Yunyi Wireless IoT Monitoring Solution Temperature Pressure Vibration for Power Plant Boiler Turbine

Customization: Available
Application: Clouds Workbench
Certification: CE

Product Description

Basic Specifications

Model NO.
4G/Nb-iot IoT Solution
Wireless
Technology 4g cat1 nb-IoT lte-M
Chipset
4G/Nb-Lot
Pressure Range
0-1MPa / 0-10MPa / 0-100bar
Function
Data Logging, Alarm Notification
Power Source
24VDC / Solar Panel + Built-in Battery
Ingress Protection
IP65 / IP68
Accuracy
0.5%Fs / 0.25%Fs
Output Signal
4G Wireless Transmission
Application
Oil & Gas, Water Treatment, Chemical, Energy

Select Your Industry-specific IoT Solution

Wireless IoT Monitoring Solution

Your 24/7 IoT Watchdog for a Smarter, Safer Operation.

Common Operational Challenges:

  • High costs associated with manual meter reading.
  • Undetected pipeline leakages causing significant loss.
  • Unplanned downtime due to equipment failures.
  • Scattered data that lacks centralized management.
IoT Monitoring Challenges

LoRa Wireless Pressure Transmitter | 10-Year Battery Life for Remote Monitoring

Cut the Wires, Not the Data

Revolutionize your pressure monitoring with our industrial-grade LoRa pressure transmitter. It delivers reliable data from kilometers away, with a battery life that lasts for up to a decade. Deploy sensors in hours, not days, and gain insights from previously inaccessible locations.

How Our Solution Works?

Solution Step 1
Solution Step 2
Solution Step 3
Solution Step 4

System Architecture

1. Perception Layer: Sensors (Pressure, flow, level, temperature) connected to microcontrollers with LoRa transceivers.

2. Network Layer: LoRa gateways receive wireless data and transmit it to network servers.

3. Platform Layer: Software manages the network, device activation, and secure data transmission.

4. Application Layer: Cloud platforms store, analyze and visualize critical data points.

Technology Comparison

  • vs. Wi-Fi: LoRa provides much wider coverage with minimal energy use.
  • vs. Zigbee: LoRa excels in wide-area deployments across urban/rural areas vs short-range building use.
  • vs. NB-IoT: LoRa uses unlicensed spectrum, offering more budget-friendly deployment and device costs.

Proven Success: Smart Water Management

Challenge: Frequent water leaks in aging distribution networks and inefficient manual inspections.

Results:

  • Leak Detection Time Reduced by 85%
  • Annual Water Savings of €200,000
  • 50% Reduction in Manual Field Inspections
  • ROI Achieved in < 12 Months

"The system gave us eyes on our network 24/7. We now fix problems before our customers even notice them."

IoT Solution Parameters

Transmit Power≤ +22 dBm (Adjustable)
Receiver SensitivityUp to -148 dBm
Sensor InterfacesDigital/Analog I/O, RS485 (Modbus RTU), I²C
Network CapacitySupports thousands of end devices
Frequency SupportMulti-band, 8 or 16 parallel channels
Built-in GPSYes (for location and timing)
Data StorageTime-series database for historical analysis
Key FeaturesDashboards, Remote configuration, FOTA
IoT Device Details

Why Choose Our Solution

Quality Standard
Reliable Monitoring
Expert Support
Scalable Architecture
Advanced Tech

We Are Your Partner

More Than a Product, We Offer a Partnership:

  • OEM/ODM Available with flexible customization.
  • Free API Documentation for SCADA/BMS integration.
  • Direct Technical Support from our engineers.
  • Cloud Platform Trial available upon request.

Frequently Asked Questions

How long does the battery typically last?
The LoRa wireless pressure transmitter is designed for extreme efficiency, offering a battery life of up to 10 years depending on the transmission frequency.
What is the maximum transmission range?
LoRa technology allows for long-range communication, typically reaching several kilometers even in challenging industrial environments.
Is the system compatible with existing SCADA systems?
Yes, we provide free API documentation to ensure seamless integration with your existing SCADA or Building Management Systems (BMS).
Can the device be used in harsh outdoor environments?
Absolutely. The devices feature IP65 or IP68 ingress protection ratings, making them suitable for outdoor and high-moisture applications.
How secure is the data transmission?
The system uses end-to-end encryption with two distinct session keys (network and device) to prevent eavesdropping and data tampering.
What industries benefit most from this IoT solution?
It is ideal for Oil & Gas, Water Treatment, Chemical processing, and Energy sectors where remote monitoring of pressure and flow is critical.

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