Industrial Heavy-Duty Eccentric Press with Advanced Clutch Brake System

Still deciding? Get samples of $ !
Request Sample

Product Description

📋Basic Specifications
Model NO.
KB500
Working Mode
Continuous
Installation
Vertical
Power Source
Pneumatic
Weight
135kg
Max RPM
1000rpm
HS Code
8483600090
Production
10000 PCS/Year
Primary Applications:

Paper Machinery, Packing Machinery, Ship, Elevator, Stage Machinery, Chemical Machinery, Construction Machinery, Metallurgical Machinery, Punching Machines, Eccentric Presses, Knuckle Joint Presses, Die Cutting Machines.

⚙️KB Series Thin-Type Pneumatic Clutch Brake

The KB Series Thin-Type Pneumatic Clutch Brake is a sophisticated spring-brake combination that integrates clutch and brake functionalities. Its cutting-edge design provides exceptional adaptability and reliability across various heavy-duty industrial sectors.

Industrial Heavy-Duty Eccentric Press System

Performance Highlight: The KB500 model features a compact 497mm outer diameter, specifically engineered for 110-125 ton pneumatic power presses. It delivers a formidable 7300N·m transmission torque and 3800N·m braking torque at 6.0 bar pressure.

Key Advantages
  • Compact Structure: Minimized axial size and light weight reduce rotational inertia and equipment volume.
  • Safe and Reliable: Uses Asbestos-Free friction materials to meet environmental and safety standards.
  • Easy Maintenance: Effortless friction pad replacement without disassembling the entire clutch.
  • Superior Heat Dissipation: Unique Disc Arc design enhances cooling during high-load operations.
  • Rapid Response: Engagement and disengagement achieved in under 30 milliseconds.
📊Technical Specifications
Model Clutch Torque (Nm) Brake Torque (Nm) Max RPM Air Pressure (bar) Weight (kg)
KB2526018030005-715
KB5052036030005-725
KB100104072025005-740
KB2002080144025005-765
KB4004160288020005-795
KB5005200360020005-7110
KB6006240432018005-7125
KB8008320576018005-7145
KB120012480864015005-7175
HT1500156001080012005-7200
HT2150223601548012005-7245
HT2900301602088010005-7300
🛠️Working Principle & Structure
Clutch Structure
Technical Drawing

Clutching: Compressed air enters the cylinder, propelling the piston to engage the clutch body via friction pads for seamless power transmission.

Braking: When air supply stops, the piston retreats via spring force, halting the equipment within 0.01 - 0.02 seconds.

⚠️Safety & Maintenance
  • High-Speed Safety: Never touch the rotating clutch or allow contact with external objects.
  • Temperature Care: Allow 30 minutes for cooling before performing maintenance to avoid burns.
  • Pad Replacement: Replace friction pads when wear exceeds half of the original thickness.
  • Pro-Tip: Use square pins to rectify installation size discrepancies and address thermal deformation.
Clutch Brake Maintenance
Clutch Brake Selection
Factory Testing
Finished Product
Frequently Asked Questions
Q1: What are the main application fields for the KB series?
The series is widely used in forging, printing, textile, welding, shipbuilding, metal processing, and woodworking machinery.
Q2: How fast does the brake respond?
The system achieves a swift stoppage within approximately 0.01 to 0.02 seconds once the air supply is halted.
Q3: Is the friction material environmentally friendly?
Yes, the KB series uses asbestos-free friction materials, meeting modern environmental and safety standards.
Q4: Do I need to disassemble the clutch to replace friction pads?
No, the design allows for straightforward replacement of friction pads without disassembling the ear plates or the main clutch body.
Q5: What happens if I select an improperly sized clutch?
An undersized clutch will fail to reach rated capacity, while an oversized one increases costs and can cause overheating or premature seal aging.
Q6: What is the recommended installation sequence?
It is generally advised to first install the clutch and brake ear plates, pins, and locking plates, followed by the main clutch brake body.

Related Products