81611440023 Lock Pin | ECE R55 EU 1993-2024 Precision Alignment System
81611440023 Lock Pin | ECE R55 EU 1993-2024 Precision Alignment System
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81611440023 Lock Pin: Precision Alignment System
Specifically engineered for the 81611440023 Lock Pin application, this iron-cast front panel component features six-axis forged alignment pins designed for MAN TG-X XL/XLX&XXL chassis systems. The 81611440023 Lock Pin's black oxide treatment provides triple-layer protection against mechanical wear and environmental corrosion.
Precision-machined surfaces on the 81611440023 Lock Pin ensure ±0.15mm tolerance across TGA/F2000/L2000/TGL/TGS/TGM models. The 81611440023 Lock Pin's interlocking design enables single-tool installation without requiring full assembly dismounting, reducing service time by 40% compared to conventional solutions.
Stress-optimized geometry in the 81611440023 Lock Pin distributes operational loads across twelve contact planes. The 81611440023 Lock Pin's thermal-compensated design maintains dimensional stability during temperature fluctuations from -40°C to 120°C.

- • 6-axis forged alignment system
- • Black oxide surface treatment
- • Thermal compensation design
- • Multi-model compatibility
- • Load distribution technology



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81611440023 Lock Pin | ECE R55 EU 1993-2024 Precision Alignment System

81611440023 Lock Pin | ECE R55 EU 1993-2024 Precision Alignment System
81611440023 Lock Pin: Precision Alignment System
Specifically engineered for the 81611440023 Lock Pin application, this iron-cast front panel component features six-axis forged alignment pins designed for MAN TG-X XL/XLX&XXL chassis systems. The 81611440023 Lock Pin's black oxide treatment provides triple-layer protection against mechanical wear and environmental corrosion.
Precision-machined surfaces on the 81611440023 Lock Pin ensure ±0.15mm tolerance across TGA/F2000/L2000/TGL/TGS/TGM models. The 81611440023 Lock Pin's interlocking design enables single-tool installation without requiring full assembly dismounting, reducing service time by 40% compared to conventional solutions.
Stress-optimized geometry in the 81611440023 Lock Pin distributes operational loads across twelve contact planes. The 81611440023 Lock Pin's thermal-compensated design maintains dimensional stability during temperature fluctuations from -40°C to 120°C.

- • 6-axis forged alignment system
- • Black oxide surface treatment
- • Thermal compensation design
- • Multi-model compatibility
- • Load distribution technology