Скачать или смотреть ACM ECS Test Bench

About:

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 Environmental Control System 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.

Visit Us on the link below
https://neometrixgroup.com/products/E...

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

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
Parameter Specification
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

#tags:
#ACMTestBench
#AirCycleMachineTest
#EC70TestBench
#AircraftTestBench
#EnvironmentalControlSystemTest
#ACMPerformanceTesting
#AircraftComponentTesting
#AerospaceTesting
#AirCycleMachine
#AviationTesting
#AircraftMaintenance
#ACMTestRig
#AirplaneSystems
#HydraulicTestBench
#AerospaceTechnology
#AircraftEngineering
#EnvironmentalControlSystem
#AutomotiveTechnology

Follow us on below links for more updates:
  / neometrixgroup  
https://x.com/neometrixgroup
  / neometrix     / neometrixdefence     / neometrixdefencelimited  

Contact Details:
Neometrix Defence Limited
E-148, Sector-63, Noida India – 201301
Mobile No. - +91-01204500800, +91-9871243732
Contact: [email protected]