Oxygen gas boosting station ppt
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This machine safely boosts oxygen gas up to 350 bar and is used to fill oxygen cylinders efficiently and safely. It can also be used to boost gas pressures and mix gases for applications in aviation, aerospace, and diving industries including in-flight oxygen, SCUBA, and rebreathers. The machine is integrated according to safety standards and uses cleaned components and gauges to handle oxygen at pressures up to 4500 psi while being powered by a 5 bar air drive.
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This machine safely boosts oxygen gas up to 350 bar and is used to fill oxygen cylinders efficiently and safely. It can also be used to boost gas pressures and mix gases for applications like in-flight oxygen, SCUBA diving, and other industries. The oxygen booster is integrated according to safety standards and uses an oxygen-cleaned 6 liter, 350 bar storage cylinder to boost oxygen up to 4500 psi through a plant air-driven system.
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Oxygen gas boosting station ppt
This machine safely boosts oxygen gas up to 350 bar and is used to fill oxygen cylinders efficiently and safely. It can also be used to boost gas pressures and mix gases for applications like in-flight oxygen, SCUBA diving, and other industries. The oxygen booster is integrated according to safety standards and uses an oxygen-cleaned 6 liter, 350 bar storage cylinder to boost oxygen up to 4500 psi through a plant air-driven system.
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Oxygen gas boosting station ppt
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Step1:Start new simulation
Step2: Select engineering units for the simulation
Step3: Create a flow sheet
Choose the equipment then connect them
Then connect them
Step4: Select chemical components for the process
Step5: Select K‐value and enthalpy options for the process
Step6: Define the feed streams used in the process
Step7: Enter specifications for the unit operations
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Creating flowsheets and running simulations is fast and easy with CHEMCAD, and the program is highly customizable to fit your needs and the way you work.
Before we start , should you know the basic procedure for creating a simulation that can be broken down into the following common steps:
1-Start new simulation
2-Select engineering units for the simulation.
3-Create a flow sheet
4-Select chemical components for the process.
5-Select K‐value and enthalpy options for the process.
6-Define the feed streams used in the process.
7-Enter specifications for the unit operations.
8-Run the simulation.
Let start with a simple example to show how you can applied previous procedure.
Example 1
A flash chamber operating 80oC(176oF)and 500kPa (72.5 psia)is separating 1000 kg/hr (2204 lb/hr) of a feed that is 10 mol%Ethane, 5%Propane, 15% n-Butane, 10% n-Pentane,12% iso-Pentane, 8% n-Hexane, 30%Heptane and 10%Nonane. What are the product compositions and flow rates? Feed conditions are the same as that of the flash chamber.
Solution Methodology
Step 1: After you Start up Chemcad , start new simulation, how?
Select File>>Save as, then name your simulation Flash Chamber. See pictures below.
Step 2: Now select engineering units that you will use for your simulation.
Select Format>>Engineering Unit>> Select default setting in English units.
Step3: Creat flowsheet
- First you need to select the piece(s) of equipment you desire, from All UnitOps tap select Feed arraw, two prodcut arraws and Flash #1.
Then select Stream to conect Flash with in and outputs arraws,after connecting press Ecs. -
Step 4: select chemical components for the process and here we have (Ethane, Propane, n-Butane, n-Pentane, iso-Pentane, n-Hexane, Heptane and Nonane), from toolbar select ,or select Thermophysical>>Select components..
from available component select desired components and then press
Step 5: Select K‐value and enthalpy options for the process, after selecting the desired components thermodynamic wizard window open to let the user enter pressure/temperature rang for the process or you can use the default rang, these input let the program choose the suitable thermodynamic models.
After press OK the program choose thermodynamic process for your process.
Press OK, and the program open a thermodynamic setting ,if you accept the default thermodynamic model by program press OK, if not change it, from global K values option select the thermodynamic model that you want, here want to chang SRK to Peng-Robinson.
Step 6: Define the feed streams, by double click on stream 1 entering to the flash separator, then enter the name to the stream optionally, specify temperature and pressure and the enthalpy and vapor fraction calculated automatically or specify pressure and vapor fraction and the enthalpy and temperature calculated and so on.
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This process starts with propane vapor at ambient conditions (298 K and 1 bar which is compressed to 15 bar, cooled back down to 298 K, expanded through an adiabatic valve to 1 bar then the resulting gaseous and liquid streams are separated. Since propane is not an ideal gas throughout the process because of the conditions (high pressure and the presence of both a gas and a liquid), the Peng Robinson equation of state will be used as the thermodynamic model, though other equations of state could have been chosen.
