METRIC BALL SCREW JACKS

Transcription

1 METRIC BA METRIC BA With over twenty-five years of experience manufacturing precision worm gear screw jacks, Nook Industries has expanded the ActionJac offering to include metric models providing design engineers a globally accepted product. All the efficiency advantages that come with ball screw technology are available in ActionJac metric ball screw jacks. A full line of IEC motor mounts are available. WORM GEAR METRIC BA TECHNICA DATA See the technical introduction at the beginning of this section for additional Metric Ball Screw Jack features and comparison to Machine Screw Jacks. Download Accurate Moveable Assembly 3D Models and 2D Drawings For ActionJac Worm Gear Screw Jacks: Configure specific requirements for your Worm Gear Screw Jack application in a simple interface, including motor adapter, right angle reducer, bellows boots and limit switch accessories. View complete assemblies on-line with zoom, pan and rotate capabilities. Download true assembly models with full range of motion in native Auto, SolidWorks, Pro/E, CATIA, ParaSolids, SAT and many other formats. Order complete jack assemblies with generated part number. Download WORM GEAR www. 344

2 WORM GEAR QUICK REFERENCE: METRIC BA METRIC BA JACK SIZES JACK SEECTION ifting Raise for Maximum Maximum Max. Worm Maximum Torque No BackDrive Screw Screw Root One Turn Input Allowable Speed at oad at to Raise oad Holding Capacity Dia. ead Dia. Gear of Worm Torque Input Rated oad 1425 RPM 1 kn Torque Torque Page MODE (kn) (mm) (mm) (mm) Ratio (mm) (N.m) () (rpm) (kn) (N.m) (N.m) (N.m) Ref EM05-BSJ EM1-BSJ.0 5 EM2.5-BSJ EM5-BSJ 34.8 EM-BSJ EM-BSJ NOTES: 1) The recommended maximum speed is 00 RPM providing that the recommended horsepower and temperature are not exceeded. 2) Input torque is shown as torque to lift one kn of load. Starting Torque is 0% greater than torque shown. For loads less than 25% of rated loads add tare drag torque. 3) Maximum allowable horsepower ratings are based on a 35% duty cycle. For operation at higher duty cycles or repeated use over any segment of the total travel, temperature must be monitored and remain less than 95 C. 4) Overload capacity of the Metric ball Screw Jack is as follows: 0% for dynamic loads, % for static loads. 5) All Ball Screw Jacks can backdrive and require some means of holding the load, such as a brake on the motor. The product specification pages show holding torque values. Holding torque represents the amount of input torque required to restrain the load and does not indicate recommended brake size to bring dynamic load to stop. 6) All units are suitable for intermittent operation providing that the housing temperature including ambient is not lower than - C. or higher than +95 C. Factory supplied grease in standard units will operate in this range. For higher or lower operating temperature ranges consult Nook Industries. 5: : : : : : : : : : : : : ) Accessories such as boots, limit switches, top plates and clevises are available. 8) Catalog dimensions are representative only and are subject to change without notice. For construction, use only certified prints. 9) Units are not to be used as personnel support or movement. ) End-of-travel stops are not provided. Starting torque is0% greater than torque shown. per jack = Torque to Number raise one x of kn x RPM kn(n m) to be raised 9,549 * No load torque need only be added if operating under 25% rated load. METRIC BA TECHNICA DATA 345

