gear coupling

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Gear Coupling Electro Power Gear Coupling is simplest and most common type of coupling which is used to transmit power from drive to rotating equipment. These couplings are used on high speed, low speed, forward – reverse, continues or heavy loads with accompanying slight misalignment. Electro Power Gear Coupling are uniquely designed with multi crown teeth profile to deliver high torque in compact size. It absorbs slight misalignment and protects breakdown and damage. It is made of special steel on precise and Hi-Tech gearing facilities to make it reliable source of coupling for industrial power transmissions Salient Features Multi Crown Forged Carbon Steel High Torque Minimum Back Lash Compensating misalignment of Angular, Redial & Axial Hi-Tech Precision Gearing Available in Finish Bore/Keyway as per ISI, DIN Dimensions

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Page 1: Gear coupling

Gear Coupling

Electro Power Gear Coupling is simplest and most common type of coupling which is used to transmit power from drive to rotating equipment. These couplings are used on high speed, low speed, forward – reverse, continues or heavy loads with accompanying slight misalignment.

Electro Power Gear Coupling are uniquely designed with multi crown teeth profile to deliver high torque in compact size. It absorbs slight misalignment and protects breakdown and damage. It is made of special steel on precise and Hi-Tech gearing facilities to make it reliable source of coupling for industrial power transmissions

Salient Features

Multi Crown Forged Carbon Steel High Torque Minimum Back Lash Compensating misalignment of Angular, Redial & Axial Hi-Tech Precision Gearing Available in Finish Bore/Keyway as per ISI, DIN

Dimensions

Page 2: Gear coupling

Size Torque Kg. Mtr. BoreMax.

SpeedMax.

ØA ØB ØC D L

SGC 50 20 20 8000 100 70 45 40 82SGC 90 40 30 8000 125 75 50 45 93SGC 100 50 35 7200 150 90 58 52 109SGC 101 100 50 6300 170 110 65 55 115SGC 102 250 60 5000 185 125 85 70 145SGC 103 450 75 4000 220 150 105 85 175SGC 104 850 90 3500 250 175 130 105 215SGC 105 1300 110 2800 290 200 155 110 230SGC 106 2000 125 2500 320 230 175 125 260SGC 107 3500 140 2100 350 260 205 140 290SGC 108 4500 160 1900 380 290 230 155 320SGC 109 5600 180 1700 430 330 250 165 340SGC 110 8200 220 1400 490 390 310 180 370SGC 111 11000 260 1250 545 445 350 200 410SGC 112 14700 300 1120 590 490 400 240 490SGC 113 20000 330 1000 680 555 440 260 530SGC 114 28600 370 900 730 610 500 280 570SGC 115 34750 410 700 780 660 540 320 655

Applications

Generators Auxiliary Equipments Machine Tools Mining Machinery Conveyors, Cranes, Furnaces Hydraulic Pumps & Centrifugal Pumps Steel Mills Cement Plants

Model Selection

How to select Gear Coupling

Calculate Torque= (7160 x HP) / RPM x Safety Factor

To consider Safety FactorUniform Shock 1.0Light Shock 1.5Medium Shock 2.0

Page 3: Gear coupling

Heavy Shock 2.5Extra Heavy Shock 3.0