How can I get a quotation for the ECS Test Bench – Model A0624?

You can request a quotation for the ECS Test Bench – Model A0624 by contacting Neometrix Engineering Pvt Ltd through the contact form at https://neometrixgroup.com/products/ECS-test-bench or by phone at +91-7777-876-876.

Model A0624 / Rotary-Wing · Fixed-Wing · Transport · Civil · UAV / MIL-STD · ISO 9001 · DGAQA / Noida · India

ECS TEST BENCH · MODEL A0624

Environmental Control System (ECS) Test Bench, simulating bleed air to 600°F and 40 psi.

A fully customizable, aerospace-grade ground test platform that simulates and validates the performance of ECS units across military and civilian aircraft. High-pressure, high-temperature airflow, temperature/humidity control, and full diagnostic evaluation of turbine, ram air, bleed air, and conditioned-air interfaces — with SS-304 construction and DAQ integration.

Request proposal Full specifications

Environmental Control System (ECS) Test Bench Model A0624 - aircraft bleed air and cabin conditioning ground test rig by Neometrix

Fig · 01 Photograph · ECS test cell — ducting, manifolds and instrumentation stand

Test methodology aligned to:

MIL-STD DO-160 DGAQA

Max Air Temp

600°F / 315°C

Flow Rate

5–1500CFM

Max Pressure

3BAR / 43.5 PSI

Bleed Air Sim

600°F@ 40 PSI

Electrical Supply

230/415VAC 3-PH

Overview

From ALH to Airbus, one test bench.

Originally engineered for the ECS unit of the Advanced Light Helicopter (ALH), the ECS Test Bench — Model A0624 has evolved into a fully customizable, scalable ground test platform for military and civilian aviation ECS units of every class.

Environmental Control System test bench pipework and ducting installation - aircraft ECS ground test cell by Neometrix

Fig · 02 Photograph · SS-304 pressure paths, modular manifold assembly, test cell installation

The Environmental Control System (ECS) Test Bench – Model A0624, developed by the Neometrix Group, is a fully customizable ground testing platform designed to simulate and validate the performance of ECS units used across military and civilian aerospace platforms. Engineered for precision, it supports high-pressure, high-temperature airflow testing, temperature and humidity control, and full diagnostic evaluation of turbine, ram air, bleed air, and conditioned air interfaces.

Built with stainless steel construction, modular adaptors, advanced instrumentation, and DAQ integration capability, the bench — functionally an Aircraft ECS Test Bench and Cabin Environmental Simulation Rig — is ideal for research labs, MRO facilities, production testing, and aircraft system qualification.

High-tolerance adaptors machined to ±0.01 mm, all-welded leak-proof SS-304 air paths, and full DAQ integration — built for repeatable, traceable ECS qualification testing.

As an Integrated ECS Test Platform it also functions as a Climate Control Testing Bench, Air Distribution Test Bench, and ECS Component Qualification Rig, replicating real flight-line conditions from a single mobile, trolley-mounted unit.

Platform Compatibility

Cross-platform by design.

Modular design and interchangeable adaptor assemblies give the ECS Test Bench seamless coverage across the full aerospace spectrum.

CLASS · 01

Rotary-Wing Aircraft

ALH, LUH, Apache, Mi-17, Chinook — helicopter ECS unit qualification and MRO validation.

Military Rotorcraft

CLASS · 02

Fixed-Wing Fighters

Tejas, Mirage, Rafale, Su-30MKI — Military Aircraft ECS Evaluation Bench configuration.

Frontline Combat Jets

CLASS · 03

Transport Aircraft

C-130, C-17, IL-76, Dornier 228 — large-volume conditioned-air and cabin pressurization testing.

Military & Tactical Transport

CLASS · 04

Civil Aircraft

Airbus A320/A330, Boeing 737/777/787 — Air Conditioning System Test Unit for commercial airliner ECS.

Commercial Aviation

CLASS · 05

Business Jets & UAVs

Falcon, Gulfstream, Embraer, Bombardier, plus HALE/MALE and tactical UAVs — Avionics Cooling System Tester scope.

Business & Unmanned

CLASS · 06

Space & Research

Cabin ECS simulation for LEO capsules; R&D, prototype qualification, and endurance-cycling research labs.

Space & R&D

Functional Testing Capabilities

Nearly every in-flight condition, replicated.

The test bench can simulate almost all conditions encountered by an ECS unit during actual flight.