3 METRIC BA COUMN STRENGTH: METRIC BA WORM GEAR Column strength is the ability of the lift shaft to hold compressive loads without buckling. With longer screw lengths, column strength may be substantially lower than nominal jack capacity. If the lift shaft is in tension only, the screw jack travel is limited by the available screw material or by the critical speed of the screw. Refer to the ball screw technical section for critical speed limitations. If there is any possibility for the lift shaft to go into compression, the application should be sized for sufficient column strength. The chart below is used to determine the required jack size in applications where the lift shaft is loaded in compression. To use this chart: Find a point at which the maximum length intersects the maximum load. Be sure the jack selected is above and to the right of that point. CAUTION: chart does not include a design factor. The chart assumes proper jack alignment with no bending loads on the screw. Effects from side loading are not included in this chart. Jacks operating horizontally with long lift shafts can experience bending from the weight of the screw. Consult Nook Industries, Inc. if side thrust is anticipated, operating horizontally, or maximum raise is greater than times the screw diameter. METRIC BA TECHNICA DATA 1, oad (kn) 7 5 EM EM EM5 EM2.5 EM1 EM05 MOUNTING CONDITIONS A ONE END FIXED ONE END FREE B BOTH ENDS SUPPORTED BY CEVIS ENDS C ONE END FIXED, ONE END SUPPORTED (CEVIS ATTACHED TO GUIDE STRUCTURE) 3 2 ONE END FIXED, ONE END SUPPORTED (RADIA BEARING)) A B C D , ,0 1,0 0 1,000 1,0 2,000 (mm) Metric Ball Screw Jack 1,000 2,000 3,000 4,000 1,0 3,000 4,0 6,000 2,0 5,000 7,0,000 D BOTH ENDS FIXED (TOP PATE ATTACHED TO GUIDED STRUCTURE) AVAIABE IFT SCREW ENGTHS As a major manufacturer of industrial lead screws, Nook Industries stocks a wide selection of ball screws. Nook Industries has the capacity to make long ball screws for special applications. Rotating screw jacks can be built with a larger diameter lift screw for greater column strength, or a different lead to change the jack operating speed. 346

4 WORM GEAR IFE EXPECTANCY: METRIC BA METRIC BA The following Chart provides the minimum life expectancy in total meters of travel for the ball screws. MINIMUM METERS OF TRAVE UPRIGHT & INVERTED UPRIGHT & INVERTED Operating ROTATING oad Page MODE (kn) Standard Standard Number EM05-BSJ EM1-BSJ EM2.5-BSJ EM5-BSJ EM-BSJ EM-BSJ , ,3 2,194,880 21,455 87, ,0 2,793 18, ,565 28,6 229,283 2,441,6 6,315,522 4,178 6,702 53, ,444 42, ,9 2,743,0 26,819 9,8 878,800 3,716 22, ,6 35, ,4 3,051,758 7,894 63,153 5,223 8,378 67, , EAD ACCURACY The metric rolled thread ball screw, as employed in ActionJac products, is held within.1mm per 0 mm cumulative from nominal dimension. Jacks can be matched to within ±.05mm per 0mm when ordered as matched sets. Special ground threads having lead accuracies of.013mm per 0mm can be provided if necessary. BACKASH Axial backlash ranges from.2 to.5 mm. Specify optional selective fit lift shaft for 0.13 to 0.2mm backlash. MATERIA HARDNESS Ball screws have a race hardness of Rockwell C 58 minimum. Core hardness will run from Rc to 35. NOTES: Refer to ubrication Instructions in order to obtain maximum life from ball screw assemblies These values may be greatly reduced if the units are subjected to misalignment, shock loads, side thrust, contamination or lack of proper lubrication and maintenance. METRIC BA TECHNICA DATA 347

5 METRIC BA REFERENCE NUMBER SYSTEM: METRIC BA WORM GEAR BA SCREW MODE EM2.5-BSJ- U 6:1 / SSE-1 / 80B5-2 / FT / 580mm / SB kn Model # 5 = EM05-BSJ = EM1-BSJ 25 = EM2.5-BSJ kn Model # = EM5-BSJ 0 = EM-BSJ 0 = EM-BSJ CONFIGUN U = Upright I = Inverted UR = Upright Rotating IR = Inverted Rotating GEAR Refer to product pages for available ratios. METRIC BA TECHNICA DATA SHAFT ORDER CODE CCW Position 1 CW Position 2 ORDER CODES (Must Include A Position) NO ACCESSORY SSE-_ = Standard Shaft Extension, Position 1 or _ = Delete Shaft Extension, Position 1 or 2 SPC-_ = Special Modified Shaft Extension, Position 1 or 2 56B5 56B14 63B5 63B14 71B5 71B14 = EM05 = EM05 =EM1 =EM1 Motor Mounts Without Motor (Position 1 or 2) = EM1 and EM2.5 = EM1 and EM2.5 80B5 80B14 90B5 90B14 = EM2.5 and EM5 = EM2.5 and EM5 = EM5 and EM = EM5 and EM 0B5 = EM and EM 0B14 = EM and EM CCW Shaft CW Shaft NOTE: Both Shaft Extensions Must Be Specified HOUSING CONFIGUN F = Standard Flange Base SCREW CONFIGUN TRANSATING - U and I MODES T = Standard Threaded End C = Clevis End P = Top Plate ROTATING - UR and IR MODES A = Travel Nut Position "A" B = Travel Nut Position "B" UR - Upright Rotating Travel Nuts shown in position "A" IR - Inverted Rotating TRAVE For Translating Screw Models (U and I) use actual Travel in mm. For Rotating Screw Models (UR and IR) use "" Dimension in Inches. MODIFIER IST S or M Required E and/or B Optional S = Standard. no additional description required E = In-ine Encoder (motor or motor mount required) M = Modified, additional description required B = Bellows Boots (must calculate retracted and extended boot length, see page ) 348

