XL260 - Multi Sensors - V.1.2

XL-260 is an IoT device leveraging MQTT and LoRa communication protocols for data monitoring. Powered by the ESP32 microcontroller, this compact device effortlessly handles multiple sensors, ensuring seamless tracking of temperature, electric current, pressure, vibration, and digital inputs. The XL-260’s relay switch port empowers remote control of external devices, offering endless possibilities for automation. With redundant MQTT and LoRa protocols, rest assured that the data transmission remains secure and uninterrupted. 

XL260 1.2
XL260 1.2 2
XL260 1.2 3

Features Highlight

  • 12 Temperature Sensors Ports
  • 4 Digital Input Sensors Ports
  • 2 Pressure Sensors Ports
  • 3 Vibration Sensor Ports
  • 4 Relay Switch Ports
  • 12 Current Sensor Ports
  • Buzzer
  • 4 LED Indicators
Overview
Specs
Images
Manuals
Label
Downloads
Case Study
Demo
Pre-Order
Older Version

Versatile Functionality

Sensor Diversity

Integrate up to 37 sensors seamlessly. With 12 temperature sensors ports, 4 digital input sensors ports, 2 pressure sensors ports, 3 vibration sensor ports, 4 relay switch ports, 12 current sensor Ports

Alarm

A built-in alarm system that can be controlled via IoT platform.

Communication Protocol Redundancy

The XL260 is communicating using Wi-Fi, and LoRa so the device has a redundancy communication protocol.

Over The Air (OTA) Firmware Update

New firmware can be installed on the device.

 

Power Requierement

  • Voltage  : 12V DC
  • Current  : 100 mA – 1A

Temperature Sensors

  • Sensor Max Limit : 12
  • Type                        : Dallas Semiconductor DS18B20 (waterproof version)
  • Temp Range          : -55 to +125 °C (-67 to 257 °F)
  • Accuracy                : ±0.5 °C (from -10 °C to 85 °C)
  • Humidity Range    : 0-100% RH
  • Accuracy                : ±2% 

Digital Input Sensors

  • Sensor Max Limit : 4

Pressure Sensors

  • Sensor Max Limit : 2

Vibration Sensors

  • Sensor Max Limit : 3

Relay Switch

  • Sensor Max Limit : 4

CT Sensors

  • Sensor Max Limit     : 12
  • Type                           : YHDC

  • Input current (RMS) : 15A 

  • Max Current              : 50A 

  • Work Temp                : -25 to 70 ℃ (-13 to 158 °F)

  • Storage Temp           : -30 to 90 ℃ (-22 to 194 °F)

  • Work voltage             : 660V 

  • Frequency range       : 50 Hz to 1 kHz 

LED Indicators

  • Number of LEDs: 4
    • POWER: GREEN
    • LORA: WHITE
    • WIFI: BLUE
    • ALARM: RED

Dimension

  • Length : 160 mm (6.30 in)
  • Width   : 80 mm (3.15 in)

Protocol

  • Redundancy between these two:
    • MQTT
    • LoRaWAN

Product Images

Manuals & Documentation

User Manuals & Knowledge Base

Coming Soon

Catalog

Coming Soon

Label

Device Labeling

The labels provide an easy way for identifying and categorizing the device, as they can indicate the sensor’s location, name or type, or a designated code.

> XL260 Label.pdf

Download & Firmware

Firmware

IMPORTANT: Installing different firmware may cause device malfunction. Make sure to always installing the latest version to maintain the optimal performance..

Firmware

Release Date

Features

> XL260-multi-sensor.v.2.0

22/05/2024

  • OTA update capability

> XL260-multi-sensor.v.1.1

27/12/2023

  • Provisioning: (Push RST button twice to change the mode)
    • BLE Mode : Alarm buzzes 1x
    • AP Mode   : Alarm buzzes 2x
  • The device can be provisioned via BLE with mobile apps.
  • Long press RST button to activate the LoRa Mode after provisioning the device.

> XL260-multi-sensor.v.1.0

17/11/2023

  • Communication redundancy is already available (LoRa, Wi-Fi and BLE)
  • Provisioning:
    • AP Mode   : Alarm buzzes 2x
    • BLE Mode : Alarm buzzes 1x
  • Provisioning via IoT Stadium Mobile Apps:
    • Provisioning Mode: Press the Reset (RST) button twice to turn on BLE mode. BLE will be active for only 10 seconds. You’ll hear 3 beeps, indicating BLE is on. After 10 seconds, you’ll hear 3 beeps again, signaling that BLE is off.
  • Press the RESET button again to change the connected SSID and password.

CASE STUDY

This case study explores the practical applications of the XL-260 device in data monitoring, automation, and remote-control scenarios.

Data Monitoring Application:

The XL-260 device proves invaluable in data monitoring and tracking scenarios:
        1. Industrial Monitoring:
          By deploying XL-260 devices in industrial settings, it becomes possible to track crucial parameters such as temperature, electric current, pressure, and vibration. This enables proactive maintenance, identifies potential issues, and optimizes operational efficiency.
        2. Energy Monitoring:
          With its capability to track electric current, the XL-260 device is well-suited for energy monitoring applications. It can measure power consumption in residential or commercial buildings, enabling users to identify energy inefficiencies and make informed decisions to optimize energy usage.

Automation Application:

The XL-260 device enhances automation capabilities in various settings:
        1. Home Automation:
          By integrating the XL-260 device with other home automation systems, homeowners can remotely control devices based on the collected data. For example, temperature sensors can trigger HVAC systems, electric current measurements can activate or deactivate appliances, and vibration sensors can detect anomalies and alert homeowners.
        2. Industrial Automation:
          In industrial automation scenarios, the XL-260 device can be used to automate processes based on real-time data. For instance, it can trigger alarms or activate machinery based on predefined thresholds of temperature, electric current, or pressure.

Remote Control Application:

The XL-260 device enables remote control of external devices:
        1. Smart Home Control:
          Through the device’s relay switch port, users can remotely control external devices, such as lights, fans, or security systems. This enables convenient and efficient management of home systems from a central location or through a mobile application.
        2. Industrial Applications:
          The XL-260 device’s remote-control capabilities find application in industries where controlling external devices is essential, such as controlling pumps, valves, or machinery in remote locations.

COMING SOON

Please enable JavaScript in your browser to complete this form.

Older Version

XL260 - Multi Sensor - V.1.1

Other Boards