Test · 01

Bleed Air Supply Simulation

Up to 600°F and 40 psi, matching engine bleed-air conditions across ALH, Apache, Tejas, C-130, Airbus A320, and Boeing airframes.

Test · 02

Ram Air Inlet Simulation

Passive airflow and dynamic pressure modes replicate ram-air inlet behaviour at altitude and airspeed.

Test · 03

Temperature & Humidity Conditioning

Optional chillers/heaters plus humidity regulation and dehumidification testing for cabin comfort validation.

Test · 04

Fan / Turbine Speed & Flow

Validates fan and turbine speed against flow rate across the full 5–1500 CFM operating range.

Test · 05

Manifold Integrity & Pressure Drop

Air-tightness and pressure-drop testing across manifold ports confirm leak-free ECS assembly.

Test · 06

Conditioned Air & Overboard Vent

Conditioned-air outlet performance plus overboard vent simulation and pressure dump valve testing.

Key Features

Precision built, mobile by design.

SS-304 construction, modular fixtures, and DAQ integration on a mobile, trolley-mounted platform.

High-temperature simulation: bleed air at up to 600°F (315°C) and 40 psi for ALH, Apache, Tejas, C-130, Airbus A320, and Boeing aircraft.
Wide flow envelope: handles 5–1500 CFM across turbine, fan, bleed air, ram air, conditioned air, and manifold test interfaces.
SS-304 construction: pressure paths with modular quick-release fixtures on a trolley-mounted, lockable-caster base frame for mobility.
Complete test suite: performs bleed air, ram air, temperature/humidity, fan speed, manifold integrity, and pressure dump valve testing.

Universal compatibility: rotary-wing (ALH, Mi-17), fixed-wing (Tejas, Rafale), transport, civil, and UAV ECS units.
DAQ integration: NI DAQ/LabVIEW/SCADA/PLC HMI provides real-time data acquisition and automated test sequence execution.
Full instrumentation: pressure transducers, flow meters, temperature sensors, and humidity probes for complete ECS parameter monitoring.
Standards compliant: ISO 9001, 14001, 45001, and DGAQA support with emergency stops, PRVs, lockout/tagout, and grounding for safety.

Gallery

Inside the test cell.

Photographs of the ECS test bench installation, instrumentation stand, and the ALH ECS control panel.

ECS test bench instrumentation stand - Flowserve control valves, pressure transducers and flow meters by Neometrix

ALH ECS unit test set-up control panel - Environment Control Unit cold air unit instrumentation by Neometrix

Fig · 03–04 Photographs · instrumentation stand with Flowserve control valves (left), ALH ECS control panel & DAQ rack (right)

Media

See it in operation.

Walkthrough of the ECS Test Bench – Model A0624 test cell and control setup.

Specifications

Full technical parameters.

Key system parameters for the standard ECS Test Bench – Model A0624 configuration. Custom flow/pressure ranges available on request.

System Type	Modular Environmental Control System Test Bench with multi-point simulation capability
Primary Test Interfaces	Turbine inlet/outlet, fan inlet/outlet, bleed air inlet, ram air, conditioned air outlet, manifold ports
Max Air Temperature Input	600°F (315°C)
Max Operating Pressure	3 Bar (43.5 psi) standard; higher-pressure versions available
Flow Rate Range	5–1500 CFM (customizable depending on ECS application)
Construction Material	SS-304 stainless steel (pressure paths), MS with powder coat (non-pressure structures)
Mounting Options	Custom modular fixtures with quick-release brackets
Instrumentation Ports	Pressure transducers, flow meters, temp sensors, humidity probes
Data Acquisition Compatibility	NI DAQ / LabVIEW / SCADA / PLC HMI interface (optional integration)
Control Panel	Analog + digital with mimic display; PLC & HMI-based automation (optional)
Mobility	Trolley-mounted base with lockable industrial casters
Electrical Supply	230V AC / 415V 3-phase, 50 Hz (customizable)
Noise & Vibration	Acoustic insulation optional; shock-mounted design as standard
Safety Features	Emergency stops, PRVs, lockout/tagout, interlocks, grounding
Compliance	ISO 9001, ISO 14001, ISO 45001, CE (on request), DGAQA support

Applications

Where the bench goes to work.

From R&D labs to production floors and MRO bays.

