PAK-10EIWO Habasit Conveyor Belt
Main industry segments
Tobacco green leaf processing, Tobacco primary processing
Applications
Decline belt, Incline belt
Special features
Abrasion resistant, Antistatic, Chemical resistant, High hydrolysis resistant, Low temperature resistant, Oil resistant, UV resistant
Product Construction / Design
Conveying Side Material |
Thermoplastic polyolefine (TPO) |
Conveying Side Surface |
Cylindrical knob structure |
Conveying Side Property |
Non-Adhesive |
Conveying Side Color |
Transparent |
Traction Layer (Material) |
Polyester (PET) |
Number of Fabrics |
2 |
Pulley Side Material |
Polyester (PET) |
Pulley Side Surface |
Impregnated fabric |
Pulley Side Property |
Non-adhesive |
Pulley Side Color |
White |
Product Characteristics
Antistatically equipped |
Yes |
Adhesive free joining method |
Yes |
Flammability |
No specific flammability prevention property |
Food Suitablilty, FDA Conformance |
Yes - Check Document of Compliance (DoC) in our Portal |
Food Suitability, USDA Conformance |
No use intended |
Food Suitability, EU Conformance |
Yes - Check Document of Compliance (DoC) in our Portal |
Other conformance |
- |
Technical Data
Thickness of Belt |
6.1 mm |
0.24 inch |
Mass of Belt (belt weight) |
3.0 kg/m² |
0.614 lb/sqft |
Tensile Force for 1% Elongation (k1% Static) per Unit of Width (Habasit Standard SOP3-155) |
9.5 N/mm |
54 lb/sqft |
Tensile force for 1% elongation after relaxation (k1% relaxed) per unit of width (Habasit Standard SOP3-155 / EN ISO 21181) |
5.0 N/mm |
29 lbf/in |
Min. Operating Temperature Admissible (continuous) |
-20 °C |
-4 °F |
Max. Operating Temperature Admissible (continuous) |
70 °C |
158 °F |
Coefficient of friction (pulley side / steel driving pulley) |
0.15 |
- |
Coefficient of friction (pulley side / driving pulley with friction cover) |
0.35 |
- |
Coefficient of friction (pulley side / pickled steel slider bed) |
0.25 |
- |
Coefficient of friction (pulley side / phenolic resin slider bed) |
0.20 |
- |
Coefficient of friction (pulley side / stainless steel slider bed) |
0.15 |
- |
Seamless manufacturing width |
3000 mm |
118.11 inch |
All data are approximate values standard climatic conditions: 23 C/73 F, 50% relative humidity (DIN 50005/ISO 554)
Joining Related Properties
Joining Method |
Flexproof 20x80 |
Pulley diameter (minimum) |
mm/inch |
150/5.91 |
Pulley diameter minimum with counter flection |
mm/inch |
150/5.91 |
Admissible tensile force per unit of width Admissible tensile force per unit of width at max. operating temperature |
N/mm lbf/in |
11 63 3.8 22 |
Slider bed suitable |
- |
Yes |
Carrying rollers suitable |
- |
Yes |
Troughed installation suitable |
- |
No |
Powerturns / curved installations |
- |
No |
Knife-edge (nosebar) suitable |
- |
No |
Metal detector suitable |
- |
Yes |
Low Noise applications |
- |
No |
Chemical Resistance
Link to 'Chemical Resistance Information': https://rims.habasit.com
Mode of Use or Conveyance
Horizontal, Inclined
Calculations
For most applications calculation is not required. Should you still need a calculation: please ask Habasit.
Recommendation
Do not go below initial elongation (epsilon) ~ 0.3%, Install the slack belt and tension until running perfectly under the full belt load
Protect belts from sunlight/UV-radiation/dust and dirt. Store spare belts in a cool and dry place and if possible in their original packaging. Check Link for Storage requirements: "https://tdm.habasit.com/pds/en-us/Storage%20of%20Habasit%20material.pdf"
This product has not been tested according to ATEX standards (atmospheres with explosion risk - ATEX 95 regulation or EU directive 2014/34/EU) and therefore is subject to user’s analysis in the respective environment
Protect belts from sunlight/UV-radiation/dust and dirt. Store spare belts in a cool and dry place and if possible in their original packaging. Check Link for Storage requirements: "https://tdm.habasit.com/pds/en-us/Storage%20of%20Habasit%20material.pdf"
This product has not been tested according to ATEX standards (atmospheres with explosion risk - ATEX 95 regulation or EU directive 2014/34/EU) and therefore is subject to user’s analysis in the respective environment