NSK LA
Features
- Electric discharge machines
- Gear cutting machines
- Grinders
- Heavy cutting machine tools
- Machining centers
- NC lathes
- Press
Datasheet
Extracted Text
° 45 ° 45 ° 45 ° 45 A 66 A-I-5.3 LA Series Fig. I-5•9 LA Series (1) High rigidity and high load carrying capacity A set of three ball grooves is made on both sides. This contributes to the increased rigidity and load carrying capacity. The top and bottom groove are formed in the circular arc, with a closer radius of ball, which ensures great rigidity and load carrying capacity. With the gothic-arch center groove, rigidity and load carrying capacity are further increased. (2) Moderate friction A well-balanced combination of 2-point contacts at the top and bottom grooves and 4 points contact at Fig. I-5•10 Super rigidity design the center groove provides moderate friction while ensuring rigidity by appropriate preload. (3) Load distribution four directions Contact angle is set at 45 degrees in all grooves, dispersing the load to four rows irrespective of load direction. This realizes equal rigidity and load carrying capacity in vertical and lateral directions and provides well-balanced design. (4) Strong against shock load Load from any direction, vertical and lateral, is Grinding wheel received by four rows at all times. The number of the row which receives the load is larger than in Fig. I-5•11 Rail grinding other linear guides, making this series stronger against shock load. W (5) Highly accurate Fixing the measuring rollers is easy thanks to the Master roller gothic-arch groove. Ball-groove measuring is accurate and simple. This benefits a highly precise and stable processing. (6) The dust protection design h The rail's cross section is designed as simple as possible. Furthermore, the improved seal enhances the sealing function. Inner seal is available as an option. Fig. I-5•12 Measuring groove accuracy A66 φ φ LA Series ( Preloaded assembly) A 68 Dimensions of LA Series (Preloaded assembly) LA-AL (High load type) AL type BL type LA-BL (Super high load type) MPO M RO • Specification number of preloaded assembly N L (Custom made assembly) N L W 4-M x L 1 L 1 LA35 0840 AL C 2 –P6 Z3 – II B1 B J1 J —–––— —––— —–– — — —– —– — J1 J Model II refers to a set of 2 number linear guides; no D T 1 T T1 code refers to one Rail length (mm) K M YO h Pre load code H Ball slide shape H1 • Z3 medium preload • Z4 heavy preload E Material/surface treatment B d 3 Number of ball slides per rail Accuracy grade W2 W1 F • P6 precision grade G n x F (G) • P5 high precision grade L 0 • P4 super precision grade • P3 ultra precision grade Table. I-5•15 Unit: mm Assembly Ball slide Rail Basic load rating Ball dia. Weight Height Width Length Mounting tap hole Grease fitting Width Height Pitch G Max. Dynamic Static Static moment Mounting Ball Rail Model No. length bolt hole slide CC M M M D 0 RO PO YO W (recomm Hole size d X D X h (kg) (kg/m) HE W W L BJ M X pitch X B L J KT T N W H F B ended) L (N[kgf]) (N • m[kgf • m]) 2 1 1 1 1 1 1 3 0max 49400 82800 1070 920 920 LA35AL 110.6 50 80 15 1.3 [5050] [8450] [109] [94] [94] 48 7.5 18 70 50 M8×1.25×10 10 40.5 15 M6×0.75 8 11 34 30.8 80 9×14×12 17 20 4000 5.556 7.7 64600 120000 1560 1890 1890 LA35BL 144.6 72 114 21 1.6 [6600] [12300] [159] [193] [193] 73000 124000 2190 1790 1790 LA45AL 141.4 60 105 22.5 2.5 [7450] [12700] [223] [183] [183] 60 10 20.5 86 60 M10×1.5×16 13 50 17 PT1/8 10 13 45 36 105 14×20×17 22.5 22.5 3990 6.350 12.0 89100 166000 2910 3100 3100 LA45BL 173.4 80 