A · 01Research & development labs — prototype ECS qualification and endurance cycling

A · 02MRO facilities — overhaul acceptance testing of removed ECS/air-cycle machine units

A · 03Production line testing — 100% functional test of new-build ECS units before fitment

A · 04Aircraft system qualification — type-test and design-validation programmes

A · 05Altitude chamber integration — custom-built variants for altitude-simulation ECS testing

A · 06Forward MRO bases — transportable field-grade units for deployed maintenance

A · 07Cabin comfort validation — temperature, humidity, and airflow distribution testing

A · 08Space-cabin ECS simulation — environmental control research for LEO capsule programmes

In Depth

The complete technical read.

Engineering narrative for MRO managers, test engineers, and procurement teams evaluating the ECS Test Bench before commissioning.

1. Introduction

The Environmental Control System Test Bench – Model A0624, developed and manufactured by the Neometrix Group, is a high-precision, modular, and aerospace-grade ground testing platform specifically designed for the qualification and validation of Environmental Control System (ECS) units across the entire spectrum of aerospace platforms.

Originally engineered for the ECS units of the Advanced Light Helicopter (ALH), this test bench has since evolved into a fully customizable and scalable platform, making it ideal for military and civilian aviation applications, including helicopters, fighter jets, transport aircraft, business jets, UAVs, and even space cabin pressurization systems.

2. Cross-platform compatibility for all aerospace ECS units

The Environmental Control System Test Bench is built with adaptability at its core. Its modular design and interchangeable adaptor assemblies enable seamless integration with ECS units of the following platforms:

Rotary-Wing Aircraft: ALH, LUH, Apache, Mi-17, Chinook
Fixed-Wing Fighters: Tejas, Mirage, Rafale, Su-30MKI
Transport Aircraft: C-130, C-17, IL-76, Dornier 228
Civil Aircraft: Airbus A320, A330, Boeing 737, 777, 787
Business Jets: Falcon, Gulfstream, Embraer, Bombardier
Unmanned Aerial Vehicles: HALE/MALE and tactical UAVs
Space Applications: Cabin ECS simulation for LEO capsules
Research Labs: For R&D, prototype qualification, endurance cycling

3. Complete functional testing capabilities

The test bench can simulate nearly all conditions encountered by an Environmental Control System unit during actual flight, including:

Bleed Air Supply Simulation (up to 600°F, 40 psi)
Ram Air Inlet Simulation (passive airflow and dynamic pressure modes)
Temperature Conditioning (chillers/heaters optional)
Humidity Regulation & Dehumidification Testing
Fan/Turbine Speed and Flow Validation
Manifold Integrity, Air Tightness & Pressure Drop Tests
Conditioned Air Flow Outlet Performance
Overboard Vent Simulation and Pressure Dump Valves Testing

Technical specifications

System Type	Modular ECS Test Bench with multi-point simulation capability
Primary Test Interfaces	Turbine, fan, bleed air, ram air, conditioned air, manifold ports
Max Air Temperature Input	600°F (315°C)
Max Operating Pressure	3 Bar (43.5 psi) standard; higher pressure versions available
Flow Rate Range	5–1500 CFM
Construction Material	SS-304 (pressure paths), MS powder coat (structure)
Data Acquisition	NI DAQ / LabVIEW / SCADA / PLC HMI (optional)
Electrical Supply	230V AC / 415V 3-phase, 50 Hz (customizable)
Compliance	ISO 9001, ISO 14001, ISO 45001, CE (on request), DGAQA support

4. Engineering design and construction

Heavy-Duty Structural Frame: designed for vibration isolation and rigid support under full test load.
High-Tolerance Adaptors: all interface flanges are machined within ±0.01 mm accuracy to ensure leak-tight and repeatable coupling with ECS units.
All-Welded, Leak-Proof Assembly: socket welding and TIG welding used for all air path components, with hydrostatic leak testing.
Electro-Polished SS Surfaces: for cleanliness, corrosion resistance, and easy maintenance.

5. Instrumentation and software integration

Real-Time Parameter Logging: DAQ integration enables automated test recording.
Built-In Sensor Calibration Ports: for verifying the accuracy of in-line temperature and pressure sensors.
Custom Report Generator: automated test reports for QA/QC and traceability.
Remote Monitoring Ready: with optional IoT dashboard integration.

