Application notes and selection guides on industrial pressure measurement. All figures match the corresponding product pages and datasheets.
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Online Pressure Monitoring for Fire and Water Networks: Points, Communications, Selection and Acceptance
Coordinate points, communications, sensors, alarms and acceptance for fire/water monitoring. Define trend versus transient sampling, retention and project conditions.
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IP67 or IP68 for Pressure Transmitters? Choosing Ingress Protection for Outdoor and Wet Duty
Choose IP67 or IP68 by exposure, immersion depth/duration and assembly. Check pressure reference, venting, connectors and test evidence, not the label alone.
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Choosing a Pressure Transmitter Output: 4-20 mA, 0-10 V, I2C/SPI and Wireless
Compare 4–20 mA, voltage, I²C/SPI, RS485 and wireless by host input, distance, power and data needs. Check loop load, interface availability and wiring.
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Why Hydraulic Systems Destroy Pressure Sensors: Water Hammer, Pressure Snubbers and Overload Ratings
Investigate repeated sensor failures using transient pressure, range-specific overload and snubber trade-offs, alongside media, mounting and electrical checks.
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How to Select a Pressure Sensor: A Five-Step Guide to Type, Range and Output
Select pressure sensors by reference type, range, output, connection, ingress configuration and temperature-dependent error, with model-specific limits.
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Pressure Sensor Core or Pressure Transmitter? Uncompensated, Calibrated and Finished Transmitters Compared
Compare PC070-P, PC160 and PC350 uncompensated cores with compensated cores and finished transmitters. Check current ranges and integration responsibilities.
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Choosing a Pressure Transmitter for Fire and Water Networks: IP68, Water Hammer and Local Display
Check pressure reference, range-specific overload, configured IP68 and local display for fire and water networks, with WA30 response and installation conditions.
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Remote Pipeline Pressure Monitoring: Power, Communications and Placement for NB-IoT / 4G Pressure Terminals
Plan wireless pipeline monitoring around NB-IoT/4G coverage, sampling, transmission, power and outage retention. Distinguish trend monitoring from transient recording.
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Measuring Pressure and Temperature on One Sensor: How to Specify and Wire an I²C / SPI Dual-Output Sensor
Check PM160-DV I²C/SPI interfaces, supply levels, connectors and pressure/temperature specifications, including typical and maximum TEB and wiring conditions.
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How to Read TEB (Total Error Band) on a Pressure Sensor — and Why It Is Not “Accuracy”
Read pressure-sensor TEB against its temperature band, typical and maximum values. Learn how to convert full-scale error and define appropriate acceptance conditions.