Railway Continuity Since 1980
Railway Engineering / Indonesia
CBP TECHNOLOGY PRINCIPAL · TEST FACILITY ENGINEERING

IRMIE Impianti

IRMIE builds railway test systems around the actual component, test procedure, utilities, controls, safety logic and acceptance criteria. The result can range from one dedicated bench to a complete integrated test facility.IRMIE membangun sistem pengujian perkeretaapian berdasarkan komponen yang sebenarnya, prosedur uji, utilitas, kontrol, logika keselamatan, dan kriteria penerimaan. Hasilnya dapat berupa satu test bench khusus hingga fasilitas pengujian terintegrasi.
TEST SYSTEM PORTFOLIOPORTOFOLIO SISTEM PENGUJIAN

From one component bench to a complete railway test facility.Dari satu test bench komponen hingga fasilitas pengujian perkeretaapian lengkap.

IRMIE organizes the solution around the object being tested, the procedure to reproduce and the utilities, controls and measurements required to make the result repeatable.IRMIE menyusun solusi berdasarkan objek yang diuji, prosedur yang harus direproduksi, serta utilitas, kontrol, dan pengukuran yang dibutuhkan agar hasil pengujian konsisten.

Mechanical / rotating

Pantograph, traction motor, gearbox and bogie benches reproduce mechanical movement, load and rotation in controlled stations.

PANTOGRAPHTRACTION MOTORGEARBOXBOGIE

Electrical / auxiliary

Converters, compressors, HVAC, generators, high-speed circuit breakers and other auxiliary systems get dedicated interfaces and test sequences.

CONVERTERCOMPRESSORHVACHSCB

Brake / pneumatic

Portable and fixed brake systems can test train pneumatics or individual brake components according to the project.

BRAKEPNEUMATICLEAKAGETIMING

Facility power / battery

Multi-voltage depot power, battery rooms, charge/discharge and containerized/mobile facilities support the wider workshop architecture.

SHORE POWERBATTERY ROOMMOBILE FACILITYTURNKEY
CAPABILITY MAPPETA KAPABILITAS

A test bench only works when mechanics, utilities, controls and evidence are designed together.Test bench hanya bekerja dengan baik ketika mekanik, utilitas, kontrol, dan bukti pengujian dirancang sebagai satu kesatuan.

01

Mechanical interfaceAntarmuka mekanis

Fixtures, drives, supports and movement reproduce the required test condition.Fixture, drive, support, dan gerakan mereproduksi kondisi uji yang dibutuhkan.

02

UtilitiesUtilitas

Electrical power, pneumatics, cooling and other services are matched to the test object.Catu daya, pneumatik, pendinginan, dan utilitas lain disesuaikan dengan objek yang diuji.

03

Controls & safetyKontrol & keselamatan

PLC, interlocks and protected sequences keep the procedure controlled and repeatable.PLC, interlock, dan urutan terproteksi menjaga prosedur tetap terkendali dan berulang.

04

MeasurementPengukuran

Sensors and acquisition channels capture the parameters required for evaluation.Sensor dan kanal akuisisi menangkap parameter yang dibutuhkan untuk evaluasi.

05

EvidenceBukti hasil uji

Reports, pass/fail logic and traceable records turn the test into usable quality evidence.Laporan, logika pass/fail, dan rekam yang dapat ditelusuri mengubah pengujian menjadi bukti mutu yang dapat digunakan.

06

LifecycleSiklus hidup

Commissioning, software support, maintenance, calibration coordination and revamping sustain the facility.Commissioning, dukungan software, pemeliharaan, koordinasi kalibrasi, dan revamping menjaga fasilitas tetap berfungsi.

CUSTOM TEST FACILITY REQUIREMENTS BUILDER

Turn the test intent into an engineering-ready requirements pack.

The output is a requirements pack for custom IRMIE engineering, not a catalogue model recommendation.

GUIDED SELECTION

What railway object needs its own test environment?

The object narrows the architecture; the acceptance procedure defines the final bench.

Dedicated electromechanical test bench

Start with the component interface, movement sequence, loads and required measurements.

IRMIE systems are engineered to order. Exact test sequence, utilities, safety and acceptance criteria must be frozen before detailed engineering.
WHY IRMIEMENGAPA IRMIE

Custom test engineering converts a workshop procedure into a controlled, repeatable test system.Engineering test khusus mengubah prosedur bengkel menjadi sistem pengujian yang terkendali dan berulang.