137 28.5 3.2 [9100] [17000] [297] [315] [315] 117000 195000 4000 3550 3550 LA55AL 165.4 75 126 25.5 3.9 [12000] [19900] [410] [360] [360] 70 12 23.5 100 75 M12×1.75×16 12.5 58 18 PT1/8 11 13 53 43.2 120 16×23×20 26.5 30 3960 7.937 17.2 138000 246000 5100 5500 5500 LA55BL 203.4 95 164 34.5 5.1 [14100] [25200] [520] [560] [560] LA Series does not have a ball retainer. Be aware that balls fall out when the ball slider is withdrawn from the rail. A67 A68 φ φ LA Series ( Preloaded assembly) A 70 LA-AN (High load type) AN type BN type LA-BN (Super high load type) M PO M RO • Specification number of preloaded assembly N L N L (Custom made assembly) W 4-M x L1 L 1 LA35 0840 AN C 2 –P6 Z3 – II J J B1 B 1 —–––— —––— —–– — — —– —– — J1 J Model II refers to a set of 2 number linear guides; no T T D 1 code refers to one T1 Rail length (mm) M YO K Pre load code H h Ball slide shape • Z3 medium preload H1 • Z4 heavy preload Material/surface treatment E d B3 Number of ball slides per rail Accuracy grade W W F 2 1 • P6 precision grade n x F (G) G • P5 high precision grade L • P4 super precision grade 0 • P3 ultra precision grade Table. I-5•16 Unit: mm Assembly Ball slide Rail Basic load rating Ball dia. Weight Mounting tap hole Grease fitting Width Height Max. Height Width Length Pitch Mounting G Dynamic Static Static moment Ball Rail Model No. length bolt hole slide CC M M M D 0 RO PO YO W (recomm Hole size (kg) (kg/m) HE W W L BJ M X pitch X B L J KT T N W H F d X D X h B ended) L (N[kgf]) (N • m[kgf • m]) 2 1 1 1 1 1 1 3 0max 35700 60700 635 580 580 LA30AN 100.2 40 72 16 0.9 [3650] [6200] [65] [59] [59] 45 7.5 16 60 40 M8×1.25×11 10 37.5 14 M6×0.75 9.5 11 28 28 80 9×14×12 14 20 4000 4.762 5.8 46500 88600 940 1190 1190 LA30BN 126.2 60 98 19 1.3 [4750] [9050] [96] [121] [121] 49400 82800 1070 920 920 LA35AN 110.6 50 80 15 1.5 [5050] [8450] [109] [94] [94] 55 7.5 18 70 50 M8×1.25×12 10 47.5 15 M6×0.75 15 11 34 30.8 80 9×14×12 17 20 4000 5.556 7.7 64600 120000 1560 1890 1890 LA35BN 144.6 72 114 21 2.1 [6600] [12300] [159] [193] [193] 73000 124000 2190 1790 1790 LA45AN 141.4 60 105 22.5 3.0 [7450] [12700] [223] [183] [183] 70 10 20.5 86 60 M10×1.5×16 13 60 17 PT1/8 20 13 45 36 105 14×20×17 22.5 22.5 3990 6.350 12.0 89100 166000 2910 3100 3100 LA45BN 173.4 80 137 28.5 3.9 [9100] [17000] [297] [315] [315] 117000 195000 4000 3550 3550 LA55AN 165.4 75 126 25.5 4.7 [12000] [19900] [410] [360] [360] 80 12 23.5 100 75 M12×1.75×18 12.5 68 18 PT1/8 21 13 53 43.2 120 16×23×20 26.5 30 3960 7.937 17.2 138000 246000 5100 5500 5500 LA55BN 203.4 95 164 34.5 6.1 [14100] [25200] [520] [560] [560] 210000 323000 8050 6650 6650 LA65AN 196.2 70 147 38.5 7.7 [21500] [33000] [820] [680] [680] 90 14 31.5 126 76 M16×2×19 25 76 22 PT1/8 19 13 63 55 150 18×26×22 31.5 35 3900 10.318 25.9 275000 475000 11800 13600 13600 LA65BN 256.2 120 207 43.5 10.8 [28100] [48500] [1200] [1390] [1390] LA Series does not have a ball retainer. Be aware that balls fall out when the ball slider is withdrawn from the rail. A69 A70 φ φ LA Series ( Preloaded assembly) A 72 LA-EL (High load type) EL type GL type LA-GL (Super high load type) MPO M RO • Specification number of preloaded assembly N L N L (Custom made assembly) W 4-M x L 1 L 1 LA35 0840 EL C 2 – P6 Z3 – II B1 B J1 J —–––— —––— —–– — — —– —– — J1 J Model II refers to a set of 2 number D T linear guides; no 1 T T 1 code refers to one Rail length (mm) MYO K h H Pre load code H1 Ball slide shape • Z3 medium preload E • Z4 heavy preload Material/surface treatment B3 d W2 W1 F