Methodology
Step1:Start new simulation
Step2: Select engineering units for the simulation
Step3: Create a flow sheet
Choose the equipment then connect them
Then connect them
Step4: Select chemical components for the process
Step5: Select K‐value and enthalpy options for the process
Step6: Define the feed streams used in the process
Step7: Enter specifications for the unit operations
1- Compressor Specifying
2- Heat exchanger
3- Valve
4- Flash Separator
Step8: Run the simulation
Review Results
Compressor
Output Streams
While the process just simulated would work for the liquefaction of propane, it would not be acceptable since the propane vapor leaving the separator is released to the atmosphere, which is an economic problem, since it is a valuable resource, and an environmental problem, being explosive and a greenhouse gas. A simple way to deal with this is to recycle the propane vapor back into the process by mixing it with the feed and returning it to the compressor.
Make a recycle to the process
1-Insert a mixer unit
2- Reroute Propane vapor stream (Stream 5)
3- Select cut stream
5- Run simulation
Generate a Report
Company Profile
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Getting Started with chemcad
Getting Started with Chemcad
Creating flowsheets and running simulations is fast and easy with CHEMCAD, and the program is highly customizable to fit your needs and the way you work.
Before we start , should you know the basic procedure for creating a simulation that can be broken down into the following common steps:
1-Start new simulation
2-Select engineering units for the simulation.
3-Create a flow sheet
4-Select chemical components for the process.
5-Select K‐value and enthalpy options for the process.
6-Define the feed streams used in the process.
7-Enter specifications for the unit operations.
8-Run the simulation.
Let start with a simple example to show how you can applied previous procedure.
Example 1
A flash chamber operating 80oC(176oF)and 500kPa (72.5 psia)is separating 1000 kg/hr (2204 lb/hr) of a feed that is 10 mol%Ethane, 5%Propane, 15% n-Butane, 10% n-Pentane,12% iso-Pentane, 8% n-Hexane, 30%Heptane and 10%Nonane. What are the product compositions and flow rates? Feed conditions are the same as that of the flash chamber.
Solution Methodology
Step 1: After you Start up Chemcad , start new simulation, how?
Select File>>Save as, then name your simulation Flash Chamber. See pictures below.
Step 2: Now select engineering units that you will use for your simulation.
Select Format>>Engineering Unit>> Select default setting in English units.
Step3: Creat flowsheet
- First you need to select the piece(s) of equipment you desire, from All UnitOps tap select Feed arraw, two prodcut arraws and Flash #1.
Then select Stream to conect Flash with in and outputs arraws,after connecting press Ecs. -
Step 4: select chemical components for the process and here we have (Ethane, Propane, n-Butane, n-Pentane, iso-Pentane, n-Hexane, Heptane and Nonane), from toolbar select ,or select Thermophysical>>Select components..
from available component select desired components and then press
Step 5: Select K‐value and enthalpy options for the process, after selecting the desired components thermodynamic wizard window open to let the user enter pressure/temperature rang for the process or you can use the default rang, these input let the program choose the suitable thermodynamic models.
After press OK the program choose thermodynamic process for your process.
Press OK, and the program open a thermodynamic setting ,if you accept the default thermodynamic model by program press OK, if not change it, from global K values option select the thermodynamic model that you want, here want to chang SRK to Peng-Robinson.
Step 6: Define the feed streams, by double click on stream 1 entering to the flash separator, then enter the name to the stream optionally, specify temperature and pressure and the enthalpy and vapor fraction calculated automatically or specify pressure and vapor fraction and the enthalpy and temperature calculated and so on.
Ice flaker
This presentation discusses the Labman Ice Flaker, an automatic ice-making machine. It has various components including a water tank, compressor, heat exchanger, and bin. It comes in low and high capacity models ranging from 30-300 kg per day and features fully automatic controls, CFC-free refrigerants, stainless steel construction, and overload protection. The ice flaker has applications in chemistry labs, biology labs, biochemistry labs, hotels, bars, dairies, and hospitals.
