Power Transmission
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POWER TRANSMISSION & CONVEYOR BELTING

POWER TRANSMISSION SOLUTIONS The POWERTWIST Significance POWERTWIST DRIVE, SuperTLink and NuTLink belts are designed perform when black rubber belts fail. They perform as a permanent replacement for black rubber v-belt in power transmission applications. Our link belts provide time and cost saving benefits to maintenance engineers and equipment designers through longer belt life, faster installation, and increased drive efficiency. You’ll find our POWERTWIST belts in the following markets: • • • • Climate Control Data Centers Distribution Centers Livestock Farming Glass Meat Processing...

INDEX Belting Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-5 Power Transmission . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 POWERTWIST Link Belting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 Force Deflection Gauge . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 SuperTLink Belting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 NuTLink Belting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 Conveying . . . . . . . . . . . . . . . . . . . . ....

BELTING SELECTION ROUND BELTING POWERTWIST MOVE Link Belting Eagle Blue 80 EC* Eagle Clear 80 EC* Eagle Blue 80 MD* Eagle Opaque 80 Eagle Blue 85* Eagle Clear 85* Eagle Orange 85* Non-Reinforced Belting Eagle Orange 89 SureConnect™ Eagle Red 85* Eagle Green 89 Eagle Green 89 T Eagle Green 89 T SureConnect™ Eagle Red 90 Eagle Beige 95* Eagle Clear 95* Eagle White 40D Eagle Blue 55D Eagle Blue 80 EC QC* Eagle Blue 85 QC* Eagle Clear 85 QC* Eagle Red 85 QC Eagle Yellow 85 QC* Eagle Clear 85 TOR Eagle Orange 85 R* Eagle Hyfen 85 R* Eagle Green 89 R Eagle Green 89 RT Eagle Beige 95 R* Eagle Can...

BELTING SELECTION POWERTWIST MOVE Link Belting POWERTWIST MOVE Bridge Top™ POWERTWIST MOVE SGT PVC POWERTWIST MOVE RCS POWERTWIST MOVE Friction Top Link Belting POWERTWIST Antistatic¶ POWERTWIST Roller Drive™ Eagle Blue 80 EC* Eagle Clear 80 EC* Eagle Blue 80 MD* Eagle Opaque 80 Eagle Blue 85* Eagle Clear 85* Eagle Orange 85* Eagle Red 85* Eagle Green 89 Eagle Red 90 Eagle Beige 95* Eagle Clear 95* Eagle White 40D Non-Reinforced Belting Eagle Blue 55D Eagle Red 85 CXF Eagle Ivory 85 SGT Eagle Green 89 SGT PVC Eagle Red 90 SGT PVC Eagle White 40D SGT PVC Eagle Opaque 80 R Eagle Orange 85 R*...

Power Transmission - Material Properties POWERTWIST DRIVE, SuperTLink, and NuTLink V-Belting • Provide time and cost saving benefits to maintenance engineers and equipment designers • Longer belt life in even the harshest environments • Install on captive drives and fixed center drives • Make matching sets • Better drive efficiency due to minimal belt elongation • Easier, faster installation without tear-downs or struggling with motor bases • Reduced noise, longer bearing life due to low belt vibration Temperature Range Product POWERTWIST DRIVE RoHS, Reach Composite Polyester/Polyurethane...

Power Transmission - POWERTWIST POWERTWIST DRIVE Link Belting LINK BELTING Classical Cross Section POWERTWIST DRIVE LINK BELTING Classical Cross Section POWERTWIST DRIVE POWERTWIST DRIVE Nominal Width POWERTWIST DRIVE POWERTWIST DRIVE POWERTWIST DRIVE Part Numbers 6' Sleeve Ride Height Above Rim POWERTWIST DRIVE Wedge Link Belting Wedge Cross Section POWERTWIST DRIVE LINK BELTING Wedge Cross Section POWERTWIST DRIVE POWERTWIST DRIVE POWERTWIST DRIVE POWERTWIST DRIVE POWERTWIST DRIVE Nominal Width Ride Height Above Rim POWERTWIST Specialty Link Belting POWERTWIST SPECIALTY LINK BELTING Cross...

Power Transmission - SuperTLink SuperTLink Belting LINK BELTING Wedge Cross Section Wedge Cross Section SUPERTLINK BELTING Nominal Width Ride Height Above Rim Max (in.) Min (mm) Max (mm) SuperTLink TLink Installation Tool Power Transmission - NuTLink NuTLink Belting Classical Cross Section NUTLINK BELTING NuTLink TLink Installation Tool LINK BELTING Classical Cross Section Nominal Width Ride Height Above Rim

Conveying - Engineering Data IMPERIAL PULLEY SECTIONS Round Belting Pulley Size Round belts are commonly run in pulleys with a round groove; see Figure 1a. In the absence of round groove pulleys, they can also be used in V-groove pulleys (Figure 1b). The table at right shows the dimensional data for a round belt used in a V-groove pulley. Pulley Diameter (inches) Groove Angle Round Belt 2.00" to 2.50" O.D. Over 2.50" O.D. Under 2.20" O.D. 2.20" to 3.19" O.D. 3.20" to 4.20" O.D. Over 4.20" O.D. 2.60" to 5.40" D.D. Note: above dimensions are belt fit in groove under no tension. Dimensions in...

Conveying - Engineering Data METRIC PULLEY SECTIONS Round Belting Round belts are commonly run in pulleys with a round groove; see Figure 1a. In the absence of round groove pulleys, they can also be used in V-groove pulleys (Figure 1b). The table at right shows the dimensional data for a round belt used in a V-groove pulley. Round Belt Groove Angle Note: above dimensions are belt fit in groove under no tension. Dimensions in millimeters unless otherwise indicated. V Belting V belts in “classical” Z/10, A/13, B/17, C/22 and D/32 cross sections are designed to fit ISO and DIN 2215 compliant...

CONVEYING PRODUCTS Belt Installation Tension All belts require a certain amount of tension to function properly in the application. The specific installation tension is determined from several factors including belt type, construction and working load. Belt details are in the Technical Data section of this catalog and working load is derived from your application. Non-Reinforced Belting: When non-reinforced belting is stretched and released, elasticity is the property that brings the material back to its original shape. This “memory” is what gives our non-reinforced belting its...

Conveying - Engineering Data Engineering Data — Selection Procedure, Conveying 1. Refer to the Technical Data chart for the belt material and cross section selected. Use the following formula that meets your application requirements (Note: if belt supported by rollers use .17 for µ): Where: Te = Wt = C = Bwt = Awt = Ht = µ = a. Horizontal Transport with Slider Bed Te = Wt × µ + Bwt b. Horizontal Transport with Slider Bed and Product Accumulation Te = Wt × µ + Bwt + Awt c. Incline or Decline Transport with Slider Bed Te = Wt × (Ht + µ × C2 + Ht2 ) + Bwt C d. Incline or Decline Transport with...