Model No.: SBXR142
Maximize your mechanical system rigidity and dynamic tilt moment capacity with the Planetary gear reducer SBXR142, an advanced mid-to-large right-angle marvel within our elite SBXR Series Planetary Gearbox lineup. Specially engineered to overcome envelope limitations and structural deflection in complex automation fields, this heavy-duty High-Torque Servo Gearbox delivers an impressive rated torque profile of 342NM to 650NM inside a robust 142mm frame layout. Featuring a reinforced flange output interface coupled with precision-ground spiral bevel gearing, it supports massive external radial forces while delivering absolute kinetic synchronization. Available with customizable single-stage backlash parameters extending down to a micro-tier of ≤2 arcmin, the SBXR142 guarantees predictable positional tracking and extreme stability under punishing reverse cycle paths.
Torque Profile: 342NM – 650NM Constant Rated Output Torque
Single-Stage Ratios: 3 / 4 / 5 / 6 / 7 / 8 / 10 / 12 / 14 / 16 / 20
Dual-Stage Ratios: 12 / 15 / 20 / 25 / 30 / 32 / 35 / 40 / 50 / 60 / 70 / 80 / 100 / 120 / 140 / 160 / 200
Single-Stage Backlash Options: ≤ 2 arcmin (Micro) / ≤ 4 arcmin (Precision) / ≤ 6 arcmin (Standard)
Dual-Stage Backlash Options: ≤ 4 arcmin (Micro) / ≤ 7 arcmin (Precision) / ≤ 9 arcmin (Standard)
Acoustic Emission: Low-Noise Mechanical Signature ≤ 70 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 |
|---|---|---|
| Reinforced Flange Output Face | ISO 9409 Geometric Logic | High-Moment Rigidity | Allows direct mounting of large pinions, indexing platens, or robotic arms close to the housing, drastically cutting deflection. |
| 90-Degree Spiral Bevel Entry | Right-Angle Angular Logic | Ultra-Compact Clearance | Turns the servo motor profile 90 degrees flat along the system layout, preventing structural machine panel protrusions. |
| IP65 Viton Dual-Lip Sealing | Enclosure Protection Logic | Fluid & Particulate Defense | Guards internal planetary gear sets against abrasive factory grit and liquid ingress while securing grease film retention. |
Traditional shaft output gearboxes often create long, weak lever arms when paired with massive external radial loads. The SBXR142 resolves this engineering bottleneck by integrating an ISO 9409 geometric flange output face. This wide, stable interface allows heavy mechanical plates, pinions, or driven machine links to bolt flush against the internal heavy-duty bearings, transferring immense tilting moments smoothly into the housing frame.
In complex multi-axis motion tracks and tightly aligned packaging cells, long inline motor footprints create significant structural load problems and clearance issues. The SBXR142 utilizes a top-tier right-angle design, placing large industrial servo motors completely parallel with the main structural wall. This layout distributes mass evenly across the framing elements while providing a high constant torque threshold up to 650NM.
Sustained positioning consistency and robust protection against gear wear are core attributes of our 142mm right-angle planetary architecture. By utilizing fine gear shaving and precision gear grinding inside a rigid steel casing, this system masters high-acceleration start-stop cycles easily. This tight matching lets users select an ultra-precision backlash level down to ≤2 arcmin, keeping position tracking perfectly crisp.
As a specialized global manufacturing supplier for elite system integrators and high-precision automation engineers, we enforce rigid quality criteria for every SBXR142 build:
A: A flange output interface offers significantly higher torsional stiffness and greater radial/axial load handling capacities. By positioning the load closer to the internal bearings, it effectively eliminates shaft twisting and minimizes angular positioning errors under heavy cycling.
A: We achieve this by optimizing the spiral bevel tooth wrap angle and precision-grinding the internal gear sets. This minimizes structural friction and vibrational hum, ensuring a remarkably quiet noise profile even during intense running cycles.
A: The gear profiles undergo specialized gas-nitriding case-hardening treatments and operate within a high-shear synthetic grease bath. This prevents tooth profile deformation and limits wear, allowing the gearbox to retain its precision characteristics over a long operational lifespan.