# MacSync-WX1-PO RS485 Wi-Fi Datalogger Datasheet

URL: https://www.macnman.com/docs/product/wifi/dataloggers/macsync-w-power-operated-x-two
Section: Datasheets › Wifi › Dataloggers

# MacSync-WX1-PO RS485 & Analog to Wi-Fi Data Logger Datasheet

## Product Overview

**MacSync-WX1-PO** is an industrial-grade **RS485 & Analog to Wi-Fi data logger**, designed for reliable data acquisition and real-time communication in industrial and commercial environments where Wi-Fi connectivity is available. It retains the proven hardware architecture of the MacSync data logger family with **direct IP-based Wi-Fi connectivity**.

The device seamlessly interfaces with **MODBUS RTU sensors, energy meters, PLCs, transmitters, and industrial instruments**, acquiring data from **RS485, 4–20 mA, 0–10 V, and digital inputs**. Collected data is securely transmitted to **on‑premise servers, local dashboards, or cloud platforms** using standard protocols such as **MQTT, HTTP/HTTPS, and TCP/IP**, without requiring any external gateways.

Built for continuous 24×7 operation, MacSync-WX1-PO features a robust power-operated design, noise-immune circuitry, and an industrial enclosure suitable for factories, utilities, buildings, cold storage, and infrastructure monitoring. **Onboard data buffering and store‑and‑forward mechanisms** ensure data integrity even during temporary network or server outages.

Whether used for **industrial automation, energy monitoring, building management systems, process monitoring, or equipment health tracking**, **MacSync-WX1-PO delivers fast, reliable, and scalable Wi‑Fi–based data logging**, making it ideal for deployments that demand low latency, local control, and seamless IT/OT integration.

| ![MacSync-WX1-PO RS485 and analog to Wi-Fi data logger front view](/img/lorawan/sensors/macsync/macsync-lx2-std-po-front-view.webp) | ![MacSync-WX1-PO RS485 and analog to Wi-Fi data logger ports and interfaces](/img/lorawan/sensors/macsync/macsync-lx2-std-po-ports-interface.webp) |
|--------------------------------|--------------------------------|
| ![MacSync-WX1-PO RS485 and analog to Wi-Fi data logger rear view](/img/lorawan/sensors/macsync/macsync-lx2-std-po-back-view.webp) | ![MacSync-WX1-PO RS485 and analog to Wi-Fi data logger side view](/img/lorawan/sensors/macsync/macsync-lx2-std-po-side-view.webp) |

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## Download Center

<div className="icon-card-grid">
  <a href="/docs/downloads/macsync-wx1-po-rs485-wifi-datalogger-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-WX1-PO</p>
    </div>
  </a>
</div>

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## Key Features

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  <div className="reusable-feature-card">
    <strong>RS485 (MODBUS RTU) Interface</strong>
    Seamlessly connects with industrial controllers, meters, and smart instruments.
  </div>

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    <strong>4–20 mA, 0–10 V & Digital Inputs</strong>
    Supports industry-standard analog sensors and digital switches.
  </div>

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    <strong>Compatible with Energy Meters, PLCs & Transmitters</strong>
    Designed for universal industrial integration.
  </div>

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    <strong>Multiple Analog Channels</strong>
    Enables simultaneous monitoring of multiple process parameters.
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    <strong>Robust & Weatherproof</strong>
    Built with an industrial-grade enclosure suitable for harsh environments.
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    <strong>Smart Uplink Modes</strong>
    Supports periodic, threshold-based, and event-driven LoRaWAN uplinks.
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    <strong>Designed for Industrial & Outdoor Deployments</strong>
    Perfect for factories, utilities, agriculture, and remote monitoring.
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  <div className="reusable-feature-card">
    <strong>Easy BLE Configuration</strong>
    Local setup and diagnostics made simple with the Maya mobile app.
  </div>

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    <strong>Macnman MacTalk Protocol Support</strong>
    Enables device-to-device LoRa communication without a gateway.
  </div>

  <div className="reusable-feature-card">
    <strong>Secure Onboarding</strong>
    Ships with pre-flashed DevEUI, AppEUI, and AppKey for fast activation.
  </div>

