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Fcl Flexible Rubber Mechanical Shear Pin Shaft Coupling With Camlock Flange

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Torque Transmission & Misalignment Tolerance: Designed to transmit high mechanical loads while accommodating axial and angular misalignment between connected shafts, ensuring smooth operation in imperfectly aligned systems.
  • Safety Mechanism: Features a shear pin design that breaks under excessive torque, protecting connected machinery from damage.
  • Quick Installation: Equipped with a camlock flange for rapid coupling and disconnection without complex alignment processes.

Key features

  • 1. Durable Cast Iron & Flexible Rubber Construction

  • With a corrosion-resistant cast iron body and shock-absorbing rubber elements, ensure robust performance in heavy-duty environments. 20% more flexible than rigid metal couplings*, allowing smoother operation under torque fluctuations.

  • 2. Quick-Release Camlock Flange & Spider/Jaw Design

  • With a Camlock Flange and spider/jaw structure, enable rapid assembly/disassembly, reducing installation time by up to 50% compared to bolt-heavy couplings*. Ideal for frequent maintenance or equipment swaps.

  • 3. High-Torque Capacity for Industrial Loads

  • Capable of transmitting torque up to [X] Nm, 30% higher than standard couplings*, supporting heavy machinery and continuous operation in commercial settings.

  • 4. Misalignment Tolerance for Versatile Applications

  • Designed to handle up to [X] degrees of angular and axial misalignment, ensuring reliable performance in industrial machinery where precise shaft alignment is impractical.

  • 5. Corrosion-Resistant Coating for Harsh Environments

  • The green protective coating on the cast iron body meets industrial durability standards, resisting rust and corrosion in wet or chemically exposed settings. Outperforms uncoated models in longevity*.

Product details

Fcl Flexible Rubber Mechanical Shear Pin Shaft Coupling With Camlock Flange

The Fcl Flexible Rubber Mechanical Shear Pin Shaft Coupling With Camlock Flange combines robust cast iron construction with shock-absorbing rubber elements to deliver reliable torque transmission in demanding industrial applications. Its flexible spider/jaw design accommodates misalignment while the camlock flange ensures quick, tool-free installation.

Technical specifications

FeatureSpecificationBenefit
Material CompositionCast Iron & RubberDurable yet flexible for shock absorption
Flexible DesignSpider/Jaw StructureHandles up to 2° angular/axial misalignment
Camlock FlangeQuick-Release MechanismReduces installation time by 40%
Shear Pin MechanismOverload ProtectionSafeguards equipment during torque surges
Torque Capacity1,200 Nm (Base Model)Ensures reliability in heavy-duty machinery

Customization guide

Adjustable parameters such as torque capacity, misalignment tolerance, and shear pin material can be tailored to meet specific industrial requirements. For example, increasing rubber thickness improves vibration damping for precision machinery.

Get inspired

With the spider/jaw structure and rubber inserts, this coupling is ideal for high-vibration environments like conveyor systems. The shear pin mechanism ensures safety in applications prone to sudden torque spikes, while the camlock flange simplifies maintenance in tight spaces.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Torque Capacity1,200 Nm1,500 Nm (+25%)1,800 Nm (+50%)
Misalignment Tolerance1.5°3° (+100%)
Shear Pin Strength1,500 Nm1,800 Nm2,200 Nm (Industry Leading)

Supplier's note

  1. Technical Breakthroughs:

    • Cast Iron & Rubber Composite: Achieves 30% better shock absorption than all-metal couplings.
    • Spider/Jaw Geometry: Maintains 98% torque efficiency even at 2° misalignment.
    • Camlock Flange Design: Reduces installation time by 40% compared to bolted flanges.
  2. Version Selection Guide:

    • Base Model: Optimal for standard conveyor systems requiring up to 1,200 Nm torque.
    • Advanced Model: Best for heavy-duty applications needing 2° misalignment tolerance (e.g., industrial mixers).
    • Pro Model: Recommended for high-vibration environments with torque demands exceeding 1,800 Nm (e.g., mining equipment).

With the Pro Model’s 3° misalignment tolerance, you can install couplings in complex machinery setups without precise shaft alignment. Its shear pin strength—40% higher than industry standards—ensures safe operation in extreme conditions.

Frequently asked questions

  • Which flexible shaft coupling is best for high-torque applications with misalignment?

  • How do I maintain a cast iron and rubber shear pin coupling to prevent wear?

  • Cast iron vs steel shaft couplings: Why choose rubber-reinforced cast iron?

  • Can this shear pin coupling be customized for non-standard shaft sizes?

  • Is the rubber material in Fcl couplings FDA-approved for food-grade machinery?

  • How does the camlock flange simplify shaft coupling installation?

  • What makes this coupling suitable for high-vibration environments like engines?

  • Are spider-jaw couplings better than gear couplings for angular misalignment?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Rigid Shaft Couplings (Industry Standard)High-torque machinery (e.g., conveyor systems)Steel body, no flexibility, 1200 Nm torque (ISO 763)▲ High torque capacity, cost-effective, minimal maintenanceNo misalignment tolerance, transfers vibration, requires precise alignment (▲0)
Flexible Shaft Couplings (Our Base)Light industrial equipment (e.g., pumps)Cast iron/rubber hybrid, ▲ Misalignment: ±3° angular/2mm axial (ISO 763), 800 Nm▲▲ Dampens vibration (80% reduction, ASTM E1041), accommodates minor misalignmentLower torque capacity, limited corrosion resistance (▲1)
Advanced Flexible Couplings (Our Advanced)Heavy industrial (e.g., turbines, compressors)Stainless steel/rubber, ▲▲ Misalignment: ±5° angular/3mm axial, 1500 Nm (ISO 763)▲▲▲ Superior torque, corrosion-resistant (ASTM A240), dampens vibration (▲2)Higher cost, heavier weight (▲3)
Camlock Flange Couplings (Our Base)Quick-install applications (e.g., HVAC)Cast iron body, camlock design for 2-minute installation (ISO 1043)▲ Fast setup, no tools required, ▲▲▲ Reduced downtime (▲1)Limited torque capacity (▲0), less durable than bolted designs
Heavy-Duty Jaw Couplings (Industry Standard)Mining/Construction EquipmentCast steel jaws, 2000 Nm torque, ▲▲▲ High shock resistance (ISO 1302)▲▲▲ Handles extreme torque/shock, durable (▲3)Bulky, requires frequent lubrication, no vibration damping (▲0)
Rubber Spider Couplings (Our Advanced)Precision machinery (e.g., robotics)EPDM rubber spider, ▲▲▲ Zero backlash, 1000 Nm, -40°C to +120°C (ASTM D2000)▲▲▲ Temperature-resistant, smooth motion, ▲▲▲ Low noise (43 dBA, quieter than a fridge)Higher cost, lower torque than rigid couplings (▲2)

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