6 WORM GEAR 2 EM05 BSJ Housing Top View COCKWISE RAISES OAD EM05-BSJ-U Mx1.5-6g EM05-BSJ 22 + TRAVE METRIC BA EM05-BSJ-I Øh7 3x3xN9 1 COSED 1 Ø Ø7 4 HOES 22 + TRAVE Ø27 25 M5x08-6H 4 HOES EQ. SP ON Ø.00 BOT CIRCE 9.5 Ø COSED EM05-BSJ-UR EM05-BSJ-IR TOP PATE (optional): 9000-EM-12 Ø45 B.C. Ø Ø18 Mx1.5-6H "" (min) = TRAVE Øk6 BA NUT Ø55 "" (min) = TRAVE + 75 BA NUT & FANGE S 59 Ø Ø BA NUT METRIC BA TECHNICA DATA Ø7 4 HOES CEVIS END (optional): 9001-EM Ø15H8 Ø66 Ø R Ø6.6 4 HOES ON.00 BCD Mx1.5-6H Ø EM05-BSJ SCREW MRT16x5 ROOT DIAMETER: 12.9 DRAG TORQUE:.11 "0" TRAVE: 1.36 PER 0mm TRAVE: 0.14 GREASE: 0.14 TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM 5: mm 0.24 Nm rpm 5.0 kn : mm 0. Nm rpm 5.0 kn CAUTION! JACK IS SEF-OWERING. IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. 349

7 METRIC BA 2.5 EM1-BSJ EM1 BSJ Housing Top View COCKWISE RAISES OAD EM1-BSJ-U 25 M12x1.5-6g WORM GEAR TRAVE EM1-BSJ-I Ø14h7 5x5x25N9 191 COSED Ø Ø8.8 4 HOES TRAVE Ø33.5 EM1-BSJ-UR M6x1.0-6H 4 HOES EQ. SP ON Ø44.44 BOT CIRCE 48 COSED Ø35 EM1-BSJ-IR METRIC BA TECHNICA DATA TOP PATE (optional): 9000-EM-11 Ø B.C. Ø80 Ø32 M12x1.5-6H "" (min) = TRAVE Ø12k6 Ø70 BA NUT "" (min) = TRAVE BA NUT & FANGE S 25 Ø35 Ø70 BA NUT Ø9 4 HOES 25 CEVIS END (optional): 9001-EM-11 Ø36g6 56 Ø64 Ø (6 holes) on 49 BCD Ø15H8 M12x1.5-6H Ø32 EM1-BSJ SCREW MRTx5 ROOT DIAMETER: DRAG TORQUE: 0.34 "0" TRAVE: 3.6 PER 0mm TRAVE: 0.23 GREASE: 0.23 TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM 5: mm 0.24 Nm 0.38 rpm.0 kn : mm 0.11 Nm rpm.0 kn CAUTION! JACK IS SEF-OWERING. IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. 3

8 WORM GEAR x R13 EM2.5 BSJ Housing Top View COCKWISE RAISES OAD Ø16h7 5x5x25N9 Ø11-4 HOES Ø22 C' BORE 2 COSED TRAVE 162 EM2.5-BSJ-U M18x1.5-6g Ø48.5 EM2.5-BSJ Ø TRAVE COSED METRIC BA EM2.5-BSJ-I Ø EM2.5-BSJ-UR EM2.5-BSJ-IR TOP PATE (optional): 9000-EM-01 Ø75 B.C. Ø98 Ø M18x1.5-6H "" (min) = TRAVE Øg6 Øk6 Ø95 BA NUT "" (min) = TRAVE + 7 BA NUT & FANGE S Ø Ø95 BA NUT METRIC BA TECHNICA DATA Ø14 4 HOES 12 Ø66 Ø (6 holes) on 52 BCD CEVIS END (optional): 9001-EM Ø25H8 M18x1.5-6H Ø EM2.5-BSJ SCREW TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM MRT25x5 ROOT DIAMETER: 22.5 DRAG TORQUE: : mm 0. Nm rpm 25.0 kn 12: mm 0.12 Nm rpm 25.0 kn "0" TRAVE: : mm 0.09 Nm rpm 25.0 kn PER 0mm TRAVE: 0.36 GREASE: 0.22 CAUTION! JACK IS SEF-OWERING. IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. 351

