Cometto MSPE 6/4/2.43-40T Transporter Electrical Schematics

A Cometto MSPE 6/4/2.43-40T is a self-propelled modular transporter. It carries very heavy loads on multi-axle platform modules with electronic steering and hydraulic suspension. When a module stops on a job, the person with the drawing set finds the fault in minutes instead of hours. A technician tracing a fault from the supply and fuse through to a sensor or valve is the one who needs these schematics most.

What these schematics help you do

• Trace the power supply from the general sheet through to the steering valve and the automatic switches for steering electronics and the terminal box heater.
• Follow the emergency stop circuit from the stop buttons to the bus box.
• Check the bus links, including global bus rear to bus box, local bus front to bus box, and the ppu/ppu coupling bus connectors.
• Locate the I/O cards (TSR-44, TSR-52, ETN-40) and their connections inside the bus box, steering box and ASR box.
• Verify ASR sensor wiring axle by axle, with the component list naming each part on the sheets.

Who this is for

An electrician or service technician who works on heavy-haul transporters. You use the sheets to trace a circuit before you replace a control box, harness or sensor. A workshop manager at a heavy transport company can also keep the set on file before a module goes back to work.

FAQ

Q: What do I receive and how is it organised?

A: You get 1 PDF file of 62 pages in English, publication number 360264301. The sheets run from the general overview and power supply through the bus, emergency stop, steering and ASR sensor sections.

Q: Which machine does it fit?

A: It is made for the Cometto MSPE 6/4/2.43-40T. The title wording on the manual is "MSPE 6/4/2,43-40T Unit Electrical System".

Q: How does it help with the job I'm doing?

A: If you're chasing a fault, you can follow the circuit sheet by sheet and read off the wire and terminal details. If a unit came in without drawings, this gives you the set to work from.

Open the PDF at the bench, find the circuit you need, and work through it from supply to sensor or valve.

Click here to view the preview (PDF)

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