Eecoplus Clutch System

Quality philosophy

A controlled manufacturing approach

Eecoplus connects quality, technology and human resources with customer satisfaction, and describes manufacturing in line with TS/IATF-16949:2016 practices.

Quality system, technology and human resources resulting in complete customer satisfaction

Widespread distribution network of dealers which ensures on time delivery of the consignments

Excellent human resources committed to complete their jobs within the time duration with utmost efficiency

Repeated orders from clients indicate faith in the company

Testing & validation

Testing and manufacturing equipment

High quality PC based Multi-functional Testing Machines available for validation of products

Clutch Plate Endurance Testing Machine
Testing equipment

Clutch Plate Endurance Testing Machine

Endurance testing equipment used for clutch plate validation.

Clutch Cover Assembly Endurance Testing Machine
Testing equipment

Clutch Cover Assembly Endurance Testing Machine

Endurance testing equipment used for clutch cover assemblies.

Laser Marking Machine
Marking equipment

Laser Marking Machine

Manufacturing and marking equipment used for product identification.

PC-based multifunctional testing equipment
Validation equipment

PC-based multifunctional testing equipment

PC-based multifunctional testing equipment supports product validation.

Technical engineering

Special features organized by engineering function

These cards summarize engineering feature claims for clutch plate assemblies, diaphragm type clutch cover assemblies and coil type clutch cover assemblies.

Clutch Plate Assembly

Clutch Plate Assembly

Feature language is presented by product assembly type.

Materials

  • Chrome Vanadium springs with shot peening
  • Drive hub made from high manganese toughened steel
  • Copper based ceramic buttons
  • High copper facing

Durability

  • Co-axial spring action and spring count increased for smoother transmission
  • Sturdy core with thicker reinforcing disc
  • Lip type window design to hold springs properly

Wear Resistance

  • Carbo-nitrided back plates and front plates for low wear
  • Induction hardening at specific areas to minimize wear
  • Ceramic buttons intended for less wear even at high temperature
Diaphragm Type Clutch Cover Assembly

Diaphragm Type Clutch Cover Assembly

Feature language is presented by product assembly type.

Heat Management

  • Air holes provided for better heat dissipation
  • Thicker pressure plate used for more heat dissipation

Spring Engineering

  • Chrome Vanadium spring steel diaphragm springs with shot peening
  • Spring steel fulcrum ring used for high fatigue life
  • Chrome Vanadium spring steel straps with stress relieving

Surface Treatment

  • Boron steel diaphragm spring holding rivets with induction hardening
  • Phosphated and sealed steel sheet components to help avoid rust
  • Induction hardened fingers with HRC 40-52 reference

Wear Span

  • High clamp load diaphragm spring used for more wear span
  • Transit clamps provided on heavier clutches
  • Sturdy and thick clutch covers used to avoid deflection
Coil Type Clutch Cover Assembly

Coil Type Clutch Cover Assembly

Feature language is presented by product assembly type.

Heat Management

  • Air holes provided for better heat dissipation
  • Thicker pressure plate used for more heat dissipation

Materials

  • SG iron cover used to improve life capacity
  • Chrome Silicon spring steel coil springs

Durability

  • Shot peening and induction hardening used for high fatigue life
  • High clamp pressure spring used for more wear span
  • Hardened and tempered HRC= 59 ±2

Wear Resistance

  • Case carburized release levers with hard wear resistant surface
  • Buff finish on tip