Number of ball slides per rail Accuracy grade G n x F (G) • P6 precision grade L • P5 high precision grade 0 • P4 super precision grade • P3 ultra precision grade Table. I-5•17 Unit: mm Assembly Ball slide Rail Basic load rating Ball dia. Weight Mounting tap hole Grease fitting Width Height Max. Height Width Length Pitch Mounting G Dynamic Static Static moment Ball Rail Model No. length bolt hole slide CC M M M D 0 RO PO YO W (recomm Hole size (kg) (kg/m) HE W W L BJ M X pitch X B L J KT T N W H F d X D X h B ended) L (N[kgf]) (N • m[kgf • m]) 2 1 1 1 1 1 1 3 0max 35700 60700 635 580 580 LA30EL 100.2 72 10 1.3 [3650] [6200] [65] [59] [59] 42 7.5 31 90 72 52 M10×1.5 thru 9 34.5 11 M6×0.75 6.5 11 28 28 80 9×14×12 14 20 4000 4.762 5.8 46500 88600 940 1190 1190 LA30GL 126.2 98 23 1.8 [4750] [9050] [96] [121] [121] 49400 82800 1070 920 920 LA35EL 110.6 80 9 1.9 [5050] [8450] [109] [94] [94] 48 7.5 33 100 82 62 M10×1.5×15 9 40.5 12 M6×0.75 8 11 34 30.8 80 9×14×12 17 20 4000 5.556 7.7 64600 120000 1560 1890 1890 LA35GL 144.6 114 26 2.6 [6600] [12300] [159] [193] [193] 73000 124000 2190 1790 1790 LA45EL 141.4 105 12.5 3.3 [7450] [12700] [223] [183] [183] 60 10 37.5 120 100 80 M12×1.75×18 10 50 13 PT1/8 10 13 45 36 105 14×20×17 22.5 22.5 3990 6.350 12.0 89100 166000 2910 3100 3100 LA45GL 173.4 137 28.5 4.3 [9100] [17000] [297] [315] [315] 117000 195000 4010 3550 3550 LA55EL 165.4 126 15.5 5.5 [12000] [19900] [410] [360] [360] 70 12 43.5 140 116 95 M14×2×21 12 58 15 PT1/8 11 13 53 43.2 120 16×23×20 26.5 30 3960 7.937 17.2 138000 246000 5100 5500 5500 LA55GL 203.4 164 34.5 7.2 [14100] [25200] [520] [560] [560] 210000 323000 8050 6650 6650 LA65EL 196.2 147 18.5 11.0 [21500] [33000] [820] [680] [680] 90 14 53.5 170 142 110 M16×2×24 14 76 22 PT1/8 19 13 63 55 150 18×26×22 31.5 35 3900 10.318 25.9 275000 475000 11800 13600 13600 LA65GL 256.2 207 48.5 15.5 [28100] [48500] [1200] [1390] [1390] LA Series does not have a ball retainer. Be aware that balls fall out when the ball slider is withdrawn from the rail. A71 A72 φ φ φ LA Series ( Preloaded assembly) A 74 LA-FL (High load type) FL type HL type LA-HL (Super high load type) MPO • Specification number of preloaded assembly M RO (Custom made assembly) N L N L W 4- Q x L1 LW35 0840 FL C 2 –P6 Z0 – II L 1 —–––— —––— —–– — — —– —– — Model B1 B J1 J II refers to a set of 2 J1 J number linear guides; no D T code refers to one 1 T Rail length (mm) T1 Pre load code MYO K h H Ball slide shape • Z3 medium preload H 1 • Z4 heavy preload Material/surface treatment E B d 3 Number of ball slides per rail Accuracy grade W2 W1 F • P6 precision grade n x F G (G) • P5 high precision grade L0 • P4 super precision grade • P3 ultra precision grade Table. I-5•18 Unit: mm Assembly Ball slide Rail Basic load rating Ball dia. Weight Height Width Length Mounting hole Grease fitting Width Height Pitch G Max. Dynamic Static Static moment Mounting Ball Rail Model No. length bolt hole slide CC M M M D 0 RO PO YO W (recomm Hole size d X D X h (kg) (kg/m) HE W W L BJ Q X B L J KT T N W H F B ended) L (N[kgf]) (N • m[kgf • m]) 2 1 1 1 1 1 1 3 0max 35700 60700 635 580 580 LA30FL 100.2 72 10 1.3 [3650] [6200] [65] [59] [59] 42 7.5 31 90 72 52 9×12 9 34.5 11 M6×0.75 6.5 11 28 28 80 9×14×12 14 20 4000 4.762 5.8 46500 88600 940 1190 1190 LA30HL 126.2 98 23 1.8 [4750] [9050] [96] [121] [121] 49400 82800 1070 920 920 LA35FL 110.6 80 9 1.9 [5050] [8450] [109] [94] [94] 48 7.5 33 100 82 62 9×13 9 40.5 12 M6×0.75 8 11 34 30.8 80 9×14×12 17 20 4000 5.556 7.7 64600 120000 1560 