The Helical Flanged Pinion, part number 78 33 919, from ATLANTA Drive Systems, Inc. features a left-hand helical tooth design with 19 teeth and a pitch diameter of 60.48 mm. It is manufactured from case-hardened 16MnCr5 steel, ensuring durability and high load capacity with a quality rating of DIN 5. This pinion is compatible with the ISO 9409-1-A interface, allowing for easy integration with various planetary reducers. The compact design of this pinion reduces the required drive torque, enabling the use of smaller and more cost-effective motors and gearboxes. Additionally, it supports backlash-free operation, enhancing precision and reliability in dynamic applications. The bolted flange design facilitates straightforward replacement without extensive disassembly. This pinion is suitable for applications requiring high stiffness and minimal backlash, making it ideal for precise positioning tasks.
We have recently expanded our range of ISO 9409-1-A flanged pinions. This allows the machine designer the flexibility of choosing the best flanged pinion to meet the application needs.
The new TR flanged pinions have compact designs to reduce the amount of drive torque required. Traditionally, flanged pinions have large pitch diameters which increase the amount of torque on the reducer they mount to.
With the new TR Pinion range, the pinion pitch diameters are significantly smaller, reducing the drive torque required and allowing a smaller reducer to be used. The pinions are easily mounted and replaceable if future repair is needed.
This hardened & ground pinion range has a quality level of DIN 5 and is available in straight (spur) and helical-toothed versions, in metric modules 2.0 through 8.0. The pinions can mount to any reducers with ISO 9409-1 flanged connections
| ATLANTA Drive Systems, Inc. | |
|---|---|
| Product Category | Gears |
| Product Number | 78 33 919 |
| Product Name | Helical Flanged Pinion |
| Gear Type | Helical; Pinion |
| Number of Teeth | 19 |
| Design | Metric |
| Direction | Left |
| Pressure Angle | 20° |
