Machinery Power Transmission
Nylon Leather Belting

Drive Motor
Wedge Banded Cogged V Belts

Flexible Shaft Connections
Pump Marine Drive Couplings

High rpm Belt-drive Taper Bush
V Timing Pulley Sheaves

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Selection of Flat Tranmission Belt

Follow simple steps for as to How to select flat belt for power transmission over long distances, truly flexible machine element having convenience of changing the centre distance easily:-

Step 1 of HIC Universal flat belt Selection:

Speed of Driving and Driven Shaft computation

Step 2 of HIC Universal flat belt Selection:

Speed Reduction Ratio calculation

Step 3 of HIC Universal flat belt Selection:

Power HP or KW to be Transmitted

Step 4 of HIC Universal flat belt Selection:

Centre Distance of both Shafts

Step 5 of HIC Universal flat belt Selection:

Space Availability

Step 6 of HIC Universal flat belt Selection:

Layout of Shafts- Flat belts may be run horizontal, crossed, quarter-turned, right-angled, vertical or reversed drive shaft layouts.

Light Duty flat belt drive are said to run up to 7.5 Kw ; max speed 12 m/s
Medium Duty flat belt drive are said to run up to 15 Kw ; max speed 24 m/s
Heavy Duty flat belt drive are said to run Above 15 Kw ; speed Above 24 m/s