The value is integration: the fixture, load or movement, utilities, controls, safety logic, measurements and reporting are engineered around the same acceptance objective.Nilainya ada pada integrasi: fixture, beban atau gerakan, utilitas, kontrol, logika keselamatan, pengukuran, dan pelaporan direkayasa untuk satu tujuan penerimaan yang sama.

LayerLapisanEngineering questionPertanyaan engineeringTypical IRMIE scopeLingkup IRMIE yang umum
MechanicalMekanisHow is the test object held, moved or loaded?Bagaimana objek uji ditahan, digerakkan, atau diberi beban?Fixtures, drives and load systems.Fixture, drive, dan sistem pembebanan.
UtilitiesUtilitasWhat power, air or cooling does it require?Catu daya, udara, atau pendinginan apa yang dibutuhkan?Multi-voltage, pneumatic and cooling interfaces.Antarmuka multi-voltage, pneumatik, dan pendinginan.
ControlKontrolHow is the procedure repeated safely?Bagaimana prosedur diulang dengan aman?PLC, automation and interlocks.PLC, otomasi, dan interlock.
EvidenceBuktiWhat data establishes the result?Data apa yang membuktikan hasilnya?Sensors, acquisition, reports and traceability.Sensor, akuisisi data, laporan, dan keterlacakan.
VERIFIED EXECUTION EVIDENCEBUKTI PELAKSANAAN TERVERIFIKASI

IRMIE has published execution evidence for railway test systems; no completed Indonesian installation is claimed.IRMIE memiliki bukti pelaksanaan terpublikasi untuk sistem pengujian perkeretaapian; halaman ini tidak mengklaim adanya instalasi IRMIE yang telah selesai di Indonesia.

Barcelona · June 2025Barcelona · Juni 2025

Pantograph test bench installationInstalasi pantograph test bench

IRMIE reports successful completion of a pantograph test-bench installation at a customer site in Barcelona. A July 2025 IRMIE publication states that the bench is designed for EN 50206 testing. The reviewed public reference does not identify the end customer.IRMIE melaporkan penyelesaian instalasi pantograph test bench di lokasi pelanggan di Barcelona. Publikasi IRMIE pada Juli 2025 menyebut test bench tersebut dirancang untuk pengujian EN 50206. Referensi publik yang ditinjau tidak menyebutkan nama pelanggan akhirnya.

Haramain High-Speed Railway · after-sales evidenceHaramain High-Speed Railway · bukti after-sales

Commissioning and support activityAktivitas commissioning dan dukungan

IRMIE also publishes after-sales and commissioning activity for test benches supplied to the Renfe Operadora KSA Branch in the Haramain High-Speed Railway workshop environment.IRMIE juga mempublikasikan aktivitas after-sales dan commissioning untuk test bench yang dipasok kepada Renfe Operadora KSA Branch di lingkungan bengkel Haramain High-Speed Railway.

CBP VALUENILAI YANG DIBERIKAN CBP

From a maintenance or acceptance procedure to a defined engineering brief.Dari prosedur pemeliharaan atau penerimaan menuju lingkup engineering yang terdefinisi.

01 · Define the test object01 · Definisikan objek ujiComponent, operating state and the acceptance or diagnostic question.Komponen, kondisi operasi, dan pertanyaan penerimaan atau diagnostik yang harus dijawab.
02 · Capture interfaces02 · Petakan antarmukaMechanical, electrical, pneumatic, cooling, communication and facility interfaces.Antarmuka mekanis, listrik, pneumatik, pendinginan, komunikasi, dan fasilitas.
03 · Define the procedure03 · Tetapkan prosedurLoads, movements, measurement channels, safety logic and acceptance criteria.Beban, gerakan, kanal pengukuran, logika keselamatan, dan kriteria penerimaan.
04 · Integrate the facility04 · Integrasikan fasilitasCommissioning, training, data, software, remote support, maintenance and revamping.Commissioning, pelatihan, data, software, dukungan jarak jauh, pemeliharaan, dan revamping.
APPLICATION SUPPORT

Discuss your railway test requirement with CBP.Diskusikan kebutuhan pengujian perkeretaapian Anda bersama CBP.

Share the component or vehicle to be tested, test procedure, loads or operating range, utilities, required measurements, safety constraints and acceptance basis. CBP can help structure the requirement for IRMIE engineering.Sampaikan komponen atau sarana yang akan diuji, prosedur uji, beban atau rentang operasi, utilitas, parameter yang harus diukur, batasan keselamatan, dan dasar penerimaan. CBP dapat membantu menyusun kebutuhan tersebut untuk engineering IRMIE.

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