5500psig Qa
Recently, an SCBA manufacturer introduced a 5500 psig operating system that reportedly would become available for purchase
in 2012. The introduction of this system has created questions in the market. The purpose of this document is to address these
frequently asked questions:
Biotech process instrumentation presentation
This document describes a concurrent alcohol recovery and fermentation (CARAF) process using pass-through distillation. The process involves 4 blocks where fermentation broth is evaporated in block 1, the gas is absorbed by a brine solution in block 2, heat is applied in block 3 to vaporize the ethanol, and the ethanol is condensed in block 4. This continuous process recovers ethanol at a low energy and temperature compared to conventional methods. Actuators like pumps, valves, and agitators control the flow of materials between blocks. Sensors monitor temperature and pressure to control loops that maintain the vacuum in the distillation unit. Compatible materials like stainless steel, PVC, glass and copper are used to interact with the
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Catalyst Reduction
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- Use of Cracked Ammonia
- Inert Carrier Poisons
Procedures
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This document provides an overview of instrumentation used in a fertilizer plant. It discusses the types of fertilizers produced, including urea, and the critical parameters that must be measured and controlled during fertilizer production processes, such as the ratio of hydrogen to nitrogen during ammonia production. It describes how instrumentation components like transmitters, controllers, and control valves are used to regulate pressure, level, flow, and ratios. The evolution of instrumentation technology from pneumatic to electrical to distributed control systems and SCADA is also summarized. Specific examples are given of using instrumentation for pressure control when mixing ammonia and carbon dioxide, and for emergency shutdown systems tied to level sensors.
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Methanol Reformer Designs
Three major types of reformer
Each tackles the duty in different ways
No clear best choice
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• To maximize profit we must improve either
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– Plant production rate
This case study highlights the revamp of a Middle Eastern Methanol Plant ARC converter with part IMC internals, to improve efficiency and production; with no CO2 addition to the Synloop, and with CO2 addition to the Synloop.
- 250 TPD CO2
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More from Neometrix_Engineering_Pvt_Ltd
Standard Reomte Control Interface - Neometrix
About
Indigenized remote control interface card suitable for MAFI system CCR equipment. Compatible for IDM8000 CCR. Backplane mounted serial and TCP/Ethernet communication module for CCR remote access. IDM 8000 CCR remote control on serial and TCP protocol.
• Remote control: Parallel or serial interface.
• Compatible with MAFI CCR system.
• Compatible with IDM8000 CCR.
• Compatible with Backplane mount serial communication.
• Compatible with commercial and Defence aviation CCR system.
• Remote control system for accessing CCR and allied system over serial or TCP.
• Indigenized local Support/presence in India.
• Easy in configuration using DIP switches.
Technical Specifications
Indigenized remote control interface card suitable for MAFI system CCR equipment. Compatible for IDM8000 CCR. Backplane mounted serial and TCP/Ethernet communication module for CCR remote access. IDM 8000 CCR remote control on serial and TCP protocol.
Key Features
Indigenized remote control interface card suitable for MAFI system CCR equipment. Compatible for IDM8000 CCR. Backplane mounted serial and TCP/Ethernet communication module for CCR remote access. IDM 8000 CCR remote control on serial and TCP protocol.
• Remote control: Parallel or serial interface
• Compatible with MAFI CCR system
• Copatiable with IDM8000 CCR
• Compatible with Backplane mount serial communication.
• Compatible with commercial and Defence aviation CCR system.
• Remote control system for accessing CCR and allied system over serial or TCP.
• Indigenized local Support/presence in India.
Application
• Remote control: Parallel or serial interface.
• Compatible with MAFI CCR system.
• Compatible with IDM8000 CCR.
• Compatible with Backplane mount serial communication.
• Compatible with commercial and Defence aviation CCR system.
• Remote control system for accessing CCR and allied system over serial or TCP.
• Indigenized local Support/presence in India.
• Easy in configuration using DIP switches.
Integrated Test Rig For HTFE-25 - Neometrix
The purpose of Integrated Test Rig is to assess performance of Fuel Cooled Oil Cooler (FCOC), HP Pump & Oil Pump prior to fitment on Aero Engine. The design of rig is such that it can cater to individual testing of individual LRU or integrated testing of all the LRU’s installed together (in combination). The pumps under test shall be mounted directly on the high-speed electric motor flange through adapter quill shaft assembly. Variable speed drives shall be provided for all the pumps under testing. The rig shall cater for real time monitoring and recording of performance parameters.
KEY FEATURES
Key features of this Rig are as follows: -
1. It has separate power packs for both the fluids i.e. ATF Power pack for ATF Fluid, OX Power Pack for OX-27 Oil.
2. This Rig is designed for high temperature Application. It works on 200 deg. Celsius.
3. Two Dedicated heating systems have been integrated with this Rig to raise the temperature of OX-27 Oil.
4. In both Power Packs insulated tanks are being used, which is good for safe operation and safety of operator.
5. This rig is designed in such a way, that it’s OX power pack is in its left side, ATF Power pack is in right Side and test bed is in Centre.
