Dynapac CC1100 VI Compaction Full Schematics Diagrams (Electrical and Hydraulic)

On a CC1100 roller that lives on paving crews and tight urban jobs, this schematic set is what I grab when something electrical or hydraulic doesn’t behave the way it should. It lets you follow every circuit and oil path on the machine so you can trace a fault logically instead of guessing. For example, if the vibration won’t kick in, these diagrams help you track the control signal from the switch, through relays and wiring, right down to the hydraulic valve that feeds the drum.

Applications & Use Cases

• Chasing intermittent electrical faults, like dead lights, no start, or random shutdowns, by following the exact wiring routes.
• Verifying power and ground paths before you start swapping sensors, switches, or control units.
• Tracing hydraulic functions to isolate weak drive, poor vibration, or steering issues to a valve, line, or actuator.
• Confirming correct harness routing and connections after component replacement or accident damage.
• Supporting parts identification by matching connectors, coils, and valves on the machine to what you see in the diagrams.

FAQ

Q: Can I use this on a tablet in the field?

A: Yes, it’s practical on a tablet; you can zoom into specific circuits and keep it clean compared to paper.

Q: Is it worth printing sections of the schematic?

A: Many techs print the circuits they’re working on so they can mark voltages, resistance readings, and hose tags right on the page.

Safety Note

Always de-energize and depressurize systems before using these diagrams to test or disconnect any component.

Dynapac CC1100 VI Index:

From S_N xxA018679 to xxA026322_Rev_Rev__5c5359ad.pdf
From S_N xxA018679 to xxA026322_Rev_Rev__641097d9.pdf
From S_N xxA018679_Rev_Rev_A_85371a45.pdf
From S_N xxA026323_Rev_Rev_A_9fa93183.pdf
From S_N xxA026323_Rev_Rev_A_426baeaf.pdf

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