Description
Compact powerhouses: High torques & self-locking
Inexpensive and compact, they generate high torques but have lower efficiency, which leads to heat losses. This enables strong self-locking, blocking reactive torques. They are primarily used in applications with high reduction ratios and required self-locking.
Technical data
|
Reduction |
i = 7.5:1 to 100:1 (depending on model), single-stage |
|
Output power |
P = 0.06 kW |
|
input shaft |
Ø 9 mm + groove according to DIN |
|
Output shaft |
Hollow shaft Ø 14 mm + keyway according to DIN |
|
Painting |
gray |
|
oil |
Lifetime filling with SHELL TEVELA OIL 320 |
|
Operating temperature |
-25°C to 50°C (warm up below -15°C without load) |
Data sheet as PDF for download
📄 [Data sheet follows]
CAD model for download
🧩 [CAD model follows]
Product highlights
⭐️ Affordable: Over 60 years of expertise enable unbeatable prices.
⭐️ Flexible connection: Designed input shaft for versatile use and adaptation to different engine requirements.
⭐️ Self-locking: Reliable load holding without external brakes for increased safety.
⭐️ Precision & Reliability: State-of-the-art technology guarantees precise performance even under extreme conditions.
Advantages
✅ Robustness & durability: High-quality materials and strict quality controls minimize downtime.
✅ Efficiency: Optimized design ensures smooth, energy-saving operation and maximizes productivity.
✅ High gear ratio: Allows precise control with gear ratios up to 100:1 in just one step.
✅ Versatility: Can be used flexibly in industry, mechanical engineering and other demanding applications.
Application examples
- Cable winches, crane drives, sliding gates
- Elevators
- Conveyor belts, assembly lines
- Fans, pumps
- Conveyor screws, extruders
- Stirrers, kneading machines
Do you need support?
For more information or a personal consultation? Contact us ↗ – we'll be happy to help!
📞 Tel.: +49 [40] 5388921-0 (Mon - Thurs 8:00-16:30, Fri 8:00-16:00)
📧 Email: sales@tea-hamburg.de
Further information can be found on our homepage ↗