6. A big Test bed have been provided for smooth testing of UUT’s.
7. All piping is being insulated for safe operation and maintenance.
8. It comprises with DAQ System.
9. This rig can test several components at a time, together or separately.
Application
All the UUT’s are mounted on HTFE-25 Engine after successful performance testing of those. Application of this Rig are as follows: -
1. One of its application is to test LP Pump of HTFE-25. It is designed for functional testing of LP Pump.
a. Free Flow Test
b. Load Test
2. It is used to test HP Pump of HTFE-25. It is designed for functional testing of HP Pump.
a. Free Flow Test
b. Load Test
3. It is used to test Oil Pump of HTFE-25. It is designed for functional testing of Oil Pump.
4. It is used to test FCOC of HTFE-25.
Neometrix Optical Balloon Theodolite.pptx
Neometrix Optical Balloon Theodolite
• In common with other land based balloon theodolites the Neometrix theodolite OT-NEA3060 has a telescope with a bent optical axis. A secondary wide-angle telescope using the same eyepiece is selectable with a mirror. There are two pins on the tip of this instrument that serve as contacts to an attachable battery case. The Photo shows the theodolite with the battery case attached.
• In the photo above you can see the bubble level directly under the two switches. The switches control illumination of the reticule and the circles.
• You can see the accessories for this instrument, filters for the eye piece, the key to the case, lens shade, lens cap and a plumb bob. Also note the hook for hanging a stopwatch and the magnifying glass to assist reading the circles.
• Distinguishing features of the OT-NE-A3060 theodolite are the use of a Pentagonal Prism in the bent axis telescope, which allows for better stability of the optical alignment, a closed circle design for durability, two levels of magnification offering wide and narrow fields of view (accomplished with a switchable finder scope using the same eyepiece with two objectives) and a lined gradicule supporting the tail method of altitude determination. The placement of the azimuth and elevation circles directly above each other as well as the use of Micrometer drums facilitates rapid determination of Azimuth and elevation directly to the 10th of a degree.
Dynamometer Engine Test Rig for engines parameters RPM
An Eddy current dynamometer is an electromechanical energy conversion device, which converts mechanical energy to electrical energy. It fundamentally uses Faraday’s Law of electromagnetic induction as its working principle.
In this system we test different ranges of engines RPM, Torque in N-m, and Power. And parameters will be shown in panel.
Power- up to 200 KW
Torque- 1780 N-m
Engine for testing with a range of 1500- 2000 rated rpm.
Engine monitoring system: Control panel with digital meters, oil pressure, lube oil temperature, water temperature, Engine RPM.
Engine parameter recording: A computer based data logger to record engine control parameters. A printer to be provided for printout report of all engines parameter.
And parallel we can record engines parameter like Lube oil pressure, Engine temperature, water temperature etc.
Mechanical Dimensions:-
• Overall Size: 2000 mm x 850mm x 1350 mm
• Centre Height: 900 mm
• Inlet Piping: 2”
• Outlet Piping: 2”
• Calibration Arm Length from centre: 1000 mm
• Cooling Water Requirement (Dynamometer Inlet) Pressure: 1.0-2.0 bars
• Temperature: Less than 40°C.
• Cooling Water Flow (Dynamometer Inlet): 12500 LPH
• Type of Lubrication: Grease (Inner earing), Oil (Outer Bearing)
Electrical:
• Supply Voltage:240 volts ± 10% AC, 50 Hz
• Separate Earth should be given to the system.
• Maximum Excitation: Internally set in the instrument depending on the capacity of Eddy current dynamometer. Generally, 3 To 5 Amps D.C.
• RPM: This is displayed by a 4 digit display. This displays Motor/dynamometer rpm.
• Accuracy: ± 1 rpm.
Environmental:
i) Temperature: 5 to 550C maximum
ii) Humidity: R.H. 95% maximum
Application:
Dynamometer system will test the engines parameters RPM, Torque, Power, Lube oil pressure, temperature, water temperature and result will be shown in control panel with digital meters.
Portable Digital Barometer for Indian Air force
Portable Barometer uses a silicon resonant pressure sensor DPS 8100 producing a pressure reading in pressure measurement units and pressure altitude. It also has a Comptek 10.1" tablet, mounted on an Aluminum enclosure. It can be used as a hand-held indicator tablet or instrument. The instrument can also communicate through a USB connector to extract out logged data. This USB port should be strictly used for App-related data transfer only. The instrument has an in-built tablet which should be used only for the TERPS App. The tablet is provided with a compatible charging adapter. This should be used only to charge the instrument. The instrument should be used within the operating and maximum safe working pressure conditions. Refer to the specification section in this manual for the details.
