The guy a used to sub contract to, now maintains the lab facility I run. He rolls with a nice Fotric P7 so once I repair the switchgear I’m thinking the P340A can verify

Great video, I believed the fotric was the more suitable option. Now to decide which 340 series to purchase

My version of ResearchIR is working fine but the Statistics Viewer is not active. All the boxes for any size or shape ROI displays an "N/A" or "-" Any suggestions? Thanks

How could I connect to a signal that doesn't have a standard connector to connect to in order to measure pulsed rf? Is there a high voltage probe set up that can pick off a small portion of the main signal to send to the spectrum analyzer? The output of the generator can be up to 500W.

I'm just getting into this as a hobbyist so only learnt the emissivity word the other day. Can you clarify how this works with normal thermal imaging cameras and IR thermal cameras? Or am I misunderstanding completely? I want to get something that can "see" the tunnels burrowed by animals on my farm and an old Flir thermal imaging camera is not showing that so I'm assuming I either haven't set the correct settings or it's not IR, hence why I'm getting into learning about what all the settings mean.

03:09

Also… I am high as fuck!

I need to be honest. I am torn. I can’t decide if I love this guy or cannot stand this guy! I think it’s a little bit of both. And I think I’m leaning towards. I love this guy. Like, this is a guy I could hang out with and make fun of other peoples stupidity at work. I would also tell him to put a piece of tape on his forehead if he was gonna take a thermal image I think he would understand that. And Wood. Anybody reading this can’t see me, so you have no idea how absolutely hilarious is. If you could see me, you would understand. I’m giving this video 10 out of 10 stars. Because I could tell I would be good friends with this dude… Thanks for that man!

Why the need to invert the cylinder?

Can I use this to find heat spots on motherboards?

Do you think Flir TG267 is a good start in the job of leak and moister fining in inner areas, like apartment?

I had no idea that TEquipment had a youtube channel. All these years buying stuff from their website, and I have never seen a youtube demo video of the products. Hmm.

Can you please say wat is the reshove cylinder

Thank you Devin for this explanation, I was reading the report of observations from thermographic scan of a ceiling with spots of moisture. There was cold thermal pattern during negative pressure scan at some spots; but there was no cold thermal pattern noticed during positive pressure scan. What could be responsible for this?

If you have an universal adapter can you use the iphone version on your Samsung ?

Hi, Can you help me ?

Ripiu..fluke 25

Why does the fortric temperature read 98f on the high end where flir is reading 80f on the high scale. Both are auto mode so the temperature accuracy one of of them must be off.

@00:58 I skip class that day

Thank you for great explanation!

Welcome . What are the differences and what is better between the hand-held thermal camera and the Type-C thermal camera that is placed on the phone? Thank you

Rifieu..?

How to choose an IR camera specifically for capturing sky images (Key objects: Sun and clouds) ??

400hz thd measurement possible??

Can we measure 400Hz in PQ3100 ????

I like both, however I strongly recommend put down the thermal gadgets and get more GYM workout time.

Very good video man!

Hioki makes super bad ass stuff!!

can you output this to a display e.g. via HDMI?

Para la frente se usa "body" ?, gracias

Thanks for the video. It is great if you could mention that only FLIR provides a post processing software for reporting and full radiometric images saved. SEEK doesn't have fully radiometric capability or post processing software. It can only do on board image editing.

Why are you going so fast?! Only men can do that... 😡

Are those angle fittings on the recovery machine supposed to swivel?

I have one mercedes s500 cabriolet in Luxembourg 🇱🇺, the night vision camera is identical but is not working because the front glass from the camera is broken , were can i get the glass our the camera ? In mercedes they want 3000 eur for the camera 🎥 …. Ho my good

I have the SDS-1204X-E and it's I2C setup is practically identical. When I analyze a device, I notice that the last byte of data in all reads displayed seems to be "~" in Hex display mode. I see it here on all your reads as well. I wonder what this means? Is it a deliberate symbol for the I2C stop sequence or what? It's obviously not a normal hex value. I didn't see it mentioned in any scope documentation. I notice it on many (perhaps all?) I2C test setups I've used the scope with - but I'm not sure whether it means that I need to troubleshoot my terminations or I have the trigger level set wrong or something... thanks in advance, M ! Never Mind ! A more careful examination of the manual section titled "Interpreting I2C decode" showed the following: "~A" after a data or address bits indicates no acknowledgement. For example, DB~A Sorry to bother you! M

Thank you, I know Celsius but wanted Fahrenheit. My family uses this and can’t exactly convert it in their head. Thank you!

Is this KZbin or listentube?

Is this is same software used in the new SDS800X HA? Can I use these same capabilities in the UART (RS-485) protocol? I also assume I can save the TX/RX data as binary to a USB drives and convert it on my pc? thank you!

