Total Protection Polyurethane Open-Ended Timing Belts
Polyurethane open-ended timing belts without teeth gap on the Total Protection teeth are dimensionally identical to the standard TTrapezoidal/Trapezprofil
The T profile is a trapezoidal standard profile in a metric pitch for conventional timing belt applications. The tooth geometry allows a play-free belt/sprocket pairing that results in unsurpassed precision., ATThe AT profile is a further development of the T (Trapezprofil) profile. The teeth have a higher load capacity because of the increased tooth volume. The optimized flank angle results in improved tooth meshing. Here, too, a play-free belt/sprocket pairing that results in unsurpassed precision can be achieved. and HTDHigh Torque Drive
Because of its tooth height and semi-circular tooth geometry, the HTD profile is especially good at avoiding jump-over of the teeth in operation. The HTD profile is extremely suitable for transmitting high torques. profiles.
Belts Construction
- Polyurethane teeth
- Steel tension member
- Polyurethane back
- No teeth gap – tension member is encapsulated in polyurethane
Belts Fields of Use
The belts are used in linear drives in humid environments, in the conditions of continuous contact with water or other substances causing the steel tension member damage or corrosion.
They are used in washing lines, in meat and fish processing, on packaging machines and food machines or on other machines.
Belts Characteristics
- High transmitted power and long service life
- Resistant to oil, petrol, benzene, UV radiation and ozone
- Corrosion-resistant
- Abrasion-resistant
- Maintenance-free
- Temperature resistance from −30 °C to +80 °C depending on application
Belt Code Description
Example:
8M - TP - 50 CONTI SYNCHRODRIVE
| Code Part | Description |
|---|---|
| 8M |
Belt profile and tooth pitch in mm |
| TP |
Total Protection (the absence of tooth gap makes, the belt protected against corrosion) |
| 50 |
Belt width in mm |
| CONTI SYNCHRODRIVE |
Type of belt |
Optional Belt Surface Layers
The choice of the surface layer depends on the type of machine, the ambient temperature, the size of the pulleys, etc. Specifying the surface layer is determined by the material and the thickness of the layer.
| Layer Name | Material | Layer Illustration |
|---|---|---|
| PAZPolyAmid Zahne – Nylon Fabric on Teeth. Thus sometimes also mentioned as NFT. (NFTNylon Fabric on Teeth. Also mentioned as PAZ – PolyAmid Zahne.) - nylon fabric on teeth Low coefficient of friction |
Nylon |  |
| PARPolyAmid Rücken – Nylon Fabric on Back. Thus sometimes also mentioned as NFB. (NFBNylon Fabric on Back. Also mentioned as PAR – PolyAmid Rücken.) - nylon fabric on back Surface protection |
Nylon |  |
| PAZPolyAmid Zahne – Nylon Fabric on Teeth. Thus sometimes also mentioned as NFT. + PARPolyAmid Rücken – Nylon Fabric on Back. Thus sometimes also mentioned as NFB. (NFTNylon Fabric on Teeth. Also mentioned as PAZ – PolyAmid Zahne. + NFBNylon Fabric on Back. Also mentioned as PAR – PolyAmid Rücken.) - fabric on teeth and back Low coefficient of friction and surface protection |
Nylon |  |
The fabric on teeth and back can be combined with all other layers. A complete range of belt surface layers
Documents for Download
Technical Data and Characteristics of Total Protection Belts
Elatech Data Sheets
English (PDF 974.02 kB)
Related Products
T Pilot Bore Timing Pulleys for Polyurethane Belts
T2.5, T5, T10, T20 pilot bore timing pulleys for polyurethan timing belts with trapezoidal TTrapezoidal/Trapezprofil
The T profile is a trapezoidal standard profile in a metric pitch for conventional timing belt applications. The tooth geometry allows a play-free belt/sprocket pairing that results in unsurpassed precision. profile according to DIN 7721.
Measuring Instruments
Our professional-quality special tools and measuring instruments will assist you in maintaining and fitting drive components.
Question about the Belts Category
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