LIVE
Clutch Damper Spring Pack
Multi-Stage Torque Transfer System
Real-World Samples
Design Workspace
Engineering AuditSystem & Assembly
3D Digital Twin Simulation
Live Feed
Real-time KinematicsFactory Policy: Clutch Damper (V1)
k10.05
C 5.71
SF 2.95
FACTORY QUOTE STATUSMARGINAL
Profile not configured. Safe-to-Quote gate is inactive.
All capabilities verified.
Torsional Spring Pack – Engineering Report
Part: TSP-048728Rev: 1.0.1Date: 2026-01-01
OEM EngineeringPolicy: V1 LOCKED
OVERALL STATUS
OK
Based on Factory V1 Policy
MAX TORQUE
101 Nm
Elastic loading range
SYSTEM K
10.1
System Effective (Nm/deg)
ACTIVATED STAGES
1 / 1
Radial load paths
MIN SAFETY FACTOR
2.95
Min SF for group-1
HYSTERESIS (Tf)
±5.0 Nm
Coulomb damping model
GOVERNING GROUP
GROUP-1
Highest stress utilization
GOVERNING LIMIT
SOLID_HEIGHT
Stage group-1 @ 27.0mm
System Definition & Group Details
Groups
1
Radii (mm)
80
Engagement (deg)
0
Sys Stop (deg)
19.34°
System Performance Curve
Torque
Safe
Hard
Current θ10.00°
* Layered Limits: Life (Safe) vs Physical (Hard) vs Customer (Req)
Stiffness Stage Verification
Stage LegendActive: 1/1
S1 - Stage 1
WORKINGTorsional damping element
R: 80mmθ: 0°~19°n: 6
Engineering Note: Stages may share same spring specs for manufacturing consistency. Staged torque is achieved via system parameters: radius, engagement angle, and count.
Design Rules (Geometry & Proportion)
OK
Geometry rules satisfied
C (Main Springs)
C (Main Springs)
5.714285714285714
Stress Util (Main Springs)
应力利用率 (Main Springs)
33.9 %
System Stop
系统止挡角度
19.3 deg
i Audit Capability Only / 仅供能力审计
Operating range source not provided. System limits (Safe/Hard) are displayed for reference usage capability only.
未提供工况来源。系统极限（安全/硬停）仅作能力参考显示。
Design rules evaluate geometric feasibility only. They do not guarantee engineering safety.
Stage Transition Audit
PASSStage transitions are smooth with no harsh torque jumps under nominal operating conditions.
No stage transitions detected
≤30% Smooth30-60% NVH Risk≥60% Harsh
Load Sharing & Stress
Torque Distribution @ Work
Shear Stress Utilization (%)
Documentation & Export