What pressure range does PS-270 cover?

Quote the transmitter range from the datasheet for the line you are tapping. Over-ranging a low-span sensor on a high-pressure header damages the element. The decoder publishes bar (or the quoted unit) plus battery and frame counter.

Where should I tap PS-270 on a pipe?

Use an existing isolation point so the sensor can be removed without draining the whole header. Keep the radio node off the hot pipe surface and within gateway range.

Can PS-270 detect a leak by itself?

A pressure drop can hint at a leak or an open valve, but it is not a floor-water alarm. Pair it with a rope or spot kit when you also need wet/dry coverage on the same site.

What process connections does PS-270 support?

Thread and fitting options are listed on the datasheet for the quoted range — typically G or NPT variants for isolatable branches. Specify pipe size, pressure range, and fluid when you order so the correct sensing element and fittings ship together.

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Particlesensing TeamPublished September 5, 2026Last updated September 6, 2026

LoRaWAN Pipe Pressure Transmitter Kit - LoRaWAN Industrial Sensor

Industrial LoRaWAN Sensors

LoRaWAN Pipe Pressure Sensor (PS-270)

Name: LoRaWAN Pipe Pressure Transmitter Kit
Brand: Particlesensing
SKU: PS-270
Availability: InStock

Model: PS-270

A LoRaWAN pipe pressure sensor — pressure transducer kit — reports bar or kPa on process and utility lines without running analog loops to a PLC. The PS-270 pairs a stainless sensing element with a decoder-ready LoRaWAN node for trend and alarm use in plant rooms and industrial yards. PS-270 closes the gap between a local gauge nobody reads and a fully wired PLC analog loop. Bar readings and threshold flags decode to named fields for pump health, filter monitoring, and utility branch supervision on outdoor LoRaWAN gateways.

Key Features

Manufacturer

ParticleSensing

Certification

ISO 9001 / CE

What is a LoRaWAN pressure transducer?

Pressure transmitters convert mechanical stress in the sensing element to a digital reading. PS-270 installs on isolatable branches with appropriate fittings. The decoder map exports bar with configurable alarm bands. Use for filter differential monitoring, pump discharge pressure, or utility line health — not SIL-rated safety loops unless the datasheet explicitly states so.

Use appropriate isolation valves and snubbers where water hammer is present — pressure spikes beyond range can damage the sensing element. Mount with the process connection pointing down when condensate may collect in the impulse line. PS-270 suits filter differential, pump discharge health, and utility monitoring; do not substitute for SIL-rated safety interlocks unless the datasheet explicitly certifies that use case.

Specifications

Parameter	Value
Principle	Piezo-resistive pressure transducer
Range	0–10 bar typical (confirm on quote)
Accuracy	±0.5 % FS typical
Wireless	LoRaWAN Class A, EU868 / US915
Battery life	Up to 3 years at 5-min interval
Ingress protection	IP65 node; sensor IP67

* Specifications may vary by model. Contact us for detailed product datasheet.

Applications

Pump discharge and circulation line monitoring
Filter and strainer differential pressure trends
Utility water and air compressor receiver monitoring
Industrial yard process branches with outdoor gateways
SCADA ingestion via MQTT after LNS decode

Decoder & Integration

Pressure (bar), temperature compensation metadata, battery, and threshold flags are documented for PS-270. Calibrate zero after installation when the line is depressurised and filled. Threshold flags in the payload support high/low alarms without custom byte parsing. Log calibration date in your CMMS when you zero the transmitter after installation. Factory functional-test records and TTN/ChirpStack decoder maps ship with every kit. Map uplink bytes once on your network server, then reuse the profile across sites.

PS-270 payload decoder guide →