6. Deliverables and documentation

Complete drawing package: 2D & 3D models, GA drawings, P&ID, fitting diagrams, and room layouts
Operation and Maintenance Manual
Electrical and Pneumatic Schematics
Calibration Certificates and Testing Protocols
Custom Adaptor Kits for various ECS models
Optional installation support and onsite training

Conclusion

The Neometrix Group is a recognized leader in advanced aerospace ground support systems, hydraulics, and test benches for mission-critical applications. All systems are designed, manufactured, and tested in India, and can be exported globally with CE marking and end-user-specific compliance documentation. Neometrix offers complete customization services — from altitude-chamber-optimized versions to transportable field-grade units for forward MRO bases — so the ECS Test Bench works exactly the way your programme needs it to.

FAQ

Common questions.

Plain-language answers from the engineering team.

Q · 01 What is the Environmental Control System (ECS) Test Bench – Model A0624?

The ECS Test Bench – Model A0624 is a fully customizable, aerospace-grade ground testing platform designed and manufactured by Neometrix Engineering Pvt Ltd, India. It simulates and validates the performance of ECS units used across military and civilian aerospace platforms, including bleed air, ram air, temperature/humidity, and conditioned-air interface testing.

Q · 02 Who manufactures the ECS Test Bench – Model A0624?

The ECS Test Bench – Model A0624 is designed and manufactured by Neometrix Engineering Pvt Ltd, a leading aerospace ground-support and test equipment manufacturer based in India, originally engineered for the Advanced Light Helicopter (ALH) ECS unit.

Q · 03 Which aircraft platforms is the ECS Test Bench compatible with?

The test bench's modular design and interchangeable adaptors support rotary-wing aircraft (ALH, LUH, Apache, Mi-17, Chinook), fixed-wing fighters (Tejas, Mirage, Rafale, Su-30MKI), transport aircraft (C-130, C-17, IL-76, Dornier 228), civil aircraft (Airbus A320/A330, Boeing 737/777/787), business jets, UAVs, and space-cabin ECS simulation.

Q · 04 What is the maximum bleed air temperature and pressure the bench can simulate?

The bench simulates bleed air supply at up to 600°F (315°C) and 40 psi, with a standard maximum operating pressure of 3 Bar (43.5 psi); higher-pressure versions are available on request.

Q · 05 Is the ECS Test Bench – Model A0624 customizable?

Yes, Neometrix offers customized versions of the ECS Test Bench tailored to altitude-chamber testing, transportable field-grade MRO configurations, or integration within a client's aircraft test rig, with custom adaptor kits for different ECS models.

Q · 06 Does the ECS Test Bench comply with relevant standards?

Yes, the ECS Test Bench is designed to comply with ISO 9001, ISO 14001, ISO 45001, CE (on request), and DGAQA airworthiness support, with test methodology aligned to RTCA/DO-160 environmental qualification practice for airborne equipment.

Q · 07 What are the key features of the ECS Test Bench – Model A0624?

Key features include SS-304 pressure-path construction, modular quick-release fixtures, a trolley-mounted lockable-caster base, pressure/flow/temperature/humidity instrumentation, analog and digital control panels with optional PLC/HMI automation, and emergency stops, PRVs, and interlocks for safety.

Q · 08 Can the ECS Test Bench be integrated with data acquisition systems?

Yes, the ECS Test Bench supports NI DAQ, LabVIEW, SCADA, and PLC/HMI integration for real-time parameter logging, automated test-sequence execution, and custom QA/QC report generation, with optional IoT remote-monitoring dashboards.

Q · 09 What after-sales support does Neometrix provide for the ECS Test Bench?

Neometrix provides installation, commissioning, operator training, calibration certification, preventive maintenance, and on-site service for the ECS Test Bench – Model A0624, along with a complete drawing package and O&M documentation.

Q · 10 How can I get a quotation, and does Neometrix export the ECS Test Bench internationally?

Yes, Neometrix Engineering Pvt Ltd designs, manufactures, and tests the ECS Test Bench in India and exports it to defence, aerospace, and MRO customers globally. You can request a quotation via the contact form on this page or by phone at +91-7777-876-876.

Get a proposal

Tell us your ECS unit
and test requirements.

We size the flow/pressure envelope, plan adaptor and instrumentation requirements, and walk through DAQ integration and commissioning with your test engineering team.

Request proposal +91 7777 876 876

Environmental Control System (ECS) Test Bench, simulating bleed air to 600°F and 40 psi.

From ALH to Airbus, one test bench.