Multi-sensor data acquisition
Multi-sensor data acquisition.

Multi-Interface Controller
The UC501 is a multi-interface controller designed to collect data from field sensors and connected equipment. This ensures that sensor measurements are not lost during connectivity disruptions.
Dispatch and lead time are confirmed in the quote.
Manufacturer warranty24 months
Overview
The UC501 is a multi-interface controller designed to collect data from field sensors and connected equipment. It acts as a central device that gathers measurements, processes them locally, and transmits the information to remote systems. This makes it useful for monitoring environments where multiple types of sensors must operate together.
By combining sensor connectivity with long-distance wireless communication, the device simplifies remote monitoring deployments. It allows operators to collect data from distributed equipment without needing complex on-site infrastructure.
The UC501 communicates through LoRaWAN, enabling long-range wireless transmission for remote monitoring environments. Under ideal conditions, LoRaWAN networks can support communication distances of up to 15 km line-of-sight, allowing devices to connect across large outdoor areas.
The controller works with standard LoRaWAN gateways and network servers, making it compatible with existing IoT network deployments. It can also be managed through cloud platforms such as the Milesight IoT Cloud for centralised device monitoring and data visualization.
The UC501 is built for flexible sensor integration. It supports several common industrial interfaces including GPIO digital I/O, RS232/RS485 serial communication, analog inputs, and SDI-12 sensors. These interfaces allow the controller to connect with a wide variety of environmental sensors and monitoring equipment.
Analog inputs support common industrial signal formats such as 0–10 V or 4–20 mA, which are widely used by measurement instruments. Serial communication options like RS485 also allow integration with industrial devices using protocols such as Modbus RTU.
To protect data reliability, the device can store historical records locally and retransmit them if network communication is temporarily interrupted. This ensures that sensor measurements are not lost during connectivity disruptions.
The UC501 is designed for outdoor and remote environments. The device supports flexible power options including a built-in solar panel, rechargeable battery pack, or external 5–24 VDC supply. These options allow it to operate in locations where continuous power infrastructure may not be available.
For environmental durability, the enclosure provides IP68 protection, meaning it is resistant to dust and water and can withstand harsh outdoor conditions. The operating temperature range of –20 °C to 60 °C allows reliable operation in both cold and hot climates.
The compact enclosure and M12 industrial connectors also simplify outdoor installation on walls or poles.
The UC501 is designed to be easy to deploy and configure. Devices can be configured wirelessly through NFC using a mobile app, allowing technicians to adjust settings quickly in the field without connecting cables.
Alternatively, configuration can also be performed through a USB Type-C connection to PC software when deeper configuration or firmware management is required. These options simplify commissioning and reduce installation time during large deployments.
Multi-sensor data acquisition.
Local data storage with retransmission.
NFC wireless device configuration.
Long-range LoRaWAN communication.
Bulk device multicast control.
IP68 protection rating.
–20°C to +60°C operating temperature.
5–24 VDC input power.
Technical data
| Wireless Transmission | |
|---|---|
| Model | UC501 |
| LoRaWAN Version | |
| Antenna | Internal Antenna or External Antenna (Hardware Optional) External Antenna (EA) Version: 1 × 50 Ω SMA Female Connector |
| Frequency | CN470/IN865/EU868/RU864/US915/AU915/KR920/AS923-1&2&3&4 |
| Tx Power | 16dBm (868 MHz)/20dBm (915 MHz)/19dBm (470 MHz) |
| Sensitivity | -137dBm @300bps |
| Work Mode | OTAA/ABP Class A, Class C |
| Cellular Version | |
| Model | UC501 |
| Antenna | Internal Antenna |
| Cellular Band | NB-IoT/Cat.M Version: Cat M1: B1/B2/B3/B4/B5/B8/B12/B13/B18/B19/B20/B25/B26/B27/B28/B66/B85 Cat NB2: B1/B2/B3/B4/B5/B8/B12/B13/B18/B19/B20/B25/B28/B66/B71/B85 |
| SIM Slot | 1 (Nano SIM-4FF) |
| Application Mode | TCP/UDP/MQTT/AWS |
| IO | |
| Model | UC501 |
| Interface Type | M12 A-Coded Male |
| Ports | 2 × GPIO |
| Logical Level | Low: 0~0.8 V, High: 2.5~3.3 V |
| Maximum Current | 20 mA |
| Work Mode | Digital Input, Digital Output, Pulse Counter (Software Switchable) |
| Input Frequency | Suggested value: ≤ 4000 Hz |
| Serial Port | |
| Model | UC501 |
| Ports | 1 × RS232 or RS485 (Software Switchable) |
| Baud Rate | 1200~115200 bps |
| Protocol | Transparent (RS232/RS485), Modbus RTU (RS485) |
| Analog Input | |
| Model | UC501 |
| Ports | 2 × Analog Input |
| Resolution | 12 bit |
| Input Range | 4~20 mA or 0~10 V (Switchable) |
| SDI-12 | |
| Model | UC501 |
| Ports | 1 × SDI-12 |
| Protocol | SDI-12 V1.4, Transparent |
| Power Output | |
| Model | UC501 |
| Ports | 2 × 3.3 V, 2 × 5/9/12 V (Switchable) |
| Power Time Before Data Collection | Continuous (3.3V), 0~10 minutes (5/9/12V) |
| Operation | |
| Model | UC501 |
| Power On & Off | LoRaWAN Version: Mobile App (via NFC), PC Software (via USB Type-C), Power Button (Internal) Cellular Version: Mobile App (via NFC), Power Button (Internal) |
| Configuration | LoRaWAN Version: Mobile App (via NFC) or PC software (via USB Type-C) Cellular Version: Mobile App (via NFC) |
| Physical Characteristics | |
| Model | UC501 |
| Power Connector | 1 × M12 A-Coded Male Interface |
| Power Supply | 1. 2 × 2550 mAh Chargeable Batteries 2. Solar powered (6V, 1.7W) 3. 5-24 VDC |
| Operating Temperature | -20 °C~60 °C |
| Ingress Protection | IP68 (1m underwater, 7 days) |
| Dimension | 116 × 116 × 45.5 mm (4.56 × 4.56 × 1.79 in) (Connectors Excluded) |
| Installation | Wall or Pole Mounting |
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Applications
In agricultural monitoring systems, the UC501 can connect to field sensors such as soil, irrigation, or environmental measurement devices. With interfaces like SDI-12 and analog inputs, it collects sensor readings and sends them over LoRaWAN networks to centralised platforms for crop monitoring and irrigation management.
The controller can serve as a data collection hub for environmental sensors measuring conditions such as water quality, rainfall, temperature, or atmospheric data. Its long-range communication capability allows monitoring stations to operate in remote areas without direct network infrastructure.
Utilities can use the UC501 to monitor pumps, tanks, or water systems by connecting measurement devices through serial or analog interfaces. Collected data can be transmitted remotely, enabling operators to supervise infrastructure across wide geographic areas.
In industrial environments, the UC501 can gather operational data from machines and instrumentation using RS485 or digital inputs. This allows organisations to track equipment status and operational conditions without installing complex local control systems.
The device is well suited for monitoring distributed assets such as weather stations, energy equipment, or remote installations. Solar power support and a rugged enclosure allow deployments in locations where maintenance access is limited.
Documentation
Questions
–20 … +60 °C, according to the specification.
IP68, according to the specification.
1. 2 × 2550 mAh Chargeable Batteries 2. Solar powered (6V, 1.7W) 3. 5-24 VDC, according to the specification.
Multi-sensor data acquisition, according to the manufacturer description.
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Manufacturer warranty24 months
Europe & United Kingdom
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