4.8 • 985 Ratings
🗓️ 8 May 2018
⏱️ 46 minutes
🧾️ Download transcript
In this episode, Adolfo Wurts from Arbiter comes on and debates why a tech would want to use a manifold over wireless probes and vice versa.
In our industry, we are likely to see a trend of moving towards wireless equipment that connects to a single device. Wireless connections and digital displays may save us money on tools and allow us to store and interpret data more efficiently. However, a manifold can help you recover refrigerant, whereas probes cannot. Manifolds also have sight glasses, which help you check for overfeeding; probes do not offer you much help on that front. Manifolds can also fit into tight spaces a bit more easily than probes, but probes have already come a long way and will continue to get better.
Manifolds may feel heavier and seem more durable, but wireless probes are actually light yet hardy, and you don't have to worry about cracking screens. Probes and manifolds are probably similarly hardy, but probes are lighter and have fewer components to damage. Probes also have a massive edge over manifolds in the area of contamination prevention.
Using your phone with probes has its advantages and disadvantages. Unfortunately, you expose your phone to situations that may damage it. However, you can access all of your readings in real-time from the phone. Your phone also has more processing power, and some apps can perform advanced calculations. You can avoid exposing your personal phone to field damage by using an older, cheaper phone just for field usage.
So, as our society and industry become more tech-savvy, probes will continue to improve. Probes that have an edge now will still improve, and you may want to consider using probes over manifolds. However, you may want to have additional hoses and a sight glass.
Adolfo and Bryan also discuss:
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Learn more about Refrigeration Technologies HERE.
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0:00.0 | This episode of the HVAC School Podcast is made possible by our excellent partners. |
0:19.8 | Carrier, Mitsubishi Electric cooling and heating, the UEEI Hub, Smart Kit, both the Hub Six, Hub Four, and Hub Two |
0:28.0 | kits, as well as the UEEI WRS Wireless Scales. Also, big thanks to refrigeration. U-E-I-W-R-S wireless scales. |
0:33.8 | Also, big thanks to refrigeration technologies. |
0:36.4 | They make many great products, including products |
0:38.9 | like Wet Rag for preventing damage due to overheating. |
0:42.6 | The complete Viper line of refrigeration technologies, |
0:45.4 | cleaners, and other chemical products, |
0:48.3 | Nylog, my favorite thread sealant |
0:51.4 | and assembly lubricant on the market, as well as the new Viper Pan and Drain |
0:56.7 | spray, which I think you'll be very interested to see as an option to replace |
1:01.0 | pan tabs. |
1:02.0 | And finally, thank you to Air Oasis, |
1:04.8 | specifically they're bipolar and nano products that can be installed in the |
1:09.4 | system itself and do a great job of improving indoor air quality. We've done some testing recently |
1:14.1 | that is shown just that. Meet Zoomlock, the 10 second flame-free |
1:17.9 | refrigerant fitting from Parker. Reduce labor costs by 60% with no |
1:22.2 | braising, no flame, and no fire spotter. |
1:25.0 | Discover how Zoomlock can help you be more efficient and productive. |
1:28.6 | Visit zoomlock.com for more information. He's creepy in a good way. |
1:37.0 | Brian Orr. |
1:41.0 | I'm not honestly even sure how that's possible. Hey this is Brian Or this is the |
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