Thank you.

The Fotric looks mean!

Do you have any video DPI with Profibus instrument?

I have had a c2 and c5 both bricked after very little use. Fantastic tc when working.

It does not work

I can not find the download url! My camera is C2

FLIR is expensive garbage with buggy firmware...

What is the difference between an indoor and outdoor meter ? Is it just more resistant to water ?

Can you measure ohms on a live circuit ?

You just made a nurse’s night. Thank you!

🎯 Key Takeaways for quick navigation: 01:50 🌐 *Introduction to the webinar and background information about the company, TEquipment.* 04:09 💡 *Importance of measuring energy use for businesses to ensure power quality meets local standards.* 06:11 📊 *Measuring energy and power quality is crucial for avoiding unplanned downtime, managing utility bills, and understanding facility usage patterns.* 10:14 🔄 *Distinguishing between quantity (energy) and quality (power characteristics like harmonics) for effective facility management.* 12:39 🚨 *Consequences of poor power quality include power failures, flickering lights, breakdowns, and malfunctions of machinery.* 16:18 🛠️ *Causes and solutions for energy waste, including inefficient loads, poor power quality, and incorrectly sized motors.* 21:13 🍺 *Analogy explaining real power (useful), reactive power (wasted), and demand power in the context of energy efficiency.* 24:18 📈 *Importance of analyzing measured power data over time to understand usage patterns and identify opportunities for energy savings.* 25:47 ⚡ *Explanation of demand kilovolt amps (KVA) and the need to reduce total demand on the utility for cost savings.* 26:55 🌐 *Power factor as a measure of system efficiency and the impact on utility rates; maintaining a power factor above 0.95 can avoid penalties.* 27:08 ⚡ *Power factor affects billing: Poor power factor can lead to additional fees for the entire billing period, even if it's below 0.95 for only 15 minutes.* 29:12 🔄 *Harmonics and LEDs: Harmonics, caused by nonlinear devices like computers, decreased due to smarter engineering. However, transitioning to LED lighting may introduce harmonics, necessitating careful consideration.* 33:41 🔽 *Dips and Swells: Electrical disturbances like dips and swells can lead to power loss, equipment damage, and downtime. Monitoring tools like Fluke help identify these issues and quantify their impact.* 35:07 ⚡ *Transients: Rapid voltage or current changes, known as transients, can cause breaker trips and equipment damage. Measuring transients helps prevent downtime and equipment damage.* 36:42 ⚖️ *Unbalanced Systems: Unbalanced voltages in three-phase systems, caused by various loads, can lead to inefficiencies, overheating, and equipment damage. Fluke tools simplify the measurement of unbalance.* 39:58 💡 *Flicker: Visible changes in brightness, or flicker, can result from large motor startups. Flicker may cause health issues, nuisance tripping, and unwanted triggering of backup power supplies. Measurement helps pinpoint the cause and avoid problems.* 41:44 🏭 *Facility Energy Management: To optimize energy use, start by measuring total power consumption at the main service entrance. Identify energy-intensive equipment, like motors and lighting, and prioritize efficiency improvements for maximum impact.* 49:58 🔍 *Understanding Utility Bills: Utility bills provide crucial information on electricity costs, peak demand charges, and usage patterns. Analyzing the bill helps identify opportunities for energy savings, such as shifting usage to off-peak times.* 53:05 🔄 *Regularly monitor energy consumption, especially during non-operational hours, to identify areas where energy is being consumed without useful work.* 54:15 🔄 *Duration of energy measurement depends on operational cycles; cover as much as possible, considering seasonal variations and changes in operations.* 54:41 📉 *Understand power factor and demand, as poor power factor and high demand lead to surcharges due to the utility compensating for inefficiencies.* 55:07 🔍 *Utilize tools like power meters at different points in the electrical system to pinpoint areas for energy improvement and identify the biggest return on investment.* 56:29 📅 *Use calendar views to detect unusual energy usage patterns, helping quickly identify and investigate potential issues.* 57:21 🛠️ *Leverage power quality analysis tools with color-coded indicators to assess frequency, voltage variations, and events, providing a starting point for energy analysis.* 58:13 📊 *Explore software capabilities for comparing different time periods, allowing a detailed analysis of power usage patterns and identification of anomalies.* 59:29 ⚙️ *The Fluke 438 series two measures torque and mechanical outputs through current signature analysis, eliminating the need for physical measurements at the motor itself.* 01:00:23 🛠️ *When choosing a Fluke power quality tool, consult with experts at T Equipment to determine the most suitable model for your specific application.* 01:02:15 🌐 *Assess power quality based on local standards (e.g., EN 50160 in the U.S.) and use Fluke power quality tools with preset modes for easy compliance monitoring.* Made with HARPA AI

LEDs especially when combined with Dimmers = rich harmonics