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TBN Series Rack and Pinion Pneumatic Actuator

Pneumatic Actuator

TBN Series Rack and Pinion Pneumatic Actuator
TBN Series Rack and Pinion Pneumatic Actuator

TBN Series Rack and Pinion Pneumatic Actuator

TBN series rack and pinion pneumatic actuator is driven by compressed air, the linear motion of the piston rack drives the gear transmission of the output shaft, and the pneumatic actuator is output by the angular stroke. There are double-acting and single-acting types, which are widely used in the switch and adjustment of quarter-turn valves such as ball valves, butterfly valves, and plug valves, and can also be used in other rotary occasions.

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    TBN series rack and pinion pneumatic actuator69m1
    1. Extruded aluminium body, with both intenal and external hard anodized corrosion protection having honed cylinder surface for longer life and lower coefficient of friction.
    2. Dual piston rack and pinion design for compact construction, symmetric mounting position, high cycle life and fast operation, reverse rotation can be accomplished in the field by simply inverting the pistons.
    3. One-piece gear output shaft, with nickel plated, long service life. And can be customized size and stainless steel material as option.
    4. Die-cast aluminum alloy end capsepoxy coated with high anti-corrosion performance. Can be customized various colors or PTFE coating.
    5. Two indipendent external travel stop adjustments. Permits an easy and precise adjustment of +/-5°in both directions, in the open and close positions for an accurate valve alignment.
    6. Selected high quality bearings and seal for low friction, high cycle life and a wide operating temperature range.
    7. Modular preloaded spring cartridge design. With coated spring for simple versatile range, greater safety and corrosion resistance.
    8. Intenal and extenal stainless steel fasteners for long term corrosion resistance.
    9. ISO 5211, DIN 3337 and VDIDE 3845 NAMUR: Full conformance to the latest specifications: ISO 5211,DIN 3337 and VDI/VDE 3845 NAMUR for product interchangeability and easy mounting of solenoids, limit switches and other accessories.
    TBN series rack and pinion pneumatic actuator3li0TBN series rack and pinion pneumatic actuator70vn243ug
    NO. Description Qty Material
    1 Body 1 Aluminium Alloy Anodized Oxygenation
    2 Pinion 1 Alloy Steel Nickel Plated
    3 Bearing(Lower Pinion) 1 POM
    4 O-Ring(Lower Pinion) 1 NBR
    5 O-Ring(Top Pinion) 1 NBR
    6 Bearing(Top Pinion) 1 POM
    7 Spacer 1 Alloy Steel
    8 Thrust Bearing Pinion 1 POM
    9 Thrust Bearing Pinion 1 POM
    10 Thrust Washer(Pinion) 1 Stainless Steel
    11 Spring Clip 1 Stainless Steel
    12 Piston 2 Alloy Steel Hard Anodized
    13 Guide Ring(Piston) 2 POM
    14 O-Ring(Piston) 2 NBR
