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Series 7

Straight running belts l Pitch 40 mm (1.57 in)
Belts for heavy-duty non-food applications


Series 7 – Excerpt from Prolink Engineering Manual

Design characteristics

  • Closed-hinge design provides high belt pull capacity
  • Small-pitch relative to belt thickness makes belt suitable for compact, heavily loaded conveyors
  • Robust design with large surface contact area ensures superior wear life
  • Closed solid edge
  • Flame retardant version available (PXX-HC – in line with DIN EN 13501-1)

Series 7 - Design Characteristics

Basic data

Pitch 40 mm (1.57 in)
Belt width min.40 mm (1.57 in) 360 mm (14.2 in) for belts with FRT-surface (side modules only available without FRT-surface)
Width increments 20 mm (0.8 in) FRT-surface on request
Hinge pinsMade of plastic (PBT) or stainless steel

Basic Data Series 7 Prolink Plastic Modular Belts

S7-0 FLT | 0% Opening | Flat top

  • Closed, smooth surface
  • Flat top surface

S7-0 FLT

S7-0 SRS | 0% Opening | Slip-resistant

  • Closed surface
  • Slip-resistant surface, pleasant to walk and kneel on
  • Flat top surface

S7-0 SRS

S7-6 FLT| 6% Opening | Flat top

  • Open area (6 %) increases drainage capacity
  • Smooth surface

S7-6 FLT

S7-0 NSK | 0% Opening | Non skid

  • Closed surface
  • Non-skid surface for safety when walking on belt

S7-0 NSK

S7-6 NSK | 6 % Opening | Non skid

  • Open area (6 %)
  • Non-skid surface with drainage holes for safety when walking on wet belts

S7-6 NSK

S7-0 FRT1 | 0 % Opening | Friction top (Design 1)

  • Closed surface
  • Friction top version with replaceable rubber pads provides increased grip

S7-0 FRT1

Sprockets

in different sizes with round or square sprocket bore

Series 7 - Sprockets

Wheelstopper

used for securing the position of vehicles on the belt

Wheelstopper

Pin Retained Rollers

For applications where low back pressure accumulation or product separation is required

S7 PRR
Series 7 Video

Further Information

  • Ref.no.888-2_1.2_S7.pdf

    Series 7
    Excerpt from Prolink Engineering Manual