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    <strong>Direct Control & Local Automation</strong>
    Supports local device-to-device actions without cloud dependency.
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    <strong>Optional Onboard Data Buffering</strong>
    Prevents data loss during network downtime by storing records locally.
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    <strong>Fully LoRaWAN® Compatible</strong>
    Works with all network servers and standard LoRaWAN gateways.
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## Suited Applications

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    <strong>Industrial Automation & SCADA</strong>
    Logs data from PLCs, RTUs, VFDs, and industrial controllers over RS485 and publishes it to local SCADA or cloud platforms via Wi‑Fi.
  </div>

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    <strong>Energy & Utility Metering</strong>
    Integrates with RS485 energy, water, gas, and steam meters for real‑time monitoring and on‑premise or cloud‑based analytics.
  </div>

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    <strong>Process & Equipment Monitoring</strong>
    Captures data from pressure, flow, level, and temperature transmitters using 4–20 mA and 0–10 V interfaces.
  </div>

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    <strong>Factories & Manufacturing Plants</strong>
    Enables machine data logging, production monitoring, and downtime analysis within Wi‑Fi–enabled factory environments.
  </div>

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    <strong>Cold Storage, HVAC & Utilities</strong>
    Monitors temperature, humidity, compressors, and HVAC systems with low‑latency Wi‑Fi connectivity.
  </div>

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    <strong>Building Automation Systems (BMS)</strong>
    Connects meters, controllers, and sensors to BMS, IBMS, and facility dashboards without requiring gateways.
  </div>

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    <strong>Data Centers & Server Rooms</strong>
    Logs power, energy, temperature, humidity, and equipment health data with direct local network integration.
  </div>

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    <strong>Warehouses & Logistics Facilities</strong>
    Supports monitoring of power, environment, and equipment across large indoor facilities using existing Wi‑Fi networks.
  </div>

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    <strong>On‑Premise Industrial IoT Deployments</strong>
    Ideal for enterprises requiring local data ownership, low latency, and IT/OT integration without public networks.
  </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">MacSync-WX2-PO</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">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">
    Wireless <br /> Communication
  </div>
  <div className="spec-block-details">
    <p className="label">Wi‑Fi Standards</p>
    <p className="value">IEEE 802.11 b/g/n/ac</p>
    <br />

    <p className="label">Frequency Bands</p>
    <p className="value">2.4 GHz & 5 GHz (Dual‑Band)</p>
    <br />

    <p className="label">Operating Modes</p>
    <p className="value">Station Mode (Client)</p>
    <p className="value">Access Point Mode (Configuration)</p>
    <br />

    <p className="label">Network Protocols</p>
    <p className="value"> MQTT, HTTP, HTTPS</p>
    <br />

    <p className="label">Security</p>
    <p className="value">WPA2‑PSK / WPA3</p>
    <p className="value">TLS / SSL Encrypted Communication</p>
    <br />

    <p className="label">IP Configuration</p>
    <p className="value">DHCP / Static IP</p>
    <br />

    <p className="label">Typical Indoor Range</p>
    <p className="value">Up to 100 m (environment dependent)</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 MacSync 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">Stored Records*</p>
    <p className="value">30,000 Records</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 /> Cloud & Platforms
  </div>
  <div className="spec-block-details">
    <p className="label">Deployment Models</p>
    <p className="value">On-Premise Servers</p>
    <p className="value">Private Cloud Deployments</p>
    <p className="value">Public Cloud Platforms</p>
    <br />

    <p className="label">IoT Cloud Platforms</p>
    <p className="value">AWS IoT Core</p>
    <p className="value">Microsoft Azure IoT Hub</p>
    <p className="value">Google Cloud (via MQTT / HTTPS)</p>
    <p className="value">Custom IoT Platforms</p>
    <br />

    <p className="label">Integration Methods</p>
    <p className="value">MQTT Brokers</p>
    <p className="value">REST / HTTPS APIs</p>
    <p className="value">Webhooks</p>
    <br />

