Model No.: SAE205
Maximize your automation budget without sacrificing system reliability or positioning tracking with the Planetary gear reducer SAE205, an exceptional high-value choice within our SAE Series Planetary Gearbox range. Specially designed to balance cost efficiency with durable mechanical construction, this high-performance inline system provides a continuous rated output torque profile of 588NM to 1200NM inside a stable 205mm frame layout. Engineered to connect easily with major international industrial servo motors, its multi-planet configuration shares external load pressures evenly to preserve internal gear integrity. Featuring dependable low-backlash tolerances of ≤5 arcmin for single stages, the SAE205 delivers smooth power transmission, quiet running conditions, and long-term operating stability.
Torque Profile: 588NM – 1200NM Constant Rated Output Torque
Single-Stage Ratios: 3 / 4 / 5 / 6 / 7 / 8 / 10
Dual-Stage Ratios: 15 / 16 / 20 / 25 / 30 / 35 / 40 / 50 / 60 / 70 / 80 / 100
Single-Stage Backlash Level: ≤ 5 arcmin (Standard Low-Backlash Precision)
Dual-Stage Backlash Level: ≤ 7 arcmin (Standard Low-Backlash Precision)
Acoustic Emission: Quiet Running Operation Signature ≤ 67 dB
Lubrication System: Factory-Sealed Lifetime Synthetic Gear Grease
Environmental Seal: IP65 Ingress Protection Certified
Thermal Threshold: Wide Continuous Envelope From -10°C up to +90°C
Mounting Versatility: Universal Multi-Directional / Omni-Directional Orientation
| Mechanical Component | Engineering Logic | Process Synergy |
|---|---|---|
| Precision Helical Train | Coaxial Helical Logic | High Contact Ratios | Improves gear tooth mesh synchronization, providing steady, uniform power delivery while maintaining low noise levels under 67 dB. |
| IP65 Synthetic Seals | Enclosure Protection Logic | Dual-Lip Ingress Defense | Forms a secure, tight seal that stops moisture, process dust, and unexpected liquid splashes from getting into the internal gears. |
| High-Performance Grease | Thermal Stability Logic | Lifetime Fluid Film Protection | Provides steady friction reduction across the whole -10°C to +90°C thermal window, eliminating the need for periodic grease replacement. |
In standard automation setups and mid-tier conveyor networks, keeping shafts properly centered along a straight axis is key to avoiding mechanical stress and keeping power transfer uniform. The SAE205 meets this design goal with its straightforward inline configuration. This coaxial approach allows the drive motor to send up to 1200NM of rated torque directly through the main axis, maximizing mechanical efficiency while preventing off-angle deflection.
Reliable accuracy during motion indexing and good structural tooth strength are the core principles of our 205mm inline planetary design. By using precision-cut helical gear profiles inside a robust, high-strength housing, this gearbox handles continuous starts and quick direction changes smoothly. This stable gear setup holds single-stage backlash within ≤5 arcmin, providing crisp, highly dependable tracking paths for general industrial control loops.
Industrial control components should offer both installation flexibility and a long-lasting structural design. Built with an omni-directional universal mounting layout, the SAE205 unit installs easily into standard machine designs at any orientation angle your workspace calls for. Its high-strength external casing protects internal parts from bumps on the shop floor, giving it a neat, professional look that meets global factory requirements.
As an international manufacturing partner for value-focused system integrators and industrial machinery builders, we carry out comprehensive quality control tracking for every SAE205 configuration:
A: The SAE205 offers an exceptional balance by keeping standard low-backlash ratings (≤5 arcmin) and high torque performance up to 1200NM while optimizing the structural housing design. This gives you top-tier reliable performance at a very competitive budget price point.
A: Quiet operation down to ≤67 dB is achieved by precision grinding all internal helical teeth, which maximizes tooth contact surface alignment. This smooth tooth interaction minimizes high-frequency vibration and gear whine, even during long production shifts.
A: Yes. The surface-hardened helical gear meshes and robust internal bearings are designed to handle steady directional changes smoothly. The ≤5 arcmin backlash profile stays highly consistent across its operating life under regular automated workloads.