Description

Product Advantages
1. Outstanding measurement performance: Accuracy as high as ±0.075%, excellent long-term stability, reducing measurement uncertainty, and providing the most reliable data foundation for process optimization and safe production.
2. Unmatched reliability: Based on millions of field applications, extremely long mean time between failures (MTBF), minimizing unplanned downtime and reducing maintenance costs.
3. Robust Diagnostic Capabilities: An integrated self-diagnostic system monitors sensor health, process anomalies (such as blocked pressure lines), and electronic component failures, enabling predictive maintenance to prevent issues before they arise.
4. Extremely Low Total Cost of Ownership: While the initial investment may be higher than standard products, its extremely low failure rate, extended calibration intervals, and maintenance-free design result in significant cost savings over the entire lifecycle.
5. Global compliance and certification: Fully supports SIL 2/3 functional safety certification, ATEX, IECEx, FM, CSA, and other explosion-proof certifications, as well as classification society certifications, meeting compliance requirements for any demanding global project.
6. Easy operation and maintenance: Remote configuration, calibration, and diagnostics can be performed using a universal HART handheld communicator or control system (supporting DE protocol), eliminating the need for on-site access, saving labor and time.

Core Application Areas
✅ Oil and Gas: Upstream wellhead pressure monitoring, downstream distillation tower differential pressure level measurement, natural gas pipeline pressure control.
✅ Chemical and Petrochemical: Reactor pressure safety monitoring, corrosive medium level measurement, high-purity process pressure control.
✅ Power Industry: Boiler feedwater pressure, steam pressure and flow measurement (differential pressure type).
✅ Water and Wastewater Treatment: Pump inlet/outlet pressure monitoring, filter bed differential pressure alarm, pipeline pressure control.
✅ General Process Industries: Various pressure, level, and flow applications in industries such as food and beverage, pharmaceuticals, and metallurgy.

Key Features

 Technical Specifications

LoRa Technology Advantages

LoRa (Long Range) technology is specifically designed for low-power wide-area network (LPWAN) applications. The YDW2088 leverages these key advantages:

• Ultra-Long Range: Transmission distances reach 3–5 kilometers or more in open areas, far exceeding traditional analog signal transmission limits.

• Low Power Consumption: LoRa technology enables extremely low current draw — typical average current ≤60mA, with sleep current as low as 5.5µA during standby — enabling years of battery-powered operation.

• Superior Interference Immunity: Spread spectrum modulation provides excellent resistance to in-band interference, ensuring reliable data transmission even in noisy industrial environments.

• Two-Way Communication: Supports remote configuration, parameter adjustment, and firmware updates over the air.

• Cost-Effective Deployment: Eliminates expensive cabling, trenching, and conduit installation while removing recurring cellular data costs (no SIM card required).

LoRa vs. Traditional 4-20mA: Traditional wired transmitters require copper cabling, conduit, and signal conditioners, with significant material and labor costs that increase exponentially with distance. Wireless LoRa solutions eliminate these costs entirely, provide galvanic isolation between sensor and control system for enhanced safety, and reduce total installed cost by 50–70% while maintaining reliable, interference-resistant communication.

Applications

The YDW2088 LoRa Wireless Pressure Transmitter is widely deployed across numerous industries:

🔹 Oil & Gas

• Upstream: Wellhead pressure monitoring, pipeline integrity surveillance

• Downstream: Distillation tower differential pressure and level measurement

• Natural gas pipeline pressure control and leak detection

🔹 Chemical & Petrochemical

• Reactor pressure safety monitoring and alarm

• Corrosive medium level measurement (316L stainless steel construction)

• High-purity process pressure control for critical manufacturing

🔹 Power Industry

• Boiler feedwater pressure and steam pressure monitoring

• Turbine inlet pressure surveillance

• Cooling system pressure management

🔹 Water & Wastewater Treatment

• Pump inlet/outlet pressure monitoring for system optimization

• Filter bed differential pressure alarming for preventive maintenance

• Pipeline pressure control and burst detection

• Remote reservoir and tank level monitoring

🔹 General Industrial Processes

• Food & beverage processing pressure control

• Pharmaceutical manufacturing cleanroom and process pressure monitoring

• Metallurgical furnace and hydraulic system pressure monitoring

• HVAC and building automation pressure sensing

Installation & Integration

The YDW2088 is designed for rapid deployment in both new and retrofit applications:

• Wireless Network Architecture: Sensors communicate via LoRa to a central gateway, which forwards data via Ethernet, 4G, or Wi-Fi to cloud platforms, SCADA systems, or local servers.

• Flexible Mounting: Wall-mount, pipe-mount, or bracket-mount options available.

• Easy Retrofit: Replace existing wired transmitters without running new cables — simply install, configure, and monitor.

• Plug-and-Play Integration: Compatible with standard LoRaWAN® network servers and third-party IoT platforms. Supports popular IoT platforms including Tencent Cloud, Huawei Cloud, and AWS IoT Core.

• Remote Configuration: All parameters — including sampling interval, transmission frequency, alarm thresholds, and zero/span calibration — can be configured wirelessly via HART communicator or control system, eliminating the need for on-site access.

• Optional Display: LCD display option available for local pressure readout and diagnostics.

Why Choose the YDW2088?

• Field-Proven Reliability: Based on millions of field applications with extremely long mean time between failures (MTBF), the 2088 platform is the default choice for critical industrial applications worldwide.

• Maintenance-Free Operation: No calibration drift compensation required for years of operation. Built-in battery eliminates external power wiring, reducing installation time and ongoing maintenance costs.

• Complete Solution: From sensor to gateway to cloud platform, we provide end-to-end support — including optional custom PC software for data visualization, alarming, and reporting.

• Global Compliance: Fully supports international explosion-proof certifications (ATEX, IECEx, FM, CSA), making it suitable for hazardous area installations in any jurisdiction.

• Remote Diagnostics & Predictive Maintenance: Integrated self-diagnostic system monitors sensor health and process anomalies, alerting operators before failures occur.

• Customization Available: OEM/ODM services including custom pressure ranges, process connections, labeling, packaging, and software integration.