9 METRIC BA 3 EM5-BSJ EM5 BSJ Housing Top View COCKWISE RAISES OAD EM5-BSJ-U M25x1.5-6g 45 + TRAVE WORM GEAR EM5-BSJ-I Øh7 6x6xN9 290 COSED 236 Ø x R19 57 Ø18-4 HOES Ø32 C'BORE 45 + TRAVE Ø COSED Ø65 EM5-BSJ-UR EM5-BSJ-IR METRIC BA TECHNICA DATA TOP PATE (optional): 9000-EM-02 Ø85 B.C. Ø122 Ø M25x1.5-6H "" (min) = TRAVE Ø63g6 Ø25k6 Ø114 BA NUT "" (min) = TRAVE BA NUT & FANGE S Ø65 Ø114 BA NUT Ø17 4 HOES 18 Ø114 Ø (6 holes) on 90 BCD CEVIS END (optional): 9000-EM Ø35H8 M25x1.5-6H Ø65 EM5-BSJ SCREW TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM MRTx ROOT DIAMETER: 34.8 DRAG TORQUE: : mm 0.39 Nm rpm 39.4 kn 24: mm 0.15 Nm rpm 24.4 kn "0" TRAVE: 15.9 PER 0mm TRAVE: 0.93 GREASE: 0.45 CAUTION! JACK IS SEF-OWERING. IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. 352

10 WORM GEAR 4 EM BSJ Housing Top View COCKWISE RAISES OAD EM-BSJ-U Mx2-6g EM-BSJ.5 + TRAVE METRIC BA EM-BSJ-I Ø25h7 8x7x36N9 295 COSED 233 Ø x R Ø22-4 HOES Ø C'BORE.5 + TRAVE Ø COSED Ø.5 EM-BSJ-UR EM-BSJ-IR TOP PATE (optional): 9000-EM-04 Ø5 B.C. Ø1 Ø65 Mx2-6H "" (min) = TRAVE Ø75g6 Øk6 Ø137 BA NUT "" (min) = TRAVE BA NUT & FANGE S Ø.5 Ø137 BA NUT METRIC BA TECHNICA DATA Ø21 4 HOES Ø1 Ø 28.5 (6 holes) on 1 BCD CEVIS END (optional): 9001-EM ØH8 Ø90 Mx2-6H EM-BSJ SCREW TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM MRTx ROOT DIAMETER: 45.2 DRAG TORQUE: : mm 0.32 Nm rpm 78.9 kn 24: mm 0.16 Nm rpm 46.6 kn "0" TRAVE: 22.7 PER 0mm TRAVE: 1.46 GREASE: 0.68 CAUTION! JACK IS SEF-OWERING. IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. 353

11 METRIC BA 4 EM-BSJ EM BSJ Housing Top View COCKWISE RAISES OAD EM-BSJ-U M45x2-6g 45 + TRAVE WORM GEAR EM-BSJ-I Ø25h7 8x7xN9 Ø COSED x R29 5 Ø26-4 HOES Ø46 C'BORE TRAVE Ø COSED Ø90 EM-BSJ-UR EM-BSJ-IR METRIC BA TECHNICA DATA TOP PATE (optional): 9000-EM-06 Ø1 B.C. Ø185 Ø90 M45x2-6H "" (min) = TRAVE Ø95 Ø45k6 Ø159 BA NUT "" (min) = TRAVE BA NUT & FANGE S 171 R Ø90 Ø159 BA NUT Ø26 4 HOES CEVIS END (optional): 9001-EM Ø170 ØH8 Ø175.5 Ø22 (6 holes) on 1 BCD M45x2-6H Ø1 EM-BSJ SCREW TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM MRT63x12 ROOT DIAMETER: 57.0 DRAG TORQUE: :1 1.5 mm 0.38 Nm rpm 99.8 kn 24:1 0.5 mm 0.19 Nm rpm 66.1 kn "0" TRAVE: 38.6 PER 0mm TRAVE: 2.31 GREASE: 1.0 CAUTION! JACK IS SEF-OWERING. IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. 354

