# MacSet-WX1 Wi-Fi IoT Relay Controller Datasheet

URL: https://www.macnman.com/docs/product/wifi/controllers/macset-wx-one-datasheet
Section: Datasheets › Wifi › Controllers

# MacSet-WX1 Wi-Fi IoT Relay Controller Datasheet

## Product Overview
MacSet‑WX1 is a robust, power‑operated Wi‑Fi IoT controller designed for reliable remote control and automation of industrial, commercial, and building infrastructure. Equipped with 2 high‑current digital outputs, it enables secure switching of pumps, motors, valves, alarms, solenoids, lighting systems, and other electrical loads over standard Wi‑Fi networks.

Designed for demanding environments, MacSet‑WX1 features a stable 12–24 V DC power architecture, noise‑immune circuitry, and an IP‑rated industrial enclosure suitable for continuous operation. By leveraging Wi‑Fi connectivity, the controller can communicate directly with on‑premise servers, local dashboards, or cloud platforms without the need for gateways.

The device supports MQTT, HTTP/HTTPS communication, along with OTA configuration and firmware updates. Local automation logic allows actions to be executed based on timers, inputs, or rules even when internet connectivity is unavailable.

Ideal for smart buildings, industrial automation, energy management, and remote equipment control, MacSet‑WX1 delivers a scalable, gateway‑free, and future‑ready Wi‑Fi control solution.

| ![MacSet-WX1 Wi-Fi IoT relay controller front view](/img/controller/macset-lx1-front-view..webp) | ![MacSet-WX1 Wi-Fi IoT relay controller rear view](/img/controller/macset-lx1-back-view.webp) |
|--------------------------------|--------------------------------|
| ![MacSet-WX1 Wi-Fi IoT relay controller side view](/img/controller/macset-lx1-io-ports.webp) | ![MacSet-WX1 Wi-Fi IoT relay controller ports and interfaces](/img/controller/macset-lx1-side-view.webp) |

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## Download Center

<div className="icon-card-grid">
  <a href="/docs/downloads/macset-wx1-wifi-iot-relay-controller-datasheet.pdf" 
  className="icon-card">
    <div className="icon">📂</div>  
    <div>
      <strong>Download Datasheet</strong>
      <p>Download the PDF version of the datasheet.</p>
    </div>
  </a>
  <a href="https://github.com/MacnMan/LoRa_Module_SDK/tree/main/SDK/LoRaWAN_AT_Slave" 
  className="icon-card">
    <div className="icon">📝</div>
    <div>
      <strong>Decoders</strong>
      <p>Click here to view the decoders for MacSync-LX2-STD-PO</p>
    </div>
  </a>
</div>

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## Key Features

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  <div className="reusable-feature-card">
    <strong>Dual High-Current Digital Outputs</strong>
    Enables remote switching of pumps, motors, solenoids, alarms, and lighting loads.
  </div>

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    <strong>Industrial 12–24 V Power Operation</strong>
    Stable, noise-immune power input designed for factories and field installations.
  </div>

  <div className="reusable-feature-card">
    <strong>Industrial Wi‑Fi IoT Controller</strong>
    Direct IP‑based communication over Wi‑Fi for local and cloud automation.
  </div>

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    <strong>Local & Cloud Control Modes</strong>
    Operate devices via local network control or cloud‑based dashboards.
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    <strong>Local Automation Logic</strong>
    Execute actions based on triggers, timers, or inputs—without cloud dependency.
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    <strong>Standard IP Protocols</strong>
    Supports MQTT, HTTP/HTTPS, and TCP/IP for easy server and cloud integration.
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    <strong>Secure Remote Switching</strong>
    Encrypted Wi‑Fi communication ensures secure and reliable equipment control.
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    <strong>OTA Configuration & Firmware Updates</strong>
    Remote device configuration and software upgrades via Wi‑Fi.
  </div>

