EXCERPT FROM 1.2 DETAILED SERIES INFORMATION PROLINK ENGINEERING MANUAL 01/24 (Ref-No. 888) siegling prolink modular belts SERIES 7 Straight running belts Pitch 40 mm (1.57 in) Forbo Siegling GmbH Lilienthalstraße 6/8, D-30179 Hannover Phone +49 511 6704 0 www.forbo-siegling.com, [email protected] Siegling Prolink Engineering Manual · 01/2024

siegling prolink modular belts Straight running belts | Pitch 40 mm (1.57 in) Belts for heavy-duty non-food applications Side view scale 1:1 Available surface pattern and opening area S7-0 FLT Closed, smooth surface S7-0 SRS Closed, slip-resistant surface S7-6 FLT Open (6 %), smooth surface 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 S7-0 NSK Closed surface with non skid pattern – Closed...

siegling prolink modular belts SERIES 7 | BELT TYPES Straight running belt | Pitch 40 mm (1.57 in) Closed, smooth surface | Flat top surface Belt dimensions Mold to order belts ■ AT (Anthracite), ■ BK (Black), UC (Uncolored), WT (White), YL (Yellow) All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 ‘Temperature influence". All imperial dimensions (inches) are rounded off. 11 Flex radii: r1 = side flex, r2 = front flex on roller, r3 = back flex on load bearing roller, r4 = back flex on Hold Down shoe, r5 = back flex on roller 21 Complies...

siegling prolink modular belts SERIES 7 BELT TYPES Straight running belt | Pitch 40 mm (1.57 in) Closed surface | Slip-resistant surface, pleasant to walk and kneel on | Flat top surface Belt dimensions ■ AT (Anthracite), ■ BK (Black), UC (Uncolored), YL (Yellow) All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 ‘Temperature influence". All imperial dimensions (inches) are rounded off. 11 Flex radii: r1 = side flex, r2 = front flex on roller, r3 = back flex on load bearing roller, r4 = back flex on Hold Down shoe, r5 = back flex on...

siegling prolink modular belts SERIES 7 | BELT TYPES Straight running belt | Pitch 40 mm (1.57 in) Open area (6 %) increases drainage capacity | Smooth surface Variant specific dimensions [mm (in)] Belt dimensions Mold to order belts PE PE UC 18 1233 11.3 2.31 0.0 -70/65 -94/149 ■ AT (Anthracite), ■ BK (Black), UC (Uncolored), WT (White) All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 "Temperature influence". All imperial dimensions (inches) are rounded off. 11 Flex radii: r1 = side flex, r2 = front flex on roller, r3 = back flex...

siegling prolink modular belts SERIES 7 | BELT TYPES Straight running belt | Pitch 40 mm (1.57 in) Closed surface | Non skid surface for safety when walking on belt Variant specific dimensions [mm (in)] Belt dimensions Mold to order belts 1 ■ AT (Anthracite), ■ BK (Black), UC (Uncolored), WT (White) All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 "Temperature influence". All imperial dimensions (inches) are rounded off. 11 Flex radii: r1 = side flex, r2 = front flex on roller, r3 = back flex on load bearing roller, r4 = back flex...

siegling prolink modular belts SERIES 7 BELT TYPES Straight running belt | Pitch 40 mm (1.57 in) Open area (6 %) | Non skid surface with drainage holes for safety when walking on wet belts Variant specific dimensions [mm (in)] Belt dimensions Mold to order belts PP ■ AT (Anthracite), ■ BK (Black), UC (Uncolored), WT (White) All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 "Temperature influence". All imperial dimensions (inches) are rounded off. 11 Flex radii: r1 = side flex, r2 = front flex on roller, r3 = back flex on load bearing...

siegling prolink modular belts SERIES 7 BELT TYPES Straight running belt | Pitch 40 mm (1.57 in) Closed surface | Friction top version with replaceable rubber pads provides increased grip Variant specific dimensions [mm (in)] Belt dimensions Mold to order belts PE PE UC R2 BK 18 1233 13.0 2.66 -0.35 -70/65 -94/149 ■ AT (Anthracite), ■ BK (Black), UC (Uncolored), WT (White) All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 ‘Temperature influence". All imperial dimensions (inches) are rounded off. 11 Flex radii: r1 = side flex, r2 =...

siegling prolink modular belts SERIES 7 | SPROCKETS Straight running belt | Pitch 40 mm (1.57 in) Main dimensions Sprocket size (Number of teeth) Shaft bores (• = Round, ■ = Square) 40 mm Material: PA, Color: LG * not recommended for the material /pin combination POM/SS ** new update V2 design to improve performance for the material/pin combination POM/SS ■ LG (Light gray) All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 ‘Temperature influence". All imperial dimensions (inches) are rounded off. For detailed sprocket and shaft dimensions...

siegling prolink modular belts SERIES 7 WHEELSTOPPER Straight running belt | Pitch 40 mm (1.57 in) Stiff and strong profiles (interrupted for finger plates) Basic data Material All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 ‘Temperature influence". All imperial dimensions (inches) are rounded off. Note: Use of accessory in a belt may impact on the minimum design radii. Please see chapter 6.3 for further information. MOVEMENT SYSTEMS

Straight running WHEELSTOPPER belt | Pitch 40 mm (1.57 in) siegling prolink modular belts S7-0 NCL WSS I20 | Wheelstopper Smalll and stiff profiles (interrupted for finger plates) Basic data All measurements and tolerances apply at 21 °C; for temperature deviations please see Prolink manual chapter 4.4 ‘Temperature influence". All imperial dimensions (inches) are rounded off. Note: Use of accessory in a belt may impact on the minimum design radii. Please see chapter 6.3 for further information. MOVEMENT SYSTEMS