12 WORM GEAR TRAPEZOIDA METRIC TRAPEZOIDA The ActionJac Trapezoidal Screw Jacks utilize the same rugged design as the ActionJac machine screw jacks. These true metric jacks include a lift shaft with a special trapezoidal thread form. This thread form has been created to stay within ISO standards yet retains the centralizing feature of our 2C acme threads. These jacks may be assembled with IEC motor mounts. See the technical introduction at the beginning of this section for additional Trapezoidal Screw Jack features and comparison to Ball Screw Jacks. Download Accurate Moveable Assembly 3D Models and 2D Drawings For ActionJac Worm Gear Screw Jacks: Configure specific requirements for your Worm Gear Screw Jack application in a simple interface, including motor adapter, right angle reducer, bellows boots and limit switch accessories. View complete assemblies on-line with zoom, pan and rotate capabilities. Download true assembly models with full range of motion in native Auto, SolidWorks, Pro/E, CATIA, ParaSolids, SAT and many other formats. Order complete jack assemblies with generated part number. Download METRIC TRAPEZOIDA TECHNICA DATA WORM GEAR www. 355

13 TRAPEZOIDA QUICK REFERENCE: METRIC TRAPEZOIDA JACKS WORM GEAR JACK SIZES JACK SEECTION ifting Raise for Maximum Maximum Max. Worm Maximum Torque No Screw Screw Root One Turn Input Allowable Speed at oad at to Raise oad Capacity Dia. ead Dia. Gear of Worm Torque Input Rated oad 1425 RPM 1 kn Torque Page MODE (kn) (mm) (mm) (mm) Ratio (mm) (N.m) () (rpm) (kn) (N.m) (N.m) Ref EM05-MSJ EM1-MSJ : : : : : EM2.5-MSJ : : EM5-MSJ 7.9 6: : METRIC TRAPEZOIDA TECHNICA DATA EM-MSJ EM-MSJ NOTES: 1) The recommended maximum speed is 1800 RPM providing the recommended horsepower and temperature are not exceeded. 2) Input torque is shown as torque to lift one kn of load. Starting Torque is 0% greater than torque shown. For loads less than 25% of rated loads add tare drag torque. 3) Maximum allowable power ratings are based on a 25% duty cycle. For operation at higher duty cycles or repeated use over any segment of the total travel, temperature must be monitored and remain less than 95 C. 4) Overload capacity of the Trapezoidal Screw Jack is as follows: % for dynamic loads, % for static loads. 5) Trapezoidal Screw Jacks having gear ratios between :1 and 32:1, are self-locking and will hold loads without backdriving in the absence of vibrations. All other ratios may require a brake to prevent backdriving. 8: : : : ) Accessories such as boots, limit switches, top plates and clevises are available. 8) Catalog dimensions are representative only and are subject to change without notice. For construction, use only certified prints. 9) Units are not to be used as personnel support or movement. ) End-of-travel stops are not provided. per jack = Torque to Number raise one x of kn x RPM kn(n m) to be raised 9,549 Starting torque is0% greater than torque shown. 6) All units are suitable for intermittent operation providing that the housing temperature including ambient is not lower than - C. or higher than +95 C. Factory supplied grease in standard units will operate in this range. For higher or lower operating temperature ranges consult Nook Industries. * No load torque need only be added if operating under 25% rated load. 356

