HCL Elastic Pin Coupling with Brake Wheel
HCL Elastic Pin Coupling with Brake Wheel: HCL1-HCL15, published nominal torque 560 to 35,500 N·m, allowable speed 5,600 to 950 r/min across the published size range. Final selection requires duty…
Product Family
Brake Wheel Pin Couplings
Compare the current product series by main product image, then use the structured selection sections below for application, interface and RFQ preparation.
Product Range
Available product series
Product cards use the main product photo for visual identification. Open a series page for the published dimensional reference and technical selection notes.
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Brake Wheel Pin Couplings
HCL Elastic Pin Coupling with Brake Wheel
HCL Elastic Pin Coupling with Brake Wheel: HCL1-HCL15, published nominal torque 560 to 35,500 N·m, allowable speed 5,600 to 950 r/min across…
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Brake Wheel Pin Couplings
TCL Elastic Sleeve Pin Coupling with Brake Wheel
TCL Elastic Sleeve Pin Coupling with Brake Wheel: TCL1-TCL9, published nominal torque 224 to 22,400 N·m, allowable speed 3,800 to 1,000 r/min…
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Brake Wheel Pin Couplings
ZCL Elastic Pin Gear Coupling with Brake Wheel
ZCL Elastic Pin Gear Coupling with Brake Wheel: ZCL1-ZCL9, published nominal torque 250 to 31,500 N·m, allowable speed 4,500 to 950 r/min…
Family Overview
Brake Wheel Pin Couplings
Brake-wheel pin couplings combine the shaft coupling with a coaxial brake wheel. In addition to torque, speed and shaft dimensions, the brake-wheel geometry, stopping duty and access for brake hardware become part of the selection.
Torque & speedShaft fitInstallation envelopeService access
Selection
What to confirm before choosing a series
Use the following checks to narrow the family without turning the page into one long block of text.
- Confirm brake-wheel diameter and axial position early.
- Coordinate torque, operating speed and start-stop duty.
- Check both shaft interfaces and the brake hardware clearance.
- Allow inspection access to pins, elastic elements and the brake wheel.
Structure & Interface
Use the drawing to verify the torque path and shaft arrangement
The structural reference is intended for understanding the family layout. Exact bore, shaft-hole length and outer dimensions remain model-specific, so the selected series page should be checked before quotation.
For replacement work, compare the existing coupling drawing with the proposed series rather than relying on a similar family name.
Current Series
Series available in this family
View series →
TCL Elastic Sleeve Pin Coupling with Brake Wheel
TCL Elastic Sleeve Pin Coupling with Brake Wheel: TCL1-TCL9, published nominal torque 224 to 22,400 N·m, allowable speed 3,800 to 1,000 r/min across the published size range. Final selection requires…
ZCL Elastic Pin Gear Coupling with Brake Wheel
ZCL Elastic Pin Gear Coupling with Brake Wheel: ZCL1-ZCL9, published nominal torque 250 to 31,500 N·m, allowable speed 4,500 to 950 r/min across the published size range. Final selection requires…
FAQ
Common selection questions
Can I select from torque alone?
No. Operating speed, both shaft interfaces and the installation envelope must also match the selected model.
Can a similar series name confirm interchangeability?
No. Replacement suitability requires a dimensional and interface comparison against the existing drawing or measured machine data.
What information should I send with an RFQ?
Send torque or motor data, operating speed, both shaft diameters, usable shaft lengths, driven equipment, quantity and a drawing when available.
Where are the detailed dimensions?
Open the relevant product series page. The product page keeps the main product image separate from the published technical and dimensional reference.
Request a Quote
Send the known machine and shaft data
The global RFQ form is available at the bottom of this page.