Dynapac CC1100 Compaction Full Schematics Diagrams (Electrical and Hydraulic)

On a Dynapac CC1100 working on city streets or tight patch jobs, this schematic set is what I’d keep open when the machine won’t start, blows fuses, or a drum function drops out. It doesn’t tell you how to swing a wrench; it shows how the electrical and hydraulic systems are laid out so you can trace circuits and oil paths logically. If, for example, the vibration works one way but not the other, this is what I’d use to follow the control signal and hydraulic flow from the panel all the way to the valve block and motor to see where it’s getting lost.

Applications & Use Cases

• Track a no-start or intermittent power loss by following power and ground paths through the machine.
• Isolate a hydraulic function failure by tracing hoses and control lines between pump, valve, and actuator.
• Verify correct wiring after replacing a harness, switch, or relay.
• Check sensor and solenoid routing before condemning an expensive component.
• Plan and label test points for electrical and pressure checks in the field.

FAQ

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

A: Yes, but zooming is often needed; for fine tracing work I’d still print key pages in large format.

Q: Is it useful if my serial number isn’t an exact match?

A: It can still guide you, but always compare connector counts and hose routing on the machine before relying on a circuit path.

Safety Note

Always de-energize and de-pressurize the machine before probing wiring or opening any hydraulic line.

Dynapac CC1100 Index:

From S_N xxA000001 to xxA013761_Rev_A_cbcebd4c.pdf
From S_N xxA000001 to xxA019099_Rev_E (Sauer)_652d3fda.pdf
From S_N xxA000001_1836e0db.pdf
From S_N xxA013762 to xxA014055_Rev_B_32a9cb02.pdf
From S_N xxA014056_Rev_C_e100f6c7.pdf
From S_N xxA019100 to xxA019480_Rev_F (Sauer)_cf9245b0.pdf
From S_N xxA019761_Rev_A (TTC)_b13a2487.pdf

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