14 WORM GEAR COUMN STRENGTH: METRIC TRAPEZOIDA JACKS TRAPEZOIDA Column strength is the ability of the lift shaft to hold compressive loads without buckling. With longer screw lengths, column strength may be substantially lower than nominal jack capacity. If the lift shaft is in tension only, the screw jack travel is limited by the available screw material or by the critical speed of the screw. Refer to the trapezoidal screw technical section for critical speed limitations. If there is any possibility for the lift shaft to go into compression, the application should be sized for sufficient column strength. The chart below is used to determine the required jack size in applications where the lift shaft is loaded in compression. To use this chart: Find a point at which the maximum length intersects the maximum load. Be sure the jack selected is above and to the right of that point. CAUTION: chart does not include a design factor. The chart assumes proper jack alignment with no bending loads on the screw. Effects from side loading are not included in this chart. Jacks operating horizontally with long lift shafts can experience bending from the weight of the screw. Consult Nook Industries, Inc. if side thrust is anticipated, operating horizontally, or maximum raise is greater than times the screw diameter. oad (kn) 1,000 A B C D EM EM EM5 EM2.5 EM1 EM , ,0 1,0 0 1,000 1,0 2,000 1,000 2,000 3,000 4,000 1,0 3,000 4,0 6,000 2,0 5,000 7,0,000 MOUNTING CONDITIONS A ONE END FIXED ONE END FREE B BOTH ENDS SUPPORTED BY CEVIS ENDS C ONE END FIXED, ONE END SUPPORTED (CEVIS ATTACHED TO GUIDE STRUCTURE) ONE END FIXED, ONE END SUPPORTED (RADIA BEARING)) D BOTH ENDS FIXED (TOP PATE ATTACHED TO GUIDED STRUCTURE) METRIC TRAPEZOIDA TECHNICA DATA (mm) Metric Trapezoidal Screw Jacks AVAIABE IFT SCREW ENGTHS As a major manufacturer of industrial lead screws, Nook Industries stocks a broad selection of trapezoidal screws. Nook Industries has the capacity to make long trapezoidal screws for special applications. Rotating screw jacks can be built with a larger diameter lift shaft for greater column strength. 357

15 TRAPEZOIDA REFERENCE NUMBER SYSTEM: METRIC TRAPEZOIDA JACKS WORM GEAR EM2.5-MSJ- U 6:1 / SSE-1 / 80B5-2 / FT / 580mm / SB TRAPEZOIDA SCREW MODE kn Model # 5 = EM05-MSJ = EM1-MSJ 25 = EM2.5-MSJ kn Model # = EM5-MSJ 0 = EM-MSJ 0 = EM-MSJ CONFIGUN U = Upright I = Inverted UR = Upright Rotating IR = Inverted Rotating GEAR Refer to product pages for available ratios. SHAFT ORDER CODE CCW Position 1 CW Position 2 METRIC TRAPEZOIDA TECHNICA DATA ORDER CODES (Must Include A Position) NO ACCESSORY SSE-_ = Standard Shaft Extension, Position 1 or _ = Delete Shaft Extension, Position 1 or 2 SPC-_ = Special Modified Shaft Extension, Position 1 or 2 56B5 56B14 63B5 63B14 71B5 71B14 = EM05 = EM05 = EM1 = EM1 = EM1 and EM2.5 = EM1 and EM2.5 HOUSING CONFIGUN F = Standard Flange Base Motor Mounts Without Motor (Position 1 or 2) 80B5 80B14 90B5 90B14 = EM2.5 and EM5 = EM2.5 and EM5 = EM5 and EM = EM5 and EM 0B5 = EM and EM 0B14 = EM and EM CCW Shaft CW Shaft NOTE: Both Shaft Extensions Must Be Specified SCREW CONFIGUN TRANSATING - U and I MODES T = Standard Threaded End C = Clevis End P = Top Plate ROTATING - UR and IR MODES A = Travel Nut Position "A" B = Travel Nut Position "B" UR - Upright Rotating Travel Nuts shown in position "A" IR - Inverted Rotating TRAVE For Translating Screw Models (U and I) use actual Travel in mm. For Rotating Screw Models (UR and IR) use "" Dimension in Inches. MODIFIER IST S or M Required E and/or B Optional S = Standard. no additional description required E = In-ine Encoder (motor or motor mount required) M = Modified, additional description required B = Bellows Boots (must calculate retracted and extended boot length, see page ) 358