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    <strong>IP-Rated Industrial Enclosure</strong>
    Rugged design suitable for outdoor, dusty, and moisture-prone environments.
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    <strong>Event-Based Actuation</strong>
    Trigger outputs based on network commands, schedules, or device rules.
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    <strong>Fail-Safe Output Handling</strong>
    Supports power-restore behavior, default states, and safe automation routines.
  </div>

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    <strong>Flexible Platform Integration</strong>
    Compatible with on-premise servers, private clouds, and local dashboards.
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## Suited Applications
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  <div className="reusable-feature-card">
    <strong>Smart Agriculture & Irrigation</strong>
    Remotely control irrigation pumps, valves, solenoids, and fertigation systems using LoRaWAN commands.
  </div>

  <div className="reusable-feature-card">
    <strong>Water & Wastewater Management</strong>
    Operate pumps, blowers, aerators, chlorination units, and valve actuators at remote water sites.
  </div>

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    <strong>Industrial Automation</strong>
    Switch motors, relays, contactors, alarms, and machinery as part of factory automation workflows.
  </div>

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    <strong>Smart Buildings & Facilities</strong>
    Control lighting circuits, exhaust fans, access gates, HVAC auxiliary systems, and building utilities.
  </div>

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    <strong>Solar & Energy Systems</strong>
    Remotely activate inverter controls, battery bank relays, or system bypass/switching mechanisms.
  </div>

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    <strong>Remote Infrastructure Control</strong>
    Manage field devices such as telecom tower equipment, remote panels, and unmanned site actuators.
  </div>

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    <strong>Cold Storage & Food Industry</strong>
    Switch compressors, fans, alarms, and standby systems using secure long-range LoRaWAN control.
  </div>

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    <strong>Pipeline & Industrial Utility Networks</strong>
    Control valves, pumps, pressure release actuators, and emergency shutoff systems through LoRaWAN.
  </div>

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    <strong>Smart City Deployments</strong>
    Operate sirens, public lighting, fountains, signage, and remote utility controllers wirelessly.
  </div>

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    <strong>Environmental Monitoring Systems</strong>
    Trigger fans, blowers, alarms, or auxiliary devices based on sensor-driven automation rules.
  </div>

</div>

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## Technical Specifications
<div className="spec-block">
  <div className="spec-block-title">
    General <br /> Specifications
  </div>
  <div className="spec-block-details">
    <p className="label">Part Order Number</p>
    <p className="value">MacSet LX1</p>
    <br />
    <p className="label">Product Brand</p>
    <p className="value">Macnman Technologies Pvt Ltd</p>
  </div>
</div>

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<div className="spec-block">
  <div className="spec-block-title">
    Interfaces <br /> Available
  </div>
  <div className="spec-block-details">
    <p className="label">High Current Relay Outputs</p>
    <p className="value">x2 @16 Amps</p>
    <br />
    <p className="label">RS485 Interface</p>
    <p className="value">1 (Switchable)</p>
    <br />
    <p className="label">4-20 mA Analog Channels</p>
    <p className="value">x 2 (Switchable)</p>
    <br />
    <p className="label">0-10 V Analog Channels</p>
    <p className="value">x 2 (Switchable)</p>
    <br />
    <p className="label">Digital Inputs</p>
    <p className="value">x 2 (Switchable)</p>    
    <br />
    <p className="label">ADC Resolution</p>
    <p className="value">12-bit</p>
  </div>
</div>

**The device use same channels for the RS485 & Analog inputs, either can be used at a time.:**

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<div className="spec-block">
  <div className="spec-block-title">
    Network & <br /> Communication
  </div>
  <div className="spec-block-details">
    <p className="label">Connectivity</p>
    <p className="value">Wi‑Fi 2.4 GHz</p>
    <p className="value">Wi‑Fi 5 GHz</p>
    <br />
    <p className="label">Network Protocols</p>
    <p className="value"> MQTT, HTTP, HTTPS</p>
    <br />
    <p className="label">Operating Mode</p>
    <p className="value">Local Network / Cloud Connected</p>
    <br />
  </div>
</div>

