The HXL-200A serves as an integrated temperature and pressure sensor module designed specifically for industrial control systems, targeting engineers and system designers within heat pump and new energy circulation environments. This solution consolidates critical sensing functions into a single compact unit, streamlining system architecture and reducing complexity. It appeals to pressure transmitter suppliers and pressure transducer manufacturers seeking a reliable, multifunctional sensor to enhance control accuracy and operational safety in demanding applications. The combined data output supports precise monitoring, essential for automated process feedback and optimization.
Robust Technical Design and Measurable Specifications
Featuring a piezoresistive silicon sensing element coupled with a metal isolation diaphragm, this ceramic pressure sensor ensures reliable and accurate pressure detection with customizable ranges between -1 to 1000 Bar. The temperature measurement is conducted via a Class A PT100 sensor with ±0.5% accuracy over a wide thermal span (-200℃ to 200℃). Encased in all-stainless-steel housing, the sensor module withstands harsh media including water and weak acids. Additional features such as reverse polarity protection, EMI compliance, and IP68 rating secure long-term stability and rapid response times below 15 ms, meeting stringent industrial standards expected from top pressure transducer manufacturers.
Industrial Applications Delivering Operational Value
Deployment scenarios include pressure-temperature control in HVAC thermal systems, lubricant thermal monitoring for engineering machinery, and pipeline management within renewable energy frameworks. The HXL-200A facilitates enhanced system feedback loops, improving process control efficiency and safety monitoring. It supports integration into hydraulic circulation and industrial energy monitoring setups where combined parameter sensing reduces hardware footprint while increasing reliability. By providing precise environmental data, this pressure transmitter module contributes to smarter energy management and compliance across multiple industrial sectors, reinforcing trust among pressure transmitter suppliers and system integrators.
* Reverse polarity protection, transient overcurrent and overvoltage protection, compliant with EMI protection requirements
| Parameters | Electrical characteristics |
|---|---|
| Pressure type | Absolute Pressure, Gauge Pressure, Sealed Gauge Pressure |
| Pressure range | -1 ... 0 ... 1000 Bar (Customizable) |
| Pressure accuracy | ±0.5% FS; ±0.25% FS; ±0.1% FS |
| Temperature measurement range | -200 ~ 200℃ |
| Temperature accuracy | ±0.5% FS; ±1% FS |
| Electrical performance | Four wire system |
| Output signal | I²C; RS485; Voltage and Resistance |
| Power supply voltage | 5V DC, 12V DC, 24V DC |
| Operating temperature | -40℃~120℃ |
| Storage temperature | -40℃~120℃ |
| Electrical connections | Hirschmann Connector, Straight Connection, M20×1.5 |
| Pressure connection | External thread; NPT 1/2, M20×1.5; Thread specifications can be customized according to customer requirements |
| Material quality - Housing | Stainless Steel; Customizable |
| Material quality - Sensor | Diffused Silicon |
| Material quality - O-shaped sealing ring | NBR/FKM/PTFE |
| Response time | ≤15ms |
| Overload pressure | ＞6~1.1×FS |
| Burst pressure | ＞10×FS (Please specify during model selection) |
| Long term stability | <0.1% FS/year (Typical); <0.2% FS/year (Maximum) |
| Cycle life | >1 million pressure cycles @2-5Hz,0~full scale pressure~0,15~35℃ |
| Protection rating | IP65, IP67, IP68 |
| Working medium | Water, weak acid solutions, mineral oil, alcohols and other liquids and gases |
Product Advantages
Innovative Structural and Design Features
The HXL-200A sensor’s integrated design allows simultaneous pressure and temperature measurement within a stainless steel casing that can be customized with various thread connections such as NPT 1/2 and M20×1.5. The use of metal isolation diaphragm technology in this ceramic pressure sensor module minimizes media contact risks, enhancing durability in corrosive environments. Reverse polarity, overcurrent, and overvoltage protections ensure system robustness, reducing downtime and maintenance costs. Such design considerations cater directly to the needs of pressure transducer manufacturers looking for modular components that simplify assembly and improve system compactness without compromising mechanical or electrical integrity.
Superior Performance and Usability for Industrial Demands
With fast response speeds under 15 ms and long-term stability validated through over one million pressure cycles, the HXL-200A offers dependable performance in high-frequency industrial applications. Its multiple signal output options (I²C, RS485, voltage, and resistance) enhance compatibility with diverse control systems, aiding pressure transmitter manufacturers in simplifying integration. The IP65 to IP68 ingress protection rating extends usability in harsh environments including exposure to water and weak acids. These performance attributes increase system reliability and user confidence, lowering risk and operational costs by delivering consistent real-time data and reducing sensor replacement frequency.
Use Scenarios
Heat Pump Circulation System Monitoring
In heat pump circulation environments, precise pressure and temperature measurement is critical to maintaining optimal system efficiency and safety. The HXL-200A acts as a compact pressure sensor module that delivers real-time feedback on fluid characteristics within pipelines, enabling rapid adjustments to flow and temperature parameters. Its compatibility with water and weak acid media ensures durability under typical working conditions. Integrating this combined sensor facilitates automated control loops in heat pump units, improving energy conversion efficiency while meeting industrial standards sought by pressure transmitter suppliers specializing in HVAC applications.
New Energy Pipeline Control and Safety Monitoring
In new energy installations such as solar thermal or bioenergy pipelines, continuous monitoring of pressure and temperature ensures system integrity and safety compliance. The HXL-200A’s integrated sensing capability reduces the need for multiple sensors, minimizing installation complexity in spatially constrained environments. Its high accuracy and stability support critical control decisions, preventing risks associated with pressure surges or thermal fluctuations. This sensor module integrates seamlessly into supervisory control and data acquisition (SCADA) systems, providing actionable outputs necessary for precise flow management and condition-based maintenance within renewable energy infrastructures favored by pressure transducer manufacturers.