    15 BearingRing(Piston) 2 POM
    16 Adjusting Screw 2 Stainless Steel
    17 Adjusting Nut 2 Stainless Steel
    18 Washer(Adjusting Screw) 2 Stainless Steel
    19 O-Ring(Adjusting Screw) 2 NBR
    20 Plug 2 NBR
    21 Spring 4~12 Spring steel Zinc Phosphate Coated
    22 End Cap 2 Alloy Steel Epoxy Coated
    23 Adjusting Screw(End Cap) 2 Stainless Steel
    24 Adjusting Nut(End Cap) 2 Stainless Steel
    25 O-Ring(End Cap) 2 NBR
    26 Bolts(End Cap) 8 Stainless Steel
    27 Indicator 1 Engineering Plastics
    28 Nut(Indicator) 1 Engineering Plastics
    TBN series rack and pinion pneumatic actuator5ydo
    Model A B C D E F G H I J K L M N O Air
    TBNⅡ032 111 46 52 66 21 31 14 50 25 / F03Ф36 / M5X8 9 40 G1/8
    TBNⅡ052 154 74 45 99 30 47 14 80 30 F05Ф50 F03Ф36 M6X11 M5X10 11 40 G1/4
    TBNⅡ063 173 88 50 113 36 54 18 80 30 F07Ф70 F05Ф50 M8X14 M6X11 14 40 G1/4
    TBNⅡ075 190 100 55 125 42 60 20 80 30 F07Ф70 F05Ф50 M8X14 M6X11 14 40 G1/4
    TBNⅡ083 208 109 60 134 46 65 20 80 30 F07Ф70 F05Ф50 M8X14 M6X11 17 40 G1/4
    TBNⅡ092 254 120 70 145 51 70 22 80 30 F07Ф70 F05Ф50 M8X14 M6X11 17 40 G1/4
    TBNⅡ105 282 135 70 160 58 76 24 80 30 F10Ф102 F07Ф70 M10X18 M8X14 22 40 G1/4
    TBNⅡ125 312 155 80 182 68 87 28 80 30 F10Ф102 F07Ф70 M10X18 M8X14 22 65 G1/4
    TBNⅡ140 380 178 95 205 76 96 32 80 30 F12Ф125 F10Ф102 M12X22 M10X18 27 65 G1/4
    TBNⅡ160 426 197 100 224 87 107 34 80 30 F12Ф125 F10Ф102 M12X22 M10X18 27 65 G1/4
    TBNⅡ190 484 235 125 275 103 126 40 130 30 F14Ф140 / M16X23 / 36 78 G1/4
    TBNⅡ210 532 260 130 300 113 137 40 130 30 F14Ф140 / M16X25 / 36 78 G1/4
    TBNⅡ240 610 292 145 330 146 158 50 130 30 F16Ф165 / M20X28 / 46 78 G1/2(1/4)
    TBNⅡ270 704 330 170 370 165 175 57 130 30 F16Ф165 / M20X28 / 46 78 G1/2
    Output Torque of Air Supply(bar) Output Torque of Spring
    Air pressure 3 4 5 6 7
    Model spring quantity 0° 90° 0° 90° 0° 90° 0° 90° 0° 90° 0° 90°
    Origin End Origin End Origin End Origin End Origin End Origin End
    TBNII052S 5 8.2 5.6 12.1 9.4 3.7 6
    6 7.4 4.4 11.4 8.2 4.4 7.1
    7 6.7 3.2 10.6 7 5.2 8.3
    8 9.9 5.9 13.9 9.7 5.9 9.5
    9 9.2 4.7 13.1 8.5 6.6 10.7
    10 8.4 3.5 12.4 7.3 16.3 11.2 74 11.9
    11 11.6 6.1 15.6 10 19.6 13.8 8.1 13.1
    12 10.9 4.9 14.9 8.8 18.8 12.6 8.9 14.3
    TBNII063S 5 14.2 9.9 21.2 16.7 6 10.5
    6 12.9 7.8 19.9 14.6 8 12.6
    7 11.5 5.7 18.5 12.5 25.5 19.3 9.4 14.7
    8 17.2 10.4 24.1 17.2 31.1 23.9 10.8 16.8
    9 15.8 8.3 22.8 15.1 29.8 21.9 12.1 18.9
    10 14.5 6.2 21.5 13 28.4 19.8 35.4 26.5 13.4 21
    11 13.1 4.1 20.1 10.9 27.1 17.7 34.1 24.4 14.8 23.1
    12 18.8 8.8 25.7 15.6 32.7 22.3 16.1 25.2
    TBNII075S 5 19.3 14.6 29.2 24.2 10.3 14.2
    6 17.2 11.8 27.1 21.4 12.4 17
    7 15.2 8.9 25 18.5 14.4 19.9
    8 23 15.7 32.8 25.3 16.5 22.7
    9 20.9 12.8 30.8 22.4 18.5 25.5
    10 18.9 10 28.7 19.6 38.6 29.2 20.6 28.4
    11 26.7 16.8 36.5 26.4 46.4 36 22.7 31.2
