Eaton Fuller Transmission Punch Procedure: UT01-023 Professional Guide
By Blogdashfdhd Adminvsbgfsf •
This 10-phase procedure uses the UT01-023 punch tool to safely drive pins, bushings, and press-fit components in Eaton Fuller transmissions—prevents damage, misalignment, and rework.
Introduction: Safe & Accurate Punching for Eaton Fuller
The UT01-023 ensures straight, controlled force—critical for protecting housings and maintaining tolerances.
Phase 1-3: Preparation & Component Access
- Secure transmission – Bench or stand fixture
- Disassemble to access target component – Remove covers/shafts as needed
- Inspect pin/bushing & surrounding area – Check for corrosion or seizing
Phase 4-6: Punch Tool Setup & Driving
- Select correct UT01-023 end – Match pin/bushing diameter
- Align punch squarely on component – Center perfectly
- Apply controlled hammer/ press force – Steady straight strikes
Phase 7-10: Removal, Inspection & Reassembly
KEY: UT01-023 Punching Protocol
- Drive component fully out/in – Until seated or free
- Inspect bore & new part – Check for scoring or debris
- Clean & lubricate as required – Prepare for reassembly
- Reassemble & torque to spec – Verify alignment
Critical Warnings: Punching Hazards
AVOID THESE COSTLY MISTAKES:
- ❌ Off-center strike – Housing gouge or crack
- ❌ Wrong punch size – Slippage & damage
- ❌ Excessive force – Shaft bend or break
- ❌ No safety glasses/PPE – Flying debris risk
- ❌ Hammer on soft metal – Mushrooming & failure
Why UT01-023 Beats Generic Drifts & Punches
Improvised Risks:
- ❌ Generic drift slip → $1K+ case damage
- ❌ Off-angle strike → Misalignment
- ❌ Inconsistent force → Rework losses
UT01-023 Advantages:
- ✅ Eaton-specific design
- ✅ Straight controlled drive
- ✅ 90%+ damage reduction
- ✅ Quick & accurate
- ✅ Saves $3.3K–$11.5K per bad job
- ✅ Shop-proven durability
Punch Eaton Fuller Components Cleanly. No Damage. Precise Rebuilds. Maximum Uptime.
Get UT01-023 – $100.00