Motor starters help protect motors and connected equipment by controlling high-current circuits and responding to conditions that could cause damage. Check out these fast facts to learn why motor starters and enclosures are critical for equipment safety and reliability. https://bit.ly/47060km
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Ever wonder what happens after a limit alarm trips? It's not just about catching the fault; the reset behavior matters just as much. Latching alarms stay tripped until manually reset (ideal for safety-critical processes), while non-latching alarms clear on their own once conditions return to normal. And don't forget load limits: contact ratings typically run 1–10 amps, but capacitive and inductive loads (like motors, which can draw 5–6x their running current) can push well past that, so interposing relays are a must for anything beyond annunciator-level loads. Learn more about the Moore Industries Alarm Trips here: https://lnkd.in/gAb2k6T7
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PRODUCT OF THE WEEK: The 828HC Benchtop Constant Current Regulator (CCR) is used to test a wide range of airfield-lighting products from the convenience of a maintenance garage, a truck in the field, or a vault. Its 120V, 6A input works with standard 15A or 20A wall receptacles, while the 500W rating supports larger equipment. It features digital output readings, plug-and-play functionality, rubber feet that resist shifting, oil, and grease, and much more. Learn more about this high-quality device: https://lnkd.in/gTufbhPm #runwaylighting #airportlightingproducts #airportpowerproducts #runwaylightingproducts
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In addition to preventing power interruptions, motor starters also help to protect motors from damage. Motors are susceptible to damage from overloads, short circuits, and other electrical faults. Motor starters can help to prevent these faults by providing overload protection and short-circuit protection.
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More operating hours. Less waiting for weather. 🌊 FlexiLARS™ is engineered to maintain controlled, predictable launch and recovery as vessel motion increases – helping operators make better use of available weather windows while maintaining the required safety margins. ⚙️ High dynamic response ⚙️ Anti-snatch functionality ⚙️ Intelligent motion control ⚙️ Active heave compensation Extend your operational window. 🔗 Read more: https://lnkd.in/eT-v72rV
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Where is your next unplanned shutdown coming from? Probably not the assets your team is watching around the clock. Most plants have those covered. It's the secondary assets running dark- no sensors, no monitoring, nothing but a preventive maintenance schedule built for different conditions- that create the real exposure. Jared from the Augury team has seen this play out more times than he can count. One secondary asset. One cascading failure. An entire production line down. Full breakdown here ⬇️
Jared Pfeiffer was at a major wire manufacturer when it happened. A chiller failed. No predictive monitoring. No early warning. The cooling system for the entire vulcanization process went down and took the front half of the operation with it. The critical assets were all covered. It was a secondary asset nobody was watching that caused the shutdown. This is the central paradox of how most facilities approach machine health. Protecting only your critical assets leaves the door wide open for everything around them to take them out. Read Jared's full breakdown here: https://bit.ly/46ZW2PW.
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Where is your next unplanned shutdown coming from? Probably not the assets your team is watching around the clock. Most plants have those covered. It's the secondary assets running dark- no sensors, no monitoring, nothing but a preventive maintenance schedule built for different conditions- that create the real exposure. Jared from the Augury team has seen this play out more times than he can count. One secondary asset. One cascading failure. An entire production line down. Full breakdown here ⬇️
Jared Pfeiffer was at a major wire manufacturer when it happened. A chiller failed. No predictive monitoring. No early warning. The cooling system for the entire vulcanization process went down and took the front half of the operation with it. The critical assets were all covered. It was a secondary asset nobody was watching that caused the shutdown. This is the central paradox of how most facilities approach machine health. Protecting only your critical assets leaves the door wide open for everything around them to take them out. Read Jared's full breakdown here: https://bit.ly/46ZW2PW.
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Your critical assets are covered. So where is your next shutdown coming from? The blind spot isn't where you're looking. It's everything around it.
Jared Pfeiffer was at a major wire manufacturer when it happened. A chiller failed. No predictive monitoring. No early warning. The cooling system for the entire vulcanization process went down and took the front half of the operation with it. The critical assets were all covered. It was a secondary asset nobody was watching that caused the shutdown. This is the central paradox of how most facilities approach machine health. Protecting only your critical assets leaves the door wide open for everything around them to take them out. Read Jared's full breakdown here: https://bit.ly/46ZW2PW.
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Jared Pfeiffer was at a major wire manufacturer when it happened. A chiller failed. No predictive monitoring. No early warning. The cooling system for the entire vulcanization process went down and took the front half of the operation with it. The critical assets were all covered. It was a secondary asset nobody was watching that caused the shutdown. This is the central paradox of how most facilities approach machine health. Protecting only your critical assets leaves the door wide open for everything around them to take them out. Read Jared's full breakdown here: https://bit.ly/46ZW2PW.
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Where is your next unplanned shutdown coming from? Probably not the assets your team is watching around the clock. Most plants have those covered. It's the secondary assets running dark- no sensors, no monitoring, nothing but a preventive maintenance schedule built for different conditions- that create the real exposure. Jared from the Augury team has seen this play out more times than he can count. One secondary asset. One cascading failure. An entire production line down. Full breakdown here ⬇️
Jared Pfeiffer was at a major wire manufacturer when it happened. A chiller failed. No predictive monitoring. No early warning. The cooling system for the entire vulcanization process went down and took the front half of the operation with it. The critical assets were all covered. It was a secondary asset nobody was watching that caused the shutdown. This is the central paradox of how most facilities approach machine health. Protecting only your critical assets leaves the door wide open for everything around them to take them out. Read Jared's full breakdown here: https://bit.ly/46ZW2PW.
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Your critical assets are covered. So where is your next shutdown coming from? The blind spot isn't where you're looking. It's everything around it.
Jared Pfeiffer was at a major wire manufacturer when it happened. A chiller failed. No predictive monitoring. No early warning. The cooling system for the entire vulcanization process went down and took the front half of the operation with it. The critical assets were all covered. It was a secondary asset nobody was watching that caused the shutdown. This is the central paradox of how most facilities approach machine health. Protecting only your critical assets leaves the door wide open for everything around them to take them out. Read Jared's full breakdown here: https://bit.ly/46ZW2PW.
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Learning without thought is labour lost; thought without learning is perilous.学而不思则罔，思而不学则殆。🟡 https://brasslandscapelighting.com/p/solid-brass-ai-smart-path-light-combo-control-by-app-blueteeth-finger-touch-voice-and-music.html🔆 #brasslandscapelighting