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K Gearbox Gearbox for Pto Speed Increase Power Steering Gear Box Bevel Gearbox Transmissions Definition

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Speed Reduction & Torque Amplification: Equipped with bevel and helical gearing arrangement, the K Gearbox efficiently reduces input speed while increasing torque output, ideal for heavy-duty applications requiring precise power transmission.
  • PTO & Power Steering Integration: Designed for agricultural machinery, construction equipment, and industrial vehicles, enabling smooth power distribution for tasks like steering, conveyor systems, and pump operations.

Key features

  • 1. Robust Material Construction

  • With a corrosion-resistant metal body and aluminum housing, ensure durability and efficient heat dissipation compared to plastic-bodied gearboxes*.

  • 2. Easy Installation via Foot-Mounted Design

  • Foot-mounted design allows for straightforward installation and stable operation in industrial settings, simplifying setup compared to complex mounting systems*.

  • 3. Helical Gearing for High Torque Performance

  • With helical gearing technology, achieve smooth operation and up to 30% higher torque output than standard gearboxes*, enabling handling of heavier loads.

  • 4. Continuous Commercial-Grade Reliability

  • Designed for continuous operation in commercial and industrial environments, supporting 24/7 use compared to intermittent-use models*.

  • 5. Compliance with Industrial Standards

  • Built with materials meeting industrial safety and durability standards, ensuring reliability in demanding applications*.

Product details

K Gearbox  Gearbox for Pto Speed Increase Power Steering Gear Box Bevel Gearbox  Transmissions Definition

The K Gearbox is a robust bevel-helical gear reducer designed for precise speed reduction and torque amplification in industrial applications. Its foot-mounted structure ensures stable installation, while the combination of bevel and helical gearing arrangement delivers efficient power transmission. Crafted from durable metal alloys, this gearbox is ideal for machinery requiring high torque in compact spaces.

Technical specifications

FeatureSpecificationApplication Scenario
Gearing ArrangementBevel & Helical GearsEfficient torque transfer in machinery like conveyors and pumps
Mount PositionFoot MountedSecure installation in industrial equipment
MaterialMetal (Steel/Aluminum Alloy)Withstands heavy loads and heat stress
Torque CapacityUp to 5000 Nm (varies by model)Heavy-duty applications (e.g., industrial pumps)
Compact Design30% smaller than standard gearboxesSpace-constrained machinery setups

Customization guide

Adjustable gear ratios (5:1 to 50:1) and shaft dimensions to meet specific speed-torque requirements. Custom mounting brackets available for non-standard applications.

Get inspired

Optimize your machinery’s performance with the K Gearbox. Whether you need to amplify torque for heavy lifting or reduce speed for precise control, its versatile design adapts to diverse industrial needs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Torque Capacity1500 Nm3000 Nm5000 Nm (+200% vs Base)
Efficiency85%90%95% (+10% vs Base)
Gear Ratio Range5:1 to 20:15:1 to 40:15:1 to 50:1
Mounting OptionsStandard foot mountAdjustable bracketsCustomizable mounting

Supplier's note

  1. Technical Breakthroughs:

    • Helical Gearing: Reduces noise by 30% compared to traditional spur gears, enabling smoother operation.
    • Aluminum Housing: Enhances heat dissipation, extending lifespan in high-temperature environments.
    • Foot Mount Stability: Ensures minimal vibration, critical for precision machinery like CNC tools.
  2. Version Selection Guide:

    • Base Model: Ideal for standard applications (e.g., small conveyor systems) where cost efficiency is prioritized.
    • Advanced Model: Suitable for medium-duty tasks (e.g., pumps and mixers) requiring broader gear ratio flexibility.
    • Pro Model: Engineered for heavy industrial use (e.g., mining equipment). Its 5000 Nm torque capacity and 95% efficiency outperform industry benchmarks, ensuring reliability under extreme loads.

With the Pro Model’s 5000 Nm torque, you can handle heavy machinery demands that traditional gearboxes cannot. Pair its high efficiency with customizable mounting to create tailored solutions for specialized equipment.

Frequently asked questions

  • Which K Gearbox model is best for applications needing high torque in limited space?

  • How to clean and maintain the helical gears of the K Gearbox?

  • Why is the K Gearbox housing made of aluminum instead of steel?

  • Can the K Gearbox be customized with different gear ratios for conveyor systems?

  • Is the K Gearbox compliant with industrial safety standards?

  • What advantages do helical gears offer over spur gears in the K Gearbox?

  • How does the foot-mounted design benefit industrial equipment integration?

  • Which industries commonly use the K Gearbox for PTO speed increase?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Gearing ArrangementMachinery needing angular shaft alignment (e.g., automotive, mixers)Industry: Spur Gears (Straight shaft alignment)
Base: Bevel Gears (Handles 90° angles)
Advanced: Bevel+Helical ▲ (15% quieter than Base, ISO 6333)
▲ Enables angular shaft alignment; ▲▲ Reduces noise by 15%
(ISO 6333 compliant)
Spur gears louder; Helical design increases cost
Mounting TypeFixed installations needing stability (e.g., conveyor systems)Industry: Flange-Mounted (Quick install but less stable)
Base: Foot-Mounted (Stable base)
Advanced: Foot-Mounted ▲ (Vibration dampening)
▲ Stable for heavy loads; ▲▲ Reduces vibrations ▲
(ISO 10816-3 compliant)
Takes more floor space; vibration dampening adds cost
Torque CapacityHeavy-duty machinery (e.g., construction equipment)Industry: 2000 Nm (ISO 6333)
Base: 2500 Nm ▲ (ISO 6333)
Advanced: 3000 Nm ▲▲ (ISO 6333)
▲▲ Handles 50% higher torque than Industry ▲
(ISO 6333 certified)
Higher torque requires stronger mounting brackets
Noise LevelNoise-sensitive environments (e.g., hospitals)Industry: 70 dBA (Loud as a vacuum cleaner)
Base: 65 dBA ▲ (Quieter than a washing machine)
Advanced: 60 dBA ▲▲ (Quieter than office background noise)
▲▲ 14% quieter than Industry ▲
(IEC 60704-11 standard)
Quieter designs cost 20-30% more
EfficiencyEnergy-sensitive applications (e.g., renewable energy systems)Industry: 85% efficiency
Base: 88% ▲ (Optimized gear ratios)
Advanced: 92% ▲▲ (Low-friction coatings)
▲▲ Saves 8% energy vs Industry ▲
(ISO 14179-1 verified)
Advanced coatings need specialized maintenance
Weight/SizeSpace-constrained installations (e.g., compact machinery)Industry: 20 kg (Bulkier steel housing)
Base: 15 kg ▲ (Aluminum housing)
Advanced: 12 kg ▲▲ (Lightweight alloy)
▲▲ 40% lighter than Industry ▲
(ISO 2832 material standard)
Lightweight alloys may reduce long-term durability

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