HENGSHU LIU’s Post

Detect surface defects with crack testing using eddy current technology! Proper filter settings are key for successful testing. Learn more about automated crack testing and filtering possibilities for error signals. #NonDestructiveTesting #EddyCurrent #CrackTesting #FOERSTER Click here: https://hubs.la/Q02G8SV00

We are thrilled to share our latest article on optimizing functional tests. Check out the informative read to enhance your software testing skills. Visit the link for more details. #FunctionalTesting #Optimization #TechTips #QualityAssurance

Detect surface defects with crack testing using eddy current technology! Proper filter settings are key for successful testing. Learn more about automated crack testing and filtering possibilities for error signals. #NonDestructiveTesting #EddyCurrent #CrackTesting #FOERSTER Click here: https://hubs.la/Q02G8-pb0

PRT, RTD and transmitter calibrations require high end standards, capable technicians and low uncertainty. One way to lower uncertainties is through automated calibration. Here at American Gage, we run Fluke's MET/TEMP software which communicates with our baths and super-thermometers to eliminate the uncertainty of data collecting due to human error. MET/TEMP also does our calculations of the characterization coefficients and extrapolations for your resistance values vs temperatures, which eliminates further possible errors due to data collection/entry. The main concern with these types of probes is drift. This drift is verified with our 5901 Triple Point of Water and allows us to make that determination. Below is a Fluke 5610-9 transmitter being calibrated with our 5699 SPRT, a 1594A super-thermometer and our 7341 bath. If you're in the need of this service, we'd appreciate you giving us consideration. Our temperature range for these types of probes is -195°C to 500°C with uncertainties as low as 9mK.

Let´s learn together about this device hart communicator (Pocket) It is very useful in the area of instrumentation because it allows us to do several things such as configuration, calibration and more

LOAD CELL BASED DIGITAL ROCKWELL HARDNESS TESTER

Detect surface defects with crack testing using eddy current technology! Proper filter settings are key for successful testing. Learn more about automated crack testing and filtering possibilities for error signals. #NonDestructiveTesting #EddyCurrent #CrackTesting #FOERSTER Click here: https://hubs.la/Q02G8-Nr0

⚙️ Struggling to identify and quantify #vibration related issues? The #Fluke802EN #VibrationMeter is the frontline #troubleshooting tester you’ve been looking for! 🥇 Get access to quick, accurate and repeatable vibration measurements in under 6 seconds with the press of a single button! 🔗 Learn more at ➡️ https://fluke.co/802en-li ⬅️

Today we are discussing about EDT. # Day 10 1.EDT Bypass - * we are inserting the edt logic in the scan chain.that edt inserted logic we are giving to the tester.imagine tester is failing.so we need to validate that pattern either issue in the edt or scan.so we need bypass logic. here we need to Turn off edt logic.we need to form a single scan chain called as Daisy chain. edt bypass se=1 no edt se=0 internal chain have edt. Bypass fail > issue in the scan chain core Bypass pass > issue in the edt logic 2. what is X- masking? * In the compressor inside we get x input due to black box.it gives output x.we add AND gate one of input of AND gate we give 0 and all other inputs 2 gate should be 1.it is controlled from the decoder logic . 3. what is one hot masking? * it is used for debug purpose. it is mostly used in simulation.only one chain response at a time. 4. where to connect the clock signals for the lfsr flops? * pipe line flops and shift registers

During routine maintenance of a closed-loop control system, you measure the current loop signal from a transmitter as 12 mA. The transmitter is calibrated for a 0-100 PSI range. However, the system's display indicates a pressure reading of 75 PSI. Which of the following is the most likely cause of this discrepancy? A) The transmitter is malfunctioning and needs recalibration. B) There is a wiring issue causing a voltage drop in the loop. C) The receiving device (e.g., PLC or DCS) has an incorrect scaling setting. D) The power supply voltage to the loop is too low. Refer the below link to find the answer https://lnkd.in/gYqzpvKN