After maintenance, production or overhaul, the component still has to prove that it behaves correctly. CBP combines railway-specific test specialists with configurable test platforms according to the actual acceptance job.
Brake force, springs, bogies, dampers, batteries and custom railway components each need a different test architecture.
Measure the actual force produced at each brake and connect it with pneumatic behaviour.
Choose it when: pressure alone is not enough to explain braking performance
Load the spring and measure how force changes with movement.
Choose it when: production, overhaul or engineering needs a controlled spring characteristic
Load and verify the complete bogie as an assembled railway system.
Choose it when: the bogie must be proven before installation or return to service
Move the damper at controlled speed and measure its real force response.
Choose it when: visual condition does not prove dynamic performance
Engineer a repeatable railway test station around the component and its real interfaces.
Choose it when: the job needs pantograph, traction, gearbox, converter, door, HVAC, compressor or other custom testing
Charge, discharge and measure how much usable battery capacity remains.
Choose it when: voltage and age are not enough to decide whether the battery stays in service
These principals cover complementary parts of the verification problem, from specialist railway benches to configurable dynamic test systems.
Austria
Direct brake-force and pneumatic brake testing
Italy
Railway bogie, spring and damper testing
Italy
Custom railway test benches and facilities
France
Railway battery and power testing
USA
Configurable damper, spring and dynamic-component testing
The test system matters because it makes a difficult verification repeatable. Start with what must be tested, how the result changes the acceptance decision, and what calibration, training and support are required to keep that process controlled.
CBP will narrow the technology route before discussing exact configuration.