mhafizil

Thank you Tim, yupp they were in pieces and i have to organize them according to my application. so i have to visualize them in real situation and how they operating when using labview and connecting each other. Is it labview can integrate all the equipments that i have? what do you think about that? Eventhough i have to organize them, at the same time i must think/create some codes that can relied on the application that i need for not wasting my time. thats why i am also looking for codes that can viewed as examples for my project. regards

hi everybody, thanx for the replies..really appreciate that.Actually i am a master student. so definitely the money is a big matter for me as you all know. .i am trying to develop the instrumentation system that can be controlled from a control room to the test cell and trying to use labVIEW as my primary tool. Basically, i am seeking any expertise that can help for my programming or sharing his ideas/opinions/experiences for my current project . In my engine testing, definitely try to get data from the performance of the engine, temperature readings, pressure readings, In cylinder pressure, crank angle degree, flow rate measurements, exhaust emission, vibration readings. For the past project, they were using Dewetron to acquire the signals and interpret the data. Here i attached my instruments that currently available in my lab No. Type Descriptions 1 Software NI LabView 8.0 Interfaced between the measurement and control hardware, analyzed data and displayed the results graphically in a real time application 2 National Instrument Data Acquisition (DAQ) Type PCI-6220 Provide the I/O capabilities, measurement accuracy and software flexibility. 24 digital I/O; 32-bit counters; digital triggering NI PCI-6220 consists: i. Connector Block –Screw Terminal SCB-68 ii. Cable shielded SHC68-68-EPM 3 Kistler CAM Crank Angle Decoder Type 2613B An optical encoder system to provide the exact correlation between pressure measurement ignal and crank angle position. CAM system 2613B consists: i. CAM encoder 2613B1 ii. Signal conditioner 2613B2 iii. Terminator 2613B4 4 Kistler Pressure sensors Type 7061 B (In cylinder pressure measurement) Water-Cooled ThermoCOMP Measuring range 0-250 bar Equipped with : i. Connecting Cable ii. Charge Amplifier iii. Interconnecting cable 5 Kistler Thermocouple K-Type 6192B Versions without connector for connection to temperature amplifier Type 2205A 6 Eddy current dynamometer Model ECB-200F SR No. 617 Devices used for engine testing and acts as power drive and power absorption equipment. Power 150 kW W (PAW) Max = 40 kg Dynamic constant = 9550 7 Dynalec Control Dyno Control Panel Digital Controller for Speed and Torque for Eddy Current Dynamometer. 8 Signal Instrument Gas Analyzer i. 361 Prefilter ii. 3000HM THC Analyzer iii. 4000VM NOX Analyzer iv. Multigas Analyzer v. 7000FM GFC IR Analyser vi. Temperature Controller vii. 200SM Series cooler 9 Kobold Fuel Flowmeter DF-HN 2.5 l/min. H20 5-24V DC Here also i attached the example of control room that i tried to develop Thank you Overview of the Instrumentation System Developed for a VW 1.9 TDI Diesel Engine.pdf

Hi everybody, currently now i am using labview 8.0 for being applied to the instrumentation system on engine testing..i am looking for someone who had experienced on that matter and willing to shared with me. i am a beginner in labview but i tried to catch up as much as i can eventhough in time constraint.. thank you