Timing Belts Clamping Plates
Clamping plates are used to mechanically fasten the open-ended timing belt to the base of the machine. It is made of aluminum alloy.
Basic types are designed for various profiles and standard widths.
HTD
3M, 5M, 8M and 14M profiles for all 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. and RPP timing belts.
EAGLE
5M, 8M, 10M and 14M profile for polyurethane self-guided timing belts with H.O.T.Helical Offset Tooth
The helical toothing of the H.O.T. profile delivers a degree of operational smoothness unrivaled by other timing belts The noise level can be reduced by up to 19 dB, and the polygon effect is almost eliminated, resulting in up to 20% lower vibrations. The profile’s offset toothing means the belt is also self-tracking: Flanges are not necessary, as a result of which the width of the system can be reduced. profile (for EAGLE and SILENTSYNC belts).
T (for PU Belts)
T5, T10 and T20 profiles for polyurethane toothed belts with 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.
AT (for PU Belts)
AT5, AT10 and AT20 profiles for polyurethane toothed belts with 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. profile.
Clamping Plates Fields of Use
They are used in all types of linear and lifting applications.
Clamping Plates Material
Aluminium alloy.
| Parameter | Standard |
|---|---|
| Surface roughness | ISO 254 |
Clamping Plates Code Description
Example:
T10-50 for Timing Belt (75 × 80 mm)
| Code Part | Description |
|---|---|
| T10 |
Trapezoidal TTrapezoidal/Trapezprofil |
| 50 |
Belt width in mm |
| 75 × 80 mm |
Plate dimensions in mm (width × length) |
Caution
For standard applications a minimum of 7 teeth in clamp is recommended. For use with timing belts with special cords (e.g. HPL), a minimum of 12 teeth in clamp is recommended.
Documents for Download
Dimensions and Parameters of Timing Belts Clamping Plates
TYMA CZ Data Sheets
Czech and English (PDF 222.91 kB)
Related Products
Linear Timing Belts (Open-Ended)
Polyurethane or neoprene open-ended timing belts for linear applications, lifting and hoisting equipment. In addition, polyurethane open-ended belts are used as semi-finished products for the production of conveyor timing belts.
CONTI SYNCHROLINE Neoprene Open-Ended Timing Belts
CONTI SYNCHROLINE open-ended rubber timing belts.
Timing Belt Pulleys
For timing belts, types 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., STDSuper Torque Drive
The involute shape of the STD profile allows optimal tooth engagement with the pulley. As a result, it provides precise and quiet operation even at high belt speeds., CTDConti Torque Drive
The CTD profile is a symbiosis of the HTD and STD profiles, combining the benefits of both tooth geometries. The tooth height and width correspond to that of the HTD profile for transmitting extremely high torques and preventing jump-over at the same time, while the involute-shaped flank ensures very smooth running., GTRThe GTR profile is a symbiosis of the HTD and STD profiles, combining the benefits of both tooth geometries. The tooth height and width correspond to that of the HTD profile for transmitting extremely high torques and preventing jump-over at the same time, while the involute-shaped flank ensures very smooth running. It also incorporates an additional groove in the tooth head, which enables the air to escape gently from the tooth gap, further enhancing its smooth running., H.O.T.Helical Offset Tooth
The helical toothing of the H.O.T. profile delivers a degree of operational smoothness unrivaled by other timing belts The noise level can be reduced by up to 19 dB, and the polygon effect is almost eliminated, resulting in up to 20% lower vibrations. The profile’s offset toothing means the belt is also self-tracking: Flanges are not necessary, as a result of which the width of the system can be reduced., 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. and 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 belts with trapezoidal profiles.
Measuring Instruments
Our professional-quality special tools and measuring instruments will assist you in maintaining and fitting drive components.
Manufacturer Profile
The group SIT S.p.A develops, engineers, manufactures and distributes high quality solutions and components for power transmission for industrial applications of excellence worldwide, with the aim of increasing the productivity of its customers’ machines and systems. With operations on 3 continents, SIT manufactures pulleys, rubber and polyurethane belts, drive couplings, locking assemblies and a wide range of accessories.
SIT belongs to a large industrial group that dates as far back as 1838. Today, thanks to over 50 years of specific experience in power transmission and a close-knit team of highly qualified professionals, the Group engages in constant technological innovation in order to offer the best application solutions in mechanical power drives.