    12 24.6 13.9 34.5 23.5 44.3 33.1 24.7 34.1
    TBNII083S 5 27.9 20.4 42 34.1 14.4 20.8
    6 25 16.2 39.2 30 17.3 25
    7 22.1 12.1 36.3 25.8 20.2 29.1
    8 33.4 21.6 47.5 35.4 23.1 33.3
    9 30.5 17.5 44.6 31.2 26 37.4
    10 27.6 13.3 41.7 27.1 55.9 40.8 28.9 41.6
    11 38.8 22.9 53 36.6 67.1 50.4 31.8 45.7
    12 36 18.7 50.1 32.5 64.2 46.2 34.7 49.9
    TBNII092S 5 45.1 32.9 67.4 54.6 22 32.3
    6 40.7 26.4 63 48.2 26.4 38.8
    7 36.3 20 58.6 41.7 30.8 45.2
    8 54.2 35.2 76.6 57 35.2 51.7
    9 49.8 28.8 72.2 50.5 39.6 58.2
    10 45.4 22.3 67.8 44.1 90.1 65.8 44 64.6
    11 63.4 37.6 85.7 59.3 108.1 81.1 48.4 71.1
    12 59 31.1 81.3 52.9 103.7 74.6 52.8 77.6
    TBNII105S 5 64.9 47 97.3 78.5 32.2 47.4
    6 58.5 37.5 90.9 69 38.6 56.9
    7 52.1 28 84.4 59.5 45.1 66.4
    8 78 50 110.4 81.5 51.5 75.9
    9 71.6 40.5 103.9 72 57.9 85.4
    10 65.1 31 97.5 62.5 129.9 94 64.4 94.8
    11 91 53 123.4 84.5 155.9 116 70.8 104.3
    12 84.6 43.5 117 75 149.4 106.5 77.3 113.8
    Output Torque of Air Supply(bar) Output Torque of Spring
    Air pressure 3 4 5 6 7
    Model spring quantity 0° 90° 0° 90° 0° 90° 0° 90° 0° 90° 0° 90°
    Origin End Origin End Origin End Origin End Origin End Origin End
    TBNII125S 5 100.1 74.8 150.5 123.9 51.3 72.3
    6 89.8 60.4 140.3 109.4 61.6 86.8
    7 79.5 45.9 130 94.9 71.9 101.2
    8 119.7 80.5 170.2 129.5 82.1 115.7
    9 109.5 66 159.9 115.1 92.4 130.1
    10 99.2 51.6 149.7 100.6 200.2 149.6 102.6 144.6
    11 139.4 86.1 189.9 135.2 240.4 184.2 112.9 159.1
    12 129.2 71.7 179.6 120.7 230.1 169.8 123.2 173.5
    TBNII140S 5 158.1 116.4 237.3 193.4 79.3 114.8
    6 142.3 93.4 221.4 170.5 95.2 137.8
    7 126.4 70.4 205.6 147.5 111.1 160.7
    8 189.7 124.5 268.8 201.6 126.9 183.7
    9 173.8 101.6 253 178.6 142.8 206.7
    10 158 78.6 237.1 155.7 316.3 232.7 158.7 229.6
    11 221.2 132.7 300.4 209.8 379.6 286.8 174.5 252.6
    12 205.4 109.8 284.5 186.8 363.7 263.9 190.4 275.5
    TBNII160S 5 225.1 165.6 337.9 275.4 113.3 163.6
    6 202.4 132.9 315.2 242.7 135.9 196.4
    7 179.8 100.2 292.6 209.9 158.6 229.1
    8 269.9 177.2 382.7 287 181.2 261.8
    9 247.2 144.5 360 254.2 203.9 294.6
    10 224.7 111.7 337.4 221.5 450.2 331.3 226.5 327.3
    11 314.7 188.8 427.5 298.5 540.3 408.3 249.2 360
    12 292.1 156 404.9 265.8 517.6 375.6 271.8 392.7
    TBNII190S 5 356.4 267.1 536.6 442.7 184.3 259.6
    6 319.5 215.2 499.8 390.8 221.2 311.5
    7 282.7 163.3 462.9 338.9 258.1 363.4
    8 426 287 606.3 462.5 295 415.3
    9 389.2 235 569.4 410.6 331.8 467.3
    10 352.3 183.1 532.5 358.7 712.8 534.3 368.7 519.2
    11 495.7 306.8 675.9 482.3 856.2 657.9 405.6 571.1
    12 458.8 254.9 639 430.4 819.3 606 442.4 623
    TBNII210S 5 514.1 388.8 773.2 641.5 263 369.2
    6 461.5 315 720.6 567.6 315.6 443
    7 408.9 241.1 668 493.8 368.2 516.9
    8 615.4 420 874.4 672.6 420.8 590.7