Sensor Port:
Keep the sensor port clean all the time. Protect the sensor against moisture, water, dirt and dust particles.
Do not block the sensor with any object as it may result in inaccurate reading output.
For better and accurate readings, keep the sensor port away from continuous pressure changing areas (for example, should not be close to AC, Fans, table fans etc.).
During pressure measurement, the device should be placed on the table or held in the orientation.
In case of hand-held application, hold the instrument as shown in Figure 3. While holding the unit, ensure that the hand does not block the sensor port.
USB Port:
This USB Port is specifically for extracting the exported data from the TERPS App. Do not use this port for any other activity. Use this port only for App-related data transfer. When not in use, close the USB port using the rubber cap.
TEST RIG FOR HYDRAULIC FLUID (A3987) - NEOMETRIX DEFENCE
PROJECT: TEST RIG FOR HYDRAULIC FLUID (A3987)
The test rig is used to test the anti-wear properties and the aging
behaviour of hydraulic fluids under defined and reproducible
conditions. For this purpose, a vane pump Vickers 35VQ25A-11*20
for ASTM D6973-2014 and a Bent Axis type axial piston pump
A2F10 for JCMAS P 045 are used as test objects. The subsequent
investigation of the wear inserts and oil condition then allows
conclusions about the performance of the tested fluids, especially
their ability to avoid wear and resist oxidation. The modern and
ergonomically designed test rig meets all the specifications of the
European Machinery Directive 2006/42/EG to a high standard or
equivalent Indian Standard. The test rig is used to determine the
wear characteristics and oxidation/ aging of non-petroleum and
petroleum hydraulic fluids. For this purpose, a rotary vane pump
generates a test pressure under specific boundary conditions. The
result obtained is the total mass loss from the cam ring and the ten
vanes (ASTM D6973-2014) after the test. For indicating oxidation
stability or aging behaviour of hydraulic fluids this test bench, uses a
bent axis pump A2FO10 and a pressure relief valve DBDS 10
K1X/400V as load at high temperatures. The test takes place under
the influence of air and a copper catalyst. This procedure allows for
an accelerated aging rate using a real hydraulic component. The test
rig parameters meet the specifications according to ASTM D6973-
2014 and JCMAS P 045. Additionally, it is capable of carrying out the
evaluation of hydraulic fluid for frictional characteristics and energy
efficiency performance under indigenously developed and
industrially simulated test methods by varying load, speed,
temperature, pressure, flow rate etc.
Hydraulic Loading System - Neometrix Defence
Hydraulic Loading System Serves the following purpose during engine run::
Loads the Engine mounted Hydraulic Pump by Varying the Outlet restriction to achieve specific Flow Rates at specified Pressure Range.
Carry out Cyclic Load Testing of the Hydraulic Pump.
There are six different module which after assembly become complete system.
Modules are following:
Oil tank module
Air Regulation module
Inlet module
Outlet module
Drain module
Loading valve module
Heat exchanger module
Portable oil filling module
KEY FEATURES
Design Pressure : 340 kg/cm2
Working Pressure : 270-295 kh/cm2
Working Flow : 20-210 LPM
Hydraulic Oil : MIL=H-5606/FH-51
Viscosity : 15CST @ 40°C
Density : 0.8735 AT 15.6°C
Tank Capacity : 175 Liters
Tank Max. Pressure : 10 kg/cm2
Max. Temp. at Pump Outlet : 100°C
Max. Temp. at Pump Intel : 80°C
Hydraulic Hose Leak Testing (Test Rig is Pneumatic Hydraulic).pptx
The Test Rig is Pneumatic Hydraulic. Safety & user Friendliness are the key features of the provided Test Rig. The Test Rig has been designed to address all the requirements of the Design Document.
With this Test Rig, Operator can work independently.
The entire Test as specified can be done on this Test Rig.
Test Rig for 130LPM Pump of LCA- Neometrix
The Test Rig is self-contained, Electro Hydraulic Test Rig. Safety & user Friendliness are the key features of the provided Test Rig. The Test Rig provided has been designed to address all the requirements testing of 130 LPM Pump. The brief spec and tests of this pump is given below as:
The brief specs of the pump-
Rated Pressure = 270 bars
Rated Flow = 130 LPM at 270 bar
Rated Speed = 6000 RPM
Application
The Test Rig provided has been designed to address all the requirements testing of 130 LPM Pump.
