RV27C RV-C Robot Reducer High Precision Cycloidal Gearbox

Product Parameters

The RV27C RV-C Robot Reducer features technical parameters tailored for precision in robotic and automation systems. These specifications enable engineers to match the gearbox with servo motors, assess inertia, and evaluate load-handling capabilities. The low backlash and high torsional rigidity address challenges such as positional inaccuracies in dynamic environments or vibrations during high-speed cycles. For instance, the rated torque supports continuous operations with heavy payloads, while the hollow shaft design simplifies wiring integration in compact setups. The table below compiles key parameters from established RV-C series data, ensuring accurate system design and reduced failure risks in industrial applications.

These parameters facilitate precise calculations for system integration, such as determining gear life under specific duty cycles or optimizing for minimal energy use. In real scenarios, the high emergency stop torque prevents damage during abrupt halts, enhancing safety in automated lines. Engineers leverage these specs for predictive modeling, ensuring alignment with motor capabilities and load demands to avoid overstress and extend operational reliability.

Overview of the RV27C RV-C Gearbox

The RV27C RV-C Robot Reducer serves as a high-precision cycloidal gearbox optimized for robotic and automation environments. It employs a two-stage reduction: an initial planetary stage followed by cycloidal disks that engage via eccentric motion for smooth power transfer. This configuration excels in converting high-speed inputs to high-torque outputs with minimal backlash, addressing inefficiencies and wear in conventional gears. Practically, it mitigates vibration-related inaccuracies in robotic surgery or assembly lines, promoting reliability and reduced downtime. The hollow shaft variant allows cable routing, solving integration issues in compact designs and enabling versatile applications across industries.

Core Functionality in Precision Systems

It provides torque amplification and motion control essential for handling payloads, minimizing drift in repetitive operations to resolve calibration frequent needs.

Benefits for Compact Integration

The ultra-flat profile supports installation in constrained spaces, facilitating upgrades in legacy systems for improved efficiency without major redesigns.

Key Features and Benefits

The RV27C RV-C incorporates an ultra-flat, compact structure for effortless fitting in space-restricted robotic frameworks, alongside high precision for sub-arcmin accuracy in positioning tasks. Its rigidity withstands heavy loads, ensuring stability under stress and extending service intervals. High efficiency curtails energy dissipation, optimizing costs in continuous operations. Low backlash delivers fluid motion, critical for error-sensitive processes. Easy motor mounting streamlines assembly, cutting labor time. These elements collectively tackle trade-offs in performance versus size, enabling robust, scalable solutions in automation.

Optimizing Energy Use

Efficient power transfer supports prolonged runs in mobile or energy-limited setups, reducing thermal management needs.

Enhancing Structural Integrity

Durable build resists fatigue, lowering failure rates in high-duty cycles.

Construction and Key Components

Constructed with high-grade elements, the RV27C RV-C includes output flange for load connection, support flange for mounting firmness, pin housing to shield gears, cycloidal gears for load-sharing motion, crankshaft for eccentric drive, planetary gears for preliminary reduction, pins for engagement, input gear for motor linkage, main bearing for radial loads, tapered roller bearings for axial forces, needle roller bearing with cage for low-friction support, and oil seals for containment. Cycloidal gears evenly spread forces to cut backlash and handle shocks; bearings optimize rotation efficiency, curbing heat. Compatible with PTO shafts in agricultural setups, it ensures controlled power in machinery. Australia Planetary Gearbox Co., Ltd. offers superior components, fully interchangeable with originals, at value-driven prices for dependable performance.

• Output Flange: Secures output to loads, transmitting torque reliably.
• Support Flange: Maintains alignment under operational stresses.
• Pin Housing: Encloses pins, protecting from debris.
• Cycloidal Gears: Provide multi-point contact for precision and durability.
• Crankshaft: Drives cycloidal eccentricity for reduction.
• Planetary Gears: Offer initial speed drop in compact form.
• Pins: Facilitate gear meshing with even distribution.
• Input Gear: Couples with motors seamlessly.
• Main Bearing: Supports primary rotational loads.
• Tapered Roller Bearings: Manage combined axial-radial forces.
• Needle Roller Bearing with Cage: Reduces friction in confined areas.
• Oil Seals: Prevent leaks, ensuring lubrication.

Australian Product Policies and Compliance

Australian regulations for the RV27C RV-C, overseen by ACCC and Standards Australia, mandate AS/NZS compliance for mechanical safety, durability, and eco-standards. Biosecurity via Department of Agriculture controls imports to avoid risks, with electrical norms for motor pairings. WHS requires evaluations of vibration and noise in robotics, safeguarding workers. EPBC Act fosters efficient designs to cut emissions. These frameworks ensure adaptability to Australia’s climates, streamline customs, and prevent non-compliance issues like fines, supporting uninterrupted business operations.

Certification and Import Protocols

ISO 9001 aids quality verification and quarantine passage.

Environmental and Safety Focus

Promotes low-impact tech for sustainability targets.

Applications in Various Industries

Deployed in robotic arms for precise movements in complex assemblies, AGVs for accurate navigation, medical equipment for reliable surgeries, packaging for consistent processes, and textile machinery for quality output. It resolves operational inconsistencies, boosting productivity and precision across sectors.

Integration in Robotics

Supports advanced control with minimal reprogramming.

Uses in Specialized Equipment

Delivers stability for delicate tasks.

Maintenance and Troubleshooting Tips

Maintenance involves synthetic oil checks to prevent wear, noise monitoring for bearings, and torque verifications against loosening. In Australia, WHS-guided inspections address dust. Troubleshooting realigns gears for backlash issues, ensuring warranty adherence and performance optimization.

Inspection Routines

Quarterly reviews of seals and lubricants avert breakdowns.

Resolving Common Problems

Cooling and load checks fix overheating.

Why Choose Our Company

Australia Planetary Gearbox Co., Ltd., in Charlton Industrial Area, Australia, delivers top-tier gearboxes like the RV27C RV-C, emphasizing innovation and Australian compliance. Reach us at [email protected] for customized expertise and service excellence.