16 WORM GEAR 2 EM05 MSJ Housing Top View COCKWISE RAISES OAD EM05-MSJ-U Mx1.5-6g EM05-MSJ + TRAVE TRAPEZOIDA EM05-MSJ-I Øh7 3x3xN9 Ø7 4 HOES 88 COSED + TRAVE 59 Ø27 Ø55 25 M5x0.8-6H 4 HOES EQ. SP ON Ø.00 BOT CIRCE COSED Ø EM05-MSJ-UR EM05-MSJ-IR TOP PATE (optional): 9000-EM-12 Ø45 B.C. Ø7 4 HOES Ø CEVIS END (optional): 9001-EM Ø18 Mx1.5-6H Ø15H8 "" (min) = TRAVE Øk6 "" (min) = TRAVE + 61 & FANGE S Ø66 Ø28 Ø55 Ø7 4 HOES ON Ø53.00 BC Ø55 Ø METRIC TRAPEZOIDA TECHNICA DATA Mx1.5-6H Ø EM05-MSJ SCREW Tr16x4 ROOT DIAMETER:.9 DRAG TORQUE: 0.11 "0" TRAVE: 1.13 PER 0mm TRAVE: 0.12 GREASE: 0.23 TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM 5: mm 0.45 Nm rpm 4.0 kn :1 0. mm 0.19 Nm 0.13 rpm 4.6 kn IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. CAUTION! JACK MAY BE SEF-OWERING IN SOME OPERATING CONDITIONS. 359

17 TRAPEZOIDA 2.5 EM1-MSJ EM1 MSJ Housing Top View COCKWISE RAISES OAD EM1-MSJ-U 25 M12x1.5-6g + TRAVE WORM GEAR EM1-MSJ-I 95 Ø14h7 121 COSED Ø Ø8.8 4 HOES 5x5x25N9 + TRAVE 83.5 Ø M6x1.0-6H 4 HOES EQ. SP ON Ø44.44 BOT CIRCE 47.5 COSED Ø35 EM1-MSJ-UR EM1-MSJ-IR METRIC TRAPEZOIDA TECHNICA DATA TOP PATE (optional): 9000-EM-11 Ø B.C. Ø9 4 HOES Ø80 CEVIS END (optional): 9001-EM Ø32 M12x1.5-6H Ø15H8 "" (min) = TRAVE Ø12k6 "" (min) = TRAVE + 68 & FANGE S Ø75 Ø34 Ø70 Ø7 4 HOES ON Ø.00 BC Ø70 Ø35 M12x1.5-6H Ø32 EM1-MSJ SCREW Trx4 ROOT DIAMETER: 14.9 DRAG TORQUE: 0.34 "0" TRAVE: 2.5 PER 0mm TRAVE: 0.19 GREASE: 0.23 TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM 5: mm 0.52 Nm rpm 4.7 kn :1 0. mm 0.24 Nm rpm 5.1 kn IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. CAUTION! JACK MAY BE SEF-OWERING IN SOME OPERATING CONDITIONS. 3

18 WORM GEAR 2.5 EM2.5 MSJ Housing Top View COCKWISE RAISES OAD EM2.5-MSJ-U EM2.5-MSJ M18x1.5-6g + TRAVE TRAPEZOIDA EM2.5-MSJ-I Ø16h7 5x5x25N9 1 COSED 97 Ø Ø 4 x R Ø11-4 HOES Ø22 C'BORE + TRAVE Ø48.5 COSED EM2.5-MSJ-UR EM2.5-MSJ-IR Ø16k6 97 Ø95 TOP PATE (optional): 9000-EM-01 Ø75 B.C. Ø14 4 HOES Ø98 12 CEVIS END (optional): 9001-EM Ø M18x1.5-6H Ø25H8 "" (min) = TRAVE "" (min) = TRAVE + 92 & FANGE S Ø85 Ø45 Ø95 Ø7 4 HOES ON Ø70.00 BC Ø METRIC TRAPEZOIDA TECHNICA DATA M18x1.5-6H Ø EM2.5-MSJ SCREW Tr26x6 ROOT DIAMETER: 17.8 DRAG TORQUE:.56 "0" TRAVE: 7.7 PER 0mm TRAVE: 0.32 GREASE: 0.22 TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM 6:1 1.0 mm 0.59 Nm rpm 17.0 kn 12:1 0.5 mm 0.35 Nm rpm 21.7 kn 24: mm 0.25 Nm rpm.1 kn IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. CAUTION! JACK MAY BE SEF-OWERING IN SOME OPERATING CONDITIONS. 361

