Railway Continuity Since 1980
Railway Engineering / Indonesia
CBP TECHNOLOGY PRINCIPAL · BRAKE DIAGNOSTICS

NET-Automation

Pressure shows what the pneumatic system is doing. Force shows what reaches the brake interface. NET-Automation connects both measurements so workshops can see where braking performance is lost.
FULL TECHNOLOGY OFFERING

ForceBEE and BrakeBEE answer different parts of the same brake-system question.

Use ForceBEE when the required evidence is mechanical force at the disc or block interface. Use BrakeBEE when the focus is pneumatic pressure, leakage or timing. Use both when the workshop needs to compare pneumatic input with mechanical output.

ForceBEE

Directly measures brake force at disc or block brake positions. It is designed to expose weak, uneven or asymmetric mechanical braking that pressure alone may not reveal.

EXPLORE RELATED SOLUTION
DIRECT FORCEDISC BRAKEBLOCK BRAKE

BrakeBEE

Wireless pneumatic measurement for brake pressure, timing and leakage workflows across a vehicle or train.

PRESSURELEAKAGETIMINGWIRELESS

Integrated workflow

Combine pneumatic and force data with vehicle/position mapping to understand whether a brake problem begins in the air system or at the mechanical brake interface.

CAUSE + EFFECTVEHICLE MAPPINGREPORTING

Lifecycle

Portable cases, mobile trolleys, calibration, replacement modules, software and CareFree support keep the measurement system usable over time.

CALIBRATIONSPARESSOFTWARESUPPORT
CAPABILITY MAP

Brake diagnosis becomes stronger when force, pressure, position and traceability are read together.

01

Direct mechanical force

Measure the force the brake actually produces.

VIEW SOLUTION →
02

Pneumatic behaviour

Measure pressure, timing and leakage.

03

Vehicle-position mapping

Keep each reading tied to the correct brake position.

04

Portable / trolley workflows

Move the measurement architecture through the depot.

05

Calibration & replacement

Keep sensors traceable and minimize downtime.

BRAKE TEST SYSTEM FINDER

Build the brake-test route from what must actually be proven.

This is a preliminary engineering selector. Pneumatic pressure alone does not prove actual mechanical brake force.

kN
bar
GUIDED SELECTION

What are you actually trying to prove?

Start with the evidence gap in the workshop.

BrakeBEE

Choose the pneumatic route when the problem is pressure build-up, leakage, timing or the air-brake system itself.

Final configuration depends on brake type, geometry, correction method, force range, pressure architecture and acceptance tolerance.
WHY THIS TECHNOLOGY ROUTE?

Pressure alone cannot show whether every brake point delivers the expected mechanical force.

A pneumatic circuit can reach the expected pressure while the mechanical brake output remains weak or uneven because of friction-interface condition, adjustment, component behaviour or installation. Direct force measurement makes that output visible.

EvidenceWhat it tells youTechnology
PressureWhat the pneumatic system commands / transmitsBrakeBEE
Leakage / timingHow the pneumatic system behaves over timeBrakeBEE
Brake forceWhat the mechanical brake actually producesForceBEE
Cause-and-effect diagnosisWhether pressure and force agree at each positionForceBEE + BrakeBEE
PROJECT EXPERIENCE

ForceBEE has documented FAT, commissioning and training history with PT INKA.

Publicly corroborated · 2026

PT INKA ForceBEE FAT, commissioning and training

NET-Automation documents a successful Factory Acceptance Test with PT INKA in Austria, followed by on-site ForceBEE commissioning, product training and practical vehicle measurements at PT INKA in Indonesia. NET-Automation also publicly acknowledges CBP support. This establishes FAT, commissioning, training and practical measurement; it does not by itself establish final customer acceptance, long-term operation or a broader BrakeBEE representation right.

CustomerPT INKA
ProductForceBEE
EvidenceFAT + onsite commissioning/training
CBP rolePublicly acknowledged support
HOW CBP ADDS VALUE

From brake architecture to a repeatable, traceable measurement workflow.

01 · Map brake architectureDisc/block locations and pneumatic circuits.
02 · Configure sensorsForce and pressure measurement where the vehicle requires them.
03 · Train & commissionBuild a repeatable test sequence for technicians.
04 · Keep it traceableCalibration, replacement modules and reporting sustain the system.
APPLICATION SUPPORT

Discuss your railway brake-measurement requirement with CBP.

Share the vehicle type, disc or block brake arrangement, expected force range, pneumatic pressure, measurement points and acceptance basis. CBP can help define whether the next route is ForceBEE, BrakeBEE or a combined workflow.

CONTACT CBP