4–20 mA vs 0–10 V: Which Analog Output Should You Choose?
Choosing between a 4–20 mA current loop and a 0–10 V voltage output is a classic controls decision. Both move
Vladislav Yordanov
November 27, 2025
Choosing between a 4–20 mA current loop and a 0–10 V voltage output is a classic controls decision. Both move
IoT is not uniform, depending on your environment the devices that you need to utilize in order to efficiently measure
IntroductionWhere should the sensor be mounted?The Load ZoneWhere to AttachMechanical Transmission PathPumpFanElectric MotorMounting: How to Affix the SensorPreferred Method: Stud
Explore the IoT Wireless Machine Run Time Hour Meter CapabilitiesDevice OverviewStatus LEDSensor SpecificationsPrinted Circuit Board SpecificationsMechanical DrawingRF Module SpecificationsPower Requirements
ChallengeBreaking the Cycle of Reactive MaintenanceSolutionA Unified AIoT Platform for Actionable InsightsThe Approach in ActionSolution ArchitectureDashboardImpactA New Standard of Operational
Device OverviewFrame StructureFrame Communication at Power UpRun Mode Power Up FrameConfiguration Mode Power Up FramesFactory Reset Mode Power Up FramesSensor
A document detailing NCDs open API set.
All the specs you need for your sensor.
All the specs you need for your sensor.
Explore the IoT Wireless Machine Run Time Hour Meter CapabilitiesDevice OverviewFrame StructureFrame Communication at Power UpRun Mode Power Up FrameConfiguration
A document detailing NCDs open API set.
A document detailing NCDs open API set.
