Wireless I/O Modules

Industrial Wireless I/O Modules

LoRa wireless cable replacement for dry contacts and 4–20 mA / 0–10 V signals. Connect field equipment for wireless pump and relay control, without internet.

LoRa wireless I/O modules

Connect. Collect. Control.

Gateways connect equipment, I/O modules collect its signals, and IoT Cloud and smart distribution boxes put it under control.

LoRa Wireless I/O for Cable Replacement

Replace long signal cables with LoRa wireless I/O modules. Choose dry contact-to-relay or 4–20 mA / 0–10 V analog signal mirroring to match your equipment. Power each module locally.

Standard, open areas
5km
Selected configurations
10km
  • Wireless dry contact & relay controlExtend contact closure signals for remote pump and equipment control.
  • Works without internetModules pair directly, without a SIM card or LoRaWAN gateway.
Y406-44-L LoRa wireless controller with handheld remoteNew Y406 LoRa Wireless ControllerHandheld remote controlUp to 3 km2 / 4 / 6 / 8 / 16 circuitsView Y406

Solutions for Different Sites

Choose by equipment, network and operating target.

Smart greenhouse environment control

Smart Greenhouse

Monitor greenhouse climate and coordinate fans, irrigation and lighting by zone and rule.

View solution
MERGE
Hunan Agricultural University
Anvicha Microgreens
Changsha University of Science and Technology
Hetzner
Negosh
CBC Coffee Business Center
Keymate
Ainergy
Golem Marquard Group
NextGym
GMAC
HIP
Allianz für Cyber-Sicherheit

About Us

YenGear is an industrial IoT manufacturer and solution provider specializing in data acquisition, transmission, and equipment control.

We offer industrial gateways, I/O modules, and control systems, along with YenGear IoT Cloud for real-time monitoring, remote control, alerts, and API integration.

We also provide hardware and software customization to meet specific project requirements.

Project Support

Discuss Your Project

Share the equipment, site conditions and control goals. We will help identify the next technical step.

  • Equipment, control points and quantity
  • Load, power, network and site conditions
  • Target function, timeline and integration needs