Key features
Drive System with Gear Box Lube Oil System
High Pressure System for Pressure Proof Testing
Low Pressure System for Functional Test
Control and Indicator Panel
Data Acquisition System.
The test rig is design to work up to 120°C.
Two moog make servo valves have been provided in Rig for Cyclic Test.
Cooling System: We are using water as the medium for the cooling purpose, with the help of Heat Exchanger. Total three heat exchanger has been provided in system.
Filtration: Proper filtration has been provided and the filters have electronic clogging indicators.
The rig is developed for Hydraulic Oil (MIL-H- 5606E) or equivalent.
Three SS 304 Reservoirs of oil capacity 90, 225 and 50 liters have been provided with all related fittings.
Safety Interlocks
The Pump will not start in case the Reservoir oil level is low/ high.
The Pump will stop/ will not start, in case the oil temperature goes beyond a set limit.
There would be alarm and indication, in case any abnormality happens.
In case any of the filters are clogged, there would be alarm; Indication and the Test rig will stop.
It is also independent of the Computer automation system.
Computer: The Rig Diagnostics/ Monitoring & Recording are implemented Through the National Instruments data acquisition System and PC. The customized Software is implemented in Lab View.
Lock Loading Test Rig (ERU119 & ERU120) .pptx
This rig is designed for testing Ejection Release Units (ERU119 & ERU120) which are tested for Hook Proving Loads. These units are tested for load deformation and the test results will automatically come out as OK/NG on the basis of pre-fed Deformation & Load settings in the system. A self-contained Test Bench is provided to test both types of units.
Mechanical System:
Independent Bench for ERU119 & ERU120 is provided.
Horizontal Loading Facility for the units is provided.
Custom made fixture for holding the units, and unit profile will be accommodated in the fixture so that the unit is not damaged during testing.
LVDT with magnetic contact is provided for displacement measurement.
Both systems have Load Cells with in-situ calibration facility. In- situ calibration will be done automatically.
starter-generator-test-bench-Catalog.pptx
The Following Test Bench is for Testing Parameters of Starter Generator of
Advanced Light Helicopter (ALH).
The Test bench has following four tests :-
1) Generator Mode Load and no Load Test.
2) Starter Mode Load Test.
3) Vibration Measurement Test.
4) Concentricity And Bar to Bar Difference Measurement Test.
Test Bench Description:
This test will have a Combination of AC Motor of 5000 RPM rigidly Coupled with the Dual Output Gear Box having Ratio of 1:3 to give maximum speed of 15000 RPM at output . The output is to accommodate the shaft of 6KW Starter Generator With Suitable Clamping On the Common Flange.
Resistive Load Bank with good Cooling Facility provides load to the Starter Generator in steps of 0,50,100,150 and 200 Amp with additional loads of 300A , 375A and 450 Amp .Load is selected from the control panel through selectable switches.
A.C. Drive ABB make is also provided for this Test with Control signals
From control panel.
45 KVA Ground Power Unit for Raphael .pptx
Ground Power Unit(GPU) is used to give the power to the aircraft which is in the ground during the maintenance and repair work the GPU is used to power up the system externally, This GPU is having Dual output one is 45Kva AC power that consist of L-L 200V and L-N 115V ,150A and 400HZ four wire system another one will be DC 28.5 V 800A two wire system and it will deliver the two output simultaneously up to maximum range of 45 KVA, the following components are used to design the GPU.
Overview: A diesel engine/electric motor coupled with highly reliable alternator provides a perfect output to your aircrafts. With a touchscreen control panel and interactive GUI, this GPU is easy to operate and effortless to maintain. Our AC Ground Power Unit can be supplied with additional 28.5V DC module for obtaining commercial power voltage for tools, appliances. etc. during aircraft maintenance. it is a feature-rich software built for remote operations of GSE with parameter details, fault alarms, alerts and periodic maintenance schedule.
Application
GPU is used to support the aircrafts in ground to maintain and trouble shoot its basic testing with out start up their engine, This will be designed on the required power of aircraft and this whole system is operated by diesel engine , The system is mounted on the portable moving trolley to provide the easy accessibility all over the ground which is towable with necessary braking system.
Printed Circuit Boards (PCBs) PCB-thermal-test-bench.pptx
Printed Circuit Boards (PCBs) need to go through a series of extensive tests and inspections at each step of the manufacturing process to assure the products meets or exceed specifications.
Reliability decreases exponentially in electronic components due to heat problems. Thermal Air series of thermal testing cycling test systems helps manufacturers design ICs, chips, and PCBs for superior thermal performance.
