments Mx Nm 65 lbf-in 5 My Nm 80 lbf-in 8 Mz Nm 80 lbf-in 8 Moment of Inertia Ix cm 6 in 0.86 Iy cm 6 in.0 6 Repeatability mm ± 0.05 in ± Max. Radial Load on Input Shaft N 00 lbf 5 No Load Torque Nm. lbf-in 0.6 For combined loads, the combined loading cannot exceed the following formula. NOTE:. 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.. 5mm 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 0mm may be specifi ed for special applications.

20 LITMTF-00 DIMENSIONAL DATA 5 mm OVERTRAVEL ZONE 5 mm OVERTRAVEL ZONE BODY LENGTH = STROKE + CARRIAGE LENGTH + ( x OVERTRAVEL) = STROKE ( X 5) OVERALL LENGTH = BODY LENGTH + DRIVE END LENGTH + IDLER END LENGTH = BODY LENGTH ACCESSORIES - (Available upon request.) Mid Section End Cap Motor Mounts/ Coupling Housing Coupling Flange Plate Stub Shafting ORDERING INFORMATION EXAMPLE: MTF055D-000-F MTF 055 D - XXXX - X X X X Series MTF Belt Driven Unit Size (mm) (Base x Height) 55 mm x 55mm *No belt or motor mount, contact manufacturer for N version. **Contact manufacturer for other options and availability. System Type* Body Length Shaft Diameter Shaft Type** #Carriage** Guidance Type N - Undriven D - Driven 000 mm (max.) Must include 50mm over-travel 00 = No shaft (undriven system) = mm F= Female Hollow () L = Left Male R = Right Male B = Both Male = Profile rail w/ runner blocks per carriage Future Option C = CRT/IVT - V-wheel roller G = GST - Gliding polymer Product information and D/D CAD drawings available for download at For technical & application information call The data and specifi cations 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. Specifi cations are subject to change without notice. /09