    9 562.8 346.1 821.8 598.8 473.4 664.6
    10 510.2 272.3 769.2 524.9 1028.3 777.6 526 738.4
    11 716.6 451.1 975.7 703.8 1234.7 956.4 578.6 812.2
    12 664 377.3 923.1 629.9 1182.1 882.6 631.2 886.1
    TBNII240S 5 746 572 1126 944 396 542
    6 667 464 1047 835 475 651
    7 587 355 968 727 555 759
    8 889 618 1269 990 634 867
    9 809 510 1190 881 713 976
    10 730 402 1111 773 1492 1144 792 1084
    11 1032 665 1412 1036 1793 1407 872 1193
    12 952 556 1333 928 1714 1299 951 1301
    TBNII270S 5 1156 852 1734 1416 578 842
    6 1041 683 1619 1248 694 1011
    7 925 515 1503 1079 809 1179
    8 1388 911 1966 1476 925 1348
    9 1272 742 1850 1307 1040 1516
    10 1157 574 1735 1139 2313 1703 1156 1685
    11 1619 970 2197 1535 2775 2099 1272 1853
    12 1503 802 2082 1366 2660 1931 1387 2022
    Model Air Pressure(Bar)
    2 3 4 5 6 7 8
    TBNI032D 2.7 4.2 5.8 7.4 9 10.5 11.8
    TBNⅡ052D 7.9 11.9 15.9 19.9 23.8 27.8 31.7
    TBNⅡ063D 14 21 28 35 42 49 55.9
    TBNI075D 19.8 29.7 39.6 49.5 59.4 69.2 79.1
    TBNⅡ083D 28.3 42.5 56.6 70.7 84.9 99 113.2
    TBNI092D 44.7 67.1 89.5 118.9 134.2 156.6 179
    TBNⅡ105D 64.8 97.1 129.5 161.9 194.3 226.7 259
    TBNⅡ125D 101 151.4 201.9 252.4 302.9 353.4 403.8
    TBNI140D 158.3 237.5 316.6 395.8 474.9 554.1 633.2
    TBNⅡ160D 225 338 451 564 677 790 902
    TBNI190D 361 541 721 901 1082 1262 1442
    TBNI210D 518 777 1036 1295 1554 1813 2072
    TBNⅡ240D 761 1142 1523 1903 2284 2665 3045
    TBNⅡ270D 1156 1734 2312 2891 3469 4047 4625

    Dual Action

    • 7xm1
      • 1. Air from Port A forces the pistons outwards,causing the springs to compress, the pinion turns counter-clockwise to open the valve while air is being exhausted from Port B.
      01
    • 8qt4
      • 2. Air from Port B forces the pistons inwards causing the springs to compress, the pinion turns clockwise to close the valve while air is being exhausted from Port A.
      02

    CWSpring return(FC)

    • 9txn
      • 1. Air from Port Aforces the pistons outwards causing the springs to compress, the pinion turns counter-clockwise to open the vaive while air is being exhausted from Port B.
      01
    • 10vvk
      • 2. In case of air or power disruption, the rebound of springs forces the pistons inwards, the pinion turns clockwise to close the vaive while air is being exhausted from Port A. Air from Port B can accelerate the close of the vaive.
      02

    CCWSpring return(FO)

    • 11q1c
      • 1. Air from Port A forces the pistons outwards causing the springs to compress, the pinion turns clockwise to close the valve while air is being exhausted from Port B.
      01
    • 12u8w
      • 2. In case of air or power disruption,the rebound of springs forces the pistons inwards,the pinion turns counter-clockwise to open the vaive while air is being exhausted from Port A.Air from Port B can accelerate the open of the vaive.
      02