Taper Grid Coupling

Taper Grid Coupling

MSB offers expert product knowledge, helping customers choose the right products for their applications. With customized solutions, no power transmission issue goes unsolved. MSB taper grid flexible coupling is distinctive for its unique steel flexible grid running through tapered hubs. The primary advantage of the Taper Grid Coupling is that the grid absorbs shock, vibration, and overload when the machine starts. The coupling with tapered grid flexibility of the grid distributes the force across the surface of the tooth, reducing vibration and shock loads.

MSB’s Taper Grid Coupling is torsionally flexible and capable of absorbing shock loads and vibration. In the event of an overload, the grid acts as a safety device by breaking to prevent damage to the shaft and machine. If serious misalignment occurs due to machinery damage, the grid or hub breaks away, stopping operation and preventing further damage. This reduction in vibration more than doubles the service life of mechanical seals, bearings, and other components.

Taper Grid Couplings provide excellent power transmission performance with low noise and are manufactured according to industry standards, making them fully interchangeable.

Size Max.

Speed

RPM

 Torque Rating Bore Dia (㎜) Dimensions(㎜)   Gap (㎜) Cplg wt(㎏) Lube wt

(㎏)
㎏·m Nm Max. Min. A B C D E
1020T 4,500 5.3 52 28 13 101.6 98.0 47.5 39.7 66.5 3 1.9 0.03
1030T 4,500 15.2 149 35 13 110.0 98.0 47.5 49.2 71.8 3 2.6 0.03
1040T 4,500 25 249 43 13 116.9 104.6 50.8 57.1 70.0 3 3.4 0.05
1050T 4,500 44 435 50 13 138.0 123.6 60.3 66.7 79.5 3 5.4 0.05
1060T 4,350 69 684 56 20 150.0 130.0 63.5 76.2 92.0 3 7.3 0.09
1070T 4,125 101 994 67 20 162.0 155.4 76.2 87.3 96.0 3 10 0.11
1080T 3,600 209 2,050 80 27 194.0 180.8 88.9 104.8 116.0 3 18 0.17
1090T 3,600 380 3,730 95 27 213.0 199.8 98.4 123.8 122.0 3 25 0.25
1100T 2,440 640 6,280 110 42 250.0 245.7 120.6 142.0 155.5 4.5 42 0.43
1110T 2,250 950 9,320 120 42 270.0 258.5 127.0 160.3 161.5 4.5 55 0.51
1120T 2,025 1,397 13,700 140 61 308.0 304.4 149.2 179.4 191.5 6 75 0.73
1130T 1,800 2,029 19,900 170 67 346.0 329.8 161.9 217.5 195.0 6 116 0.91
1140T 1,650 2,916 28,600 200 67 384.0 374.2 184.1 254.0 201.0 6 171 1.13
1150T 1,500 4,058 39,800 215 108 454.0 372.0 183.0 269.0 273.0 6 216 1.95
1160T 1,350 5,700 55,900 240 121 501.0 402.0 198.0 305.0 279.0 6 304 2.81
1170T 1,225 7,607 74,600 280 134 569.0 438.0 216.0 356.3110 309.0 6 423 3.49
1180T 1,100 10,503 103,000 300 153 630.0 484.0 239.0 394.0 321.0 6 594 3.76
1190T 1,050 13,970 137,000 335 153 676.0 524.0 259.0 437.0 325.0 6 764 4.40
1200T 900 18,966 186,000 360 178 757.0 564.0 279.0 498.0 356.0 6 1,042 5.62
1210T 820 25,390 249,000 390 178 845.0 622.3 304.8 533.4 432.0 12.7 1,424 10.5
1220T 730 34,262 336,000 420 203 921.0 662.7 325.0 572.0 490.0 12.7 1,785 16.1
1230T 680 44,357 435,000 450 203 1,003.0 703.8 345.0 610.0 546.0 13 2,267 24.0
1240T 630 57,002 559,000 480 254 1,087.0 749.0 368.0 648.0 648.0 13 2,950 33.8
1250T 580 76,070 746,000 – 254 1,181.0 815.0 401.0 711.0 699.0 13 3,833 50.1
1260T 540 95,037 932,000 – 254 1,261.0 877.0 432.0 762.0 762.0 13 4,682 67.2

Characteristics of Taper Grid Coupling:

  1. Parallel Misalignment: The movement of the grid in lubricated grooves accommodates parallel misalignment. The steel structure ensures the grid-groove action effectively dampens shock and vibration.
  2. Angular Misalignment: Under angular misalignment, the lubricated grid and hubs, along with the resilient grid groove design, allow consistent rocking and sliding motions without power loss.
  3. Axial Misalignment: End float for both driving and driven members is allowed, as the grid slides freely in the lubricated grooves.
  4. Torsional Flexibility: The grid absorbs shock, vibration, and overload when the machine starts. The force is distributed across the tooth surface, reducing vibration and shock loads

 

 

 





    Advantages of Using Grid Couplings:

    1. Prevents the transmission of vibration and shock.
    2. Ensures normal power transmission even with parallel, angular, or axial misalignment.
    3. Protects associated machinery from periodic overloads.
    4. Accommodates forward and reverse rotation.
    5. Reduces shock load.

    Product Gallery

    Taper Grid Coupling Component dismantle
    Taper Grid Coupling Component coupled
    Taper Grid Coupling Component Blue
    Taper Grid Coupling Component black
    Taper Grid Coupling Component Circular
    Taper Grid Coupling Component wrapped
    Taper Grid Coupling Component different sizes
    Taper Grid Coupling Component sizes
    Taper Grid Coupling Component dismantle sizes

    Product Catalogue