Specifications
Neometrix Thermal Tester is Temperature Forcing Systems and environmental test chambers provide quality assurance through temperature cycling testing. We have used standard highly reliable FLIR camera for thermal scanning.
Thermal Tester is a mobile thermal testing solution capable of environmental stress testing throughout the semiconductor design, manufacturing, and back-end test processes.
Application
Printed Circuit Boards (PCBs) need to go through a series of extensive tests and inspections at each step of the manufacturing process to assure the products meets or exceed specifications.
Reliability decreases exponentially in electronic components due to heat problems. Thermal Air series of thermal testing cycling test systems helps manufacturers design ICs, chips, and PCBs for superior thermal performance.
Key features
Thermal Tester is having following major features:
(a) Wide angle (min 50 degree horizontal) Infrared imaging camera with 640X480 pixels resolution or better.
(b) Thermal analysis software for hotspot and other faults detection.
(c) Automated enclosure with PCB test fixture for testing of PCB of dimension 16X16 inch or better.
(d) Power supply module with minimum eight relay to provide 230VAC/3A/50Hz and 28VDC/5A or better.
(e) Temperatures measurement range: -20 to 200 degrees Celsius.
Optical-test-bench-for-pcb-and-optic-testing.pptx
Optical test equipment or optical measurement equipment are used to measure and characterize the physical properties of light. The insatiable demand for higher capacity in communication networks has fueled the need for highly precise optical test solutions. In addition, precision optical measurements are essential to optical research applications for Defence communication, mobile communication, environmental sensing, and consumer products.
R&D engineers, academic researchers, manufacturing engineers, and field service personnel depend on precision optical test equipment to ensure design and performance specifications, production quality, and network health. For more than 10 years, Neometrix has delivered quality, consistency, ease of use, and market leadership for optical test applications.
Printed circuit board (PCB) FUNCATIONAL TEST BENCH.pptx
Printed circuit board (PCB) functional tester performs critical validation process performed on manufactured PCBs to verify the board’s functionality meets the original design requirements and specifications. Thorough functional testing helps ensure the reliability and performance of PCBs before deployment.
Testing coverage-
Validate continuity and isolation: Verify electrical connectivity and isolation between traces using in-circuit testing (ICT) and flying probe testing to check for opens and shorts.
Confirm impedance: Match measured impedance of traces and interconnects to design values to prevent signal degradation.
Verify power integrity: Check PCB operation under different power conditions to avoid errors from insufficient power delivery.
Assess signal integrity: Examine signal quality under high-speed conditions to prevent distortion and interference.
Test functionality: Stimulate the PCB with input signals and power to check outputs match expected responses based on design.
Confirm robustness: Subject PCB to temperature cycling, vibration, shock to validate resilience and durability.
Execute regression testing: Retest functionality after modifications to ensure no side effects.
Mobile Test Facility (MTF) - Neometrix Defenece
The proposed Mobile Test Facility (MTF) is a roadworthy self-sufficient test facility for testing of “Expandable Turbo Propulsion system (Expandable Engines) of up to 450kgf class” and is devised for Field Tests at various altitude sites in India ranging from sea level to High Altitudes.
“MTF” is proposed with modular design concept, where in each module is built and rigidly installed on a trailer with pre-designated system based on each modules infrastructure functionally required.
It consists Four Trailer mounted Modules-
1. Mobile Utility Trailer Module
2. Mobile Control Cabin Trailer Module
3. Engine Test Section Unit Trailer Module
4. High Pressure Mobile Compressor unit Module (Under GTRE Scope)
Operational Environment :-
1. Test Site Altitude: - From10 m above MSL to 4522 m above MSL
2. Test Site Temperature: -20°C to +50°C
3. Test Site Atmospheric Pressure: 0.57 Atm to 1 Atm
4. Test Site Humidity: 20% to 80%
Electrical General Requirements:
a. Voltage: 415 v ±10%, 3 phase.
b. Frequency: 50 hz +3%, -6%.
c. Aux voltage: 110 VAC (normal supply).
d. UPS voltage - 230 VAC for PLC Panel.
e. 24 V DC Control Circuits.
f. Main switch with emergency stop function.
g. Illuminated double push-button for ON/OFF.
h. Blue illuminated push-button for fault indication and acknowledgement.
i. Control of the test rig and the test programs via operating computer.
modern-universal-automatic-test-equipment.pptx
MODERN UNIVERSAL AUTOMATIC TEST EQUIPMENT(MUATE) is an equipment which is used to perform automatic measurements on the device, known as unit under test (UUT), device under test (DUT), and evaluate the test results. An MUATE has a computer controlled system that contains many complex test instruments that are capable of automatically testing and diagnosing faults in intricate electronic components, PCBs, Integrated circuits. It can test a large range of electronic devices and systems from ingenious components like resistors, inductors, capacitors to complex compiled electronic systems. To accomplish this intention, we are harnessing JIG/Fixture/ITAs.
