Tensile Force for 1% Elongation (k1% Static) per unit of Width (Habasit Standard SOP3-155 / EN ISO 21181)
6.5 N/mm 37 lbs/in
Tensile Force for 1% Elongation after Relaxation (k1 % relaxed) per unit of Width (Habasit Standard SOP3-155 / EN ISO 21181)
3.4 N/mm 19 lbs/in
Min. Continuous Operating Temperature Admissible
-20 ºC -4 ºF
Max. Continuous Operating Temperature Admissible
60 ºC 140 ºF
Coefficient of Friction of Driving Pulley of Steel
0.2
Seamless Manufacturing Width
1200 mm 47 in
Product Designation
Product Group
Hamid Machine Tapes
Main Industry Segments
Folding Paper converting Paper manufacturing and processing Paper printing and finishing
Belt Applications
Folder belt Machine tape Paper handling belt
Special Features
Abrasion resistant Constant and gentle positive grip Non-marking
Mode of Use/Conveyance
Declined Horizontal Inclined Twists with short center distance Vertical
Product Construction/Design
Conveying Side (Material)
Acrylonitrile-Butadiene-Rubber (NBR)
Conveying Side (Surface)
Fine structure
Conveying Side (Property)
Adhesive
Conveying Side (Color)
Green
Traction Layer (Material)
Polyamide (PA) fabric/Hamid foil
Number of Fabrics
1
Running Side/Pulley Side (Material)
Hamid
Running Side/Pulley Side (Surface)
Smooth
Running Side/Pulley Side Property
Non-adhesive
Running Side/Pulley Side (Color)
Black
Product Characteristics
Slider Bed Suitable
Yes
Carrying Rollers Suitable
Yes
Troughed Installation Suitable
No
Antistatically Equipped
Yes
Additional Technical Information
Chemical Resistance Class
2 (These indications are not guarantees of properties)
Installation and Handling Instructions
Do not go below initial elongation (epsilon) ~ 0.3%.; Install the slack belt and tension until running perfectly under the full belt load.
Limitations
Keep belt edges free of any installation/machine contact; This product has not been tested according to ATEX standards (atmospheres with explosion risk - ATEX 95 regulation or EU directive 94/9) and therefore is subject to user's analysis in the respective environment.
Notes
All data are approximate values under standard climatic conditions: 23ºC/73ºF, 50% relative humidity (DIN 50005/ISO 554), and are based on the Master Joining Method.