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<div className="spec-block">
  <div className="spec-block-title">
    LED <br /> Status
  </div>
  <div className="spec-block-details">
    <p className="label">LED Type</p>
    <p className="value">1 Internal Multi-Color LED</p>
    <br />
    <p className="label">Solid Blue</p>
    <p className="value">Device is connected with Maya App</p>
    <br />
    <p className="label">Flashing Blue</p>
    <p className="value">OTA (Over-the-Air) update in progress</p>
    <br />
    <p className="label">Slow Blinking Green</p>
    <p className="value">Attempting to connect to the network</p>    
    <br />
    <p className="label">Single Red Blink</p>
    <p className="value">A confirmed parameter of MacSet-LX1 is being modified</p>
    <br />

  </div>
</div>

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<div className="spec-block">
  <div className="spec-block-title">
    Device <br /> Configuration
  </div>
  <div className="spec-block-details">
    <p className="label">Configuration</p>
    <p className="value">Via Macnman Maya Android App</p>
    <br />
    <p className="label">Uplink Modes</p>
    <p className="value">Time Based / Threshold Based / Sampling Based</p>
    <br />
    <p className="label">Remote Configuration</p>
    <p className="value">JSON Format Data - from server</p>    
    <br />
  </div>
</div>

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<div className="spec-block">
  <div className="spec-block-title">
    Supported <br /> Platforms
  </div>
  <div className="spec-block-details">
    <p className="value">On‑Premise Servers</p>
    <p className="value">Private Cloud Platforms</p>
    <p className="value">MQTT Brokers</p>
    <p className="value">HTTP/HTTPS APIs</p>
    <p className="value">Local Dashboards & SCADA Systems</p>
  </div>
</div>

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<div className="spec-block">
  <div className="spec-block-title">
    Physical <br /> Characteristics
  </div>
  <div className="spec-block-details">
    <p className="label">Power Supply</p>
    <p className="value">9-36 V DC</p>
    <br />
    <p className="label">Operating Temperature</p>
    <p className="value">-40°C to +80°C</p>
    <br />
    <p className="label">Humidity Range</p>
    <p className="value">0% to 100% RH (non-condensing)</p>
    <br />
    <p className="label">Ingress Protection</p>
    <p className="value">IP65 standard (IP67 optional variant)</p>    
    <br />
    <p className="label">Housing Material</p>
    <p className="value">Glass field Nylon</p>    
    <br />
    <p className="label">Color</p>
    <p className="value">Matte White</p>    
    <br />
    <p className="label">Weight</p>
    <p className="value">~110g</p>    
    <br />
    <p className="label">Mounting Options</p>
    <p className="value">Pole Mounting / Wall Mounting</p>    
    <br />
  </div>
</div>

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<div className="spec-block">
  <div className="spec-block-title">
    Electrical <br /> Characteristics
  </div>
  <div className="spec-block-details">
    <p className="label">Input Voltage Range</p>
    <p className="value">9-36 V DC (External Supply)</p>
    <br />
    <p className="label">Power Consumption</p>
    <p className="value">~100 µA in sleep mode</p>
    <p className="value">~50 mA during transmission</p>
    <br />
    <p className="label">Input Impedance</p>
    <p className="value">>10 MΩ for voltage inputs</p>
    <br />
  </div>
</div>

<div class="faint-line"></div>

<div className="spec-block">
  <div className="spec-block-title">
    Communication <br /> Options
  </div>
  <div className="spec-block-details">
    <p className="label">BLE Connectivity</p>
    <p className="value">For local configuration and diagnostics via Maya App</p>
    <br />
    <p className="label">Cloud Protocols</p>
    <p className="value">MQTT / HTTPS / HTTP</p>
    <br />
    <p className="label">Serial Interface</p>
    <p className="value">RS485 Modbus RTU support (optional)</p>
    <br />
  </div>
</div>

