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1. The table deflection forces and strand tensions are typically at maximum values to cover
the broad range of loads, rpm and pulley combinations for all possible drives.
2. For drives where hub loads are critical, high speed drives or other drives with special
circumstances, the belt deflection force and strand installation tension should be
calculated by using formulas found in existing engineering manuals or use the
MaximizerPro™ Drive Selection Analysis Program.
3. Consult the TensionRite® Belt Frequency Meter manual for detailed information on using
the frequency based tension gauge.
4. Continental ContiTech offers three different levels of tension gauges to aid you in
properly tensioning your power transmission belts. See your Sales Representative or
Distributor for more information on tensioning gauges.
Deflection Forces for Belt Tensioning (lb.)
Smallest Sheave
Diameter Range
RPM
Range
New
Belt
Used
Belt
3VT – Belt Type
2.65-3.65
1000-2500
5.4
4.6
2.65-3.65
2501-4000
4.7
4.0
4.12-6.9
1000-2500
7.6
6.3
4.12-6.9
2501-4000
6.9
5.8
5VT – Belt Type
7.1-10.9
500-1740
22.1
18.5
7.1-10.9
1741-3000
19.6
16.4
11.8-16
500-1740
25.8
21.6
11.8-16
1741-3000
23.2
19.4
8VT – Belt Type
12.5-17.0
200-850
51.6
43.1
12.5-17.0
851-1500
42.2
35.3
18.0-22.4
200-850
61.4
51.3
18.0-22.4
851-1500
55.2
46.1
Wedge TLP
™
V-Belts
Tensioning Tables
Belt Strand Tension (lb.)
New
Belt
Used
Belt
Belt Weight
(kg/meter)
3VT – Belt Type
83.8
69.8
3VT=0.082
72.4
60.3
118
98.3
107
89.2
5VT – Belt Type
348.2
290.2
5VT=0.212
308.9
257.4
408.2
340.2
366
305.0
8VT – Belt Type
813.6
678.0
8VT=0.565
662.7
552.2
969.7
808.1
871.1
725.9
54
Troubleshooting
Wedge TLP™ V-Belts Tensioning Tables