    <p className="label">Enterprise Systems</p>
    <p className="value">SCADA Systems</p>
    <p className="value">BMS / IBMS Platforms</p>
    <p className="value">Data Lakes & Analytics Engines</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">~150 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 </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">OTAA activation modes</p>
    <br />
    <p className="label">Firmware Protection</p>
    <p className="value">Secure boot and signed OTA updates</p>
    <br />
  </div>
</div>

## MacSync-WX1-PO Variants
<table className="parameter-table">
  <thead>
    <tr>
      <th>Variant Name</th>
      <th>Power Source</th>
      <th>Battery Capacity</th>
      <th>Solar Support</th>
      <th>External Flash</th>
      <th>Ideal For</th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <td>MacSync-WX1-PO</td>
      <td>12–24 V (Power)</td>
      <td>✖️</td>
      <td>✖️</td>
      <td>✔️</td>
      <td>Industrial or commercial sites with stable power supply</td>
    </tr>
    <tr>
      <td>MacSync-WX1-BO </td>
      <td>Battery</td>
      <td>19 Ah</td>
      <td>✖️</td>
      <td>✔️</td>
      <td>Remote or portable deployments with low power</td>
    </tr>
    <tr>
      <td>MacSync-L-STD-SO-X1</td>
      <td>Solar + Battery</td>
      <td>12 Ah</td>
      <td>✔️</td>
      <td>✔️</td>
      <td>Outdoor, off-grid, and energy-autonomous environments</td>
    </tr>
  </tbody>
</table>

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

![Items included in the box: the device, mounting clip, user manual and warranty card, junction box, mounting screws and power adapter](/img/datalogger/whatsbox.svg)

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

## MacSync-WX1-PO Dimensions
![MacSync-WX1-PO dimensions drawing](/img/datalogger/macsync-dimensions-new-drawing-style.svg)

## Frequently Asked Questions

### What is the MacSync-WX1-PO used for?

MacSync-WX1-PO is an industrial RS485 and analog to Wi-Fi data logger for reliable Modbus RTU and 4-20 mA sensor acquisition with real-time cloud communication. Typical applications include Industrial Automation & SCADA, Energy & Utility Metering, Process & Equipment Monitoring, Factories & Manufacturing Plants, Cold Storage, HVAC & Utilities and Building Automation Systems (BMS).

### What inputs and outputs does the MacSync-WX1-PO have?

The MacSync-WX1-PO provides the following interfaces:

- 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 does the MacSync-WX1-PO connect and send data over Wi-Fi?

The MacSync-WX1-PO connects over IEEE 802.11 b/g/n/ac Wi-Fi on 2.4 GHz & 5 GHz (Dual‑Band). Security: WPA2‑PSK / WPA3, TLS / SSL Encrypted Communication. IP configuration: DHCP / Static IP. It sends data using MQTT, HTTP, HTTPS. Typical indoor range is up to 100 m (environment dependent).

### How is the MacSync-WX1-PO powered?

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

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

The MacSync-WX1-PO 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 MacSync-WX1-PO configured?

The MacSync-WX1-PO 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.

### Which cloud platforms does the MacSync-WX1-PO work with?

The MacSync-WX1-PO can send data to platforms including AWS IoT Core, Microsoft Azure IoT Hub, Google Cloud (via MQTT / HTTPS), Custom IoT Platforms. Deployment models: On-Premise Servers, Private Cloud Deployments, Public Cloud Platforms. Integration methods: MQTT Brokers, REST / HTTPS APIs, Webhooks.

## Related Products and Resources

- User manual: [MacSync Wi-Fi datalogger user manual](/wifi/datalogger-wifi/macsync_rs485_wifi_introduction)
- Related datasheets: [MacSync LX1 RS485 Modbus RTU and analog to LoRaWAN datalogger](/product/lorawan/dataloggers/rs485-analog-to-lorawan-converter-macsync-lx1), [MacSync-WX1-BO battery-operated RS485 and analog to Wi-Fi data logger](/product/wifi/dataloggers/macsync-l-std-battery-operated-gen-one)
- Product page: [MacSync-WX1-PO on macnman.com](https://www.macnman.com/wifi/iodevices/rs485-modbus-to-wifi-mqtt-converter)
- Help: [Warranty terms and conditions](/help/macnman-standard-warranty-terms-and-conditions) and [contact Macnman support](/help/help)