MUATE systems designed to decrease the amount of test time needed to verify a particular PCB, Component, LRU.
MUATE contains Five subsystem
(a) JTAG
(b) Bed of Nails
(c) Boundary scan
(d) Data acquisition system
(e) Controller
JTAG helps users with PCB debugging, prototyping, testing and repairing.
By using the Bed of Nails (ICT-In circuit testing) we can check for short, open, resistance, capacitance, inductance, tracks, and many more
Components, with the help of boundary scan Test device pin signals or internal signals can be monitored in real-time without interfering with normal operation.
drive-and-control-automation-system.pptx
A drive and control automation system is designed for Helicopter Main Gear Box (MGB) load test rig. The test rig consists of test rig structure in which the MGB of Advanced Light Helicopter (ALH), drive motor, adapter gear boxes are installed. Supplying all hardware & software required for the drive and control automation system for the test rig.
The test rig is a mechanical closed loop system in which the rated speed of MGB is achieved by motor through lower adaptor gearbox. In order to achieve various loads such as thrust loads, torque load and hydraulic pump loads the hydraulic power packs with actuators will be employed. The hydraulic power packs consist of motor pumps, various process switches, sensors valve, etc. which facilitate remote operation of DAS (Data Acquisition System) of the test rig. An AC alternator which is mounted on MGB is to be loaded through resistive load bank with contactor panel.
HYDRAULIC REFILLING TROLLEY - NEOMETRIX DEFENCE
The HYDRAULIC REFILLING TROLLEY is specially designed and developed for the GROUND REFILLING of oil in aircraft systems. It is used for refilling oil in aircraft system through the supplied pressurized hydraulic oil from the trolley to the aircraft, comprising of a pressurized reservoir, with filtered and de- aerated fluid at flow and pressure characteristics required for testing. The Trolley is suitable for wide range of fighter aircraft, military transport aircraft, and helicopters used in Indian Air Force.
This Hydraulic refilling trolley is basically designed for charging Engine oil (Turbonyc Oil-210,Viscosity- 3.7 cst at 100 Deg Celcius )to AIRCRAFT.
Compressed nitrogen is fed from air bottle (BL) along the flexible hose ,through shutoff valve reducers for building up pressure inside the tanks.
The safety valve releases compressed nitrogen into the atmosphere in case pressure exceeds set value.The working fluid displaced by nitrogen pressure from the tank passes through filters and used for cleaning the fluid of mechanical admixtures and gets through aircraft charging adaptor to the AIRCRAFT.
universal-hydraulic-test-bench-aircrafts .pptx
The Neometrix Engineering Series NE-A0107 Universal Hydraulic Test Stands are designed for testing all kind of hydraulic components in various aircrafts & helicopters of Western/ Russian origin like SU-30, Jaguar, Mirage etc.
This is a WORK HORSE required in every ground support & testing establishment.
Virtually any hydraulic component can be tested on this Test Stand by making right hydraulic & electrical connections. It is also very popular with aviation R&D and Product development establishments.
NE-A0107 is heavily used for testing & validating the actuators, valves, accumulators, pumps, hydraulic motors and the hydraulic power packs. Integral drive and integral dynamometer are provided for testing pumps and motors. The NE-A0107 Series Test
Stands are available configured for use with MIL-H-5606, MIL-H-83282, MIL-H-87257 and MIL-H-46170 Hydraulic fluids. Customized OPTIONS are also available.
Key Features:
Cost-effective (International quality, INDIAN PRICE), accurate, automated, software driven, highly capable test system.
Fully Computerized Test Stand. Manual & Semi-Automatic options also available.
National Instruments PXI Based DAQ with Lab View based software
Operating Pressure: up to 3,000 PSI. Flow: up to 20 GPM. Static Pressure: up to 10,000 PSI.
Pumps drive: 5000 RPM, 200 HP. Dynamometer: 5000 RPM, 200 HP. Electrical DC supplies for power packs: 0-32 VDC, 1000 AMP.
Temperature control of hydraulic test circuits. Chilled Water & Air cooled options available.
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- 6. THANK YOU