NHZ-8ESBV-01 Habasit Conveyor Belt
Main industry segments
Airport, Letter sorting
Applications
Induction belt, Powerturn belt
Special features
Energy saving, Low friction running side, Powerturn suitable
Product Construction / Design
Conveying Side Material |
Polyvinylchloride (PVC) |
Conveying Side Surface |
Orange peel |
Conveying Side Property |
Non-adhesive |
Conveying Side Color |
Black |
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 |
Light green |
Product Characteristics
Antistatically equipped |
Yes |
Adhesive free joining method |
Yes |
Flammability |
In accordance with ISO 340 |
Food Suitablilty, FDA Conformance |
No |
Food Suitability, USDA Conformance |
No use intended |
Food Suitability, EU Conformance |
No |
Other conformance |
- |
Technical Data
Thickness of Belt |
2.5 mm |
0.10 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) |
8.5 N/mm |
49 lb/sqft |
Tensile force for 1% elongation after relaxation (k1% relaxed) per unit of width (Habasit Standard SOP3-155 / EN ISO 21181) |
5.5 N/mm |
31 lbf/in |
Min. Operating Temperature Admissible (continuous) |
0 °C |
32 °F |
Max. Operating Temperature Admissible (continuous) |
70 °C |
158 °F |
Coefficient of friction (pulley side / steel driving pulley) |
0.10 |
- |
Coefficient of friction (pulley side / driving pulley with friction cover) |
0.25 |
- |
Coefficient of friction (pulley side / pickled steel slider bed) |
0.15 |
- |
Coefficient of friction (pulley side / phenolic resin slider bed) |
0.15 |
- |
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
Pulley diameter (minimum) |
mm/inch |
60/2.36 |
Pulley diameter minimum with counter flection |
mm/inch |
60/2.36 |
Admissible tensile force per unit of width Admissible tensile force per unit of width at max. operating temperature |
N/mm lbf/in |
13 74 7.5 43 |
Slider bed suitable |
- |
Yes |
Carrying rollers suitable |
- |
Yes |
Troughed installation suitable |
- |
Yes |
Powerturns / curved installations |
- |
Yes |
Knife-edge (nosebar) suitable |
- |
No |
Metal detector suitable |
- |
No |
Low Noise applications |
- |
No |
Chemical Resistance
Link to 'Chemical Resistance Information': https://rims.habasit.com
REACH
This product contains more than 0.1% of the following substance(s) of very high concern (SVHC) and is (are) included in the Candidate List. Further information is available from your Habasit representation.
Substance(s); Triphenyl phosphate (TPP)
Substance(s); Triphenyl phosphate (TPP)
Mode of Use or Conveyance
Omnidirectional, Troughed
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
Store spare belts in a cool and dry place and if possible in their original packaging. Protect spare belts from sunlight/UV-radiation/dust/dirt! 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
Store spare belts in a cool and dry place and if possible in their original packaging. Protect spare belts from sunlight/UV-radiation/dust/dirt! 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