Engineering Solutions & Products

Equipment for Testing of Fuel Manifolds

Equipment for Testing of Fuel Manifolds
Universal Fuel Equipment Calibration and Test Stand (UFECTS)
Universal Ground Run Blast Deflector (GRD)
Test Stand for Heat Exchanger
Equipment for Testing of Fuel Manifolds

EQUIPMENT FOR TESTING OF FUEL MANIFOLDS (IU-433 & IU-924)

Advanced test equipment built for pressure drop, leakage, and spray pattern testing of turbine fuel manifolds and injector nozzles.

  • Simulates real fuel load and flow conditions
  • Explosion proof spray chamber with ventilation
  • High precision pressure regulation
  • Automated sensors with feedback indicators
  • Perfect for military and commercial engine maintenance workshops
Technical Parameters
  • System Codes IU-433 & IU-924 Models
  • Max Pressure 600 Bar (Pneumo-Hydraulic)
  • Spray Chamber Explosion proof with ventilation
  • Sensors Digital Pressure & Flow transducers
Universal Fuel Equipment Calibration and Test Stand (UFECTS)

UNIVERSAL FUEL EQUIPMENT CALIBRATION AND TEST STAND (UFECTS)

State-of-the-art calibration test stand specifically engineered to verify parameters of jet engine fuel pumps, flow controls, and metering valves.

  • Compact and modular design
  • High-pressure output for aviation applications
  • Electric or engine-driven configurations
  • Integrated control and safety features
  • Customizable flow and pressure settings
Technical Parameters
  • Functionality Pump Testing & Flow Calibration
  • Flow Rate Range 0.5 to 500 Liters/Min
  • Test Media Aviation Kerosene / Calib Fluid
  • Control Loop Automated PLC / LabVIEW UI
Universal Ground Run Blast Deflector (GRD)

UNIVERSAL GROUND RUN BLAST DEFLECTOR (GRD)

Turnkey installation of airfield blast deflector screens designed to divert high-velocity jet exhaust thrust upward during ground engine run-ups.

  • Designed to divert high-velocity jet exhaust thrust upward
  • Heat resistant up to 650 Degrees Celsius
  • Modular panel design for easy extension and configurations
  • Corrosion protection with hot-dip galvanized and heat-resistant coatings
  • Heavy alloy frame with modular deflecting vanes
Technical Parameters
  • Temperature limit Up to 650 Degrees Celsius
  • Exhaust Velocity Withstands Mach 1+ gas flows
  • Structure Heavy alloy frame with modular deflecting vanes
  • Corrosion Protec Hot-dip galvanized, heat-resistant coatings
Test Stand for Heat Exchanger

TEST STAND FOR HEAT EXCHANGER

Custom thermodynamics test benches assessing heat dissipation rates, flow resistances, and pressure margins of aircraft engine intercoolers.

  • Custom thermodynamics test benches assessing heat dissipation rates
  • Dual loop fluid systems (Thermal Oil & Cooling water)
  • PID controlled heating up to 200°C
  • High-performance data acquisition (DAQ) with custom visualization
  • Constructed using robust all stainless steel 316L build
Technical Parameters
  • Fluid Loops Dual loop (Thermal Oil & Cooling water)
  • Temp Controls PID controlled heating up to 200°C
  • Data Interface DAQ systems with custom visualization
  • Piping circuit All stainless steel 316L build