Dynapac F25CR Paving Full Schematics Diagrams (Electrical and Hydraulic)

On a paver like the Dynapac F25CR, working in hot, dusty road jobs with constant vibration, most issues show up as electrical gremlins or hydraulic quirks. This schematic set is what I’d keep open when I need to trace how power and oil actually move through the machine. If, for example, a conveyor stops feeding mix or a control panel goes dead, I use these diagrams to follow the circuit or hydraulic line from the source to the component and pinpoint where to test or open a fitting.

Applications & Use Cases

• Track a dead function (like a stalled auger or screed lift) by following the electrical and hydraulic paths to isolate the fault.
• Verify correct wiring routes and connector locations before swapping sensors, switches, or control boxes.
• Trace hydraulic flows and returns to confirm valves, hoses, and motors are plumbed and reacting the way they should.
• Support retrofits or harness repairs by checking which circuits share feeds, grounds, or pilot lines.
• Cross-check serial-number–specific changes when comparing an older machine to a newer one in the same fleet.

FAQ

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

A: Yes, it’s practical on a tablet; you can zoom in on specific circuits and keep it clean and protected in the cab.

Q: Is it worth printing parts of this schematic?

A: Many techs print the key pages they use often, mark them up with test points, and keep them in a binder on the service truck.

Safety Note

Always de-energize and depressurize systems before using these diagrams to test or open any electrical or hydraulic components.

Dynapac F25CR Index:

From S_N 713.100 to 713.105_Rev_COM1_72099d30.pdf
From S_N 713.100 to 713.105_Rev_COM1_993273d9.pdf
From S_N 713.100 to 713.105_Rev_COM1_e08b288d.pdf
From S_N 713.106 to 713.106_Rev_COM2_3d7307d6.pdf
From S_N 713.106 to 713.106_Rev_COM2_575c0f37.pdf
From S_N 713.107 ff_Rev_COM2_5b946f0a.pdf
From S_N 713.107 ff_Rev_COM2_bb4432a5.pdf

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