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<div className="spec-block">
  <div className="spec-block-title">
    Certifications & <br /> Compliance
  </div>
  <div className="spec-block-details">
    <p className="label">WPC</p>
    <p className="value">Compliant</p>
    <br />
    <p className="label">RoHS</p>
    <p className="value">Conforms to RoHS directive</p>
    <br />
  </div>
</div>

<div class="faint-line"></div>

<div className="spec-block">
  <div className="spec-block-title">
    Security & <br /> Encryption
  </div>
  <div className="spec-block-details">
    <p className="label">Data Encryption</p>
    <p className="value">AES-256 end-to-end encryption</p>
    <br />
    <p className="label">Authentication</p>
    <p className="value">Secure Wi‑Fi authentication and credential‑based access</p>
    <br />
    <p className="label">Firmware Protection</p>
    <p className="value">Secure boot and signed OTA updates</p>
    <br />
  </div>
</div>

## MacSet-WX1 Variants
<table className="parameter-table">
  <thead>
    <tr>
      <th>Variant Name</th>
      <th>Power Source</th>
      <th>Relay Outputs</th>
      <th>Solar Support</th>
      <th>External Flash</th>
      <th>Ideal For</th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <td>MacSet WX1</td>
      <td>12–24 V (Power)</td>
      <td>2</td>
      <td>✖️</td>
      <td>✖️</td>
      <td>Controlling Industrial or commercial sites with stable power supply</td>
    </tr>
  </tbody>
</table>

## What's in the Box?
Make sure box contains following items before installations

![What's in the box: MacSet-WX1 package contents](/img/wifi/controllers/macset-wx-wifi-controller-whats-in-the-box.svg)

**Accessories must be purchased separately & may :**
not be included in the box.

## MacSet-WX1 Dimensions
![MacSet-WX1 dimensions drawing](/img/controller/macset-dimensions-of-the-box.svg)

**Accessories must be purchased separately & may :**
not be included in the box.

## Frequently Asked Questions

### What is the MacSet-WX1 used for?

MacSet-WX1 is a power-operated Wi-Fi IoT controller with 2 high-current digital outputs for remote switching, automation and edge control of equipment. Typical applications include Smart Agriculture & Irrigation, Water & Wastewater Management, Industrial Automation, Smart Buildings & Facilities, Solar & Energy Systems and Remote Infrastructure Control.

### What inputs and outputs does the MacSet-WX1 have?

The MacSet-WX1 provides the following interfaces:

- High Current Relay Outputs: x2 @16 Amps
- RS485 Interface: 1 (Switchable)
- 4-20 mA Analog Channels: x 2 (Switchable)
- 0-10 V Analog Channels: x 2 (Switchable)
- Digital Inputs: x 2 (Switchable)
- ADC Resolution: 12-bit

### How is the MacSet-WX1 powered?

The MacSet-WX1 is powered from 9-36 V DC (External Supply).

### What is the IP rating and operating temperature of the MacSet-WX1?

The MacSet-WX1 has an ingress protection rating of IP65 standard (IP67 optional variant) and an operating temperature range of -40°C to +80°C. Operating humidity: 0% to 100% RH (non-condensing). Mounting options: Pole Mounting / Wall Mounting.

### How is the MacSet-WX1 configured?

The MacSet-WX1 is configured with the Macnman Maya Android app. Supported uplink modes: Time Based / Threshold Based / Sampling Based. It can also be configured remotely with JSON data sent from the server.

## Related Products and Resources

- Related datasheets: [MacSet LX1 industrial LoRaWAN relay controller](/product/lorawan/controllers/macset-lx-one-datasheet)
- Help: [Warranty terms and conditions](/help/macnman-standard-warranty-terms-and-conditions) and [contact Macnman support](/help/help)