OilField And WasteWater Point to Point LoRa Radio Systems

Oilfield & Wastewater Point-to-Point LoRa Radio Systems — Replace the Cable, Not the SCADA

Out in the field, the weakest link is almost always the wire. A trenched control cable to a wellhead, lift station, tank, or remote meter is expensive to install, expensive to repair, and one lightning strike or backhoe away from taking your SCADA reading down for days. These point-to-point LoRa radio systems replace that cable run with a wireless link — one transmitter paired with one receiver, speaking your existing 4-20mA, dry-contact, or RS485/Modbus signal across miles, with no gateway, no SIM card, no license, no subscription, and no programming. Your PLC, RTU, and SCADA see exactly what they saw before; only the wire is gone.

Built for oilfield and water treatment duty:

• 4-20mA current loop replacement — send an analog process value (pressure, level, flow, temperature) from a remote transmitter to the receiver at the panel, point to point.
• Dry-contact wire replacement — carry a switch, alarm, or pump-run/status contact across the distance without pulling conductors.
• RS485 / Modbus converter — move serial Modbus data over the same long-range radio link.
• DIN-rail power supplies — 5W, 24V out, 120–240VAC in, to power the radios in a control enclosure.
• SCADALink SR900 replacement, or RIO900

Why operators choose it: 915 MHz spread-spectrum frequency-hopping radio reaches up to 8 miles line-of-sight, AES-128 encryption keeps the link private, and each unit runs on 5–24V DC (about 140mA transmitting, 30mA idle) — so field units can run from a small solar/battery setup. Hardware is DIN-rail mountable, FCC/IC/CE/RoHS compliant, and needs no IT involvement.

Typical jobs: remote wellheads and well pads, wellhead pressure and tank level, remote temperature monitoring, wastewater treatment plants and concrete containment, lift stations, pump status and control, and any broken or never-installed cable run you’d rather not trench. As an authorized stocking distributor, we help you pick the right pair for your signal and run, and support the deployment afterward. Fix the last mile — or the last five miles — without touching the wire.