19 TRAPEZOIDA EM5-MSJ EM5 MSJ Housing Top View COCKWISE RAISES OAD Øh7 6x6xN COSED 121 EM5-MSJ-U M25x1.5-6g Ø TRAVE 121 WORM GEAR EM5-MSJ-I 4 x R Ø18-4 HOES Ø32 C'BORE 16 + TRAVE Ø COSED Ø65 EM5-MSJ-UR EM5-MSJ-IR Ø25k6 121 Ø114.5 METRIC TRAPEZOIDA TECHNICA DATA TOP PATE (optional): 9000-EM-02 Ø85 B.C. Ø17 4 HOES Ø CEVIS END (optional): 9001-EM Ø M25x1.5-6H Ø35H8 "" (min) = TRAVE "" (min) = TRAVE + 3 & FANGE S Ø1 Ø114.5 Ø Ø11 4 HOES ON Ø90.00 BC Ø65 M25x1.5-6H Ø65 EM5-MSJ SCREW Trx7 ROOT DIAMETER:.9 DRAG TORQUE: 1.13 "0" TRAVE: 13.6 PER 0mm TRAVE: 0.81 GREASE: 0.45 TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM 6: mm 0.81 Nm rpm 15.6 kn 24: mm 0.32 Nm rpm.7 kn IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. CAUTION! JACK MAY BE SEF-OWERING IN SOME OPERATING CONDITIONS. 362

20 WORM GEAR x R22 52 EM MSJ Housing Top View COCKWISE RAISES OAD Ø25h7 8x7x36N9 Ø22-4 HOES Ø C'BORE 190 COSED TRAVE EM-MSJ-U Ø73 EM-MSJ Mx2-6g Ø TRAVE COSED TRAPEZOIDA EM-MSJ-I Ø.5 EM-MSJ-UR EM-MSJ-IR TOP PATE (optional): 9000-EM-04 Ø21 4 HOES Ø5 B.C. Ø1 CEVIS END (optional): 9001-EM Ø65 Mx2-6H ØH8 "" (min) = TRAVE Øk6 "" (min) = TRAVE + 1 & FANGE S Ø142 Ø80 Ø137 Ø17 4 HOES ON Ø BC Ø.5 Ø137 METRIC TRAPEZOIDA TECHNICA DATA Mx2-6H Ø90 EM-MSJ SCREW Tr55x12 ROOT DIAMETER: DRAG TORQUE: 2.26 "0" TRAVE:.4 PER 0mm TRAVE: 1.46 GREASE: 0.68 TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM 8:1 1.5 mm 0.97 Nm rpm 25.2 kn 24:1 0.5 mm 0. Nm 1. 2 rpm 14.8 kn IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. CAUTION! JACK MAY BE SEF-OWERING IN SOME OPERATING CONDITIONS. 363

21 TRAPEZOIDA 4 EM MSJ Housing Top View EM-MSJ 47 COCKWISE RAISES OAD EM-MSJ-U M45x2-6g 15 + TRAVE WORM GEAR EM-MSJ-I x R29 5 Ø25h7 8x7xN9 Ø26-4 HOES Ø46 C'BORE 245 COSED TRAVE Ø89 Ø COSED Ø90 EM-MSJ-UR EM-MSJ-IR METRIC TRAPEZOIDA TECHNICA DATA TOP PATE (optional): 9000-EM-06 Ø26 4 HOES Ø1 B.C. Ø85 CEVIS END (optional): 9001-EM Ø170 Ø90 M45x2-6H ØH8 "" (min) = TRAVE Ø45k6 "" (min) = TRAVE & FANGE S Ø1 Ø85 Ø159 Ø17 6 HOES ON Ø1.00 BC Ø90 Ø159 M45x2-6H Ø1 EM-MSJ SCREW Tr65x12 ROOT DIAMETER: DRAG TORQUE: 4.52 "0" TRAVE: 36.3 PER 0mm TRAVE: 2.12 GREASE: 1.0 TRAVE PER TORQUE TO RAISE ONE kn MAX. MAX. WORM SPEED AT RATED OAD MAX. OAD AT 1425 RPM 8:1 1. mm 1.08 Nm rpm 35.0 kn 24:1 0.5 mm 0.54 Nm rpm 23.0 kn IFTING SCREW OR NUT MUST BE SECURED TO PREVENT UNITS. CAUTION! JACK MAY BE SEF-OWERING IN SOME OPERATING CONDITIONS. 364