1890 1890 LA35HL 144.6 114 26 2.6 [6600] [12300] [159] [193] [193] 73000 124000 2190 1790 1790 LA45FL 141.4 105 12.5 3.3 [7450] [12700] [223] [183] [183] 60 10 37.5 120 100 80 11×15 10 50 13 PT1/8 10 13 45 36 105 14×20×17 22.5 22.5 3990 6.350 12.0 89100 166000 2910 3100 3100 LA45HL 173.4 137 28.5 4.3 [9100] [17000] [297] [315] [315] 117000 195000 4000 3550 3550 LA55FL 165.4 126 15.5 5.5 [12000] [19900] [410] [360] [360] 70 12 43.5 140 116 95 14×18 12 58 15 PT1/8 11 13 53 43.2 120 16×23×20 26.5 30 3960 7.937 17.2 138000 246000 5100 5500 5500 LA55HL 203.4 164 34.5 7.2 [14100] [25200] [520] [560] [560] 210000 323000 8050 6650 6650 LA65FL 196.2 147 18.5 11.0 [21500] [33000] [820] [680] [680] 90 14 53.5 170 142 110 16×23 14 76 22 PT1/8 19 13 63 55 150 18×26×22 31.5 35 3900 10.318 25.9 275000 475000 11800 13600 13600 LA65HL 256.2 207 48.5 15.5 [28100] [48500] [1200] [1390] [1390] LA Series does not have a ball retainer. Be aware that balls fall out when the ball slider is withdrawn from the rail. A73 A74
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What they say about us
FANTASTIC RESOURCE
One of our top priorities is maintaining our business with precision, and we are constantly looking for affiliates that can help us achieve our goal. With the aid of GID Industrial, our obsolete product management has never been more efficient. They have been a great resource to our company, and have quickly become a go-to supplier on our list!
Bucher Emhart Glass
EXCELLENT SERVICE
With our strict fundamentals and high expectations, we were surprised when we came across GID Industrial and their competitive pricing. When we approached them with our issue, they were incredibly confident in being able to provide us with a seamless solution at the best price for us. GID Industrial quickly understood our needs and provided us with excellent service, as well as fully tested product to ensure what we received would be the right fit for our company.
Fuji
HARD TO FIND A BETTER PROVIDER
Our company provides services to aid in the manufacture of technological products, such as semiconductors and flat panel displays, and often searching for distributors of obsolete product we require can waste time and money. Finding GID Industrial proved to be a great asset to our company, with cost effective solutions and superior knowledge on all of their materials, it’d be hard to find a better provider of obsolete or hard to find products.
Applied Materials
CONSISTENTLY DELIVERS QUALITY SOLUTIONS
Over the years, the equipment used in our company becomes discontinued, but they’re still of great use to us and our customers. Once these products are no longer available through the manufacturer, finding a reliable, quick supplier is a necessity, and luckily for us, GID Industrial has provided the most trustworthy, quality solutions to our obsolete component needs.
Nidec Vamco
TERRIFIC RESOURCE
This company has been a terrific help to us (I work for Trican Well Service) in sourcing the Micron Ram Memory we needed for our Siemens computers. Great service! And great pricing! I know when the product is shipping and when it will arrive, all the way through the ordering process.
Trican Well Service
GO TO SOURCE
When I can't find an obsolete part, I first call GID and they'll come up with my parts every time. Great customer service and follow up as well. Scott emails me from time to time to touch base and see if we're having trouble finding something.....which is often with our 25 yr old equipment.
ConAgra Foods