HTD Timing Bars
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. timing bars serve as a semi-finished product for the production of timing pulleys in 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. profile. The basic types are made of aluminum alloy, alternatively steel. Their standard lengths are from 100 to 200 mm.
Bars Fields of Use
The 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. timing bars are designed for production of 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. timing pulleys of any shape. They are used when, for any reason, the corresponding timing pulley is not available or is not standardly produced.
As well as the timing pulleys, they are used in machine tools, packaging machines, printers, single-purpose machines, in the food, paper and glass industries and in many other industries.
Bars Material
Aluminium alloy or steel.
Other materials to order.
Parameter | Standard |
---|---|
Surface roughness | ISO 254 |
Notice
Timing bars of special lenght (normally max. 200 mm) can be produced on request.
Bars Code Description
Example:
5M-15-200 (Al Alloy)
Code Part | Description |
---|---|
5M |
Type of bar |
15 |
Number of teeth |
200 |
Bar length in mm |
Al Alloy |
Bar material |
Documents for Download
Dimensions and Parameters of Timing Bars
TYMA CZ Data Sheets
Czech and English (PDF 111.71 kB)